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Can your research help avoid the call Houston we have a problem?

 

Can your research help avoid the call "Houston we have a problem"?!?

A year and a half ago, the Translational Research Institute for Space Health (TRISH) was stood up with the imperative purpose of funding radical, disruptive science and technologies that could be translated to protect and optimize human health and performance during long-duration, deep space exploration missions.

Different from most grant organizations, TRISH is focused on very early stage (needs proof of concept, for example) and very late stage (ready to go to market, for example) research; we do not fund incremental scientific research.

Working closely with NASA’s Human Research Program, the Baylor College of Medicine led institute, a consortium that includes Caltech and MIT, TRISH has already funded ground-breaking technologies designed to keep astronauts safe. Find out more about TRISH.

There are currently two solicitations available:

Deep Artificial Intelligence Medical Support

TRISH is soliciting proposals for the rapid development of commercially available or viable computer-based algorithms that facilitate diagnosis of medical conditions on NASA’s Medical Conditions List in addition to other medical conditions that may occur and require treatment during long-duration space flights as well as for terrestrial applications.

Learn More and Apply

Point-of-care Diagnostics for Long-duration Space Flights

TRISH is soliciting proposals for the rapid transformation of emerging point-of-care (POC) technologies into viable, clinically-focused solutions that facilitate diagnosis of conditions on NASA’s Medical Conditions List during long-duration space flights as well as in terrestrial clinical settings. The solicitation seeks technologies that have a commercial potential that would benefit from investments that make them suitable for long-duration spaceflights. For example, miniaturizing a table-top device into a hand-held device, reducing the need for and extending the shelf-life of consumables, and improving ease-of-use, are all important developments.

Learn More and Apply

Note that these solicitations are being administered by CIMIT in support of TRISH



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Publications

Accelerating Innovation Through Coopetition: The Innovation Learning Network Experience

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Navigating The HealthTech Innovation Cycle

The journey from identifying and articulating an important unmet medical need to developing an innovative solution which becomes the standard of care is long and challenging, with most teams failing somewhere along the way. The odds of successfully navigating the journey significantly increase if teams have the experience and skills needed to anticipate and address challenges along the way. We believes that innovation in HealthTech is a learnable process. We have created a roadmap to help budding entrepreneurs successfully navigate the journey by learning from and building on the experiences of others.

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Avoiding Deal Killers

In today’s environment, even promising healthech innovations fail to get investments from financially motivated investors. As a result, solutions do not survive the so-called Valley of Death. There are numerous good reasons why investors choose not to invest. In many cases, it is because the innovator did not anticipate and prepare a response to a question about a particular risk. This can be traced back to the fact that innovators often fail to put themselves in an investor’s shoes. Doing so is critical to understanding why they may not invest in their solution—the “deal killers”.

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National Institute of Biomedical Imaging and Bioengineering Point-of-Care Technology Research Network

This paper describes the POCTRN and the three currently funded Centers as examples of academic-based organizations that support  collaborations across disciplines, institutions, and geographic regions to successfully drive innovative solutions from concept to patient care.

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Healthcare Commercialization Programs

Healthcare commercialization programs (HCPs) are described and proposed as an option that institutions can add to their portfolio to improve translational research. In helping teams translate specifc healthcare innovations into practice, HCPs expand the skillset of investigators and enhance an institution's innovation capacity. Lessons learned are shared from configuring and delivering HCPs, which build on the fundamentals of the National Science Foundation's Innovation Corps program, to address the unique challenges in supporting healthcare innovations and innovators.

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2014 CIMIT Clinical Impact Study Update

This is an ongoing, work-in-process update of CIMIT’s Clinical Impact Study (CIS). First conducted in 2009, the CIS is a self-assessment by CIMIT faculty and investigators of its project portfolio and Accelerator Program and now includes projects initiated between 1998 and 2012. The innovation portfolio, an important subset of the ways in which CIMIT helps speed innovations into patient care, represents an investment of almost $70M over 14 years. It also represents a rather unique longitudinal set of experiences from which to learn.

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IEEE Pulse Featuring CIMIT

If ever an industry was in need of both incremental and disruptive innovation it is today's health care industry. Realizing the full potential of innovation across the spectrum of health care environments is critical to address the well-documented, emerging global crisis generated by the aging of the population, the obligation to increase access for all to the best standard of care, and the societal imperative to contain costs.

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Facilitating Translational Research

Would a carpenter be asked to manage building a new housing development? Probably not. More likely a real estate developer with the skills, experience and knowledge of the local market and trades, including carpentry, would manage such an undertaking. Good developers anticipate and address the challenges of building and selling homes. Delivering attractive appropriately priced homes on time and on budget requires that developers use their knowledge, experience, and judgment to make numerous decisions that engage the right talent at the right time to balance development risks and costs.

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Venture Findings Featuring the CIMIT Model

The Consortia for Improving Medicine with Innovation & Technology (CIMIT) was established in 1998 by four leading academic medical centers and universities in the greater Boston area to leverage the value of a consortium to improve patient care through Deep Innovation using medical technology to solve pressing unmet medical needs.

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