In keeping up with the increasing demand for the integration of technology in society, Australian researchers of the Council Center of Excellence for Electromaterials Science at the University of Wollongong have invented a handheld biopen designed to provide doctors with the convenience of designing customized bone implants immediately in surgical rooms. The Biopen is a mobile three dimensional printing technology that uses bio ink to draw or fill in sections of damaged bone.
The Biopen delivers cell material inside a biopolymer growth gel (a protein or DNA) that is protected by a secondary layer of gel. The product of the Biopen is the combination of the two gels, allowing doctors to deliver the cells in pen form to help the process of healing the damaged bone. To solidify the gel, a low powered ultraviolet light is installed onto the pen.
What's Driving This Trend
- 3D Printing in Medicine
- The BioPen showcases the potential of 3D printing technology in the medical field, allowing doctors to design and create customized bone implants in real-time during surgery.
- Personalized Medicine
- The handheld Biopen enables doctors to create tailor-made bone implants, demonstrating the growing trend towards personalized medicine and individualized treatment options.
- Point-of-care Manufacturing
- The Biopen's ability to create bone implants directly in the surgical room highlights the emerging trend of point-of-care manufacturing, reducing the need for lengthy external production processes.
Who This Affects Most
- Medical Devices
- The BioPen opens up new possibilities for innovation in the medical devices industry, particularly in the development of advanced surgical tools and implants.
- Biotechnology
- The handheld Biopen showcases the potential for disruptive innovation in biotechnology, specifically in the field of regenerative medicine and tissue engineering.
- Healthcare Services
- The integration of the Biopen into surgical rooms presents opportunities for disruptive innovation in healthcare services, streamlining the process of customizing implants and improving patient outcomes.
