Full Professor(heuristic)

DNA Repair Mechanisms · Molecular Biology

Compare more Molecular Biology professors.

h-index52
i10-index111
Publications177
Citations10,904

Grants

4 total · 1 active

NSF #2428204

NSF-DBT Development of a synthetic transhydrogenation module to support stationary phase biosynthesis

Active
Amount
$300K–$400K
Period
2025-01-012027-12-31
PIs
1

Awarded at San Francisco State University

NSF #1817315

Why do eukaryotes have two Rad51/RecA family recombinases?

Amount
$900K–$1000K
Period
2018-07-012023-06-30
PIs
1

Awarded at Columbia University

NSF #1154511

Using DNA Curtains to Reveal the Mechanisms of Target Site Location by DNA Binding Proteins

Amount
$1M–$2M
Period
2012-06-012017-05-31
PIs
1

Awarded at Columbia University

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All Grants

4 total · 1 active

NSF #2428204

NSF-DBT Development of a synthetic transhydrogenation module to support stationary phase biosynthesis

Active
Amount
$300K–$400K
Period
2025-01-012027-12-31
PIs
1

Awarded at San Francisco State University

NSF #1817315

Why do eukaryotes have two Rad51/RecA family recombinases?

Amount
$900K–$1000K
Period
2018-07-012023-06-30
PIs
1

Awarded at Columbia University

NSF #1154511

Using DNA Curtains to Reveal the Mechanisms of Target Site Location by DNA Binding Proteins

Amount
$1M–$2M
Period
2012-06-012017-05-31
PIs
1

Awarded at Columbia University

NSF #0544638

CAREER: Using High-throughput Single-molecule Analysis to Reveal the Mechanisms of Target Site Location by DNA Repair Proteins

Amount
$900K–$1000K
Period
2006-05-152012-04-30
PIs
1

Awarded at Columbia University

Recent Public Signals

  1. New paper: Author Correction: Structural insights into BCDX2 complex function in homologous recombination (Nature)2026-01-08
  2. New NSF award: NSF-DBT Development of a synthetic transhydrogenation module to support stationary phase biosynthesis2025-01-01

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Data Freshness

  • Publications as of 2026-07-09
  • Grants as of 2026-08-26

Data may not be current

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ORCID: 0000-0002-7387-824X

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