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WOODS HOLE OCEANOGRAPHIC INSTITUTION

WOODS HOLE, MA

Oncologygene editingGrant-only
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What changed

NIH R01 · $0.5M · Understanding the origins and mechanisms of aryl hydrocarbon receptor promiscuity

7mo agoGrant renewalDec 16, 2025Source filing (opens the source filing in a new tab)

Momentum

39no change

Momentum 39 out of 100, unchanged since the last recompute.

Little recent filing activity, or the events on file have decayed.

Runway (estimate)

—unknown

No disclosed raise on file, so there is nothing to model from.

Stage

Grant-only

The furthest-along thing in the public record. Not a projection.

Runway is an estimate: the last disclosed raise (SEC Form D) minus a modeled burn rate for the company’s stage and therapeutic area. It is not a disclosure, and companies routinely raise non-dilutive money we can’t see. How this is calculated.

Peer position

12,703 pre-ticker oncology companies at Grant-only

Peer ranking — where this company sits among its stage-and-area peers by momentum, and how its runway compares to the peer median — is part of the Analyst tier.

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A ranking of the same momentum figure the feed publishes, computed live against public-filing peers. It is a relative position, not a recommendation, and it is identical for every viewer.

Grant to raise

Every record Biodatica has resolved onto this company, newest first, each linked to the filing it came from. Where a source publishes no stable deep link for a record, the identifier is shown so you can look it up yourself.

  1. Grant

    R01 · $495k · non-dilutive

    Mar 9, 2023

    WOODS HOLE OCEANOGRAPHIC INSTITUTION · PI HAHN, MARK E · NIEHS · award ends Dec 31, 2027 · Understanding the origins and mechanisms of aryl hydrocarbon receptor promiscuity

    NIH RePORTER · NIH RePORTER 11247086 (opens the source filing in a new tab)

  2. Grant

    R01 · $708k · non-dilutive

    Sep 7, 2022

    WOODS HOLE OCEANOGRAPHIC INSTITUTION · PI HAHN, MARK E · NIEHS · award ends Aug 31, 2027 · Mechanisms Controlling Sensitivity and Resistance to Dioxin-like Compounds: Role of AIP

    NIH RePORTER · NIH RePORTER 11370985 (opens the source filing in a new tab)

Biodatica publishes impersonal research shown identically to every subscriber. This dossier is informational only, it is not investment advice, and the momentum and runway figures are estimates derived from public filings. The underlying records are U.S. government works. Disclosures · Data sources