1. Comprehensive quantitative analysis of serum and plasma protein constituents in humans based on studies involving large population cohorts throughout the world. |
2. Elucidation of protein subsets that vary with biological parameters including age and sex. |
3. Elucidation of ethnic and other inherited quantitative variation in plasma proteins. |
4. Elucidation of protein subsets that vary with diet and with common exposures. |
5. Identification of changes in circulating proteins that correlate with health determinants including, nutritional status, smoking and alcohol intake. |
6. Identification of circulating protein markers that may predict the onset or risk for major common diseases including cancer, diabetes, cardiovascular, and neurologic disease. |
7. Development of a plasma proteome knowledge base. |
8. Development of affinity capture agents for circulating proteins. |
9. Development of proteotypic peptides for cleaved and modified proteins forms that occur in serum and plasma. |
10. Development of standardized specimen reference sets to be made available to investigators. |