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About Members Search

Welcome to the University of Texas System Proteomics Network!

Our mission is to advance science and improve the understanding of disease through the development, implementation, and advancement of proteomics through strategic investment in the state-of-the-art technology, expert consultation, collaboration and training.

Proteomics, the large-scale comprehensive study of proteins, how they work, and their application to human health, holds great promise in contributing to the prevention and cure of disease by translating basic science discoveries into the clinical practice of personalized medicine.
The University of Texas System (UTS) Proteomics Network is a major UTS collaborative initiative of our academic and health institutions continuing their tradition of excellence in advancing science and improving health care. The Network provides key services to enhance the capabilities of investigators and researchers by extending access to available institutional proteomics infrastructure, instrumentation, and technical expertise for basic, translational and clinical proteomics. It is designed to promote better utilization and enhanced capabilities of existing proteomics cores, as well as promote research and development of new and emerging proteomics core functionalities that will enhance research activities and studies impacting human health at all UT System institutions.

The main goals of the UTS Proteomics Network are:

  • Provide scientists and researchers system-wide access to leading-edge technology, advanced methodologies and progressive technical and scientific expertise, while establishing a national reputation through education, outreach and strategic technology and scientific investments; 
  • Improve research acuity, efficiency and cost-effectiveness through investment in high-performance technologies and computational solutions that enable cores to better attract and support competitive grant-funded research; 
  • Offer educational opportunities for users, trainees and young researchers related to advanced technologies and analytical methodologies in proteomics; 
  • Increase inter-institutional collaborations on proteomics projects.

Please take a look around by clicking any of the tabs above to discover more of what the University of Texas System Proteomics Network has to offer to ensure your research project is as cost-efficient and scientifically sound as possible. Then log-in and begin your project!

Members at UT Proteomics

University of Texas Health Science Center

Core Name Primary Contact Email Phone Number/Ext
UTHealth Proteomics Service Center

The CTPC services provided are designed to identify and quantitate proteins and their modifications in a broad range of research specimens from simple purified protein samples to biomarker discovery and verification in complex mixtures such as cell and tissue extracts, plasma andor other biofluids

Li Li Li.Li@uth.tmc.edu 713-500-3199

University of Texas Health at San Antonio (UTHSCSA)

Core Name Primary Contact Email Phone Number/Ext
Mass Spectrometry Core Lab

The lab has multiple modern mass spectrometers. Protein analysis services include molecular mass determination, protein identification, sequence and post-translational modification site characterization. Quantitative analysis of lipids and intermediary metabolites by GC/MS is also available.

Ramiro Ramirez-Solis, Ph.D. ramirezsolis@uthscsa.edu (210) 251-9237

MD Anderson Cancer Center

Core Name Primary Contact Email Phone Number/Ext
MDACC Metabolomics

TThe Metabolomics Core provides state-of-the-art, ultra-high resolution mass spectrometry platforms capable of measuring thousands of metabolites and lipids in biological matrices of all types (e.g., cells, media, tissues, whole blood, plasma, urine)

Phil Lorenzi, Ph.D PLLorenzi@mdanderson.org 713-792-9999
MDACC NORTH Campus Flow Cytometry and Cellular Imaging Core Facility

The FCCIF specializes in single cell technologies including FACS Cell Sorting, Analytical Flow Cytometry, Multispectral Flow Cytometry, Suspension Mass Cytometry, Imaging Mass Cytometry, Confocal Imaging, Live Cell Imaging, Multispectral Imaging, and High-plex Tissue Imaging,.

 Joan Hoover-Zuniga jezuniga@mdanderson.org 713-745-1749
MDACC RPPA-Functional Proteomics

Functional Proteomics Reverse Phase Protein Array RPPA Core provides cancer center members with access to a powerful, highthroughput, quantitative costeffective antibodybased assay to characterize basal or ligandinduced protein expression and modification, and timeresolved responses appropriat

Doris Siwak ccsgrppa@mdanderson.org 713-792-5743

University of Texas Medical Branch - Galveston

Core Name Primary Contact Email Phone Number/Ext
Biomolecular Resource Facility

William Russell, Ph.D bill.russell@utmb.edu (409) 772-3579

University of Texas at Austin

Core Name Primary Contact Email Phone Number/Ext
assay
histology RNA quality analysis heteroduplex mutation detection nucleic acid fragment analysis DNA sequence feature detection DNA sequencing electron tomography cryo-electron microscopy RNA quantitation assay DNA quality analysis DNA quantitation assay transmission electron microscopy electron microscopy genotyping assay cycle sequencing chain termination sequencing DNA methylation profiling assay next generation sequencing DNA sequencing by synthesis autopsy hematology long non-coding RNA microarray profiling microarray comparative genomic hybridization affymetrix array gene expression analysis assay copy number variation profiling transcription profiling assay methylation analysis pyrosequencing hematoxylin and eosin stain in situ hybridization protein-DNA interaction detection x-ray crystallography assay drug binding assay protein-protein interaction detection fluorescent in situ hybridization karyotyping
instrument
capillary electrophoresis instrument NMR instrument lab on a chip next generation sequencer transmission electron microscope serum analyzer scanning electron microscope in vivo imaging system slide scanner laser capture microdissection microscope ultrasound machine small-animal image acquisition device computed tomography scanner positron emission tomography scanner electron microscope flow cytometer fluorescence microscope diffractometer biobank picking station tissue embedding station UV light source ellipsometer analytical balance balance chemical fume hood
mass spectrometry assay
matrix-assisted laser desorption ionization time-of-flight mass spectrometry liquid chromatography-mass spectrometry label free mass spectrometry post translational modification identification by mass spectrometry
protein assay
protein-protein interaction detection isobaric tags for relative and absolute quantitation shotgun proteomics protein quantitation assay protein identification protein-DNA interaction detection
molecular assay
single-nucleotide polymorphism analysis SNP interrogation genotyping genotyping assay matrix-assisted laser desorption ionization time-of-flight mass spectrometry small molecule identification liquid chromatography-mass spectrometry metabolite profiling isobaric tags for relative and absolute quantitation shotgun proteomics label free mass spectrometry protein quantitation assay post translational modification identification by mass spectrometry protein identification peptide mapping RNA quality analysis heteroduplex mutation detection nucleic acid fragment analysis DNA sequence feature detection DNA sequencing RNA quantitation assay DNA quality analysis DNA quantitation assay cycle sequencing chain termination sequencing DNA methylation profiling assay next generation sequencing DNA sequencing by synthesis long non-coding RNA microarray profiling microarray comparative genomic hybridization affymetrix array gene expression analysis assay copy number variation profiling transcription profiling assay methylation analysis pyrosequencing in situ hybridization protein-DNA interaction detection x-ray crystallography assay drug binding assay protein-protein interaction detection fluorescent in situ hybridization karyotyping
microscopy
fluorescent microscopy cryo-electron microscopy light microscopy scanning electron microscopy electron microscopy time lapse light microscopy cryogenic electron microscopy time lapse confocal microscopy structured illumination microscopy phase contrast microscopy electron tomography transmission electron microscopy
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