Innovative Methods for Cell Transplantation

Summary of the technology

This invention provides a novel method for transplanting target cells into a subject by creating a sealed transplantation space using an acellular membrane attached to a visceral organ. This technique allows for the insertion of a mixture of support cells and target cells, enhancing cell survival and integration. For example, this method can be applied to improve the engraftment of insulin-producing beta islet cells for diabetes treatment, potentially increasing the success rate of cell transplantation.

Georgetown University

Details of the Technology Offer

BACKGROUND

The field of cell transplantation faces significant challenges, particularly in preventing the loss of transplanted cells due to immune reactions and inadequate microenvironments. Current methods, such as portal vein infusion for islet transplantation, often result in high cell loss due to instant blood-mediated inflammatory reactions (IBMIR). This invention addresses these challenges by providing a new approach that minimizes exposure to blood and inflammatory responses, thereby improving the efficiency of cell engraftment.

Benefit

  • Increases the success rate of cell transplantation procedures.
  • Reduces the risk of immediate immune reactions that lead to cell loss.
  • Provides a minimally invasive method for cell engraftment.
  • Enhances the microenvironment for transplanted cells, promoting better integration and function.
  • Potentially improves glucose tolerance in diabetic patients through effective islet cell transplantation.

Market Application

  • Potential usein diabetes treatment through improved islet cell transplantation.
  • Possible applicationin regenerative medicine for various organ and tissue repairs.
  • Can be implemented inclinical settings focused on cell therapy and transplantation.
  • Suitable forresearch institutions developing advanced transplantation techniques.

Intellectual property status

Granted Patent

Patent number : Patent Application No. 17/265,196

Where : USA

Related Keywords

  • Filtration and Membrane Processes
  • Medical Research
  • Cellular and Molecular Biology Technology
  • Medical/health
  • regenerative medicine
  • diabetes treatment
  • acellular membrane
  • cell transplantation
  • islet cells

About Georgetown University

Our mission is to advance GU’s innovations through strategic alliances and new venture creation, to facilitate the translation of research breakthroughs into tangible solutions, and to cultivate a dynamic and inclusive environment for entrepreneurship. We advance this mission in support of the GU community and for the benefit of society.

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