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Spring 2006 talks

01/20/2006 Ping Ma, Statistics 
01/27/2006 Brendan Frey, Engineering (U. Toronto) 
02/03/2006 Charles Whitfield, Entomology 
02/17/2006 Jose Meseguer, Computer Science 
02/24/2006 Xinguang Zhu, Plant Science 
03/03/2006 Jing Jiang, Computer Science 
03/10/2006 Bioinformatics Summit Week 
03/17/2006 Carlos Santos, Bioinformatics (U. Mich.) 
03/24/2006 UIUC spring break 
03/31/2006 Mike Colvin, Natural Sciences (UC-Merced) 
04/07/2006 No meeting 
04/14/2006 Huixia (Judy) Wang, Statistics 
04/21/2006 Jay Mittenthal, Cell & Structural Biology 
04/28/2006 William Hersh, Medical Informatics (OHSU) 
05/05/2006 Michael Erdmann (Carnegie Mellon) 
Fall 2005 talks

08/26/2005 Sheng Zhong, Bioengineering 
09/02/2005 Richard LeDuc, NIDA Center for Neuroproteomics 
09/09/2005 Xifeng Yan, Computer Science 
09/16/2005 Xu Ling, Computer Science 
09/23/2005 Saurabh Sinha, Computer Science 
09/30/2005 Hui Fang, Computer Science 
10/07/2005 Bruce Schatz, Medical Information Sciences 
10/14/2005 Kathy Lu, Bioengineering 
10/21/2005 Peter Bajcsy, NCSA 
10/28/2005 Uriel Kitron, Veterinary Medicine 
11/04/2005 Denis Larkin, Animal Sciences 
11/11/2005 Matthew Hudson, Crop Sciences 
12/02/2005 Sandra Rodriguez-Zas, Animal Sciences 
Spring 2005 talks

Charles Whitfield (Entomology) 1/28/05 
Peter Bajcsy (Automated Learning Group) 2/4/05 
Wei Xie (Chemical & Biomolecular Engineering) 2/11/05 
Gustavo Caetano-Anolles (Crop Science) 2/18/05 
Bruce Schatz (GSLIS; IGB) 2/25/05 
Xinguang Zhu (Plant Science) 3/4/05 
Gary Olsen (Microbiology) 3/11/05 
Tao Tao (Computer Science) 3/18/05 
Sameer Varma (Biophysics and Computational Biology) 4/1/05 
Christine Elsik (Texas A&M Univ.) 4/8/05 
Xin He (Bioinformatics MS Option, Computer Science) 4/15/05 
Xinghua Lu (Medical Univ. of S. Carolina) 4/22/05 
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Spring 2006 talks
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01/20/2006 Ping Ma, Statistics  

Title: Assessing the Global Impact of Histone Acetylations on Gene Expression in Yeast

Abstract: Gene activities in eukaryotic cells are regulated by the concerted action of transcription factors and the chromatin structure. Saccharomyces cerevisiae (budding yeast) contains at least 14 lysines residues at four different core histone proteins that can be acetylated. The combined effect of various acetylation sites is still poorly understood. In this talk, I will present an integrative approach combining information from acetylation, nucleosome occupancy, gene expression, and sequence information to systematically investigate the regulatory code of histone acetylation in Saccharomyces cerevisiae.

The talk is based on joint work with Guo-Cheng Yuan, Wenxuan Zhong and Jun S. Liu.