New Blog explores the potential of 3D bioprinting to address organ trafficking
Trang Tran, an MSc Innovation Management and Entrepreneurship student, delves into the potential of 3D bio-printing in addressing the global issue of organ trafficking.
's latest blog article, written by Trang Tran, an MSc Innovation Management and Entrepreneurship student, delves into the potential of 3D bioprinting in addressing the global issue of organ trafficking and how this emerging technology could provide a solution.
Tran highlights the severe shortage of organs worldwide, leaving countless patients waiting for life-saving transplants. Organ trafficking has become a gruesome reality, with a black market valued at around 1 billion USD.
In this blog, it explores 3D bioprinting as a potential remedy for the organ shortage. By using a patient's own cells as materials, this technology enables the creation of complex body parts, reducing the waiting time for organ transplants and eliminating the risk of transplant rejection.
Tran emphasizes that 3D bioprinting aligns with the United Nations' Sustainable Development Goal (SDG) 3, which focuses on good health and well-being. By providing a steady supply of organs, this technology has the potential to eliminate the need for criminal organ purchases, thereby contributing to SDG 16.2, which aims to end abuse, exploitation, and trafficking.
To ensure responsible development, Tran suggests adopting a purpose-based approach to governance, prioritizing responsible innovation and considering societal, ethical, and environmental impacts. Responsible research and innovation (RRI) should guide the development of 3D bio-printing.
The responsible development and diffusion of this technology, in conjunction with the RRI framework and appropriate governance, offer the potential to mitigate the organ shortage crisis and ultimately address organ trafficking.
You can read the full piece .