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UC Davis General Catalog, 2006-2008 - General Catalog - UC Davis

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282 Genetics (A Graduate Group)<br />

Genetics<br />

(A Graduate Group)<br />

James Murray, Ph.D., Chairperson of the Group<br />

Group Office. 310 Life Sciences Addition<br />

(530) 752-4863;<br />

http://biosci.ucdavis.edu/ggc/ggg<br />

Faculty<br />

Steffen Abel, Ph.D., Associate Professor<br />

(Vegetable Crops)<br />

Danika Bannasch, Ph.D. Assistant Professor<br />

(Vegetable Crops)<br />

Diane Beckles, Ph.D., Assistant Professor<br />

(Vegetable Crops)<br />

David Begun, Ph.D., Associate Professor<br />

(Evolution and Ecology)<br />

Craig Benham, Ph.D., Professor (Genome Center)<br />

Alan B. Bennett, Ph.D., Professor (Vegetable Crops)<br />

Linda F. Bisson, Ph.D., Professor<br />

(Viticulture and Enology)<br />

John Bowman, Ph.D., Associate Professor<br />

(Plant Biology)<br />

Anne Bagg Britt, Ph.D., Associate Professor<br />

(Plant Biology)<br />

Sean Burgess, Ph.D., Assistant Professor<br />

(Molecular and Cellular Biology)<br />

Kenneth C. Burtis, Ph.D., Professor<br />

(Molecular and Cellular Biology)<br />

Judy Callis, Ph.D., Professor<br />

(Molecular and Cellular Biology)<br />

Frederic Chedin, Ph.D., Assistant Professor<br />

(Molecular and Cellular Biology)<br />

Hongwu Chen, Ph.D., Assistant Professor<br />

(Cancer Center)<br />

Roger Chetelat, Ph.D., Associate Agronomist<br />

(Vegetable Crops)<br />

Douglas Cook, Ph.D., Professor (Plant Pathology)<br />

Gino A. Cortopassi, Ph.D., Professor<br />

(Molecular Biosciences)<br />

Michael E. Dahmus, Ph.D., Professor<br />

(Molecular and Cellular Biology)<br />

Abhaya Dandekar, Ph.D., Professor (Pomology)<br />

Mary Delany, Ph.D., Associate Professor<br />

(Animal Science)<br />

Jorge Dubcovsky, Ph.D., Professor<br />

(Agronomy and Range Science)<br />

Jan Dvorak, Ph.D., Professor<br />

(Agronomy and Range Science)<br />

JoAnne Engebrecht, Ph.D., Assistant Professor<br />

(Molecular and Cellular Biology)<br />

Holly Ernest, Ph.D., Assistant Research Geneticist<br />

(Population Health and Reproduction)<br />

Bryce W. Falk, Ph.D., Professor (Plant Pathology)<br />

Thomas R. Famula, Ph.D., Professor<br />

(Animal Science)<br />

Peggy Farnham, Ph.D., Professor<br />

(Pharmacology & Toxicology)<br />

Charles S. Gasser, Ph.D., Professor<br />

(Molecular and Cellular Biology)<br />

Paul Gepts, Ph.D., Professor<br />

(Agronomy and Range Science)<br />

Robert L. Gilbertson, Ph.D., Professor<br />

(Plant Pathology)<br />

David G. Gilchrist, Ph.D., Professor (CEPRAP)<br />

Thomas Gradziel, Ph.D., Professor (Pomology)<br />

Paul H. Gumerlock, Ph.D., Assistant Professor<br />

(Hematology and Oncology)<br />

Nobuko Hagiwara, Ph.D., Assistant Professor<br />

(Cardiovascular Medicine)<br />

John H. Harada, Ph.D., Professor (Plant Biology)<br />

James A. Harding, Ph.D., Professor<br />

(Environmental Horticulture)<br />

Stacey Harmer, Ph.D., Assistant Professor<br />

(Plant Biology)<br />

Wolf-Dietrich Heyer, Ph.D., Professor (Microbiology)<br />

Liping Huang, Ph.D., Assistant Adjunct Professor<br />

(Nutrition)<br />

Neil Hunter, Ph.D., Assistant Professor<br />

(Microbiology)<br />

Marie Jasieniuk, Ph.D., Assistant Professor<br />

(Vegetable Crops)<br />

Clarence I. Kado, Ph.D., Professor (Plant Pathology)<br />

Sree Kanthaswamy, Ph.D., Assistant Research Geneticist<br />

(Veterinary Genetics , Forensics)<br />

Ken Kaplan, Ph.D., Assistant Professor<br />

(Molecular and Cellular Biology)<br />

Daniel Kliebenstein, Ph.D., Assistant Professor (Vegetable<br />

Crops)<br />

Artyom Kopp, Ph.D., Assistant Professor (Evolution<br />

