Thomas Hanke

Title: Inventor Spotlight: Thomas Hanke

Introduction

Thomas Hanke, an innovative inventor based in Berlin, Germany, has made significant contributions to the field of composite materials and biomedical applications. With three patents to his name, Hanke's work reflects his commitment to advancing technology and improving healthcare through his inventive solutions.

Latest Patents

Hanke's latest patents showcase his expertise in creating novel composite materials for medical use. One such invention is a composite material that consists of a collagen matrix mineralized with silicate and calcium phosphate phases. This innovative material is designed to function as an implant that can be shaped in various ways, serving as a biological coating or an active substance carrier. The composite comprises recombinate collagen and has applications in the development of new medical treatments.

Another significant patent relates to growth-inhibited hydroxyapatite, which is aimed at improving bone healing. Unlike traditional hydroxyapatites, this invention releases calcium and phosphate ions in physiological solutions, thereby promoting bone regeneration and growth. The method involves mineralizing prestructured collagen templates, allowing hydroxyapatite crystals to grow epitactically, making this material a breakthrough in bone healing technology.

Career Highlights

Throughout his career, Thomas Hanke has worked at prestigious institutions, including the Technische Universität Dresden. His dedication to research and development in the field of regenerative medicine has solidified his reputation as a leading inventor in composite biomaterials.

Collaborations

Thomas Hanke has collaborated with notable professionals in his field, including Hartmut Worch and Sascha Heinemann. Together, they have contributed to the advancement of technology pertaining to implant materials and regenerative solutions.

Conclusion

Thomas Hanke's innovative inventions, particularly in the realm of composite materials for medical applications, underscore the vital intersection of technology and healthcare. As he continues to push the boundaries of what is possible in biomaterials, the impact of his work is sure to resonate within the medical community and beyond.