| COD | Workload | Description |
| 73139-04 | 60 | Ontological and epistemological bases of phylogenetics: individuals and classes; relation between scientific inquiry and phylogenetics; hypothesis generation and testing, explanation; key concepts in phylogenetics (e.g., species, homology, nomenclature, taxonomy, systematics); characters and character conflict; sequence alignment (dynamic homology and similarity), indels; heuristics and tree searches; probabilistic models of character evolution; theory and practice of main character optimization criteria; calculation and interpretation of clade support. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 19512-02 | 30 | Ontological and epistemological bases of phylogenetics: individuals and classes; relation between scientific inquiry and phylogenetics; hypothesis generation and testing, explanation; key concepts in phylogenetics (e.g., species, homology, nomenclature, taxonomy, systematics); characters and character conflict; sequence alignment (dynamic homology and similarity), indels; heuristics and tree searches; probabilistic models of character evolution; theory and practice of main character optimization criteria; calculation and interpretation of clade support. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 1968A-02 | 30 | Animal developmental biology, presented in a modern and comprehensive perspective, ranging from the early stages of ontogenetic development to senescence. Study of stem cells, genetics and developmental cell biology, gametogenesis and fertilization, mating, organogenesis and morphogenesis of different groups of invertebrate and vertebrate animals; mechanisms of sex determination, metamorphosis and regeneration, as well as the development of body structures, organs and systems. Evolutionary and comparative perspective, based on modern analyses and molecular and cellular information. Discussion of themes of scientific, social and bioethical impact with the aim of developing the students' theoretical knowledge as well as analytical and critical abilities. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 1968L-04 | 60 | Principios, conceptos, métodos y aplicaciones de datos a nivel genómico (genomas completos o parciales) en el estudio de la evolución biológica supraespecífica, en particular las relaciones filogenéticas y la hibridación. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 1968M-02 | 30 | Study of systematics of the Arachnida, focusing on the identification of the most common taxa in the Neotropics. Evolution of lifestyle, foraging, and habitat. Fundamentals of epidemiology and prophylaxis in cases of accidents with venomous arachnids. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 1963Q-04 | 60 | Study of ontogenic and evolutionary hypotheses for the main arthropod clades. The most common arthropod orders in the Neotropics, and practical activities of collection and inventorying. The taxonomic impediment to advances in arthropod descriptions. Discussion on interactions between arthropods and economic activities. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 73161-03 | 45 | To follow is a list of topics this course will look at: Characteristics of plant cells. The correlation between the plant's cellular/molecular mechanisms with strategic ones to different biotic agents of stress. Biotechnological strategies to minimize biotic stresses. The topics will be delivered in the form of lectures. |
| No offer for current semester |
| Concentration area | Type | Required |
| Cellular and Molecular Biology | Master's | Not required |
| Cellular and Molecular Biology | Doctorate | Not required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Cell Structure and Metabolism | To follow is a list of topics this line of research is concerned with: Characterization of plant growth-promoting rhizobacteria (PGPR) and their effects on the growth and modulation of plants' secondary metabolism. Investigation into the morphological and pathophysiological basis and treatment for several diseases, such as Parkinson's and Alzheimer's, vascular accidents, depression, PTSD, epilepsy and diabetes. Characterization of the cellular and molecular mechanisms involved in inflammation and sepsis and investigation into drugs with potential anti-inflammatory action. |
| Cellular and Molecular Immunology | To follow is a list of topics this line of research is concerned with: Development of vaccines and immunotherapies for cancer. Study of the immunosuppressive mechanisms using heat shock proteins in autoimmune diseases and transplant rejection. Investigation of psycho-neuroendocrine determinants of premature aging and immune system in healthy elderly individuals, patients with rheumatoid arthritis and bipolar disorder. Investigation into the impacts of premature stress in cognitive functions and inflammatory markers in healthy adolescents, those with bipolar disorder, and crack and cocaine addicts. |
| Cellular and Molecular Characterization in Microbiology and Parasitology | To follow is a list of topics this line of research is concerned with: Development of new diagnostic methods for Schistosoma mansoni and Angiostrongylus cantonensis. Identification of relevant molecules involved in the immunological recognition of the host and ectoparasites, such as Rhipicephalus microplus and others affecting cattle. Isolation, cloning and expression of cDNAs of molecules and analysis of their potential immunoprotective effect. Characterization of antimicrobial resistance, virulence and clonal relations of important human and animal pathogenic agents. Investigation of phenotypes of bacterial persistence involved in the tolerance to antimicrobial agents. |
| Genetics, Genomics and Bioinformatics | To follow is a list of topics this line of research is concerned with: Analysis of molecular markers in complex human diseases and analysis of molecular markers for forensic purposes. Phylogeny and molecular evolution of mammals. Genetics, evolution, ecology and conservation of carnivores. Evolutionary genetics of hair color of felidae. Molecular identification of biodiversity. Evolutionary and environmental genomics. |
| Cellular and Molecular Neurobiology | To follow is a list of topics this line of research is concerned with: Animal models (zebra fish and rodents) intended to investigate the biological bases of neuropsychiatric diseases, neurodevelopment, neurotoxicology, neuropharmacology, learning and memory. In humans: aging and neurodegeneration, cognitive impairment and its association with hormone and neurotrophin levels. |
| Molecular Biology in the Drug/Target Interaction | To follow is a list of topics this line of research is concerned with: Control and treatment of tuberculosis (drug-resistant tuberculosis) Identification of lead compounds based on defined targets, rational development of vaccines, development and validation on new diagnostic methods of multi-drug-resistant tuberculosis and new emerging genotypes. Additionally, students will make use of computer simulations in order to analyze the protein-ligand interactions. As well as this, it will address the structural study of target proteins, analysis of protein-ligand interactions and the development of bioinformatics tools. Lastly, it will focus on a description of mechanisms involved in pain, inflammation and cancer. |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 73196-02 | 30 | The topics this course addresses are as follows: Comparative analysis of genomes, with focus on nuclear genomes of eukaryotes; Comparative mapping of genomes; Structure of genomes and its functional consequences; Genomic architecture and variation in the number of copies of genomic segments; Evolution of the structure of genomes in different bodies; Current methods for sequencing, assembling and annotation of eukaryotic genomes; Evolutionary analysis involving genomic scale data; phylogenomics and population genomics. |
| No offer for current semester |
| Concentration area | Type | Required |
| Cellular and Molecular Biology | Master's | Not required |
| Cellular and Molecular Biology | Doctorate | Not required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Cell Structure and Metabolism | To follow is a list of topics this line of research is concerned with: Characterization of plant growth-promoting rhizobacteria (PGPR) and their effects on the growth and modulation of plants' secondary metabolism. Investigation into the morphological and pathophysiological basis and treatment for several diseases, such as Parkinson's and Alzheimer's, vascular accidents, depression, PTSD, epilepsy and diabetes. Characterization of the cellular and molecular mechanisms involved in inflammation and sepsis and investigation into drugs with potential anti-inflammatory action. |
| Cellular and Molecular Immunology | To follow is a list of topics this line of research is concerned with: Development of vaccines and immunotherapies for cancer. Study of the immunosuppressive mechanisms using heat shock proteins in autoimmune diseases and transplant rejection. Investigation of psycho-neuroendocrine determinants of premature aging and immune system in healthy elderly individuals, patients with rheumatoid arthritis and bipolar disorder. Investigation into the impacts of premature stress in cognitive functions and inflammatory markers in healthy adolescents, those with bipolar disorder, and crack and cocaine addicts. |
| Cellular and Molecular Characterization in Microbiology and Parasitology | To follow is a list of topics this line of research is concerned with: Development of new diagnostic methods for Schistosoma mansoni and Angiostrongylus cantonensis. Identification of relevant molecules involved in the immunological recognition of the host and ectoparasites, such as Rhipicephalus microplus and others affecting cattle. Isolation, cloning and expression of cDNAs of molecules and analysis of their potential immunoprotective effect. Characterization of antimicrobial resistance, virulence and clonal relations of important human and animal pathogenic agents. Investigation of phenotypes of bacterial persistence involved in the tolerance to antimicrobial agents. |
