3GP programme was funded to set up a purpose-built ion-trapping laboratory to support supramolecular structural studies and proteome analysis. 3GP is one of the four core programmes established by the Consortium for Post-Genome Science(North West of England).

The CPC is funded by the NIH/NHLBI to analyze protein variations caused by oxidative stress, a condition influenced by smoking, exposure to ionizing radiation, and other lifestyle and environmental processes. Includes related links at Boston, Massachusetts.

Using functional proteomics, the primary focus of the lab is to understand the molecular signaling system that protects the heart against injury due to a lack of blood flow, or ischemia.

The CMP of the Johann Wolfgang Goethe-University is a Scientific Center. The members of the CMP participate in five different collaborative research centers (Sonderforschungsbereiche) supported by the Deutsche Forschungsgemeinschaft, investigating various aspects of membrane proteomics.

Dedicated to the development of novel array technologies for proteomics research, the proteomics center focuses on regulatory proteins, particularly transcription factors to better understand various aspects of sleep biology.

Chemical Proteomics is committed to using the tools of chemistry to understand how these proteins work.CPFM is being formed with a mission to develop and apply chemical probes for exploring function across protein families.

Duncan laboratory, University of Colorado Health Sciences Center, develops and applies proteomics methods to problems in clinical research. Activities include quantification and characterization of proteins (including their modifications) in complex biological tissues and fluids.

Mobilisation of european expertise to develop methods in membrane protein structural biology.

Protocols and research into salmonid fish, rainbow trout liver proteins, their expression, biochemical pathways and degradation, using mass spectrometry and 2-dimensional electrophoresis.

The centre provides a diverse array of proteomics services to the academic, government and industrial community. These include various forms of mass spectrometry, 2-D gel electrophoresis and multidimensional liquid chromatography with a particular emphasis on methods to investigate differential protein expression and posttranslational modifications.

Information about the organization, instrumentation and activities of the proteomics facility at the University of Groningen, Netherlands.

Institute studying the uses of genomic information for proteomic structure determination.

William Lane's lab at Harvard provides expertise and core technologies in proteomics for the Harvard community and researchers worldwide. These include mass spectrometry, high sensitivity peptide sequencing and protein identification, microcapillary and microbore HPLC separations of chemical or proteolytic digestions.

Interaction Proteome is an integrated project to establish Europe as the international scientific leader in the analysis of protein-protein interactions.

Established by scientists from the Weizmann Institute of Science, the center provides its unique three-dimensional proteomics structure capability to Israeli academia and industry.

The center's mission is to apply state-of-the-art methods and to develop new approaches and techniques to investigate the proteomics of adaptation to ischemia and hypoxia, a biological process of general relevance to heart, lung and blood diseases.

Databases, methods, staff, publications, news and conferences from Ludwig Institute for Cancer Research and Walter and Eliza Hall Institute of Medical Research Melbourne, Australia.

Human 2-D PAGE Databases for proteome analysis in health and disease.

The lab involves all current aspects of research into protein structure and function including: molecular dynamics, ab initio folding, machine-learning based fold recognition, protein-protein interaction, and theoretical modeling of protein mechanics.

UK facility for the application of proteomic technologies to leukaemia research.

Protein Technology houses the SWEGENE proteomics resource centre in Lund, Sweden as well as the SWEGENE research and development centre.

Marcotte Lab combines computational/bioinformatics approaches with experimental approaches to study protein function and protein-protein interactions.

MPRC is designed to provide investigators throughout Mayo Foundation with the tools needed for proteomic analyses.

Develops methodologies in mass spectrometry and data management for intracellular quantitative analysis, with application to angiogenesis. Includes project overviews, sponsors and contacts at the Medical College of Wisconsin, Milwaukee.

Facility for the research community, with instrumens, protocols, educational materials and message boards. Includes links to services and project feasibility submission at Michigan State University, East Lansing.

MIPS currently have two Proteomics projects. One is dedicated to the proteomic analysis of pathogenic bacteria while the other aims at process optimization and development of improved production logs for Proteomics of mammalian tissues.

The mission of this program is to identify key proteins and pathways involved in the response to environmental toxicants and stressors.

