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Genetics The study of heredity and gene action is one of the most rapidly developing fields of biology. A thorough understanding of genetics is essential to modern advances in agriculture, medicine, and many industrial fields dealing with biological diversity. The information content of genetic sequences is enormous and is rapidly becoming a major tool in tracing evolutionary lineages and in reassessing biological classification. Developmental and molecular biology of symbiosis in lichens Genetic control of cell fate specification in Drosophila Plant Developmental Genetics and Genomics science literacy for non-majors; science education reform; the interaction of gender, education and global health Genome-environment interactions in plants Plant-Microbe interactions Maize Evolution and Improvement Control of cell cycle, DNA replication, and centrosome duplication in budding yeast Biophysical approaches to cellular, molecular and developmental biology Evolutionary Genomics and Bioinformatics Molecular evolution, Evolution, Mathematical biology, Morphometrics Evolutionary, Ecological, & Agricultural Functional Genomics Developmental physiology/development and evolution Speciation and evolutionary genetics, recombination Plant Sensory Signal Transduction Evolutionary Genetics and Molecular Evolution Genetic analysis of development in C. elegans: modeling cell invasive behavior Functions of spastin and other microtubule severing proteins in the nervous system; Drosophila models of human disease Function and regulation of plant respiratory pathways Molecular mechanisms of plant hormone controlled growth and development Population genetics, molecular evolution Phylogenetic systematics and molecular evolution in fungi Evolutionary genetics in natural plant populations |
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