| Genetics, Genomics and Bioinformatics | To follow is a list of topics this line of research is concerned with: Analysis of molecular markers in complex human diseases and analysis of molecular markers for forensic purposes. Phylogeny and molecular evolution of mammals. Genetics, evolution, ecology and conservation of carnivores. Evolutionary genetics of hair color of felidae. Molecular identification of biodiversity. Evolutionary and environmental genomics. |
| Cellular and Molecular Neurobiology | To follow is a list of topics this line of research is concerned with: Animal models (zebra fish and rodents) intended to investigate the biological bases of neuropsychiatric diseases, neurodevelopment, neurotoxicology, neuropharmacology, learning and memory. In humans: aging and neurodegeneration, cognitive impairment and its association with hormone and neurotrophin levels. |
| Molecular Biology in the Drug/Target Interaction | To follow is a list of topics this line of research is concerned with: Control and treatment of tuberculosis (drug-resistant tuberculosis) Identification of lead compounds based on defined targets, rational development of vaccines, development and validation on new diagnostic methods of multi-drug-resistant tuberculosis and new emerging genotypes. Additionally, students will make use of computer simulations in order to analyze the protein-ligand interactions. As well as this, it will address the structural study of target proteins, analysis of protein-ligand interactions and the development of bioinformatics tools. Lastly, it will focus on a description of mechanisms involved in pain, inflammation and cancer. |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 63190-04 | 60 | Subsidize an integrated analysis of environmental issues with emphasis on biodiversity loss, including the discussion of theoretical and practical aspects related to the threats and strategies required for the conservation of populations, species, communities and ecosystems. |
| Professors | Home time | Lattes |
| JULIO CESAR BICCA MARQUES | 23 years and 8 months | Link |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 1968B-04 | 60 | Application of concepts, methods and techniques from Genetics and Genomics to the conservation of Biodiversity. Identification and characterization of historical demographic units, and their relevance for the conservation of biodiversity and natural evolutionary processes. Genetic diversity in natural populations, and the effects of ecosystem fragmentation. Effective population size. Genetic drift, inbreeding and inbreeding depression. Population viability analysis. Genetic management of populations. Use of molecular techniques to study ecological and behavioral aspects of natural populations and communities. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 196ED-01 | 15 | Principles, concepts, methods and applications of DNA metabarcoding in biodiversity studies, including surveys of local biota, community assessments, environmental monitoring or conservation planning. Data analyses including the development of pipelines to utilize large DNA sequence datasets for ecological interpretation or biodiversity inventories. Basic understanding of other techniques that employ high-throughput sequencing of environmental samples, such as metagenomics. |
| No offer for current semester |
| Concentration area | Type | Required |
| Cellular and Molecular Biology | Master's | Not required |
| Cellular and Molecular Biology | Doctorate | Not required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Cell Structure and Metabolism | To follow is a list of topics this line of research is concerned with: Characterization of plant growth-promoting rhizobacteria (PGPR) and their effects on the growth and modulation of plants' secondary metabolism. Investigation into the morphological and pathophysiological basis and treatment for several diseases, such as Parkinson's and Alzheimer's, vascular accidents, depression, PTSD, epilepsy and diabetes. Characterization of the cellular and molecular mechanisms involved in inflammation and sepsis and investigation into drugs with potential anti-inflammatory action. |
| Cellular and Molecular Immunology | To follow is a list of topics this line of research is concerned with: Development of vaccines and immunotherapies for cancer. Study of the immunosuppressive mechanisms using heat shock proteins in autoimmune diseases and transplant rejection. Investigation of psycho-neuroendocrine determinants of premature aging and immune system in healthy elderly individuals, patients with rheumatoid arthritis and bipolar disorder. Investigation into the impacts of premature stress in cognitive functions and inflammatory markers in healthy adolescents, those with bipolar disorder, and crack and cocaine addicts. |
| Cellular and Molecular Characterization in Microbiology and Parasitology | To follow is a list of topics this line of research is concerned with: Development of new diagnostic methods for Schistosoma mansoni and Angiostrongylus cantonensis. Identification of relevant molecules involved in the immunological recognition of the host and ectoparasites, such as Rhipicephalus microplus and others affecting cattle. Isolation, cloning and expression of cDNAs of molecules and analysis of their potential immunoprotective effect. Characterization of antimicrobial resistance, virulence and clonal relations of important human and animal pathogenic agents. Investigation of phenotypes of bacterial persistence involved in the tolerance to antimicrobial agents. |
| Genetics, Genomics and Bioinformatics | To follow is a list of topics this line of research is concerned with: Analysis of molecular markers in complex human diseases and analysis of molecular markers for forensic purposes. Phylogeny and molecular evolution of mammals. Genetics, evolution, ecology and conservation of carnivores. Evolutionary genetics of hair color of felidae. Molecular identification of biodiversity. Evolutionary and environmental genomics. |
| Cellular and Molecular Neurobiology | To follow is a list of topics this line of research is concerned with: Animal models (zebra fish and rodents) intended to investigate the biological bases of neuropsychiatric diseases, neurodevelopment, neurotoxicology, neuropharmacology, learning and memory. In humans: aging and neurodegeneration, cognitive impairment and its association with hormone and neurotrophin levels. |
| Molecular Biology in the Drug/Target Interaction | To follow is a list of topics this line of research is concerned with: Control and treatment of tuberculosis (drug-resistant tuberculosis) Identification of lead compounds based on defined targets, rational development of vaccines, development and validation on new diagnostic methods of multi-drug-resistant tuberculosis and new emerging genotypes. Additionally, students will make use of computer simulations in order to analyze the protein-ligand interactions. As well as this, it will address the structural study of target proteins, analysis of protein-ligand interactions and the development of bioinformatics tools. Lastly, it will focus on a description of mechanisms involved in pain, inflammation and cancer. |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 196LC-04 | 60 | Introduction to the R language with the RStudio IDE. Data structures, organization, and manipulation: categorization of objects in the R environment. Programming elements: logical operators, conditionals, and loops. Definition of hypotheses and predictions. Basic principles of sampling and experimental designs. Hypothesis testing with modeling: generalized (GLM) and mixed (GLMM) linear models. Model selection. Multivariate data analysis: distance and similarity matrices; ordination, clustering, hypothesis testing. Graphical solutions for presenting data structures and results. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 19509-04 | 60 | Antagonistic and mutualistic interactions: history of classifications and current approach. Competition, herbivory and predation. Floral biology and floral visitors. Frugivory and seed dispersal. Interactions at the level of microbiota. Evolutionary implications of biological interactions. Characterization of interaction systems as complex networks. Basic structural elements of a complex network: nodes, links, and visualization of networks as graphs. Application of complex network approaches to answer ecological questions and test ecological hypotheses. Program developed in theoretical and practical classes, using analysis of real data with computation resources in the R platform. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 19510-02 | 30 | Fundaments of ecotoxicology and the toxic effects of natural or synthetic pollutants on biotic constituents (organisms and populations) of ecosystems, with an emphasis on animals. Analysis of articles in the area of risk assessment and environmental recovery, as well as prevention of contamination. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 19503-02 | 30 | Study of the microbial communities of different ecosystems, addressing their composition, advanced topics on the interactions involving species of prokaryotes, eukaryotes and viruses, as well as survey methods a and their biotechnological potential. |
| No offer for current semester |
| Concentration area | Type | Required |
| Cellular and Molecular Biology | Master's | Not required |
