HYBRID EVENT: You can participate in person at Rome, Italy or Virtually from your home or work.

3rd Edition of International Precision Medicine Conference

March 13-15, 2025

March 13 -15, 2025 | Rome, Italy
IPMC 2025

3D Bioprinting complicated large organs with a vascular system

Vyacheslav R Shulunov, Speaker at Precision Medicine Conferences
Russian Academy of Science, Russian Federation
Title : 3D Bioprinting complicated large organs with a vascular system

Abstract:

Improvements in the Roll Porous Scaffold (RPS) 3D bioproduction technology will increase print density of 10−15 µm cells by ~20% up to ~1.5×10^8 cells/mL and purity of organoid formation by >17%. The use of 360 and 1200 dpi inkjet printheads immediately enables biomanufacturing with 10–30 µm cells in a single organoid with performance >1.8 L/hour for 15 µm layer thickness. The spongy bioresorbable ribbon for RPS technology is designed to solve the problems of precise placement, leakage and increasing in the number of instantly useable cell types and superior to all currently dominant 3D bioprinting methods in speed, volume, and print density without the use of expensive equipment and components. Potential of RPS for parallel testing of new substances not on animals, but using generated 3D biomodels “organ on a chip”. Solid organoids are more suitable for personalized medicine with simultaneous checking of several treatment methods and drugs, targeted therapy for a specific patient in vitro using the 3D composition of his personal cells, and selection of the most effective ones with the least toxicity. Overcoming the shortage of organs for implantation and personal hormone replacement therapy for everyone using printed endocrine glands based on their DNA. Roll Porous Scaffold is a revolutionary 3D bioprinting technology that offers a solution to the fundamental problems of 3D bioprinting without launching printers into space.

Biography:

Ph.D Vyacheslav R. Shulunov the author of 3 patents of the Russian Federation, 5 certificates of state registration of the program, 12 Web of Science and Scopus papers – Scopus h-index: 5 (1 co-author in 2 publications). Since 2019, he has been developing Roll Porous Scaffold 3D bioprinting technology to improve health and well-being. This breakthrough technology is based on widely available components and opens up new ways to improve healthcare without sending 3D bioprinters printers into space.

 

Watsapp