On October 20, 2021 Celdara Medical, LLC reported the awarding of six DRIVEN Accelerator Hub grants to outstanding researchers and innovators in the Northeast region (Press release, Celdara Medical, OCT 20, 2021, View Source [SID1234591669]). In this most recent round of funding, two Acceleration Awards (up to $50,000 per early-stage company) were awarded to Olfax Medical (Vermont) and ResusciTech (Rhode Island) and 4 Ignition Awards (up to $25,000 per faculty innovator) were awarded to Andre Khalil, PhD (University of Maine), Gian Ignacio, MD Candidate (Brown), Michael Cole, PhD (Dartmouth), and Yina Huang, PhD (Dartmouth). Awardees were selected from a competitive pool of applicants from the five states DRIVEN serves: DE, RI, VT, ME, NH.
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"We are very pleased to provide recognition and funding to these innovators," said Julie Coleman, PhD, Program Lead at Celdara Medical. "This is a great opportunity for Celdara Medical to deliver on our commitment to give back to the community by supporting early-stage biomedical companies and researchers in their mission to improve patient outcomes and save lives. I am assured that these awards will have a tangible impact on advancing critical technologies, ultimately bringing treatments closer to patients. This round of awardees addresses an array of indications including migraine, myocardial infarction, and multiple cancer types. I am very excited to see the how the DRIVEN awards accelerate these innovative projects."
"On behalf of Celdara Medical and the DRIVEN Accelerator Hub, I’m delighted to recognize this outstanding group of DRIVEN awardees," said Jake Reder, Celdara Medical CEO and Principal Investigator of the DRIVEN Accelerator Hub. "The entrepreneurial spirit – the momentum – in our region is palpable. Engaging with this cohort of world-changing scientists and entrepreneurs has been exceptionally rewarding."
Since the DRIVEN Accelerator Hub’s founding in 2018, 12 awards have been made across Northeast IDeA states. A complete list of awardees with brief technology description are listed below.
Acceleration Fund Awardees ($50,000 to early-stage companies):
Clairways (New Hampshire): Clairways is developing a small, unobtrusive, chest-worn lung health monitor that provides continuous, burden-free tracking of common respiratory signs, including coughing, wheezing, and respiratory patterns, which cannot be practically monitored today.
Extrave Bioscience (Delaware): Extrave uses extracellular vesicles (EV) as a delivery platform to treat damaged/degenerative muscle tissue in patients with muscle diseases, with a primary initial focus on Duchenne muscular dystrophy.
Lodestone Biomedical (New Hampshire): Lodestone enables immediate, in vivo, real-time monitoring of treatment response in immuno-oncology by measuring immune modulators in the tumor microenvironment with a needle implantable biosensor and external magnetic reader.
Olfax Medical (Vermont): Olfax is developing a novel, fast-acting migraine treatment for individuals of all ages who have been diagnosed with acute migraine and cluster headaches.
ResuciTech (Rhode Island): ResusciTech is addressing shortcomings in current CPR training and out-of-hospital cardiac arrest bystander response. The team is marketing a product that utilizes smartphone sensors to measure the depth and rate of chest compressions during CPR and to simultaneously provide audio-visual feedback. This feedback provides the user information needed to adjust compressions for the best possible outcome: saving a life.
Ignition Fund Awardees ($25,000 to innovative faculty)
Andre Khalil (University of Maine): Diagnostic technology that may detect breast cancer 1-4 years earlier than current practices, leading to pre-detection of the disease.
Brent Osborne (University of Vermont): First-in-class PKG-targeted therapies for the treatment of hypertension.
Gian Ignacio (Brown University): Embolic protection device for cardiothoracic procedures to prevent major and minor cerebral complications (e.g., strokes).
Louis Lapierre (Brown University): Targeting XPO1 and the autophagy pathway as a treatment for Alzheimer’s Disease.
Michael Cole (Dartmouth College): Novel platform technology to identify small molecules as inhibitors of the MYC:TRAPP interaction for cancer treatment.
Paul Baures (Keene State University): Fatty acid synthase (FASN) inhibitor to augment cancer chemotherapy and improve clinical outcomes.
Yina Huang (Dartmouth College): Novel CAR T cell platform that enables treatment of solid tumors including metastatic melanoma.