and Ecology)<br />

Ian Korf, Ph.D., Assistant Professor<br />

(Computational Molecular Biology)<br />

Stephen C. Kowalczykowski, Ph.D., Professor<br />

(Microbiology)<br />

Dietmar Kueltz, Ph.D., Assistant Professor<br />

(Animal Science)<br />

Hsing-Jien Kung, Ph.D., Professor<br />

(Biological Chemistry)<br />

Kit Lam, Ph.D., Professor (Cancer Center)<br />

Charles Langley, Ph.D., Professor<br />

(Center for Population Biology)<br />

Janine LaSalle, Ph.D., Assistant Professor<br />

(Microbiology and Immunology)<br />

Tom Ledig, Ph.D., Adjunct Professor<br />

(Environmental Horticulture)<br />

Hongzhe Li, Ph.D., Assistant Professor<br />

(Biological Chemistry)<br />

Su-Ju Lin, Ph.D., Assistant Professor (Microbiology)<br />

William Lucas, Ph.D., Professor (Plant Biology)<br />

Leslie A. Lyons, Ph.D., Assistant Professor<br />

(Population Health and Reproduction)<br />

Julin Maloof, Ph.D., Assistant Professor<br />

(Plant Biology)<br />

Marta Marthas, Ph.D., Associate Adjunct Professor<br />

(Primate Center)<br />

Bernie May, Ph.D., Professor (Animal Science)<br />

Juan F. Medrano, Ph.D., Professor (Animal Science)<br />

Carole Meredith, Ph.D., Professor<br />

(Viticulture and Enology)<br />

Danika Metallinos-Bannasch, Ph.D., Assistant<br />

Professor (Population Health and Reproduction)<br />

Frederick J. Meyers, Ph.D., Professor<br />

(Hematology and Oncology)<br />

Richard Michelmore, Ph.D., Professor<br />

(Vegetable Crops)<br />

Maria Mudryj, Ph.D., Associate Professor<br />

(Microbiology and Immunology)<br />

James D. Murray, Ph.D., Professor (Animal Science)<br />

Jeanette E. Natzle, Ph.D., Associate Professor<br />

(Molecular and Cellular Biology)<br />

David Neale, Ph.D., Adjunct Professor<br />

(Environmental Horticulture)<br />

Sergey Nuzhdin, Ph.D., Associate Professor<br />

(Evolution and Ecology)<br />

Anita M. Oberbauer, Ph.D., Professor<br />

(Animal Science)<br />

Dan E. Parfitt, Ph.D., Pomologist (Pomology)<br />

Martin L. Privalsky, Ph.D., Professor (Microbiology)<br />

Carlos F. Quiros, Ph.D., Professor (Vegetable Crops)<br />

Kathryn L. Radke, Ph.D., Associate Professor<br />

(Animal Science)<br />

Pamela C. Ronald, Ph.D., Associate Professor<br />

(Plant Pathology)<br />

Lesilee Rose, Ph.D., Associate Professor<br />

(Molecular and Cellular Biology)<br />

John Roth, Ph.D., Professor, (Microbiology)<br />

Earl Sawai, Ph.D., Associate Adjunct Professor<br />

(Pathology)<br />

Carl W. Schmid, Ph.D., Professor<br />

(Molecular and Cellular Biology)<br />

Michael F. Seldin, Ph.D., Professor<br />

(Biological Chemistry)<br />

Frank Sharp, Ph.D., Professor (Neurology)<br />

Douglas Shaw, Ph.D., Professor (Pomology)<br />

Mitchell Singer, Ph.D., Associate Professor<br />

(Microbiology)<br />

Neelima Sinha, Ph.D., Professor (Plant Biology)<br />

Dina St. Clair, Ph.D., Associate Professor<br />

(Vegetable Crops)<br />

Daniel Starr, Ph.D., Assistant Professor<br />

Molecular and Cellular Biology)<br />

Venkatesan Sundaresan, Ph.D., Professor<br />

(Plant Biology)<br />

Michael Syvanen, Ph.D., Professor<br />

(Microbiology and Immunology)<br />

Thomas Tai, Ph.D., Associate in AES<br />

(Agronomy and Range Science)<br />

Larry R. Teuber, Ph.D., Professor<br />

(Agronomy and Range Science)<br />

Alison Van Eenennaam, Ph.D., Cooperative<br />

Extension Specialist (Animal Science)<br />

M. Andrew Walker, Ph.D., Professor<br />

(Viticulture and Enology)<br />

Craig H. Warden, Ph.D., Associate Professor<br />

(Rowe Program)<br />

Thea A. Wilkins, Ph.D., Professor<br />

(Agronomy and Range Science)<br />

Valerie M. Williamson, Ph.D., Professor<br />

(Nematology)<br />

Reen Wu, Ph.D., Professor (Pulmonary Medicine)<br />

John I. Yoder, Ph.D., Professor (Vegetable Crops)<br />