| Cellular and Molecular Biology | Doctorate | Not required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Cell Structure and Metabolism | To follow is a list of topics this line of research is concerned with: Characterization of plant growth-promoting rhizobacteria (PGPR) and their effects on the growth and modulation of plants' secondary metabolism. Investigation into the morphological and pathophysiological basis and treatment for several diseases, such as Parkinson's and Alzheimer's, vascular accidents, depression, PTSD, epilepsy and diabetes. Characterization of the cellular and molecular mechanisms involved in inflammation and sepsis and investigation into drugs with potential anti-inflammatory action. |
| Cellular and Molecular Immunology | To follow is a list of topics this line of research is concerned with: Development of vaccines and immunotherapies for cancer. Study of the immunosuppressive mechanisms using heat shock proteins in autoimmune diseases and transplant rejection. Investigation of psycho-neuroendocrine determinants of premature aging and immune system in healthy elderly individuals, patients with rheumatoid arthritis and bipolar disorder. Investigation into the impacts of premature stress in cognitive functions and inflammatory markers in healthy adolescents, those with bipolar disorder, and crack and cocaine addicts. |
| Cellular and Molecular Characterization in Microbiology and Parasitology | To follow is a list of topics this line of research is concerned with: Development of new diagnostic methods for Schistosoma mansoni and Angiostrongylus cantonensis. Identification of relevant molecules involved in the immunological recognition of the host and ectoparasites, such as Rhipicephalus microplus and others affecting cattle. Isolation, cloning and expression of cDNAs of molecules and analysis of their potential immunoprotective effect. Characterization of antimicrobial resistance, virulence and clonal relations of important human and animal pathogenic agents. Investigation of phenotypes of bacterial persistence involved in the tolerance to antimicrobial agents. |
| Genetics, Genomics and Bioinformatics | To follow is a list of topics this line of research is concerned with: Analysis of molecular markers in complex human diseases and analysis of molecular markers for forensic purposes. Phylogeny and molecular evolution of mammals. Genetics, evolution, ecology and conservation of carnivores. Evolutionary genetics of hair color of felidae. Molecular identification of biodiversity. Evolutionary and environmental genomics. |
| Cellular and Molecular Neurobiology | To follow is a list of topics this line of research is concerned with: Animal models (zebra fish and rodents) intended to investigate the biological bases of neuropsychiatric diseases, neurodevelopment, neurotoxicology, neuropharmacology, learning and memory. In humans: aging and neurodegeneration, cognitive impairment and its association with hormone and neurotrophin levels. |
| Molecular Biology in the Drug/Target Interaction | To follow is a list of topics this line of research is concerned with: Control and treatment of tuberculosis (drug-resistant tuberculosis) Identification of lead compounds based on defined targets, rational development of vaccines, development and validation on new diagnostic methods of multi-drug-resistant tuberculosis and new emerging genotypes. Additionally, students will make use of computer simulations in order to analyze the protein-ligand interactions. As well as this, it will address the structural study of target proteins, analysis of protein-ligand interactions and the development of bioinformatics tools. Lastly, it will focus on a description of mechanisms involved in pain, inflammation and cancer. |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 1968E-02 | 30 | Study of the diversity of organisms in the Eukarya clade. The origin of the eukaryotic cell, phylogenetic relationships among the groups of Eukarya, and diversification of the main phyla, with emphasis on unicellular organisms. The origins of multicellularity in different groups of Eukarya. Ecological relationships among different groups of eukaryotes, including the occurrence of endosymbiosis. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 7311B-04 | 60 | This course intends to equip students with the necessary know-how, competences and abilities required for research in Ecology. Students will work on short-term research projects that include all the different stages of the scientific research: statement of problems, sampling design, data collection and analysis and scientific presentation (written and oral). |
| Professors | Home time | Lattes |
| PEDRO MARIA DE ABREU FERREIRA | 10 years and 8 months | Link |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 1963P-04 | 60 | Study about concepts, application, and limitation of biogeographic methods. Historical overview of biogeography, including advances in the solution of current problems through "Ecological Biogeography", and elucidation of patterns through "Historical Biogeography". Practical training in the collection and analysis of occurrence data, and in the application of methods to predict distribution, endemicity, disjunctions, dispersal and vicariance. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 63118-04 | 60 | The history of Herpetology, scientific societies, main scientific journals and books, scientific collections and their relevance in Herpetology. Phylogenetic systematics, evolution, biodiversity, biogeography, life history, behavior, and ecology of Amphibia, Lepidosauria, Testudines, and Crocodylia. Field methods in Herpetology. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 63158-04 | 60 | History of ichthyology, scientific societies, main scientific collections, main databases and electronic resources. Taxonomy and diversity of the world's largest fish groups. The diversity of Neotropical fish, group recognition and taxonomic identification. Conservation of Neotropical fish. Fieldwork methodologies. |
| Professors | Home time | Lattes |
| ROBERTO ESSER DOS REIS | 38 years and 3 months | Link |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 19518-04 | 60 | The main goals of this course are to improve students skills associated with writing scientific papers for high-quality journals and those necessary to give oral presentations at scientific meetings. Classes will be based on the discussion of topics related to writing skills, including manuscript structure, goals and writing strategies. Ethical aspects of scientific practices regarding authorship, conflict of interests and data analysis and preparation are also discussed. Key aspects of oral presentation and how to organize and give effective talks will also be discussed. |
| No offer for current semester |
| Concentration area | Type | Required |
| Cellular and Molecular Biology | Master's | Not required |
| Cellular and Molecular Biology | Doctorate | Not required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Cell Structure and Metabolism | To follow is a list of topics this line of research is concerned with: Characterization of plant growth-promoting rhizobacteria (PGPR) and their effects on the growth and modulation of plants' secondary metabolism. Investigation into the morphological and pathophysiological basis and treatment for several diseases, such as Parkinson's and Alzheimer's, vascular accidents, depression, PTSD, epilepsy and diabetes. Characterization of the cellular and molecular mechanisms involved in inflammation and sepsis and investigation into drugs with potential anti-inflammatory action. |
| Cellular and Molecular Immunology | To follow is a list of topics this line of research is concerned with: Development of vaccines and immunotherapies for cancer. Study of the immunosuppressive mechanisms using heat shock proteins in autoimmune diseases and transplant rejection. Investigation of psycho-neuroendocrine determinants of premature aging and immune system in healthy elderly individuals, patients with rheumatoid arthritis and bipolar disorder. Investigation into the impacts of premature stress in cognitive functions and inflammatory markers in healthy adolescents, those with bipolar disorder, and crack and cocaine addicts. |
| Cellular and Molecular Characterization in Microbiology and Parasitology | To follow is a list of topics this line of research is concerned with: Development of new diagnostic methods for Schistosoma mansoni and Angiostrongylus cantonensis. Identification of relevant molecules involved in the immunological recognition of the host and ectoparasites, such as Rhipicephalus microplus and others affecting cattle. Isolation, cloning and expression of cDNAs of molecules and analysis of their potential immunoprotective effect. Characterization of antimicrobial resistance, virulence and clonal relations of important human and animal pathogenic agents. Investigation of phenotypes of bacterial persistence involved in the tolerance to antimicrobial agents. |
| Genetics, Genomics and Bioinformatics | To follow is a list of topics this line of research is concerned with: Analysis of molecular markers in complex human diseases and analysis of molecular markers for forensic purposes. Phylogeny and molecular evolution of mammals. Genetics, evolution, ecology and conservation of carnivores. Evolutionary genetics of hair color of felidae. Molecular identification of biodiversity. Evolutionary and environmental genomics. |
| Cellular and Molecular Neurobiology | To follow is a list of topics this line of research is concerned with: Animal models (zebra fish and rodents) intended to investigate the biological bases of neuropsychiatric diseases, neurodevelopment, neurotoxicology, neuropharmacology, learning and memory. In humans: aging and neurodegeneration, cognitive impairment and its association with hormone and neurotrophin levels. |
