COMPETENCE STUDY PLAN OF THE EDUCATIVE PROGRAM OF GENOMIC BIOTECHNOLOGY 401
A Genomic Biotechnology gradute applies his biochemical, bioinformatic, genomic, and biotechnological knowledge and tools to genetically manipulate organisms to develop and apply molecular diagnostics; He also designs strategies for the identification, selection and modification of genomes useful to the areas of health, industry, agriculture and livestock.
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Discipline |
Modules |
Competence |
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Chemistry |
General chemistry, Instrumental analysis, Biophysics, Physic chemistry, Metrology and validation, Biochemistry I, Biochemistry II, Proteomics, Proteins structure and engineering. |
To detect and analyze the nature and structure of biomolecules to optimize clinical and industrial processes |
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Genomic |
Genetics, Genetic engineering, Functional genomics, Comparative genomics, Molecular biology, Molecular diagnosis, Pharma genomics, Animal genetics, Plant genome and biotechnology, Molecular medicine, Genomic therapy |
To apply his genomic and metabolic knowledge to choose and validate molecules susceptible of being used for molecular diagnosis and genetic modification. |
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Biotechnology |
Bioinformatics and programming, Bioinformatics, Bioinformatics and simulations, Cell biology, Immunology, Animal anatomy and physiology, Plant anatomy and physiology, General microbiology, Nano biotechnology, Livestock biotechnology, Agricultural biotechnology, Industrial biotechnology, Environmental biotechnology, Bioethics, Molecular virology, Bioprocesses, Biology systems, Bioremediation, Germplasms design and conservation, Micro propagation, Development and technology transfer, Transgenesis and animal cloning, Synthetic biology, Metabolic engineering. |
To develop and innovate molecular diagnostic systems, processes and products in the areas of agricultural, livestock, aquaculture, industrial and environmental health as well as generating genome modification strategies. |