Graduate Study. The Graduate Group in Genetics<br />

offers programs of study and research leading to<br />

the M.S. and Ph.D. degrees. To optimize the breadth<br />

available for student training and faculty interaction<br />

while still providing the opportunity for focused curricula,<br />

Focus Groups (FGs) were recently created<br />

within the graduate group. These focus groups consist<br />

of clusters of labs with similar research interests;<br />

faculty members belong to one or more focus groups<br />

(all faculty belong to the <strong>General</strong> Genetics section of<br />

graduate group). In addition, there are FGs in Animal<br />

Genomics, Chromosome Biology, Human Genetics,<br />

Model Plants, and Plant Breeding & Biodiversity<br />

(a FG in Bioinformatics is expected soon). Each of<br />

these groups provides broad training in genetics,<br />

combined with an emphasis specific to its area. Students<br />

choose their focus group affiliation based on<br />

their research interests and the membership of their<br />

major professor. For additional information regarding<br />

the program, contact the group administrative<br />

assistant (530) 752-4863.<br />

Graduate Adviser. Consult Genetics Graduate<br />

Group office.<br />

Courses in Genetics (GGG)<br />

Graduate Courses<br />

201A. Advanced Genetic Analysis (5)<br />

Lecture/discussion—5 hours. Prerequisite: Biological<br />

Sciences 101, Statistics 100 or the equivalent, graduate<br />

standing. Fundamentals of genetic analysis and<br />

chromosome structure using model organisms including<br />

mutation, transmission, complementation, suppression,<br />

and enhancement as well as epigenetic<br />

phenomena at the whole organism and molecular<br />

levels.—III.<br />

201B. Genomics (5)<br />

Lecture—3 hours; discussion—2 hours. Prerequisite:<br />

course 201A, 201C or the equivalent. Prokaryotic<br />

and eukaryotic genomes. Experimental strategies<br />

and analytical challenges of modern genomics<br />

research and the theory and mechanics of data analysis.<br />

Structural, functional, and comparative genomics.<br />

Related issues in bioinformatics.—III. (III.) Cook,<br />

Michelmore<br />

201C. Molecular Biology (4)<br />

Lecture—4 hours. Prerequisite: Molecular and Cellular<br />

Biology 221A or the equivalent. Pass 1 restricted<br />

to graduate students in biochemistry and molecular<br />

biology, microbiology, or genetics. Structure and<br />

organization of DNA and chromatin; DNA replication,<br />

repair and recombination; transcription and<br />

RNA processing; protein biosynthesis and turnover;<br />

transcriptional and post-transcriptional control mechanisms;<br />

examples from eukaryotic and eubacterial<br />

cells, and virsuses. (Same course as Molecular and<br />

Cellular Biology 221C.)—III. (III.)<br />

201D. Quantitative and Population<br />

Genetics (5)<br />

Lecture—5 hours. Prerequisite: course 201A or consent<br />

of instructor. Basic concepts of quantitative and<br />

population genetics including gene and genotypic<br />

frequencies, multiple factor hypothesis, phenotypic<br />

and genotypic values, heritability, selection, genetic<br />

variation, the detection of quantitative trait loci and<br />

evolution in populations. Experimental and analytical<br />

methods.—II. (II.) Famula, Neale, Shaw<br />

Quarter Offered: I=Fall, II=Winter, III=Spring, IV=Summer; 2007-<strong>2008</strong> offering in parentheses<br />

<strong>General</strong> Education (GE) credit: ArtHum=Arts and Humanities; SciEng=Science and Engineering; SocSci=Social Sciences; Div=Social-Cultural Diversity; Wrt=Writing Experience

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