Human Respiratory Epithelial Tissue Models for Opioid-Reversal Nasal Spray Perme

Forecast New Requirement Updated

Agency
Solicitation expected
Estimated value
$25,000 to $250,000
Set-aside
No set-aside

Forecast facts

Anticipated award
NAICS code
Not on record
Points of contact

Forecast details come from HHS's procurement forecast. Agencies' dates and values are estimates.

About this forecast

The Food and Drug Administration is procuring specialized human-derived nasal and respiratory epithelial tissue models and associated culture media for FDA-funded opioid-overdose reversal research, with solicitation release targeted for November 1, 2026, and award anticipated January 1, 2027. The tissues will support in vitro permeation testing of naloxone and nalmefene nasal spray formulations across physiologically relevant epithelial barriers to generate biorelevant data for generic drug development and evaluate alternative in vitro approaches for non-Q1/Q2 opioid-overdose reversal products.

The estimated award value ranges from $25,000 to $250,000. The purchase involves batch orders of 3D human-derived respiratory epithelial tissue models for permeation studies as identified in the funded research proposal. Questions and inquiries should be directed to the FDA Acquisition Liaison at cderacquisitions@fda.hhs.gov.

Forecast text

This contract will provide specialized human-derived nasal and respiratory epithelial tissue models and associated culture media required for the FDA-funded project "In Vitro Characterization to Support Development and Approval of Generic Drug Products for Opioid Overdose Reversal" under opioids research awards. The tissues will be used to test permeation of naloxone and nalmefene nasal spray products across physiologically relevant epithelial barriers, generating biorelevant in vitro data to evaluate formulation-dependent drug absorption and support development of alternative in vitro approaches for non-Q1/Q2 generic opioid-overdose reversal products. The purchase is specifically anticipated in the awarded proposal, which allocates project funds for batch orders of 3D human-derived respiratory epithelial tissue models needed for the permeation studies.

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