FY2018 NIH awards · Principal investigators
Biochemistry at University of Illinois at Chicago
Chicago, IL
Funding
$6.7M
$6,730,138
Awards
22
FY2018 NIH awards in Biochemistry
Principal investigators
13
13 lead a grant here, 0 co-investigators
- NIH names only the principal investigators on an award, so this page lists only them. The department is the award's: it is where ScienceDex counts the award, not a list of the department's members.
- These are the awards in the Biochemistry row of the University of Illinois at Chicago page.
Leads a grant in this department
13 contact PIs of these awards, by the funding they lead. Other principal investigators on an award are listed with it and under Co-investigators.
Hay, Nissim
Leads 3 awards · $1,320,643
- 5R01AG016927-20Department: NIH department codeThe Role of Akt in Cell Survival and Cell Growth$455,327award amount
- 5R01CA206167-03Department: NIH department codeHexokinase 2 in liver cancer$440,113award amount
- 5R01CA090764-17Department: NIH department codeP13K/PTEN/Akt signaling and the genesis of cancer$425,203award amount
Lau, Lester F
Leads 3 awards · $1,207,110
- 5R01DK108994-02Department: NIH department codeIntegrin-mediated matricellular signaling in experimental colitis$431,730award amount
- 5R01AR061791-07Department: NIH department codeThe Matricellular Protein CCN1 in Wound Healing$415,605award amount
- 5R01GM078492-12Department: NIH department codeMatricellular Signaling in Hepatobiliary Injury Repair$359,775award amount
Raychaudhuri, Pradip
Leads 2 awards · $730,508
- 5R01CA175380-05Department: NIH department codeFoxM1 in liver cancer.$405,146award amount
- 5R01CA177655-05Department: NIH department codeFoxM1 in breast cancer.$325,362award amount
Frolov, Maxim
Leads 2 awards · $655,590
- 5R01GM093827-07Department: NIH department codeRb and Hippo tumor suppressor pathways in differentiation$335,790award amount
- 5R01GM110018-04Department: NIH department codeFunctional interaction between the mir11~998 intronic microRNA cluster and Retinoblastoma tumor suppressor pathway$319,800award amount
Segev, Nava
Leads 2 awards · $649,750
- 5R01GM045444-24Department: NIH department codeCoordination of intracellular trafficking pathways by Ypt/Rab GTPases and their GEFs$399,750award amount
- 3R01GM045444-24S1Department: NIH department codeCoordination of intracellular trafficking pathways by Ypt-Rab GTPases and their GEFs.$250,000award amount
Simonovic, Miljan
Leads 2 awards · $448,505
- 2R01GM097042-06A1Department: NIH department codeStudies on the mechanisms governing selenium incorporation into proteins$298,505award amount
- 3R01GM097042-06A1S1Department: NIH department codeStudies on the mechanisms governing selenium incorporation into proteins$150,000award amount
Nakamura, Toru
Leads 2 awards · $440,257
- 5R01GM078253-12Department: NIH department codeRegulation of Telomere Maintenance in Fission Yeast$361,878award amount
- 3R01GM078253-12S1Department: NIH department codeRegulation of Telomere Maintenance in Fission Yeast$78,379award amount
Gaponenko, Vadim V
Leads 1 award · $430,308
- 5R01CA188427-04Department: NIH department codeRegulation of tyrosine kinase signaling through interaction with membrane lipids$430,308award amount
Benevolenskaya, Elizaveta V
Leads 1 award · $372,740
- 5R01CA211095-02Department: NIH department codeRole of KDM5A in pRB-mediated differentiation$372,740award amount
Merrill, Bradley J
Leads 1 award · $326,155
- 5R01HD081534-05Department: NIH department codeWnt/Beta-catenin and Tcf/Lef factor regulation of pluripotency$326,155award amount
Blaha, Catherine
Leads 1 award · $49,524
- 1F30CA228191-01Department: NIH department codeElucidating the Mechanisms by which Hexokinase 2 Regulates Breast Cancer Metastasis$49,524award amount
Macdougall, Matthew Steven
Leads 1 award · $49,524
- 5F30HD090938-02Department: NIH department codeElucidating the genetic determinants for exit out of pluripotency with a CRISPR-Cas9 genome-wide knockout screen$49,524award amount
Terry, Alexander Richard
Leads 1 award · $49,524
- 1F30CA225058-01Department: NIH department codeExploiting Metabolic Changes in HCC for Cancer Therapy$49,524award amount