| Molecular Biology in the Drug/Target Interaction | To follow is a list of topics this line of research is concerned with: Control and treatment of tuberculosis (drug-resistant tuberculosis) Identification of lead compounds based on defined targets, rational development of vaccines, development and validation on new diagnostic methods of multi-drug-resistant tuberculosis and new emerging genotypes. Additionally, students will make use of computer simulations in order to analyze the protein-ligand interactions. As well as this, it will address the structural study of target proteins, analysis of protein-ligand interactions and the development of bioinformatics tools. Lastly, it will focus on a description of mechanisms involved in pain, inflammation and cancer. |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 196P1-02 | 30 | Introduction to supervised and unsupervised learning. Supervised learning paradigms: distance-based, symbolic, probabilistic, optimization and committee-based learning. Unsupervised learning techniques: data clustering and association rules. Case studies on machine learning for Ecology and biodiversity issues |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 1963K-02 | 30 | Scientific collections: definition, history of collections in Brazil, importance of collections for research and conservation, types of biological collections. Collection, preparation and maintenance of zoo collection (preparation and stock). The role of the Curator. Main Brazilian Zoological Collections. Computerization and digitization of data (Specify). Integrated information systems (SISGen, Sisbio, E-bird, SpeciesLink, others), information search. Practical class on bird and mammal taxidermy and visit to collections. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 1968D-02 | 30 | Study of the main components of the marine communities, with emphasis on the benthic fauna from intertidal regions and oceanic floor. The role of these organisms on the energy transfer and nutrient cycling in the ecosystems. Aspects of the life cycles of benthic organisms, including reproductive strategies, feeding and food types. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 196UD-03 | 45 | Study metabolic and functional adaptations, including endocrine disruption, of different animal species in the face of anthropogenic changes to provide students with the opportunity to come into contact with scientific articles and techniques used in the area of Ecotoxicology, with an emphasis on chemical contaminants and global warming. |
| Professors | Home time | Lattes |
| GUENDALINA TURCATO OLIVEIRA | 28 years and 3 months | Link |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 196UC-02 | 30 | Study metabolic and functional adaptations, including endocrine disruption, of different animal species in the face of anthropogenic changes to provide students with the opportunity to come into contact with scientific articles and techniques used in the area of Ecotoxicology, with an emphasis on chemical contaminants and global warming. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 73115-03 | 45 | Study of metabolic and functional adaptations to different environmental stressors, with emphasis on endocrine regulation of metabolism integration in animals. Provides contact with scientific articles and experimental techniques for research on metabolism and functional adaptations, as well as on the use of these experimental tools in applied ecology and conservation of animal species. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 196KK-01 | 15 | History of Comparative Genomics applied to Biodiversity, giving rise to the fields of Evolutionary and Conservation Genomics. Presentation of recent methods applied to genomic studies of Biodiversity. Demonstration of current methods through the use of specialized software packages. Interactive classes including lectures, discussion of scientific papers and hands-on analyses of real genomic datasets. |
| No offer for current semester |
| Concentration area | Type | Required |
| Cellular and Molecular Biology | Master's | Not required |
| Cellular and Molecular Biology | Doctorate | Not required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Cell Structure and Metabolism | To follow is a list of topics this line of research is concerned with: Characterization of plant growth-promoting rhizobacteria (PGPR) and their effects on the growth and modulation of plants' secondary metabolism. Investigation into the morphological and pathophysiological basis and treatment for several diseases, such as Parkinson's and Alzheimer's, vascular accidents, depression, PTSD, epilepsy and diabetes. Characterization of the cellular and molecular mechanisms involved in inflammation and sepsis and investigation into drugs with potential anti-inflammatory action. |
| Cellular and Molecular Immunology | To follow is a list of topics this line of research is concerned with: Development of vaccines and immunotherapies for cancer. Study of the immunosuppressive mechanisms using heat shock proteins in autoimmune diseases and transplant rejection. Investigation of psycho-neuroendocrine determinants of premature aging and immune system in healthy elderly individuals, patients with rheumatoid arthritis and bipolar disorder. Investigation into the impacts of premature stress in cognitive functions and inflammatory markers in healthy adolescents, those with bipolar disorder, and crack and cocaine addicts. |
| Cellular and Molecular Characterization in Microbiology and Parasitology | To follow is a list of topics this line of research is concerned with: Development of new diagnostic methods for Schistosoma mansoni and Angiostrongylus cantonensis. Identification of relevant molecules involved in the immunological recognition of the host and ectoparasites, such as Rhipicephalus microplus and others affecting cattle. Isolation, cloning and expression of cDNAs of molecules and analysis of their potential immunoprotective effect. Characterization of antimicrobial resistance, virulence and clonal relations of important human and animal pathogenic agents. Investigation of phenotypes of bacterial persistence involved in the tolerance to antimicrobial agents. |
| Genetics, Genomics and Bioinformatics | To follow is a list of topics this line of research is concerned with: Analysis of molecular markers in complex human diseases and analysis of molecular markers for forensic purposes. Phylogeny and molecular evolution of mammals. Genetics, evolution, ecology and conservation of carnivores. Evolutionary genetics of hair color of felidae. Molecular identification of biodiversity. Evolutionary and environmental genomics. |
| Cellular and Molecular Neurobiology | To follow is a list of topics this line of research is concerned with: Animal models (zebra fish and rodents) intended to investigate the biological bases of neuropsychiatric diseases, neurodevelopment, neurotoxicology, neuropharmacology, learning and memory. In humans: aging and neurodegeneration, cognitive impairment and its association with hormone and neurotrophin levels. |
| Molecular Biology in the Drug/Target Interaction | To follow is a list of topics this line of research is concerned with: Control and treatment of tuberculosis (drug-resistant tuberculosis) Identification of lead compounds based on defined targets, rational development of vaccines, development and validation on new diagnostic methods of multi-drug-resistant tuberculosis and new emerging genotypes. Additionally, students will make use of computer simulations in order to analyze the protein-ligand interactions. As well as this, it will address the structural study of target proteins, analysis of protein-ligand interactions and the development of bioinformatics tools. Lastly, it will focus on a description of mechanisms involved in pain, inflammation and cancer. |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 196VA-01 | 15 | This course aims to provide participants with an overview of key applications of wildlife molecular ecology studies e.g., for investigating aspects of animal social systems and population dynamics, inferring species phylogenetic and biogeography histories, studying adaptive evolution, and documenting/monitoring patterns of biodiversity. We will review types of markers useful for molecular ecology studies and discuss traditional and emerging methods for assaying those markers to describe patterns of genetic variation at the individual, population, and community level. Hands-on exercises would include DNA extraction from environmental samples as well as introducing students to several computer softwares and pipelines for sequence, genotype, and metabarcoding analyses. Students ideally would have access to a PC, Mac, or Linux computer and a reliable connection to the internet (for accessing online databases such as NCBI and for running R code). |
| No offer for current semester |
| Concentration area | Type | Required |
| Cellular and Molecular Biology | Master's | Not required |
| Cellular and Molecular Biology | Doctorate | Not required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Cell Structure and Metabolism | To follow is a list of topics this line of research is concerned with: Characterization of plant growth-promoting rhizobacteria (PGPR) and their effects on the growth and modulation of plants' secondary metabolism. Investigation into the morphological and pathophysiological basis and treatment for several diseases, such as Parkinson's and Alzheimer's, vascular accidents, depression, PTSD, epilepsy and diabetes. Characterization of the cellular and molecular mechanisms involved in inflammation and sepsis and investigation into drugs with potential anti-inflammatory action. |
