Contract facts
NONEASSESSING LONG-TERM EFFECTS OF RADIATION EXPOSURE IN ENGINEERED HEART & VASCULAR TISSUES is a federal NONE award for Nasa Ames Research Center held by Leland Stanford Junior University, the. Estimated value $2M ($2M obligated). Current period of performance ends Sep 26, 2026. Last award drew 9 bidders. Place of performance: STANFORD CA. Related solicitation NNH21ZDA015N.
ASSESSING LONG-TERM EFFECTS OF RADIATION EXPOSURE IN ENGINEERED HEART & VASCULAR TISSUES
Recompete timing
PublicCurrent PoP ends Sep 26, 2026 (36 days remaining). Agencies typically plan 12–18 months ahead — at 1.2 months out, that window is already open. The buying decision is likely already in motion.
Incumbent footprint
Public recordLeland Stanford Junior University, the — $2.2B obligated across 105 awards (firm-wide, all agencies) · lead buyer Department of Energy (DOE).
Related awards
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Frequently asked questions
What is contract 80ARC022CA003?
80ARC022CA003 (Assessing long-term effects of radiation) is a Nasa Ames Research Center award with a potential value of $2M, currently held by Leland Stanford Junior University, the. Figures are USASpending-sourced public-record facts plus SCOUT recompete analysis.
Which office awarded 80ARC022CA003?
Nasa Ames Research Center awarded 80ARC022CA003 to Leland Stanford Junior University, the (potential $2M).
Who is the incumbent on 80ARC022CA003?
Leland Stanford Junior University, the is the incumbent with $2.2B across 105 related awards in SCOUT’s public footprint. The current period of performance ends Sep 26, 2026.
When does Leland Stanford Junior University, the’s 80ARC022CA003 come up for recompete?
SCOUT tracks a period-of-performance end of Sep 26, 2026. Actual solicitation timing can shift with extensions, bridges, or consolidations.
Data: Showing contracts ≥ $100K from federal procurement records (FPDS-NG, SAM.gov, and related repositories), normalized by PrimeRFP SCOUT. Each row keyed by Award ID (PIID); task orders appear as independent rows.