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Proteomics

$60,917P30FY2022CANIH

Stanford University, Stanford CA

Investigators

Linked publications, trials & patents

Paper 39574895Paper 39534431Paper 39506045Paper 39378093Paper 39257774Paper 39179931Paper 39163262Paper 39132489Paper 39042439Paper 38997156Paper 38996463Paper 38987048Paper 38968138Paper 38838737Paper 38810650Paper 38746193Paper 38563850Paper 38496616Paper 38496500Paper 38408498Paper 38387457Paper 38278150Paper 38273211Paper 38262408Paper 38260330Paper 38200310Paper 38154193Paper 38096469Paper 37963187Paper 37917579Paper 37882771Paper 37812494Paper 37743567Paper 37667254Paper 37662553Paper 37534980Paper 37532139Paper 37527449Paper 37398193Paper 37244414Paper 37196642Paper 37184546Paper 37162847Paper 36999999Paper 36993756Paper 36813894Paper 36747642Paper 36734849Paper 36729432Paper 36729074Paper 36719070Paper 36717409Paper 36711732Paper 36701540Paper 36652552Paper 36640300Paper 36635501Paper 36624348Trial NCT05220254Trial NCT03733210Trial NCT03405142Trial NCT03241940Trial NCT03179449Trial NCT02855086Trial NCT02805075Trial NCT02762266Trial NCT02736578Trial NCT02735356Trial NCT02699723Trial NCT02695628Trial NCT02690948Trial NCT02683824Trial NCT02635074Trial NCT02624518Trial NCT02599194Trial NCT02581787Trial NCT02488070Trial NCT02440308Trial NCT02432118Trial NCT02429804Trial NCT02415608Trial NCT02401347Trial NCT02215928Trial NCT02210858Trial NCT02203565Trial NCT02184533Trial NCT02175745Trial NCT02166983Trial NCT02058550Trial NCT02030405Trial NCT02019069Trial NCT01977677Trial NCT01943188Trial NCT01928030Trial NCT01926990Trial NCT01908166Trial NCT01904643Trial NCT01898403Trial NCT01893892Trial NCT01868503

Abstract

PROJECT SUMMARY The Proteomics Shared Resource (P-SR) is focused on fostering high-impact cancer-relevant research by providing SCI members with access to state-of-the-art, user-friendly mass spectrometry-based resources and expertise. The P-SR operates 15 mass spectrometer systems that serve ~60 SCI researchers annually. Research support goals are accomplished via the following technical capabilities (1) full-service research partnership from experiment design through sample preparation and mass spectrometric analysis to data analysis; (2) broad-spectrum proteomic support from pilot discovery through complex quantitative assays; (3) customizable quantitative small molecule and clinical scale proteomic assays, taking advantage of modern advances in multiplexing and targeted techniques; (4) intact protein characterization, including antibodies and antibody-drug conjugates; (5) open access walk-up instrumentation and hands-on experience; and (6) online and in-person education, training, and network-building opportunities. These technical capabilities are foundational to numerous scientific areas, such as (1) discovering relevant molecular targets in cancer; (2) providing accurate, orthogonal means of validating research findings from genomic and transcriptomic analyses at the protein level; (3) supporting cancer drug discovery efforts with pharmacokinetics and metabolism analytics; and (4) investigating biological pathways and signaling mechanisms relevant to cancer, both for target and biomarker discovery. Since the last review, the P-SR has continued to acquire new high-end instrumentation, including a Thermo Scientific Q Exactive HF-X and a Waters Xevo TQ-XS. Members of all programs use the P-SR, with the heaviest use coming from the Cancer Biology and Cancer Stem Cells and Cancer Therapeutics programs. In 2020, 41% of users were SCI investigators. The P-SR contributed to 10 cancer-focused publications (5 high-impact). The annual budget of the P-SR is $1,547,560, yet the CCSG request is $70,495. Accordingly, the P-SR leverages extensive institutional support and seeks only 5% from CCSG funds.

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