The information in genomes provides the instruction set for producing each living organism on the planet. While we have a growing understanding of the basic biochemical functions of many of the individual genes in genomes, understanding the complex processes by which this encoded information is read out to orchestrate production of incredibly diverse cell types and organ functions, and how different species use strikingly similar gene sets to nonetheless produce fantastically diverse organismal morphologies with distinct survival and reproductive strategies, comprise many of the deepest questions in all of science. Moreover, we recognize that inherited or acquired variation in DNA sequence and changes in epigenetic states contribute to the causation of virtually every disease that afflicts our species. Spectacular advances in genetic and genomic analysis now provide the tools to answer these fundamental questions. Members of the Department of Genetics conduct basic research using genetics and genomics of model organisms (yeast, fruit fly, worm, zebrafish, mouse) and humans to understand fundamental mechanisms of biology and disease. Areas of active investigation include genetic and epigenetic regulation of development, molecular genetics, genomics and cell biology of stem cells, the biochemistry of micro RNA production and their regulation of gene expression, and genetic … Continue reading →

The Genetics Graduate Program was developed in 1970 as an interdepartmental degree-granting program that provides graduate education in the field of genetics, and over 200 alumni have received PhD degrees in Genetics. The program is administered through the College of Natural Science, and participating faculty have academic appointments in various MSU departments or institutions affiliated with MSU. The objectives of the Genetics Program are to train students for careers in research, teaching, and other science-related fields that rely on a deep understanding of the scientific method and of the nature and significance of genetics and genomics. After training, students should be able to appreciate and contribute to new developments in this rapidly changing field. BMS Newsletter A listing of upcoming seminars,events, jobs, workshops, and scholarships. [Check out the latest Newsletter.] Congratulations to Jinpeng Li who received the 2nd place AACT and Charles River Best Abstract Award, and the 3rd place ITSS Student Presentation Award for his poster presentation at the Society of Toxicology 55th Annual Meeting! Read the original: Genetics Graduate Program - Michigan State University … Continue reading →

Historical Examples Eugenics is the science of reproducing better humans by applying the established laws of genetics or heredity. It sprang from genetics and bears the mark of an implicit Darwinian mechanism. They also opened new horizons for hypotheses in astronomy, genetics, anthropology. If, then, progress was to be made in genetics, work of a different kind was required. But a better definition, based on the results of genetics, looks at it as a mechanism, not as an external appearance. British Dictionary definitions for genetics Expand (functioning as sing) the branch of biology concerned with the study of heredity and variation in organisms the genetic features and constitution of a single organism, species, or group Word Origin and History for genetics Expand 1872, "laws of origination;" see genetic + -ics. A coinage of English biologist William Bateson (1861-1926). Meaning "study of heredity" is from 1891. genetics in Medicine Expand genetics genetics (j-nt'ks) n. The branch of biology that deals with heredity, especially the mechanisms of hereditary transmission and the variation of inherited traits among similar or related organisms. genetics in Science Expand genetics in Culture Expand Go here to see the original: Genetics | Define Genetics at Dictionary.com … Continue reading →