Chemistry Facilities

The Department of Chemistry offers students the opportunity to gain hands on experience with high performance laboratory equipment.

You can find additional information on our research assets via the tabs above.

Computational Facilities
The Chemistry Department has a robust history of leveraging computational methods to conduct research. Commonly used tools include Gaussian for molecular orbital investigations and Sybyl and Amber for molecular modeling and molecular dynamic studies of biological macromolecules. In addition to numerous high-end work stations through out the research labs we house a 32 node (64 CPU) Apple HPC cluster. Georgia State University's Information Systems & Technology houses a 3.9 TeraFlop, 576 processor IBM p5 575 super computer and a 3 TeraFlop IBM 1350 HS21XM BladeCenter with 320 CPUs, both of which are available to Georgia State University researchers. A new IBM p755 super computer with 20 nodes (total 640 processor cores, over 1.5TeraBytes memory) is being deployed summer 2010.
Culture and Fermentation
The fermentation facility is shared with the Biology Department and includes "state-of-the-art" computerized New Brunswick 30 liter and 150 liter fermenters, with temperature and pH controls, cell harvesting capacity, and a large scale (up to 1 kg of cells) homogenizer and Dynamill Cell distributor. The centralized facility also boasts a 3 Liter pilot fermenter/chemoststat. In addition the facility includes a novel, recently patented, centrifugal fermentation facility.
DNA Sequencing and Protoemics
A shared core facility with Biology Department .

A wide array of equipment and facilities dedicated to imaging biological samples from the atomic to the macroscopic levels.

The Mass Spectrometry Facilities at Georgia State University is a research resource to provide modern instrumentations and expertise in the analysis of chemical and biological molecules with state-of-the-art mass spectrometers. The Facilities operates six instruments including a Waters Micromass Q-TOF micro (ESI-Q-TOF) with a Waters nanoAcquity UPLC- and an alliance HPLC, Bruker-Daltonics UltrafleXtreme MALDI TOF-TOF with tissue imaging capabilities, a Shimadzu QP5050A GC-EIMS, and an AB Sciex API 3200 [ESI(APCI)-Triple Quadruple] with an Agilent 1200 HPLC.

The Facilities can perform routine low-resolution analysis by EI, CI, ESI, APCI and MALDI of small organic molecules, biomacromolecules such as peptides, proteins, nucleic acids, lipids, and oligosaccharides, polymers, and metals. The Facilities also routinely conducts accurate mass analyses and elemental composition determinations, tandem (MS/MS) experiments and GC and LC separations with MS detection as requested by users.

The Facilities also provide service on protein identification, protein characterization, intact mass analysis.

Spectrometry Instruments  Protocols and Useful Links  Instructions for Sample Submission 











Director of Mass Spectrometry Facility:
Dr. Siming Wang
Department of Chemistry
Georgia State University
P.O. Box 4098
Atlanta, GA 30302-4098

Office: 505 Science Annex
Phone: (404)-413-5558

MS Facilities: 438A Natural Science Center
Phone: (404)-413-5494


The GSU NMR Research Facility is dedicated to providing campus wide access to sophisticated NMR spectroscopy instrumentation. The facility’s focus is to provide NMR technical expertise and support, and engage in collaborative research and consultation, promoting interdisciplinary discovery and innovative thinking within the campus and the capital community.

Currently, the facility operates Bruker Avance III HD 600MHz,  Bruker Avance III 400MHz, and Bruker Avance 400MHz spectrometers. The Bruker Avance III HD 600MHz NMR is equipped with triple resonance probe. It is dedicated to macromolecular research such as proteins, peptides, oligonucleotides, lipids, and carbohydrates. Both the Bruker AVIII 400MHz and AV 400MHz NMR spectrometers are equipped with BBFO probes where the broadband channel can observe frequencies from 109Ag to 19F. The two Bruker 400 MHz spectrometers are used primarily for the analysis of small molecules.

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