Mechanisms of Gene Expression and Regulation Studies Designated Emphasis
Catalog pages 359
Subject abbreviation: GERS School of Medicine
David Lo (Biomedical Sciences), Co-Director Thomas Girke (Institue for Integrative Ge- nome Biology), Co-Director david.lo@ucr.edu thomas.girke@ucr.edu
Advisory Committee & Participating Faculty Devin Binder (Biomedical Sciences) Monica Carson (Biomedical Sciences) Djurdjica Coss (Biomedical Sciences) Iryna Ethell (Biomedical Sciences) Emma Wilson (Biomedical Sciences) Meera Nair (Biomedical Sciences) Declan McCole (Biomedical Sciences) David Lo (Biomedical Sciences) Christian Lytle (Biomedical Sciences) Nicholas DiPatrizio (Biomedical Sciences) Seema Tiwari-Woodruff (Biomedical Sciences) Sika Zheng (Biomedical Sciences) Karine LeRoch (Cell Biology and Neuroscience) Frances Sladek (Cell Biology and Neuroscience) Ted Karginov (Cell Biology and Neuroscience) Yinsheng Wang (Chemistry) Thomas Girke (Institute for Integrative Genome Biology) Xinping Cui (Statistics) Katherine Borkovich (Microbiology) James Borneman (Microbiology) Jason Stajich (Microbiology) Shou-Wei Ding (Microbiology)
Designated Emphasis Requirements
The Designate Emphasis is an interdisciplinary graduate program of study to enhance student training in the field through a focused coursework across at least two departments. The program is optional and the courses used for the DE may not be counted toward MS or PhD requirements.
- 1. Three (3) courses (12 units) with a focus in
basic principles of genetics gene regulation (epigenetics, non coding RNA) and bioinformatics will be selected from:
MCBL 221 - Microbial Genetics
CMDB 201 - Molecular Biology
CMBD 203 - Advanced Genetics
GEN 203 - Advanced Genetic Analysis of Model Organisms
GEN 241 - Advances in Genomics
GEN 242 - Data Analysis in Genome Biology
GEN 206 - Gene Silencing
GEN 220 - Computational Analysis of High Throughput Biological Data
BPSC/BIOL 148 - Quantitative Genetics
EEOB 214 - Evolutionary Genetics
EEOB 216 - Theory of Evolution
ENTX 204 - Genome Maintenance and Stability
STAT 100A Introduction to Statistics
BPSC 234 – Statistical Genomics
STAT 110 - Biostatistical Methods in Life Sciences
CS 234: Computational Methods for Biomolecular Data
CS 238: Algorithmic Techniques in Computational Biology
Students must select courses with relevant content in consultation with the Designated Emphasis Advisory Committee comprising of three participating faculty including student’s major professor. Students must select courses from at least two different departments. Undergraduate course taken to fulfill the requirement must be accompanied by a 292 course taken in the same quarter with extra work agreed upon by professor and student.
- 2. BMSC 222 (2 units): Special Topics in
Biomedical Sciences with emphasis in Gene expression and regulation. The course will address the research pertaining to the student’s interest and prepare trainees in applying the knowledge of basic principles in regulation of gene expression and bioinformatics data analysis of next generation sequencing approaches. Graded Satisfactory (S) or No Credit (NC)
- 3. Research Project: students will write a review
article on a selected genetics/ bioinformatics/ regulation of gene expression topic. The review will be evaluated by the Designated Emphasis Advisory Committee. It is the committee’s expectation that student will fulfill this component by submitting the review article for the journal publication in a pubmed indexed journal. Successful completion of this review is required for the Designated Emphasis completion.
All requirements for the Designated Emphasis must be satisfied no later than one calendar year from the quarter in which candidate advances to candidacy in their PhD field; a minimum GPA of 3.0 is required for the Designated Emphasis completion.