2
Bioinfo rmatics 551:Proteome Informatics 3 Credit Hours. TT h 1 – 2:3 0,2062 Palmer Commons A deta iled introduction toproteomics and la rge scale protein data analysi s, concentrating on protein identi fication by mass spectrometry. What are the experimental type s, and the public data resources which areor will soon be availab le for studyin g the protei n content ofa cell at the whole genome scale? The course w il be a m ixture of lectures and seminarreadings of selected papers. It w ill inclu de detail ed bac kgroundon experimental procedures for protei n separation and mass spectroscopy, methods ofdata analysi s and handling, and medical applications and challenges . The course will focus lar gely on topics of current interest among UM scientists. Facult y (tent ative): Phi l Andrews (Bi ologica lChemistry), Nic k Bergman (Microbiolog y), Tom Blackw ell(Bioi nformatics), Dan Burns (Mathematics), Arul Chinnaiyan (Pathology ),K ristina H akansson (Chemistry), David Lubman (Surgery ),George Michailidis (Statistics), A lexei N esvizhski i (Pathology ),Gil Omenn (Human Genetics, Internal M edicin e, Public Health ),David States (Human Genetics) , Curt Wilkerson (Genomics,MSU). Topics w illinclude the follow ing: Introduction and motivation, techniques of protein mass spectrom etry, separations : liq uid chromatography and 2-D gel electrophoresis, databas e searchin g, de novo peptide sequencin g,recent history of data re sources fo r proteomics, protein -based disease markers, identif ying post- translational mod ifications , corresponden cebetween mRNA abundances and protein abundances , and the Human Proteome Organization (HUPO ) survey of blood plasma proteins. Administrat ive C ontact: Jacki Troy( [email protected]).

New Course

  • Upload
    alika

  • View
    24

  • Download
    0

Embed Size (px)

DESCRIPTION

New Course. Prof Athey will be organizing a 1 credit literature course in reading some classic papers in bioinformatics. It will be a natural follow-up to the BI 526 of last term. All BI students are qualified. If interested, email your name to Jacki Troy([email protected]). - PowerPoint PPT Presentation

Citation preview

Page 1: New Course

Bioinformatics 551: Proteome Informatics 3 Credit Hours. TTh 1 – 2:30, 2062 Palmer Commons

A detailed introduction to proteomics and large scale protein data analysis, concentrating on protein identification by mass spectrometry. What are the experimental types, and the public data resources which are or will soon be available for studying the protein content of a cell at the whole genome scale? The course will be a mixture of lectures and seminar readings of selected papers. It will include detailed background on experimental procedures for protein separation and mass spectroscopy, methods of data analysis and handling, and medical applications and challenges. The course will focus largely on topics of current interest among UM scientists. Faculty (tentative): Phil Andrews (Biological Chemistry), Nick Bergman (Microbiology), Tom Blackwell (Bioinformatics), Dan Burns (Mathematics), Arul Chinnaiyan (Pathology), Kristina Hakansson (Chemistry), David Lubman (Surgery), George Michailidis (Statistics), Alexei Nesvizhskii (Pathology), Gil Omenn (Human Genetics, Internal Medicine, Public Health), David States (Human Genetics), Curt Wilkerson (Genomics, MSU). Topics will include the following: Introduction and motivation, techniques of protein mass spectrometry, separations: liquid chromatography and 2-D gel electrophoresis, database searching, de novo peptide sequencing, recent history of data resources for proteomics, protein-based disease markers, identifying post-translational modifications, correspondence between mRNA abundances and protein abundances, and the Human Proteome Organization (HUPO) survey of blood plasma proteins. Administrative Contact: Jacki Troy ([email protected]).

Page 2: New Course

New Course

Prof Athey will be organizing a 1 credit literature course in reading some classic papers in bioinformatics. It will be a natural follow-up to the BI 526 of last term. All BI students are qualified.

If interested, email your name to Jacki Troy([email protected]).