Turkish Scientists Develop Artificial Tissues to Combat Throat Cancer and Hearing Loss
Turkish scientists have developed artificial eardrum and laryngeal tissue that could be used for treating throat cancer and hearing difficulties. These tissues were created using three-dimensional bioprinting technology, marking a significant innovation in the treatment process. The joint efforts of Yildiz Technical University, Istanbul University-Cerrahpasa, and Marmara University led to the establishment of the Health Biotechnology Excellence Joint Application and Research Center (SABIOTEK) two years ago.

Scientists at this center, within the scope of the TUBITAK 1001 Project, used a 3D bioprinter to develop personalized artificial eardrum patches and larynx patches. Director of SABIOTEK, Prof. Dr. Cem Bülent Üstündağ, highlighted that their developed eardrum patch was more advanced compared to existing technologies, containing growth factors, supported by different resins, and proteins.

These components are set to undergo initial trials on animals before applying for clinical research. Additionally, Prof. Dr. Üstündağ noted that the project’s outcome represents a significant development for throat cancer, with artificial tissue developed for the cancerous area removed during the disease.

These tissues were produced using 3D printers and have entered the testing phase with cells. Üstündağ believes this study will offer an innovative treatment method for tracheal cancer and damages.

Projects developed at SABIOTEK, utilizing local resources, appear to make significant progress in treating ear and throat cancer, potentially resolving issues for those affected by these conditions.
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