Full Professor(heuristic)

Cancer-related Molecular Pathways · Oncology

Compare more Oncology professors.

h-index73
i10-index191
Publications337
Citations24,666

Grants

10 total · 1 active

NIH #R01CA285426

A network approach to interrogate cellular plasticity and drug resistance in cancer

Active
Amount
$2M–$3M
Period
2024-06-152029-05-31
PIs
2

NIH #OT2CA278665

PROMINENT - UCSF

Amount
$2M–$3M
Period
2022-06-222026-05-31
PIs
1

NIH #R35CA210018

Systems genetics analysis of tumor evolution in the mouse

Amount
$900K–$1000K
Period
2017-06-012024-05-31
PIs
1

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All Grants

10 total · 1 active

NIH #R01CA285426

A network approach to interrogate cellular plasticity and drug resistance in cancer

Active
Amount
$2M–$3M
Period
2024-06-152029-05-31
PIs
2

NIH #OT2CA278665

PROMINENT - UCSF

Amount
$2M–$3M
Period
2022-06-222026-05-31
PIs
1

NIH #R35CA210018

Systems genetics analysis of tumor evolution in the mouse

Amount
$900K–$1000K
Period
2017-06-012024-05-31
PIs
1

NIH #U01CA217864

Integrating targeted and immunotherapy to treat genetically heterogeneous cancers

Amount
$1M–$2M
Period
2017-08-172022-07-31
PIs
3

NIH #R01CA111834

The role of the Kras4A isoform in epithelial carcinogenesis

Amount
$200K–$300K
Period
2006-04-012017-06-30
PIs
1

NIH #R01CA184510

Genetic analysis of ras mutation specificity in skin and lung cancer

Amount
$300K–$400K
Period
2015-01-012017-05-31
PIs
1

NIH #R01CA184089

The Oncogenic and Tumor Suppressor Functions of the Kras isoform 4A in vivo

Amount
$400K–$500K
Period
2015-05-012017-04-30
PIs
1

NIH #U01CA141455

Science Leadership and Integration

Amount
$700K–$800K
Period
2009-09-012014-08-31
PIs
1

NIH #U01CA084244

Identification of epithelial tumor susceptibility genes

Amount
$1M–$2M
Period
1999-09-302009-08-31
PIs
1

NIH #P30CA082103

GENOME ANALYSIS

Amount
$200K–$300K
Period
PIs
1

Recent Public Signals

  1. New paper: Chemically induced skin tumors arise from long-lived stem cells of the upper hair follicle (Science)2026-06-11
  2. New preprint: Cross-Species and Tissue-Agnostic Prediction of Human Cancer Treatment Response using AI-Powered Cellular Morphometric Biomarkers from a Genetically Diverse Erbb2 Mouse Model2025-09-15
  3. New NIH award: A network approach to interrogate cellular plasticity and drug resistance in cancer2024-06-15

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Data Freshness

  • Publications as of 2026-07-09
  • Grants as of 2026-09-03

Data may not be current

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ORCID: 0000-0001-6549-7861

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