Full Professor(heuristic)

Cancer Cells and Metastasis · Oncology

h-index81
i10-index143
Publications478
Citations37,907

Grants

25 total · 5 active

NIH #5R01CA260304-05

Microfluidic sorting of lung cancer cells from leukapheresis product as an alternative to metastatic tumor biopsy

Expiring Soon
Amount
$453K
Period
2021-08-01 → 2026-07-31
PIs
3
Est. capacity / PI
~0 students

NIH #5R01CA260304-04

Microfluidic sorting of lung cancer cells from leukapheresis product as an alternative to metastatic tumor biopsy

Expiring Soon
Amount
$431K
Period
2021-08-01 → 2026-07-31
PIs
3
Est. capacity / PI
~0 students

NIH #5R01CA260304-03

Microfluidic sorting of lung cancer cells from leukapheresis product as an alternative to metastatic tumor biopsy

Expiring Soon
Amount
$443K
Period
2021-08-01 → 2026-07-31
PIs
3
Est. capacity / PI
~0 students

Student capacity is a rough estimate from remaining award size, split equally among PIs. Actual funding decisions vary.

All Grants

25 total · 5 active

NIH #5R01CA260304-05

Microfluidic sorting of lung cancer cells from leukapheresis product as an alternative to metastatic tumor biopsy

Expiring Soon
Amount
$453K
Period
2021-08-01 → 2026-07-31
PIs
3
Est. capacity / PI
~0 students

NIH #5R01CA260304-04

Microfluidic sorting of lung cancer cells from leukapheresis product as an alternative to metastatic tumor biopsy

Expiring Soon
Amount
$431K
Period
2021-08-01 → 2026-07-31
PIs
3
Est. capacity / PI
~0 students

NIH #5R01CA260304-03

Microfluidic sorting of lung cancer cells from leukapheresis product as an alternative to metastatic tumor biopsy

Expiring Soon
Amount
$443K
Period
2021-08-01 → 2026-07-31
PIs
3
Est. capacity / PI
~0 students

NIH #5R01CA260304-02

Microfluidic sorting of lung cancer cells from leukapheresis product as an alternative to metastatic tumor biopsy

Expiring Soon
Amount
$443K
Period
2021-08-01 → 2026-07-31
PIs
3
Est. capacity / PI
~0 students

NIH #1R01CA260304-01

Microfluidic sorting of lung cancer cells from leukapheresis product as an alternative to metastatic tumor biopsy

Expiring Soon
Amount
$452K
Period
2021-08-01 → 2026-07-31
PIs
3
Est. capacity / PI
~0 students

NIH #5R01CA255602-05

High-flow microfluidics of leukapheresis blood products for functional analysis of breast circulating tumor cells

Amount
$648K
Period
2021-01-08 → 2025-12-31
PIs
3
Est. capacity / PI
~0 students

NIH #5R01CA255602-04

High-flow microfluidics of leukapheresis blood products for functional analysis of breast circulating tumor cells

Amount
$615K
Period
2021-01-08 → 2025-12-31
PIs
3
Est. capacity / PI
~0 students

NIH #5R01CA255602-03

High-flow microfluidics of leukapheresis blood products for functional analysis of breast circulating tumor cells

Amount
$635K
Period
2021-01-08 → 2025-12-31
PIs
3
Est. capacity / PI
~0 students

NIH #5R01CA255602-02

High-flow microfluidics of leukapheresis blood products for functional analysis of breast circulating tumor cells

Amount
$632K
Period
2021-01-08 → 2025-12-31
PIs
3
Est. capacity / PI
~0 students

NIH #1R01CA255602-01

High-flow microfluidics of leukapheresis blood products for functional analysis of breast circulating tumor cells

Amount
$645K
Period
2021-01-08 → 2025-12-31
PIs
3
Est. capacity / PI
~0 students

NIH #5U01CA214297-05

Metastasis and biophysics of clusters of circulating tumor cells in the microcirculation

Amount
$595K
Period
2018-05-08 → 2023-04-30
PIs
3
Est. capacity / PI
~0 students

NIH #5U01CA214297-04

Metastasis and biophysics of clusters of circulating tumor cells in the microcirculation

Amount
$535K
Period
2018-05-08 → 2023-04-30
PIs
3
Est. capacity / PI
~0 students

NIH #5U01CA214297-03

Metastasis and biophysics of clusters of circulating tumor cells in the microcirculation

Amount
$607K
Period
2018-05-08 → 2023-04-30
PIs
3
Est. capacity / PI
~0 students

NIH #5U01CA214297-02

Metastasis and biophysics of clusters of circulating tumor cells in the microcirculation

Amount
$589K
Period
2018-05-08 → 2023-04-30
PIs
3
Est. capacity / PI
~0 students

NIH #1U01CA214297-01A1

Metastasis and biophysics of clusters of circulating tumor cells in the microcirculation

Amount
$607K
Period
2018-05-08 → 2023-04-30
PIs
3
Est. capacity / PI
~0 students

NIH #5R01CA089138-08

MIS mediated inhibition of breast cancer cell growth

Amount
$275K
Period
2001-07-10 → 2010-06-30
PIs
1
Est. capacity / PI
~0 students

NIH #2R01CA089138-04A1

MIS mediated inhibition of breast cancer cell growth

Amount
$290K
Period
2000-12-01 → 2009-08-31
PIs
1
Est. capacity / PI
~0 students

NIH #5R01CA089138-07

MIS mediated inhibition of breast cancer cell growth

Amount
$275K
Period
2000-12-01 → 2009-06-30
PIs
1
Est. capacity / PI
~0 students

NIH #5R01CA089138-06

MIS mediated inhibition of breast cancer cell growth

Amount
$283K
Period
2000-12-01 → 2009-06-30
PIs
1
Est. capacity / PI
~0 students

NIH #5R01CA089138-05

MIS mediated inhibition of breast cancer cell growth

Amount
$290K
Period
2000-12-01 → 2009-06-30
PIs
1
Est. capacity / PI
~0 students

NIH #3R01CA089138-03S1

MIS mediated inhibition of breast cell growth

Amount
$20K
Period
2001-07-10 → 2004-08-31
PIs
1
Est. capacity / PI
~0 students

NIH #5R01CA089138-03

MIS mediated inhibition of breast cell growth

Amount
$227K
Period
2001-07-10 → 2004-08-31
PIs
1
Est. capacity / PI
~0 students

NIH #3R01CA089138-02S1

MIS mediated inhibition of breast cell growth

Amount
$25K
Period
2001-07-10 → 2004-06-30
PIs
1
Est. capacity / PI
~0 students

NIH #5R01CA089138-02

MIS mediated inhibition of breast cell growth

Amount
$227K
Period
2001-07-10 → 2004-06-30
PIs
1
Est. capacity / PI
~0 students

NIH #1R01CA089138-01A1

MIS mediated inhibition of breast cell growth

Amount
$222K
Period
2001-07-10 → 2004-06-30
PIs
1
Est. capacity / PI
~0 students

Career Trajectory

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