IMEG Institute of Molecular Evolutionary GenetiCS - (BIOL 591) - - - - - - - The Institute of Molecular Evolutionary Genetics (IMEG) at the Pennsylvania State University was established in 1990 as an interdepartmental research organization about molecular evolutionary genetics. The mission of this institute is to promote collaborative researches among the faculty and graduate students from various departments such as the Departments of Biology, Biochemistry and Molecular Biology, Anthropology, Plant Pathology, Entomology, and Animal Science. One of the important activities is to hold a weekly seminar and to discuss the research conducted by the IMEG members and by invited speakers from outside the university. This seminar can be taken as a credit course (for of the Biology Doctoral Program). The institute also supports the attendance of graduate students to national or international meetings. Molecular Evolutionary Biology is one of the options for specialization that are offered in the.
This option is associated with a selection of courses from which a minimum of 6 to 9 credits must be successfully completed, plus a thesis directed by a Biology faculty member in the option. Additional information can be obtained from the director of the graduate programs in the. Molecular Evolutionary Biology option is concerned with the study of evolution at the molecular level to understand the mechanisms of evolution and to clarify the evolutionary history of genes or species at the molecular level.
It is a multidisciplinary science that integrates molecular biology, developmental biology, and population biology. Has a strong reputation in the field of evolutionary genetics through both the Institute of Molecular Evolutionary Genetics and the, many members of which belong to the.
Discover perfect 2018 Genetics Graduate Programs at accredited colleges today! Free to use, simple to get started. The Fisheries Science graduate program focuses on. The School of Biological and Population Health Sciences offers a graduate program. Graduate School. We're happy to welcome our new students. During the Master's program my emphasis. The Graduate School of Population Genetics provides me with a.
Requirements for the Molecular Evolutionary Biology Option: 1. The student must meet the criteria for the M.S.
The student's research adviser must be a member of the Biology program and/or a full member of the Institute of Molecular Evolutionary Genetics. Other committee members may be chosen as needed providing that a majority of the committee is associated with the IMEG. In addition to the normal Biology program requirements, the student must take (for both an M.S. In Biology) 3 credits of course work in BIOL 591; 9 credits from among the following courses (to be selected in consultation with the student's committee): BIOL405, 422, 427, 428, 505, 514, 530, (ENT;WILDL) 542, 531, 524, 533, 590, BMB 514.
Any other course work or training deemed appropriate by the student's committee. Courses offered in this area of specialization include: Molecular Evolution, Advanced Genetics, Evolution, Population Genetics, Topics in Evolution, Ecological Genetics, Systematics, Molecular Basis of Plant Development, Seminar in Genetics, Problems in Genetics, Molecular Biology and Cellular Regulation, and Statistical Methods in Evolutionary Genetics.
Introduction Genetics, Development and Cell Biology (GDCB) considers graduate education to be a cornerstone of the university and is a major participant in the development and offering of several excellent interdepartmental graduate majors. Iowa State University has pioneered the use of interdepartmental graduate programs to provide strength in graduate education across departmental and college boundaries and has been very successful in providing a network of excellent graduate programs to provide for the research and educational needs of graduate students interested in any area of biological science. GDCB has taken full advantage of these interdepartmental programs, eliminating the need for a departmental graduate program. GDCB offers graduate majors in and has faculty active in the following interdepartmental graduate programs. See the website of each graduate program for more information. The Interdepartmental Graduate Program in (BCB) at Iowa State University is an exciting Interdepartmental Graduate Major which offers outstanding opportunities for graduate study toward the Ph.D.
Genetics Graduate Programs
Degree in Bioinformatics and Computational Biology. The BCB program involves more than 60 nationally and internationally known faculty – biologists, computer scientists, mathematicians, statisticians, and physicists – who participate in a wide range of collaborative projects.
Population Genetics Graduate Programs
Iowa State University was awarded a $3 million National Science Foundation Training Grant in Computational Molecular Biology and has established several new research centers including a and a. The Training Grant and new centers provide funding for graduate assistantships, new faculty, and new facilities for Bioinformatics and Computational Biology research. The Interdepartmental Graduate Program in (IG) at Iowa State University offers M.S. Degrees with a major or minor in genetics in thirteen participating departments. The diversity of the more than 60 faculty ensures a broad, well-balanced education from the best instructors, while offering flexibility in choice of specialization.
Faculty have strengths in many areas, from fundamental studies at the molecular, cellular, organismal, and population levels, to research with immediate practical application. Ongoing research projects span all the major areas of theoretical and experimental genetics, including molecular studies of gene regulation, gene mapping, transposable element studies, developmental genetics, quantitative and mathematical genetics, evolutionary genetics, and population genetics. The Interdepartmental Graduate Program in coordinates graduate education and research in areas including prokaryotic and eukaryotic microbiology, virology, microbe interactions with animals, plants and arthropods, and the responses of those hosts to the microbes. It provides students with a solid foundation in the functional aspects of basic microbiology within a highly interactive, interdisciplinary group. The 50 members of the Interdepartmental Graduate Microbiology Program have diverse research interests including: biochemistry; ecology; genetics and molecular biology of microbes; biogeochemistry; food safety and security; microbe-host interactions; bacteriology; immunology; mycology; parasitology; virology; and microbial genomics. The (MCDB) interdepartmental graduate program gives a broad educational experience in molecular, cellular and developmental biology and allows students to design a truly interdisciplinary research program through advanced courses and research tailored to the interests and goals of each student. Research interests of the MCDB faculty span a broad spectrum within the disciplines Biochemistry, Cell Biology, Developmental Biology, Molecular Microbiology, Plant Molecular Biology, and Signal Transduction.
The Interdepartmental Graduate Program in at Iowa State University offers study leading to MS and Ph.D. Degrees through more than 30 faculty from 9 different academic departments.
The program focuses on sound fundamental neuroscience education, mastering modern research methods and flexibility in serving the interests and educational needs of individual students. Neuroscience research opportunities at Iowa State University range from molecular to behavioral and cognitive levels of analysis. The Program reflects the structure of contemporary neuroscience which has become a diverse and inter-disciplinary field. Students of diverse educational, ethnic and national backgrounds are encouraged to apply to the Program. The Interdepartmental (IPB) Graduate Program coordinates graduate education and research in the areas of plant biochemistry, plant molecular biology and plant physiology. Graduate study in IPB, leading to the M.S.
Degrees, is offered through seven participating. The major provides students with a solid foundation in the functional aspects of basic plant biology within a highly interactive, interdisciplinary group, while encouraging them to design a truly interdisciplinary research program. The diverse research interests of the more than 35 members of the IPB Faculty at ISU include regulation of plant gene expression, gene mapping, plant biochemistry, stress physiology and plant development. More than four decades of nationally recognized toxicology research in the Colleges of Agriculture and Life Sciences, Veterinary Medicine, Liberal Arts and Sciences, and Family and Consumer Sciences are the foundation of the Interdepartmental Graduate Major in at Iowa State University. Graduate degrees are offered at the M.S. Levels for a broad range of fundamental and applied research in the general area of toxicology.