The 3D bioprinting device is filled with biocompatible material by scientists. This printer quickly reproduces lost body parts: fragments of skin, bones, and cartilage. These implants are lightweight and resistant to high temperatures. Furthermore, they are compatible with various diagnostic methods, including CT and MRI.
Tissues are reproduced taking into account the anatomical features of each patient. The body accepts them "as its own," with minimal risk of rejection, as demonstrated by preclinical studies. The project is being carried out by scientists from the 3D Bioprinting Laboratory at the Center for Advanced Materials and Additive Technologies (KBGU) under the guidance of the Vice-Rector for Research, Doctor of Chemical Sciences, Professor Svetlana Khashirova.
“This is a significant leap in the implementation of next-generation polymer materials in medicine. To date, we have already obtained the biosecurity passport for our materials and successfully completed all preclinical studies,” said Svetlana Khashirova, the director of CPMAT.
They plan to apply the new technologies in neurosurgery. Clinical trials will be conducted in collaboration with the Kabardino-Balkar Republican Clinical Hospital in 2025.
The research is being conducted as part of the strategic development program "Priority-2030."