| Cellular and Molecular Immunology | To follow is a list of topics this line of research is concerned with: Development of vaccines and immunotherapies for cancer. Study of the immunosuppressive mechanisms using heat shock proteins in autoimmune diseases and transplant rejection. Investigation of psycho-neuroendocrine determinants of premature aging and immune system in healthy elderly individuals, patients with rheumatoid arthritis and bipolar disorder. Investigation into the impacts of premature stress in cognitive functions and inflammatory markers in healthy adolescents, those with bipolar disorder, and crack and cocaine addicts. |
| Cellular and Molecular Characterization in Microbiology and Parasitology | To follow is a list of topics this line of research is concerned with: Development of new diagnostic methods for Schistosoma mansoni and Angiostrongylus cantonensis. Identification of relevant molecules involved in the immunological recognition of the host and ectoparasites, such as Rhipicephalus microplus and others affecting cattle. Isolation, cloning and expression of cDNAs of molecules and analysis of their potential immunoprotective effect. Characterization of antimicrobial resistance, virulence and clonal relations of important human and animal pathogenic agents. Investigation of phenotypes of bacterial persistence involved in the tolerance to antimicrobial agents. |
| Genetics, Genomics and Bioinformatics | To follow is a list of topics this line of research is concerned with: Analysis of molecular markers in complex human diseases and analysis of molecular markers for forensic purposes. Phylogeny and molecular evolution of mammals. Genetics, evolution, ecology and conservation of carnivores. Evolutionary genetics of hair color of felidae. Molecular identification of biodiversity. Evolutionary and environmental genomics. |
| Cellular and Molecular Neurobiology | To follow is a list of topics this line of research is concerned with: Animal models (zebra fish and rodents) intended to investigate the biological bases of neuropsychiatric diseases, neurodevelopment, neurotoxicology, neuropharmacology, learning and memory. In humans: aging and neurodegeneration, cognitive impairment and its association with hormone and neurotrophin levels. |
| Molecular Biology in the Drug/Target Interaction | To follow is a list of topics this line of research is concerned with: Control and treatment of tuberculosis (drug-resistant tuberculosis) Identification of lead compounds based on defined targets, rational development of vaccines, development and validation on new diagnostic methods of multi-drug-resistant tuberculosis and new emerging genotypes. Additionally, students will make use of computer simulations in order to analyze the protein-ligand interactions. As well as this, it will address the structural study of target proteins, analysis of protein-ligand interactions and the development of bioinformatics tools. Lastly, it will focus on a description of mechanisms involved in pain, inflammation and cancer. |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 1963X-04 | 60 | Steps of a study on animal behavior: definition of goals, choice of target-species, design of experimental protocol, data collection and analysis, and presentation, interpretation and discussion of findings. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 196VB-01 | 15 | This course provides an overview of the research on the development of novel technologies and their applications in improving environmental sustainability. It mainly focuses on 1) biochar, nanotechnology, and other green technologies; 2) novel technologies for soil sustainability; 3) novel technologies for water sustainability; and 4) novel technologies for emission reduction and air purification. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 63143-04 | 60 | History of systematics, species and species concepts, proposition and testing of hypotheses, homology and related concepts, monophyly and related concepts. Optimality criteria: maximum parsimony, maximum likelihood and Bayesian analysis. Hennigian rationale in tree building; length, consistency index and retention index; consensus trees; branch support. Construction of matrices and numerical search of maximum parsimony trees. Exact search, heuristic search and branch swapping; new technologies. Probabilistic methods, DNA sequence acquisition, sequence alignment, nucleotide substitution models. Probabilistic analyses using software. Practice with free software. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 1963T-02 | 30 | Principles, concepts, methods and applications of genomic information in population studies, including genetic structuring, historical demography and phylogeography. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 196P2-02 | 30 | Introduction to computational thinking. Configuration and management of programming environments in Python. Operators and syntactic structures: variables, types, data structures, expressions, repetition structures, input and output data, functions and classes. Introduction to programming libraries for numerical and tabular data manipulation and analysis. Programming libraries for data visualization and plotting. Case studies of data manipulation for the life sciences. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 1963U-02 | 30 | Skill development in processing and analysis of biological data, with emphasis on analysis and interpretation of parametric, nonparametric and multivariate data. Descriptive statistics, measures of central tendency and variability. Normality Test: Shapiro-Wilk. Test for one sample: t-test and Mann-Whitney-Wilcoxon. Variance homogeneity test: Bartlett test. Test for two independent and paired samples: t-test and Mann-Whitney-Wilcoxon. Test for several samples: Analysis of Variance (ANOVA) and Kruskal-Wallis. Test for frequencies: Chi-square test. Linear regression. Nonlinear regressions: exponential, power, logistic and periodic. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 196EC-02 | 30 | Study of the interactions between plants and microorganisms present in the rhizosphere. Relationship of rhizomicrobioma with plant ecology and physiology. Discussion of the environmental factors that modulate the diversity of the microbiome. Characterization of the main interactions at the rhizosphere level: mutualism, commensalism, and parasitism. Study of the influence of climate change on interactions in the rhizosphere. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 19511-04 | 60 | Theoretical and practical studies of sampling design and analysis of the obtained data, focused on ecological data and multivariate analysis. Definition of ecological questions and hypotheses, types of variables, accuracy, and precision. Objective-dependent sampling optimization. Introduction to modelling of ecological data. Introduction to exploratory analyses and hypothesis testing with multidimensional data; distance and similarity metrics; cluster analysis and ordination; multivariate analysis of variance. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 7311B-02 | 30 | This course intends to foster discussions on research policies in Brazil, including the assessment criteria employed by CAPES as well as scientometrics criteria. It also discusses the means for obtaining funding for scientific projects with an eye to meeting the different criteria set forth in specific projects. Additionally, one of the goals of the course is to discuss the scientific career both in Brazil and overseas and the possibilities for getting into the market. The course will discuss the differences between the areas of concentration as well as regional differences and other controversial topics in science. The peer-review process will be addressed, for both projects and scientific papers submitted to indexed journals. Part of the classes will be devoted for discussions on the ethical aspects of research, including issues such as plagiarism, co-authorship, publication of negative results, among others. Students will receive specific training to properly advise final papers as well as theses and dissertations. |
| No offer for current semester |
| Concentration area | Type | Required |
| Biochemical and Molecular Pharmacology | Master's | Not required |
| Biochemical and Molecular Pharmacology | Doctorate | Not required |
| Biomedical Gerontology | Master's | Not required |
| Biomedical Gerontology | Doctorate | Not required |
| CTBMF | Master's | Not required |
| CTBMF | Doctorate | Not required |
| Cellular and Molecular Biology | Master's | Not required |
| Cellular and Molecular Biology | Doctorate | Not required |
| Clinical Psychology | Master's | Not required |
| Clinical Psychology | Doctorate | Not required |
| Clinical Stomatology | Master's | Not required |
| Clinical Stomatology | Doctorate | Not required |
| Dental Materials | Master's | Not required |
| Dental Materials | Doctorate | Not required |
| Dental Prosthetics | Master's | Not required |
| Dental Prosthetics | Doctorate | Not required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Endodontics | Master's | Not required |
| Endodontics | Doctorate | Not required |
| Human Cognition | Master's | Not required |
| Human Cognition | Doctorate | Not required |
| Medical Practice | Master's | Not required |
| Medical Practice | Doctorate | Not required |
| Nephrology | Master's | Not required |
| Nephrology | Doctorate | Not required |
| Neurosciences | Master's | Not required |
| Neurosciences | Doctorate | Not required |
| Orthodontics and Facial Orthopedics | Master's | Not required |
| Orthodontics and Facial Orthopedics | Doctorate | Not required |
| Pediatrics | Master's | Not required |
| Pediatrics | Doctorate | Not required |
| Psychology | Doctorate | Not required |
| Restorative Dentistry | Master's | Not required |
| Restorative Dentistry | Doctorate | Not required |
| Social Psychology | Master's | Not required |
| Social Psychology | Doctorate | Not required |
