This opportunity seeks to develop enabling technologies for temperature-flexible storage of regenerative tissues and organs, aiming to overcome logistical hurdles without introducing high cost or complexity. Solutions may involve new materials, AI, biological interventions, or packaging, with a preference for strategies reducing reliance on strictly controlled temperature zones. Innovations at the cellular level without a deployment strategy for thick tissues will not be considered. The performance location is not specified, and no budget amounts are mentioned. No submission timelines are provided in this description.

This opportunity seeks to develop enabling technologies for temperature-flexible storage of regenerative tissues and organs, aiming to overcome logistical hurdles without introducing high cost or complexity. Solutions may involve new materials, AI, biological interventions, or packaging, with a preference for strategies reducing reliance on controlled temperature zones. Innovations at the cellular level without a deployment strategy for thick tissues will not be considered. No specific budget amounts, performance location, or non-bid timelines are mentioned in the description. The effort is part of the TIGAR Exploratory Topic, with further details available on the ARPA-H website.

This opportunity seeks to develop enabling technologies for temperature-flexible storage of regenerative tissues and organs, aiming to overcome current logistical hurdles. Solutions may involve new materials, AI, or biological interventions to ensure safe storage in a range of environmental conditions, preferably non-cryogenic. Innovations must include a strategy for deployment in thick tissues, as cellular-level advances alone will not be considered. No specific budget amounts or performance location are mentioned in the description. A webinar and registration dates have been updated via an amendment to the original solicitation.

This ARPA-H TIGAR Exploratory Topic seeks innovative technologies to enable temperature-flexible, long-term storage of complex biologics like tissues and organs, moving beyond strict cryogenic or controlled-temperature requirements. Proposed solutions should overcome current roadblocks using a combination of new materials, AI/ML, biological interventions, devices, or processing methods. The focus is on practical strategies that ensure safe storage across a range of environmental conditions and reduce logistical hurdles, preferably at easy-to-maintain, non-cryogenic temperatures. Innovations must have a clear deployment strategy for thick tissues, not just cellular-level advances. For updates and details, including Proposer's Day information, follow the provided ARPA-H initiative link.