Johns Hopkins University Center for Bioengineering and Innovation Design

TheraCord: Cord Blood Collection Device

Cord blood, collected from the umbilical cord and placenta after live birth, is the most viable source of stem cells, yet over 99 percent is uncollected and discarded. One of the main reasons valuable cord blood is so frequently discarded is because no adequate collection method exists. TheraCord will solve the collection problem by developing an easy-to-use device, the CBx System, which is currently in the alpha prototype stage and undergoing bench testing at Johns Hopkins Hospital. The CBx System will allow any hospital to consistently provide cord blood banks with high quality cord blood units. TheraCord will expand the availability of stem cells, enabling and sustaining the growth of revolutionary regenerative therapies that could help treat over 300 million people worldwide. TheraCord's ultimate goal is to become the standard of care for cord blood collection for every hospital and every birth worldwide.

Clinical Advisor

  • Edith Gurewitsch, MD, Department of Gynecology and Obstetrics, JHU School of Medicine

Graduate Student Team Members

  • Elias Bitar
  • Chris Chiang
  • Matthew Means
  • Sean Monagle
  • James Waring

Additional Information

  • 2011 Kennesaw State University Georgia Bowl - 1st Place (Tie)
  • 2011 University of Nebraska Business PLan Competition - 3rd Place
  • 2011 Cornell University Business Plan Competition - 2nd Place
  • 2011 University of Virginia Business Plan Competition - 2nd Place
  • 2011 San Diego State University Business Plan Cometition - Runner-Up Wildcard
  • 2011 University of Manitoba Wes Nicol Competition - Semi-Finalist
  • 2011 University of Texas Moot Corp Invitational - Semi-Finalist
  • BME Idea Stipend Award Recipient