| Surgical Practice | Master's | Not required |
| Surgical Practice | Doctorate | Not required |
| Research line | Description |
| Evaluation of mechanisms involved in inflammatory and nociceptive alterations | This line of research is concerned with the evaluation of mechanisms involved in inflammatory and nociceptive alterations |
| Drug Development | This line of research has been designed for the development of drugs against neglected tropical diseases (tuberculosis and malaria) and the development of drugs against chronic and degenerative diseases. |
| Evaluation of pharmacological targets in cancer treatment | This line of research is concerned with the evaluation of pharmacological targets in cancer treatment and inflammation. |
| Analysis and evaluation of neurochemical and pharmacological mechanisms in neurological diseases | Study of the neurochemical roots and pharmacological targets in neurological diseases. |
| Biological Aspects of Aging | This line of research is intended for the study of basic biological characteristics that play a role in the process of aging at the molecular, cellular, biochemical, genetic and evolutionary levels, as well as their forms of interaction with environmental factors in animal models and human beings (in vitro and in vivo). |
| Clinical and Emotional Aspects of Aging | This line is geared towards the clinical and epidemiological study of the elderly and aging. Some of the most commonly researched topics are: geriatric syndromes (cognitive impairment, postural instability, immobility, fecal incontinence, iatrogenesis, communication disorder), frailty syndrome, brain aging, mental health, osteomuscular aging, cardiometabolic risk factors and nutrition. |
| Social-cultural, Demographic and Bioethical Aspects of Aging | This line is geared towards the study of social, cultural, economic, demographic and bioethical aspects involved in the process of aging. |
| Aging and Public Health | This line of research is intended to study the conditions of life, health and health care received and provided to the elderly, including long-living patients. It is intended to assess primary and secondary health care services, to design of instruments for monitoring access, service routines and care provided to the elderly and long-living patients in the public health care network. Additionally, it will investigate the natural history of diseases and health conditions as well as health prevention and control, in view of the socio-demographic variables, health indicators, life styles, functional capacity, psycho-social competences and quality of life. |
| Cell Structure and Metabolism | To follow is a list of topics this line of research is concerned with: Characterization of plant growth-promoting rhizobacteria (PGPR) and their effects on the growth and modulation of plants' secondary metabolism. Investigation into the morphological and pathophysiological basis and treatment for several diseases, such as Parkinson's and Alzheimer's, vascular accidents, depression, PTSD, epilepsy and diabetes. Characterization of the cellular and molecular mechanisms involved in inflammation and sepsis and investigation into drugs with potential anti-inflammatory action. |
| Cellular and Molecular Immunology | To follow is a list of topics this line of research is concerned with: Development of vaccines and immunotherapies for cancer. Study of the immunosuppressive mechanisms using heat shock proteins in autoimmune diseases and transplant rejection. Investigation of psycho-neuroendocrine determinants of premature aging and immune system in healthy elderly individuals, patients with rheumatoid arthritis and bipolar disorder. Investigation into the impacts of premature stress in cognitive functions and inflammatory markers in healthy adolescents, those with bipolar disorder, and crack and cocaine addicts. |
| Cellular and Molecular Characterization in Microbiology and Parasitology | To follow is a list of topics this line of research is concerned with: Development of new diagnostic methods for Schistosoma mansoni and Angiostrongylus cantonensis. Identification of relevant molecules involved in the immunological recognition of the host and ectoparasites, such as Rhipicephalus microplus and others affecting cattle. Isolation, cloning and expression of cDNAs of molecules and analysis of their potential immunoprotective effect. Characterization of antimicrobial resistance, virulence and clonal relations of important human and animal pathogenic agents. Investigation of phenotypes of bacterial persistence involved in the tolerance to antimicrobial agents. |
| Genetics, Genomics and Bioinformatics | To follow is a list of topics this line of research is concerned with: Analysis of molecular markers in complex human diseases and analysis of molecular markers for forensic purposes. Phylogeny and molecular evolution of mammals. Genetics, evolution, ecology and conservation of carnivores. Evolutionary genetics of hair color of felidae. Molecular identification of biodiversity. Evolutionary and environmental genomics. |
| Cellular and Molecular Neurobiology | To follow is a list of topics this line of research is concerned with: Animal models (zebra fish and rodents) intended to investigate the biological bases of neuropsychiatric diseases, neurodevelopment, neurotoxicology, neuropharmacology, learning and memory. In humans: aging and neurodegeneration, cognitive impairment and its association with hormone and neurotrophin levels. |
| Molecular Biology in the Drug/Target Interaction | To follow is a list of topics this line of research is concerned with: Control and treatment of tuberculosis (drug-resistant tuberculosis) Identification of lead compounds based on defined targets, rational development of vaccines, development and validation on new diagnostic methods of multi-drug-resistant tuberculosis and new emerging genotypes. Additionally, students will make use of computer simulations in order to analyze the protein-ligand interactions. As well as this, it will address the structural study of target proteins, analysis of protein-ligand interactions and the development of bioinformatics tools. Lastly, it will focus on a description of mechanisms involved in pain, inflammation and cancer. |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. | |
| Extra-renal dialysis and transplatation | This line of research is intended for the study of different modalities of renal replacement therapies, with emphasis on organ transplantation, especially when it comes to immunology of transplants. |
| Clinical nephrology and arterial hypertension | This line of research will address topics related to several aspects of clinical nephrology, renal function, arterial hypertension, renal and metabolic diseases. |
| Molecular Biology, immunology and stem cell | This line of research is concerned with the study of molecular alterations in tumors, mainly those affecting the digestive and respiratory systems, through PCR techniques in real time, immunohistochemistry, flow cytometry and cell cultivation. It will also look at Cell Therapy and Tissue Engineering. |
| Cardiology/Risk Factors and genetics factors in cardiovascular diseases | This line of research is concerned with assessing risk factors for cardiovascular surgeries using markers; traditional risk factors (dyslipidemias, arterial hypertension, diabetes, smoke addiction) and potential emerging ones (apolipoprotein B,small and dense LDL cholesterol) in coronary heart diseases. |
| Cardiology/Cellular therapy | This line of research is intended to assess the efficiency and safety of autologous implants of bone marrow stem cells in patients suffering from dilated cardiomyopathy and in patients suffering from acute myocardial infarction. |
| Cellular metabolism and membrane transport in renal and metabolic diseases (or disease states) | This line of research is designed for the study of physiopathogenic mechanisms of several renal and metabolic diseases. |
| Training and Faculty Development in Health | |
| Study abdomen adult and elderly healthy and sick with new technologies in Diagnostic Imaging | First of all, this line of research is intended to introduce students to different abdominal organs in advanced imaging modalities, such as magnetic resonance and positron emission tomography. It is intended to study the normal anatomy of these organs and tissues and their anatomic variations, thus allowing for a comparison between healthy and unhealthy individuals. With this, we intent to provide deeper insights into the abdomen's normal anatomy and its anatomic variation through new imaging technologies. Additionally, this line of research will determine the diagnostic imaging accuracy of gastrointestinal tract and urinary system diseases. We are intent on reaching an earlier and more precise diagnosis of the diseases of adult and elderly patients, thus increasing their survival. It has been designed to produce researchers and professors who want to work within this line of research responsible for studying the most common diseases in our population. |
| Clinical Epidemiology | This area of concentration is intended to develop research in clinical epidemiology focusing on its methodological and clinical aspects. This line of research intends to encourage the development of research projects that contribute to the progress in identification, intervention and promotion of determinants of the health-disease process in human population. |
