GEMS logo Genetics with Eukaryotic Model Systems
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Research by laboratory

Cristian Castillo-Davis
Evolutionary genomics
Drosophila
Biology

Caren Chang
Ethylene signal transduction
Arabidopsis
CBMG

Atanu Duttaroy
Superoxides and aging
Drosophila
Howard University

Eric Haag
Evolution of sex determination
C. elegans
Biology

Iqbal Hamza
Micronutrient metabolism
C. elegans
ANSC

June Kwak
Abscisic acid signaling
Arabidopsis
CBMG

Carlos Machado
Evolutionary Genetics
Drosophila
Biology

Zhongchi Liu
Plant reproductive development
Arabidopsis
CBMG

Steve Mount
pre-mRNA splicing
Drosophila and Arabidopsis
CBMG

Leslie Pick
Embryonic pattern formation
Drosophila
Entomology

Jian Wang
Neuronal development
Drosophila
Entomology

Louisa Wu
Innate immune response
Drosophila
CBR

Shunyuan Xiao
Programmed cell death and disease resistance
Arabidopsis
CBR

Jianhua Zhu
Abiotic stress
Arabidopsis
Plant Science

What is GEMS?

GEMS (Genetics with Eukaryotic Model Systems) is a monthly multi-lab meeting physically based at the University of Maryland, College Park and devoted to the use of genetic approaches in Drosophila, C. elegans or Arabidopsis to study problems in development, signal transduction and gene expression. The group includes researchers affiliated with the departments of Biology, Entomology and Cell Biology and Molecular Genetics in the College of Life Sciences; the departments of Animal and Avian Science and Plant Science and Landscape Architecture in the College of Agriculture; and the Center for Biosystems Research (CBR) and in the University of Maryland Biotechnology Institute (UMBI). Off campus members from Howard University.
Graduate Training in Genetics with Eukaryotic Model Systems

Students interested in graduate training in molecular genetics can pursue a Ph.D. with any of the GEMs laboratories through the Biological Sciences Graduate Program (BISI), which is based in the College of Life Sciences. The Ph.D. degree, which involves independent and creative scholarly research resulting in an original dissertation, is typically completed within 4 to 6 years. Students interested in joining the department are encouraged to contact the CBMG Graduate Office, any GEMS faculty, or the graduate director, for application materials.

Graduate students who present in GEMS can obtain course credit as CBMG699T. Interested students should contact Steve Mount (smount@umd.edu).

Relevant Courses

The following relevant courses are among the relevant offerings:

BSCI 410 Molecular Genetics (3 credits)
BSCI 411 Plant Genetics and Molecular Biology (3)
BSCI 415 Plant Biotechnology (2)
BSCI 428S Bioinformatics in Genomics and Evolution (3)
CBMG688F Special Topics: Gene Expression (2)
CBMG688I Special Topics: Advanced Genetics (2)
CBMG688N Special Topics: Bioinformatics (2)
CBMG688T Special Topics: Developmental Biology (2)


Institutions, departments and programs

College of Life Sciences:     Cell Biology & Molecular Genetics    Biology      Entomology          BEES      MOCB       College of Agriculture and Natural Resources    ANSC
CBCB      UMBI:     CBR    CARB          Howard University



page by Steve Mount
Last modified Sept. 14, 2009