With a special focus on structural proteomics to determine experimental structures of all proteins, the proteomics group is fully equipped with state-of-the-art instrumentation for high throughput cloning, protein production and characterization, as well as structure determination by both NMR spectroscopic and X-ray crystallographic methods.

The Aberystwyth parasitology group are using proteomics and functional genomics etc to study parasite biochemistry as well as behavioural / ecological parasitology.

PENCE is a discovery, research, technology, and development organization that focuses on the study of proteomics and protein engineering. PENCE brings together over 100 leading researchers from 20 Canadian universities and institutes.

PPI is working to define the research and regulatory agenda required to advance the exploration and diagnostic use of the human plasma proteome. Includes introduction to projects and participants' contacts in Washington DC.

The PRC is directed by Profs. Greenblatt and Emili in the Program of Proteomics and Bioinformatics at the University of Toronto

NCI-Proteomics program aims to identify and characterize the protein signatures of human cells and tissues, and to apply technologies directly to patient diagnosis, monitoring and therapeutic intervention. Includes links to Frederick, Maryland.

Proteomics at the Vrije Universiteit (VU) and VU medical Center (VUmc) is organized in the Proteomics Center VU(mc). This site provides information about research activities, proteomics work-flows and instrumentation of the center.

The Proteomics core facility has been founded in 2001 as a part of the Biocenter Oulu (BCO) at University of Oulu and comprises to 2-D gel electrophoresis, image analysis and protein identification by mass spectrometry.

Under the direction of Prof. Dr. Angelika Görg, the group focuses on the methodical development of 2D electrophoresis with immobilized pH gradients (IPG-Dalt) for proteome analysis, and the application of proteomics to various fields of research by studying differential protein expression using modern separation and detection technologies as well as mass spectrometry.

Centers established to provide genomic, proteomic, and bioinformatic data on life-threatening microorganisms, by the National Institute of Allergy and Infectious Diseases, Bethesda, Maryland.

This Resource is established to provide new proteomic technologies for use in the biomedical research community.

As a part of shared facility at Ohio State University Comprehensive Cancer Center, PSR offers complete proteomic services.

ISB NHLBI Seattle Proteome Center focuses on the development of an array of new, systematic assays to enhance and develop innovative proteomic technologies and apply them to biological questions relevant to heart, lung, blood, and sleep.

SPINE is an integrated research project which brings together some of the top European structural biology institutions in an unprecedented collaborative effort to develop new methods and technologies for high-throughput structural biology.

This Proteomics Center represents an interdisciplinary effort to explore and converge results from 4 different platform technologies that analyze intracellular and secreted blood cell proteins related to systemic autoimmune disease processes.

Systems biology at PNNL is focused on understanding cellular networks-protein networks involved in cell signaling with a core capability to explore biological systems through proteomics.

The lab focuses on protein folding problems using mathematical models, high speed computers, computer graphics, and artificial intelligence computer languages.

The HSPP is a multi-institutional multidisciplinary research consortium aiming to generate a complete catalogue of all salivary secretory proteins using state of the art, sensitive and high-throughput proteomic technologies.

The Facility provides access to a wide range of equipment, information, protocols, and training for the UCSF campus. Equipment includes a high speed, large capacity microarrayer for nucleic acid and protein arrays, high throughput oligo synthesis, liquid handling, colony picking, and PCR machines.

The core serves the greater university community, University of North Carolina - Chapel Hill, by providing a resource for training, education, and consultation in modern proteomic techniques.

Facility for clinical targeted research, also offering protein extraction, 2D-PAGE with fluorescent or silver stain, excision and bioinformatic identification by MALDI-MS fingerprinting. Includes fees, patents and publications at Kentucky.

The Proteomics Center will bring together faculty with highly regarded research programs in vascular biology, hematopoiesis, and hypertension with faculty who are leaders in designing the cell permeable synthetic biomolecule delivery systems that hold enormous promise for developing entirely new strategies for disease treatment.

The center focuses on improving existing and developing new proteomics technologies related to the adaptive changes in protein signaling that occur in response to substance abuse.