| Functional and Molecular Image of the Body | Functional imaging is the state-of-the-art in diagnostic imaging. Magnetic Resonance made a giant leap in that direction through the employment of ultra-rapid acquisition techniques, which have enabled the measurement of variations in oxygen consumption levels arising from the BOLD effect and an estimation of the cellularity of tissues through the diffusion technique. PET has enabled Nuclear Medicine to measure the level of consumption of glucose in the tissue, by making use of ionizing radiation. It is largely employed in the investigation of tumors and metastasis, which have naturally increased the consumption of glucose due to a larger metabolic level. More recently, the Dynamic PET has enabled the assessment of the consumption of glucose over time and the measurement of the most active regions more precisely. |
| Epidemiology and Environmental Health | This course is intended to encourage the development of research into the area of epidemiology and environmental health with an eye to the methodological and clinical aspects. This line of research seeks to encourage the development of research projects that contribute to the advancement of the identification, intervention and promotion of the determinants of the health-disease process in human population. |
| Technological Innovations in the Health Area | Curently, we are seeing worldwide the fast development of technologies, proceedings and medicines focus at the most effective treatment of diseases and the restoration of health. This accelerated step with which medical knowledge progresses makes it necessary to create a new mentality in medical training, stimulating curiosity, the active search for knowledge and constant updating. The number and complexity of the scientific processes that lead to this evolution are also worthy of attention, both due to the need for training to understand them, as well as the work opportunity they represent for doctors in general. |
| Neurology/ stem cells | This line of research is concerned with the assessment of the possibility of regeneration of central and peripheral neurological injuries resulting from neurodegenerative diseases, with somatic stem cells, as well as with the study of the structural and functional mechanisms of regeneration from injuries. |
| Behavioral neurology and neuropsychiatry | This line of research will look at the neurobiology of psychiatric diseases and behavioral alterations in major neurological diseases. |
| Cognitive brain imaging | This line of research will look at the development of new techniques for the analysis of neuroimaging and studies of neural bases of superior cognitive processes (for instance, language comprehension and acquisition, executive functions, spatial reasoning). |
| Neurotoxic activity of ureases and derived peptides | This line of research will address the neurotoxic and pro-inflammatory activities of ureases of different organisms. It will also address the methodologies of study of neurotoxicity relying on the use of insects-models. As well as this, it will look at ureases as virulence factors for pathogenic microorganisms, especially bacteria Helicobacter pylori and Proteus mirabilis and Cryptococcu yeasts. |
| Neuroinflammation/Multiple Sclerosis/ neuromyelitis optica | The inflammation resulting from neurological diseases may be primarily involved with the physiopathology of immunomediated diseases of the nervous system, such as multiple sclerosis, neuromyelitis optica, ADEM - acute demyelinating encephalomyelitis, Guillain-Barré syndrome, autoimmune encephalitis and some neurological complications resulting directly or indirectly from viral or bacterial infections (e.g. meningoencephalitis). In other diseases, the inflammation plays a major role, but less clear than it is in strokes and in degenerative diseases of the central nervous system. The deregulation in the immune system, be it either temporary or permanent, may lead to injuries in the brain, bone marrow and peripheral nerves that cause permanent neuronal damage with the risk of aftereffects and permanent incapacity. By relying on advanced methods in molecular biology associated with clinical and imaging assessment (magnetic resonance, nuclear medicine), we have conducted research that is intended to understand the intrinsic and extrinsic mechanisms that lead to an increase of pro-inflammatory substances such as cytokines, chemokines, the production of autoantibodies, complement system activation, proliferation / maturation of autoreactive lymphocytes T and B, microglial activation and the alteration of the blood-brain barrier. Besides, we have conducted research for the identification of specific biomarkers for each disease which may assist in the establishment of better diagnosis/prognosis and in experimental animal models for the study of physiopathology and innovative therapeutic interventions. |
| Epilepsy | This line of research will cover clinical and electroencephalographic, pharmacological, neuroimaging and surgical studies in the realm of epilepsy. The direct involvement of São Lucas Hospital with the diagnosis, clinical treatment and epilepsy surgery opens interesting perspectives of investigation, seeking diagnostic refinement, new treatment options and the correlations of epileptic syndromes with structural alterations of the brain. |
| The central nervous system (CNS) formation stages can be considered a great concert with the regency of different signaling molecules that trigger a cascade of dependent and complementary processes until the formation of all CNS structures as well as their different functionalities. The human brain is a puzzle of more than 100 billion pieces that must be accurately directed to its unique and specific location. The studies of Molecurar Bases of Embryonic Neurogenesis presents a comprehensive view of understanding the CNS, from its embryonic formation to neurogenesis in the adult brain, guiding clinical and pathological situations related to cerebral malformations and new therapeutic alternatives for CNS recovery. The use of molecular techniques as next-generation sequencing (NGS), super arrays, relative expression, genotyping, etc., are used to describe signaling pathways, genesis of pathologies, and application of precision medicine for the treatment of various diseases. The cell reprogramming at the embryonic level through the generation of induced pluripotent stem cells (iPSC) helps to understand embryonic neurogenesis and screening of new drugs for the treatment of alterations during the formation of the central nervous system and its associated pathologies | |
| Artificial Intelligence in Healthcare | Fluency in oral reading is a crucial skill for children and adolescents, involving the ability to read a text with accuracy, appropriate expression, and at a determined pace. Artificial intelligence has enabled considerable advances in activities that previously required time and attention from specialized professionals, also offering the advantage of impartial evaluation. Moreover, a significant portion of students in Brazil presents literacy difficulties associated with reading skills and lacks adequate assistance and diagnosis for conditions such as dyslexia. This research line aims to encompass research projects at the intersection of health, education, and artificial intelligence. The studies seek to investigate tools for assessing oral reading through innovative technologies, which can be used by health professionals in collaboration with educators. These tools aim to assist in identifying the level of reading development, factors influencing these skills, association with academic performance, early screening of signs of difficulties and disorders affecting reading fluency, differential diagnoses, as well as the appropriate medical/educational conduct. |
| Assessment and psychological interventions in mental health | This line of research concentrates studies related to mental health outcomes based on different theories and methods in Clinical Psychology. It aims at understanding psychological processes and building and adapting instruments and interventions with a psychotherapeutic and psychoeducational focus. |
| Psychosocial Processes: Practices and contexts | This line of research concentrates studies on psychosocial phenomena and vulnerability processes in different contexts, such as education, public health, work, politics and justice. It aims to develop strategies for assessment and intervention with individuals, groups and organizations based on theoretical-methodological approaches that articulate different perspectives from Social Psychology and other fields of knowledge. |
| Cognition, brain and behavior | This line of research focuses on basic and applied studies of cognition and its behavioral and neurobiological implications. We seek to investigate neurocognitive and psychobiological processes and their relationship with behavior, development, learning and mental health. Research approaches involve theoretical and experimental models and instruments from neuropsychology, neurobiology and neuroscience. |
| Well-being, health and quality of life | This line of research concentrates studies that use an interdisciplinary approach on the relationship between mental health and lifestyle, understood as the set of behaviors related to food, physical activity, sleep, spirituality, financial well-being, well-being occupational and social relationships. The line aims at building basic and applied knowledge for evaluation and intervention in the prevention and promotion of quality of life and its different domains. |
| Obesity and Metabolic Syndrome | This line is concerned with research in the area of obesity and metabolic syndrome with consequences in co-morbidities involved or related to the aforementioned pathologies. |
| Epidemiological, Clinicopathological, Radiological and Molecular aspects of malignant neoplasms. | This area of concentration is intended to describe patients who suffer from malignant neoplasms in their different clinical stages, as well as to assess their clinical outcome by looking at the clinical, histopathological, radiological and molecular variables. Studies in this area may be accountable for addressing some issues that are still controversial among the scientific community. |
