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Sampathkumar Rangasamy

NIH Rank #33742
  • Early Career

Researcher identity and coverage

Current affiliation
Not verified in ScienceDex.NIH award organizations may differ from a researcher's employer.
NIH RePORTER identity
Profile ID 11502190Search this ID in NIH RePORTER
ScienceDex PI coverage
FY2025 onlyCareer claims are limited to the years shown.Metrics use this researcher's latest loaded PI award year; ScienceDex is current through FY2026.

FY2025 award categories

  • OTHER BASIC SCIENCES

NIH Funding · FY2025

Linked Award Amount
$453K
Full award amounts, FY2025
Award Records
2
Records listing this PI
Award-Linked Rank
#33,742
By linked amount among FY2025 PIs
Earliest Year Loaded
2025
ScienceDex PI coverage

One scientist record

NIH portfolios and SHARE

This is the common ScienceDex page for Sampathkumar Rangasamy. NIH portfolio memberships are contextual views of this scientist, while SHARE Score, S-Index, and S-Impact describe the researcher's global sharing track record.

Review metric definitions

FY2025 NIH portfolio memberships

No institute-level portfolio release is available for this scientist and fiscal year yet. Existing award history remains unchanged above.

Researcher-associated datasets

These datasets are linked to this researcher's ShareScore identity. This does not by itself prove that an NIH portfolio funded each dataset.

No compatible author-to-dataset release is published. Dataset records are unavailable, not zero.

Award data coverage

ScienceDex currently has one fiscal year of PI ranking data for this record. This does not establish the first NIH award or current employer.

Single fiscal year on record (FY2025): $453K in linked award amounts across 2 award records · Award-linked rank #33742.

FY2025 award records by amount

NIH award records listing Sampathkumar Rangasamy as a PI. Multi-PI records show the full award amount for context.

  • 7R21NS145159-02R21
    Mitochondrial Methionyl-tRNA Formyltransferase (MTFMT) Mouse Model to elucidate Mitochondrial Translation initiation Defect and Disease Mechanisms in Leigh Syndrome
    $443.9K
    award amount
  • 1R21NS145159-01R21
    Mitochondrial Methionyl-tRNA Formyltransferase (MTFMT) Mouse Model to elucidate Mitochondrial Translation initiation Defect and Disease Mechanisms in Leigh Syndrome
    $9K
    award amount

Award organizations

Organizations that administered FY2025 awards listing Sampathkumar Rangasamy as a PI.

Coverage and award-record milestones

Computed from the fiscal years currently available in ScienceDex.

  1. 2025
    First NIH Award
    Arizona State University
  2. 2025
    Multi-Institutional Research
    Awards at 2 institutions

Shared-award investigators

Other investigators listed on at least one of the same NIH award records as Sampathkumar Rangasamy.