Non-Optical Methods for High Speed Protein Control
Contract Overview
Solicitation details, issuing organization, response deadlines, documents, and interested companies for this government contract opportunity.
AI Contract Overview
The Defense Advanced Research Projects Agency Biological Technologies Office is utilizing the Expedited Research Innovation System marketplace to identify innovative, awardable solutions for a new class of rapidly switchable, non-optogenetic protein domains. The goal is to develop bio-compatible, modular protein domains for real-time cellular control that are regulated by massless, non-optical external signals, such as magnetic fields or focused ultrasound. To be considered, solutions must demonstrate activation and deactivation kinetics of 2 seconds or less, maintain robust performance for at least 300 repetitions within a living cell, and function in both split-protein and allosteric configurations. Proposals focusing on existing chemical or light-based optogenetic systems are explicitly excluded from this scope. This shopping notice is open from June 8, 2026, to December 31, 2026, with solutions reviewed on a rolling basis. Anticipated awards will have a 12-month period of performance. Evaluation is based on standard ERIS criteria, with specific emphasis on the provider's understanding of the current state of the art, technical innovation in protein engineering, team expertise in biophysics and synthetic biology, and the potential for the tool to impact biomanufacturing, biosensing, and cell-based therapeutics. Interested parties must submit their solutions via the ERIS portal as video submissions or flag existing awardable solutions via email to the designated point of contact.
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VASet-Aside
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Response Deadline
Organization & Contact Information
Full Description
DARPA BTO will be actively “shopping” the ERIS Marketplace for innovative, post-competitive, awardable solutions that address the need for a new class of rapidly switchable, non-optogenetic protein domains for real-time cellular control. This effort seeks to develop a robust and versatile molecular tool for massless information transfer across a cell membrane, intended to supplement existing synthetic biology platforms.
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