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New Life Sciences Initiative - Primary Focus Areas |
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| A number of research areas, outlined below, are central to the success of the New Life Sciences Initiative. Professorships and graduate fellowships (described on the previous pages) may be named in the following areas: | |
| Mammalian Genomics
Functional Genomics Comparative Genomics Nutritional Genomics Cancer Biology Microbial Genomics Pathogenesis of the Animal, Human, and Plant Pathogens Vaccine Development Antimicrobial Drug Discovery Bioremediation Molecular Pathogen Diagnostics Plant Genomics Biodiversity Enhanced Nutrition Molecular Breeding Signal Transduction Nanobiotechnology Molecular Templates Microanalysis of Biomolecules Bioselective Surfaces Sparse Cell Isolation Molecular Filtration Molecular Motors Combinatorial Chemistry New Synthetic Methodology Multiple Component Condensations Lead Compound Optimization Drug Discovery Evolutionary Genomics Gene Discovery and Genome Annotation Comparative Genomics Genome Organization and Evolution Genotypic and Phenotypic Diversity Biodiversity Conservation and Use Population Genetics Physical-Life Sciences Interface Proteomics Imaging Living Cells Molecular Tweezers Computational Modeling of Cellular Networks Chemical Biology Structural Genomics |
Computational and Statistical Genomics
Protein Structure and Function Prediction Analysis of Genomic Diversity Association Genetics Inferences of Population Structure and History Comparative Genome Mapping Bioengineering and Biomedical Biomaterials Biomedical Instrumentation and Diagnostics Drug Delivery Cell and Tissue Engineering Biomedical Mechanics Systems and Computational Systems Neuroscience Molecular Neurology Computational Neuroscience Bioengineering and Optical Imaging of Neural Function Neural Networks Behavioral/ Neural Genomics Basic Ecology and Environmental Science Biogeochemistry and Biocomplexity Stable Isotope Biogeochemistry Nanobiogeochemistry Biohydrology Computational Biogeochemistry and Biocomplexity Genotype-Phenotype Linkages Molecular and Chemical Ecology Signaling Molecules Chemicals mediating ecological interactions Relationships of an organism’s fitness to its gene expression profile Molecular, cellular and organismal responses to chemical signals Animal/plant/microbe defenses Chemical cues for social behaviors Pheromones (volatile, contact-mediated and soluble) |
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| The Initiative |
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| Why Cornell |
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| FAQ |
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| NLSI Vision Statement |
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| Revolutionizing Research |
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| Accelerating Discovery |
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| Improving Lives |
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| Ethical, Legal, Social Issues |
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| ©2005 Cornell University |