| Videolaparoscopic Surgery | This area of concentration is intended to assess the advantages of the procedures conducted using less invasive techniques. |
| COD | Workload | Description |
| 1963M-04 | 60 | Study of the scientific language and the tools required for writing manuscripts, reviews and meeting abstracts, as well as the choice of appropriate journals, the correspondence with editors, the review process and the preparation and presentation of oral and poster presentations. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 19504-01 | 15 | This discipline is constituted by the presentation of scientific seminars by scientists or lecturers of the different areas of Ecology, Evolution and Biodiversity. After the presentation of the theme, which should last approximately 45 to 50 minutes, there is a period for a discussion with the participation of the students. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Required |
| Ecology and Evolution of Biodiversity | Doctorate | Required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 73194-03 | 45 | Analysis of current studies on speciation, from different approaches; Ecological, genetic and genomic aspects of the speciation processes in different groups of animals, with emphasis on vertebrates; Relevance of hybridization between species (or incipient species) in the context of animal speciation processes; Study of recent processes of speciation and its relevance in adaptive irradiation, as well as in the formation and maintenance of biological diversity. |
| Professors | Home time | Lattes |
| EDUARDO EIZIRIK | 20 years and 3 months | Link |
| Concentration area | Type | Required |
| Cellular and Molecular Biology | Master's | Not required |
| Cellular and Molecular Biology | Doctorate | Not required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Cell Structure and Metabolism | To follow is a list of topics this line of research is concerned with: Characterization of plant growth-promoting rhizobacteria (PGPR) and their effects on the growth and modulation of plants' secondary metabolism. Investigation into the morphological and pathophysiological basis and treatment for several diseases, such as Parkinson's and Alzheimer's, vascular accidents, depression, PTSD, epilepsy and diabetes. Characterization of the cellular and molecular mechanisms involved in inflammation and sepsis and investigation into drugs with potential anti-inflammatory action. |
| Cellular and Molecular Immunology | To follow is a list of topics this line of research is concerned with: Development of vaccines and immunotherapies for cancer. Study of the immunosuppressive mechanisms using heat shock proteins in autoimmune diseases and transplant rejection. Investigation of psycho-neuroendocrine determinants of premature aging and immune system in healthy elderly individuals, patients with rheumatoid arthritis and bipolar disorder. Investigation into the impacts of premature stress in cognitive functions and inflammatory markers in healthy adolescents, those with bipolar disorder, and crack and cocaine addicts. |
| Cellular and Molecular Characterization in Microbiology and Parasitology | To follow is a list of topics this line of research is concerned with: Development of new diagnostic methods for Schistosoma mansoni and Angiostrongylus cantonensis. Identification of relevant molecules involved in the immunological recognition of the host and ectoparasites, such as Rhipicephalus microplus and others affecting cattle. Isolation, cloning and expression of cDNAs of molecules and analysis of their potential immunoprotective effect. Characterization of antimicrobial resistance, virulence and clonal relations of important human and animal pathogenic agents. Investigation of phenotypes of bacterial persistence involved in the tolerance to antimicrobial agents. |
| Genetics, Genomics and Bioinformatics | To follow is a list of topics this line of research is concerned with: Analysis of molecular markers in complex human diseases and analysis of molecular markers for forensic purposes. Phylogeny and molecular evolution of mammals. Genetics, evolution, ecology and conservation of carnivores. Evolutionary genetics of hair color of felidae. Molecular identification of biodiversity. Evolutionary and environmental genomics. |
| Cellular and Molecular Neurobiology | To follow is a list of topics this line of research is concerned with: Animal models (zebra fish and rodents) intended to investigate the biological bases of neuropsychiatric diseases, neurodevelopment, neurotoxicology, neuropharmacology, learning and memory. In humans: aging and neurodegeneration, cognitive impairment and its association with hormone and neurotrophin levels. |
| Molecular Biology in the Drug/Target Interaction | To follow is a list of topics this line of research is concerned with: Control and treatment of tuberculosis (drug-resistant tuberculosis) Identification of lead compounds based on defined targets, rational development of vaccines, development and validation on new diagnostic methods of multi-drug-resistant tuberculosis and new emerging genotypes. Additionally, students will make use of computer simulations in order to analyze the protein-ligand interactions. As well as this, it will address the structural study of target proteins, analysis of protein-ligand interactions and the development of bioinformatics tools. Lastly, it will focus on a description of mechanisms involved in pain, inflammation and cancer. |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 196KA-02 | 30 | The anthropogenic extinction of animal species; assumptions of the extinction risk assessment. Different threat levels and IUCN categories. Extinction risk assessment criteria; data types and definition of terms used; practical application of the IUCN criteria. IUCN's role in the world scenario of threatened species. Other methods of assessment of extinction risk. |
| Professors | Home time | Lattes |
| ROBERTO ESSER DOS REIS | 38 years and 3 months | Link |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 196KB-02 | 30 | Historical perspective of the main theoretical advances of ecology. Introduction to the study of ecological systems through the design and testing of theoretical models. Applications of ecological theories in other knowledge areas. |
| Professors | Home time | Lattes |
| PEDRO MARIA DE ABREU FERREIRA | 10 years and 8 months | Link |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 63134-02 | 30 | All articles of the International Code of Zoological Nomenclature are analyzed and interpreted in detail. This course will look at the history of taxonomy and zoological classification, as well as their principles, categories, collections, characteristics and bibliographic sources. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 73155-02 | 30 | Main components of the zooplankton community in marine and freshwater environments, the role played by these organisms in the energy flow and recycling of material in the ecosystems in which they inhabit; Aspects of the life cycle of zooplankton organisms, including reproductive strategies, feeding characteristics and type of food; Methods of collection and cultivation in the laboratory; Use of zooplankton organisms as bioindicators of water quality. |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 196RR-03 | 45 |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 196S1-04 | 60 |
| No offer for current semester |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 196VC-01 | 15 |
| Professors | Home time | Lattes |
| DUNCAN DUBUGRAS ALCOBA RUIZ | 32 years and 3 months | Link |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |
| COD | Workload | Description |
| 196RK-01 | 15 |
| Professors | Home time | Lattes |
| EDUARDO EIZIRIK | 20 years and 3 months | Link |
| Concentration area | Type | Required |
| Ecology and Evolution of Biodiversity | Master's | Not required |
| Ecology and Evolution of Biodiversity | Doctorate | Not required |
| Research line | Description |
| Ecology and Conservation | This line of research encompasses projects focusing on ecological relationships among organisms and with their environment, including studies of autecology, ecophysiology, behavior, population dynamics and community ecology, as well as projects aiming to provide scientific bases for biodiversity conservation strategies. |
| Systematics and Evolution | The research line brings together projects related to the evolution of biodiversity, including studies in phylogenetic systematics (using morphological and molecular data, including phylogenomics), taxonomy, comparative morphology, biogeography, evolutionary genetics, and comparative genomics. |
| The research line brings together projects focused on the use of large amounts of information ('big data') and the development of innovative data mining and analysis methodologies (e.g., employing machine learning) to investigate issues related to the characterization, monitoring, and conservation of biodiversity | |
| The research line encompasses projects aimed at applying ecological data, biodiversity component analyses, and/or interdisciplinary studies to solve problems with more direct socio-environmental and/or economic impact. This includes studies in the fields of ecotoxicology and environmental microbiology with a focus on the characterization, monitoring, and mitigation of environmental impacts, as well as the development of more sustainable agricultural methods using components of Brazil's native biodiversity. It also includes projects aimed at developing innovative products from biodiversity sources and/or integrating biodiversity analyses into regional economic development models with a focus on environmental sustainability. |