Article

The human proteome project: Current state and future direction.

CEA, France;
Molecular &amp Cellular Proteomics (impact factor: 7.4). 04/2011; DOI:10.1074/mcp.O111.009993
Source: PubMed

ABSTRACT After successful completion of the Human Genome Project (HGP), HUPO has recently officially launched a global Human Proteome Project (HPP) which is designed to map the entire human protein set. Given the presence of about 30% undisclosed proteins out of 20,300 protein gene products, a systematic global effort is necessary to achieve this goal with respect to protein abundance, distribution, subcellular localization, interaction with other biomolecules, and functions at specific time points. As a general experimental strategy, HPP groups employ the three working pillars for HPP: mass spectrometry, antibody capture, and bioinformatics tools and knowledge base. The HPP participants will take advantage of the output and cross-analyses from the ongoing HUPO initiatives and a chromosome-based protein mapping strategy, termed C-HPP with many national teams currently engaged. In addition, numerous biologically-driven projects will be stimulated and facilitated by the HPP. Timely planning with proper governance of HPP will deliver a protein parts list, reagents and tools for protein studies and analyses, and a stronger basis for personalized medicine. HUPO urges each national research funding agency and the scientific community at large to identify their preferred pathways to participate in aspects of this highly promising project in a HPP consortium of funders and investigators.

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Keywords

20,300 protein gene products
 
30% undisclosed proteins
 
bioinformatics tools
 
chromosome-based protein
 
entire human protein
 
general experimental strategy
 
global Human Proteome Project
 
HPP consortium
 
HPP participants
 
Human Genome Project
 
mass spectrometry
 
national research funding agency
 
numerous biologically-driven projects
 
ongoing HUPO initiatives
 
promising project
 
protein abundance
 
protein parts list
 
specific time points
 
stronger basis
 
subcellular localization