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Thursday, January 28, 2010
Advanced Orthopedic Technologies
CardioPhotonics
Presentations followed by networking, refreshments & wine bar
Advanced Orthopedic Technologies is a seed-stage company
dedicated to treating cartilage defects in virtually any joint in the
body.
CardioPhotonics is a seed-stage company dedicated to
identifying and developing noninvasive technologies to detect and understand
changes in an individual’s fluid volume, facilitating clinical decisions and
improving outcomes.
Advanced Orthopedic Technologies
Every
year, millions of cartilage defects in the knee, ankle, and other joints are not
treated or are treated sub-optimally because no method currently exists that can
provide true hyaline cartilage and also address the variations in size, shape
and topography of individual joints.
Dr. John Reach of Yale envisioned a better
system that would preserve the mobility and vitality of millions of orthopedic
patients.
The company's product is a
novel, proprietary clinical “solution” that provides the opportunity to
successfully treat defects and improve the lives of patients suffering from
joint disabilities.
The
company's business plan is based upon addressing the significant underserved
clinical need for hyaline cartilage for use in joint repair. This underserved
need for hyaline cartilage is well established and results in the inability to
adequately treat patients with focal osteochondral defects or osteoarthritis.
The company's technology has
the potential to address markets totaling more than $1 billion. Potential
markets include focal osetochondral defects and osteoarthriris.
In
April 2009, Elm Street Ventures invested $250,000 as part of a $500,000
commitment to the
company.
CardioPhotonics
Invented by Dr. Kirk Shelley and and Dr. David Silverman of
Yale, the company's technology provides real-time, non-invasive blood volume
monitoring with readings that are accurate from the first signal and sensitive
to less than a unit of blood, thus providing clinicians
with actionable data, including immediate fluid responsiveness feedback.
The company's goal is to develop an integrated set of products
that are effective across all major causes of fluid volume change, in both
hospital and non-hospital settings.
The company has developed a working prototype for
mechanically ventilated patients that is being used regularly as part of a Yale
clinical investigation. The results to date are consistent with expectations.
Studies and development are ongoing for spontaneous breathing
patients. The data to date is encouraging.
The company's technology has the potential to
address markets totaling $2 billion. Potential markets include hospital surgery,
ICU/CCU, renal dialysis, and cardiac units; emergency room and trauma transport
applications; and military and geriatric markets.
The BioHaven Entrepreneurship Series features
presentations designed to showcase regionally developed life science
technologies that have progressed along the path to commercialization.
Speakers at the BioHaven events represent both the scientific and business side
of the enterprises.
The programs focus on key success factors of each company,
scientific or technological advantage, business model, and lessons learned in
starting and developing the business. The series also provides social networking
opportunities for scientists, researchers, and businessmen.
For a calendar of all the 2009-10 BioHaven events, click
here.
Speakers
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Thomas Wood |
Founding CEO, Advanced
Orthopedic Technologies & CardioPhotonics |
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John Reach, M.Sc., M.D. |
Assistant Professor, Yale University School of Medicine |
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Kirk Shelley, M.D., Ph.D. |
Professor of Anesthesiology, Yale University |
Thursday, January 28, 2010 3:30 P.M. Registration 4:00 P.M. Seminar 5:00 P.M. Networking, Refreshments & Wine Bar
Location The Anlyan Center auditorium, Yale Medical School.
Directions & Parking: http://info.med.yale.edu/maps/cab.html
RSVP Registration is free, but please RSVP in advance. E-mail to biohaven@yale.edu
or call the Yale OCR main number: 203-785-6209.
Lead sponsors: Wiggin and Dana and PricewaterhouseCoopers.
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Also sponsored by Elm Street Ventures. |

| Presented by CURE and the Yale Office of Cooperative Research.
Additional support from the Yale Entrepreneurial
Institute and the Yale Biotechnology & Pharmaceutical Society.
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