Skip to main content
NIH funding notice PAR-14-258

Research Using Subjects From Selected Type 1 Diabetes Clinical Studies (Living Biobank) (DP3)

Closed on November 20, 2014.

Posted
June 10, 2014
Close date
November 20, 2014
Activity codes
Not stated on the notice page
Institutes taking part
Not stated on the notice page

Read the notice on Grants.gov · NIH Guide page

The notices it replaced

Its page was not saved, so the notices it replaced are not known.

Who won it before

3 competing awards (new and renewals) from FY2014 to FY2025 under this notice and the notices it replaced: $4,871,242 in first-year total cost, median $1,481,918.

Most frequent study sections

  1. Special Emphasis Panel[ZDK1 GRB-N (M2)]3

Most frequent institutions

  1. BENAROYA RESEARCH INST AT VIRGINIA MASON1
  2. CASE WESTERN RESERVE UNIVERSITY1
  3. UNIVERSITY OF VIRGINIA1
Competing awards under PAR-14-258 and the notices it replaced
FYProjectPIsInstitutionFirst-year costStudy section
2015Phenotypic Analysis of Islet Antigen-specific Effector T Cells in Pre-diabetic Subjects1DP3DK106909-01KWOK, WILLIAM W.BENAROYA RESEARCH INST AT VIRGINIA MASON, WA$2,244,957ZDK1
2015Insulin-Glucose-Glucagon Network: Defining a type 1 diabetes progression model1DP3DK106907-01BROWN, SUE AFARHI, LEON SUNIVERSITY OF VIRGINIA, VA$1,481,918ZDK1
2015The Relationship of Hypoglycemia and Arrhythmia in Long-term Type 1 Diabetes1DP3DK106890-01GUBITOSI-KLUG, ROSE ACASE WESTERN RESERVE UNIVERSITY, OH$1,144,367ZDK1

Data: Grants.gov's daily extract and NIH's notice pages and award files, in ScienceGraph release conductgrants-2026-11-09-0.1.0. An award is listed only where NIH's own record names the notice, and a PI only by NIH's profile ID. Grants.gov and NIH do not endorse ScienceDex.

ScienceDex for faculty

Your academic CV and NIH biosketch

Make your CV in your school's format and your NIH biosketch from it, then download both as Word files.

PAR-14-258: Research Using Subjects From Selected Type 1 Diabetes Clinical Studies (Living Biobank) (DP3) | ScienceDex | ConductScience