Wensel Lab Home Page
Baylor
College of Medicine Department
of Biochemistry and Molecular Biology
| Recent Publications from the Wensel Laboratory | Send email to Ted Wensel | Wensel and Arshavsky to share Proctor Medal | Gilliam et al. paper featured on Cell cover. |
| Visual transduction | Gene repair in neurons |
| G protein pathways and proteins that regulate them in the retina and the brain | Time-resolved fluorescence and luminescence |
| RGS proteins: GAPs for heterotrimeric G proteins | Electron and x-ray crystallography |
| Biomembranes | Gene engineering in mice and frogs |
| Ocular Proteomics | TRP Channels |
| Cryo-electron tomography |
| GRADUATE STUDENTS | POSTDOCS & RESEARCH ASSOCIATES | |
| Monica Galaz Montoya (mail) | Melina Agosto (mail) | |
| Zheng Wang (mail) | Jennifer Gonzalez-McGehee (mail) | |
| Jared Gilliam (mail) | Feng He(mail) | |
| Ivette Sandoval (mail) | Sara J. Wright (mail) | |
| Hye Jin Kang (mail) | Zhixian Zhang (mail) | |
| Yun-Min Sung (mail) | ||
| UNDERGRADUATES | TECHNICIANS & RESEARCH ASSISTANTS | |
| James Vranish, 2005, Notre Dame University (now TAMU) (mail) | Fung Chan (mail) | |
| Carlos Ballester, 2003, U. Puerto Rico(now BCM)(mail) | PROGRAMMER | |
| Lexi Tran, 2007, Wake Forest U. (mail) | apply if interested: email to Ted Wensel | |
| Antentor Hinton, Jr. (AJ; post-bac. 2010-11)(mail) | ||
ALUMNI
Joe Angleson (Assoc. Prof. & Chair, University of Denver)
Chris Cowan (Assoc. Prof., Harvard Medical School)
Wei He (Principal Scientist, Hoffmann-La Roche)
Alecia Gross (Assoc. Prof. Univ. Alabama, Birmingham)
Guang Hu (NIEHS)
Justine Malinski at Invitrogen
Tom Melia (Asst. Prof. Yale U.)
Vera Moiseenkova-Bell (Asst. Prof. Case Western Reserve)
Brian Perkins (Assoc. Staff, Cole Eye Institute, Cleveland Clinic Foundation)
Gustavo Javier Rodriguez (Dendreon Corp., Atlanta, GA)
Mat Sowa (Harper lab, Harvard)
Karen Vasquez (Professor, University of Texas, Austin)
Zhaohuai Yang/Joe Ouyang(UC San Diego)
Ching Yuan (Assoc.. Prof., University of Minnesota)
Xue Zhang (Genomics Inst., Novartis Rsch. Found.)
Qiong Wang (Fulbright & Jaworski)
James Mancuso (The Methodist Hospital Research Institute)
Postdoctoral Fellows (training grant eligible)
Mass Spectrometrist
Research Technicians
Graduate Students
Scientific Programmer
apply by email
should be made by sending email to Ted Wensel . Please include FEDEX address and account #.
SCBMB: Graduate Program in Structural
and Computational Biology and Molecular Biophysics
Houston Area Molecular
Biophysics Program
Biochemistry and Molecular Biology
Graduate Program
Cell and Molecular Biology Graduate
Program
Neuroscience
Graduate Program
Cell and Molecular Biology Graduate
Program
Visual Sciences Training Program
Endocrinology Training Program
National Center for Macromolecular Imaging
(NCMI)
Gulf Coast Consortia
Biomedical Computing Facility
Vision Research Core
Laser induced time-resolved spectrofluorimeter
Two UV/Vis spectrophotometers
Olis upgrade to SLM 4800 spectrofluorimeter
Fluorescence Microscopes:
Olympus IX-70 and Digital Imaging System &
Fluoview confocal scanner/photobleaching system
Zeiss LSM 510 (Vision Research Core)
Delta Vision Deconvolution Microscope (Dept. of Biochemistry)
Nikon C1 adapted for confocal/2 photon/patch clamp(with Peter Saggau) J. Biomed. Opt. 14:034048
Leica SP2 Laser Scanning Confocal Microscope (Dept. of Biochemistry)
Langmuir/Blodgett monolayer/multilayer instrument
Liposome Extrusion Instruments
Two dark laboratories with infrared imaging
Electron microscopes (in NCMI & Dept. of Ophthalmology)
Proteome X System: LC/MS proteomics system with Voyager Capillary HPLC and Thermo
Finnigan Deca XP LCQ ESI MS
Microm HM 500 cryomicrotome
Vibratome
Microfluidizer
Fermentor: New Brunswick BF-10 20 L, sterilize-in-place
HPLC: 1 Shimadzu w/diode array & fluorsecence detectors and high-capacity autosampler, 1 Waters, 1 Beckman, 1 Voyager Capillary LC
Synergy HT absorbance/fluorescence/luminescence plate reader
Computers:
20 PC/Intel/Windows/Linux boxes
2 SGI in lab; 2 MAC
Cool Pictures
- RGS9 on cover of Nature Structural Biology
- Rhodopsin-GFP fusion in knock-in mice
- RGS domain structure (from data of Tesmer et al., 1997, Cell, 89:251-261) showing residues that differ between RGS9 and RGS proteins inhibited by PDEgamma.
- Model of triplex DNA: APRT gene targeted by a psoralen-coupled triplex forming oligonucleotide.
- Views of the Gtalpha-GTPgammaS complex showing why it forms with a picomolar Kd
- RGS9 antibody staining of gecko photoreceptors
Last updated, November 21, 2012