Digital Co-working
Training and Learning
system for the modular assembly of bioprinters
Interactive analytical complex of biological cell protocol
Online training
Virtual tour
Visualization of rooms and laboratory equipment with panoramic photos and 3D objects
BIOHUB
SCIENTIFIC AND EDUCATIONAL CENTER FOR BIOMEDICAL ENGINEERING
LAUNCH
STUDY STEPS OF CONSTRUCTION
Digital
VIRTUAL ASSISTANT AT THE RESEARCH AND EDUCATION CENTER
Web-service of the Center for Biomedical Engineering at MISIS University for the interactive study of biofabrication processes
Explore the virtual lab to learn about tissue engineering, implants, and bioprinting
Virtual environment for modular assembly of bio-printers
Modifying individual printer components
BIOPRINTING ROOM
COWORKING
STUDY
EQUIPMENT
The project presents product models from 3D Bioprinting Solutions, a private biotech research laboratory in Russia
FABION II
ORGAN.AUT
FABION
IN SITU
  • Tissue engineering
  • 3D bioprinting
  • Bioimplants
ONLINE
EDUCATION
  • Cellular and proteomic technologies
  • Genetic Engineering
  • Biomimetics
  • Smart devices
  • Intelligent Biomaterials
  • Renewable raw materials and biowaste

  • The program includes:

    Modern methods of research and development of medical devices in the field of biotechnology and medical materials
    01
  • In the structure of education:
    Conducting problem-oriented research and development of technologies in the fields of tissue engineering, materials science, cellular and proteomic technologies, genetic engineering, tissue and organ bioprinting
    02
  • And research areas such as:
    • Development of theoretical and engineering solutions for the creation of biomaterials and a wide range of devices for medicine

    • Conducting fundamental research in the field of materials science, bioengineering and genetic engineering, cell technologies
    03
Biofabrication Laboratory
Т214
Т213
Chemical laboratory
Т211
Molecular Biology Laboratory
Т212
Engineering coworking
Virtual
excursion