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Columns::September 29, 2003
Priority seating: University sets spring 2004 policies for transfer admissions
Arts and sciences dean will step down at end of current academic year
Blue Key Honor Society recognizes contributions of four distinguished citizens
Plan protects trees in construction zones
Hispanic Heritage Month observance gets under way
Front Line Leaders
The perfect solution: Computer-based teaching revolutionizes freshman chemistry labs
Campus Closeup
Newsmakers
Garden bargain: State Botanical Garden gets ready for its annual fall plant sale
Catching up
Campus News
Administrative Changes
Molecular genetics facility is renamed Integrated Biotechnology Labs
By Lauren Teffeau
rcomm@ovpr.uga.edu
The Molecular Genetics Instrumentation Facilities has been renamed the Integrated Biotechnology Laboratories. Directed by John Wunderlich, IBL includes three sister facilities: the Functional Genomics Resource Facility, the Proteomics Resource Facility and the Sequencing and Synthesis Facility. Researchers, from beginning graduate students to experienced molecular geneticists, can access services and state of-the-art equipment as well as the training and knowledge of the IBLs staff at each one of these facilities.
The Functional Genomics Resource Facility, managed by Roger Nilsen, is a full-service microarray and genotyping laboratory that provides a suite of Amersham Biosciences instrumentation for microarray production and analysis. Other services include microarray printing, RNA purification, microarray slide hybridization, confocal laser scanning, genotyping and quantitative PCR.
The Proteomics Resource Facility, managed by Tracy Andacht, focuses on isolating, extracting, purifying and characterizing proteins. Equipment includes two cutting-edge mass spectrometers; robotics for preparing mass spec samples; high throughput, two-dimensional gel electrophoresis units; and an automated chromatography station.
The Sequencing and Synthesis Facility, managed by Jeff Wagner, concentrates on the sequencing and synthesis of DNA, peptides and proteins. The facility uses an ABI Procise (494) sequencer for both proteins and peptides and DNA sequencers to sequence single-stranded DNA, double-stranded DNA or PCR products. |
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