Farren J. Isaacs

Yale University

Full Professor(heuristic)

RNA and protein synthesis mechanisms · Molecular Biology

h-index43
i10-index61
Publications95
Citations11,992

Grants

18 total · 1 active

NIH #2R01GM140481-05

Engineering a recoded organism to discover PTM-mediated protein binders

Active
Amount
$513K
Period
2020-09-15 → 2029-06-30
PIs
1
Est. capacity / PI
~2 students

NIH #5R01GM140481-04

Developing next-generation genomically recoded organisms to synthetically activate biomarkers for drug discovery

Amount
$500K
Period
2020-09-15 → 2025-05-31
PIs
2
Est. capacity / PI
~0 students

NIH #5R01GM117230-08

Deciphering human signaling networks through synthetic activation of proteins in genomically recoded organisms with multiple open codons

Amount
$347K
Period
2015-09-25 → 2025-03-31
PIs
2
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

18 total · 1 active

NIH #2R01GM140481-05

Engineering a recoded organism to discover PTM-mediated protein binders

Active
Amount
$513K
Period
2020-09-15 → 2029-06-30
PIs
1
Est. capacity / PI
~2 students

NIH #5R01GM140481-04

Developing next-generation genomically recoded organisms to synthetically activate biomarkers for drug discovery

Amount
$500K
Period
2020-09-15 → 2025-05-31
PIs
2
Est. capacity / PI
~0 students

NIH #5R01GM117230-08

Deciphering human signaling networks through synthetic activation of proteins in genomically recoded organisms with multiple open codons

Amount
$347K
Period
2015-09-25 → 2025-03-31
PIs
2
Est. capacity / PI
~0 students

NIH #5R01GM117230-07

Deciphering human signaling networks through synthetic activation of proteins in genomically recoded organisms with multiple open codons

Amount
$361K
Period
2015-09-25 → 2025-03-31
PIs
2
Est. capacity / PI
~0 students

NIH #2R01GM117230-06A1

Deciphering human signaling networks through synthetic activation of proteins in genomically recoded organisms with multiple open codons

Amount
$358K
Period
2015-09-25 → 2025-03-31
PIs
2
Est. capacity / PI
~0 students

NIH #5R01GM140481-03

Developing next-generation genomically recoded organisms to synthetically activate biomarkers for drug discovery

Amount
$576K
Period
2020-09-15 → 2024-05-31
PIs
2
Est. capacity / PI
~0 students

NIH #5R01GM140481-02

Developing next-generation genomically recoded organisms to synthetically activate biomarkers for drug discovery

Amount
$583K
Period
2020-09-15 → 2024-05-31
PIs
2
Est. capacity / PI
~0 students

NIH #1R01GM140481-01

Developing next-generation genomically recoded organisms to synthetically activate biomarkers for drug discovery

Amount
$588K
Period
2020-09-15 → 2024-05-31
PIs
2
Est. capacity / PI
~0 students

NIH #5R01GM125951-04

Expanding the genetic code with phosphotyrosine and phosphothreonine

Amount
$310K
Period
2017-12-02 → 2022-11-30
PIs
2
Est. capacity / PI
~0 students

NIH #5R01GM125951-03

Expanding the genetic code with phosphotyrosine and phosphothreonine

Amount
$311K
Period
2017-12-02 → 2021-11-30
PIs
2
Est. capacity / PI
~0 students

NIH #5R01GM125951-02

Expanding the genetic code with phosphotyrosine and phosphothreonine

Amount
$311K
Period
2017-12-02 → 2021-11-30
PIs
2
Est. capacity / PI
~0 students

NIH #1R01GM125951-01

Expanding the genetic code with phosphotyrosine and phosphothreonine

Amount
$305K
Period
2017-12-02 → 2021-11-30
PIs
2
Est. capacity / PI
~0 students

NIH #3R01GM117230-05S1

Revealing substrates and phosphoproteome level function of human STE20 kinases

Amount
$118K
Period
2015-09-25 → 2021-03-31
PIs
2
Est. capacity / PI
~0 students

NIH #5R01GM117230-05

Revealing substrates and phosphoproteome level function of human STE20 kinases

Amount
$335K
Period
2015-09-25 → 2021-03-31
PIs
2
Est. capacity / PI
~0 students

NIH #5R01GM117230-04

Revealing substrates and phosphoproteome level function of human STE20 kinases

Amount
$335K
Period
2015-09-25 → 2020-07-31
PIs
2
Est. capacity / PI
~0 students

NIH #5R01GM117230-03

Revealing substrates and phosphoproteome level function of human STE20 kinases

Amount
$335K
Period
2015-09-25 → 2020-07-31
PIs
2
Est. capacity / PI
~0 students

NIH #5R01GM117230-02

Revealing substrates and phosphoproteome level function of human STE20 kinases

Amount
$335K
Period
2015-09-25 → 2020-07-31
PIs
2
Est. capacity / PI
~0 students

NIH #1R01GM117230-01

Revealing substrates and phosphoproteome level function of human STE20 kinases

Amount
$327K
Period
2015-09-25 → 2020-07-31
PIs
2
Est. capacity / PI
~0 students

Career Trajectory

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