Micro/nano robotics for biomedical applications
4 European H2020 organizations list this as part of their work — 3 as their primary capability.
Most active in this area
- Tianjin University
Major Chinese technical university contributing catalysis, nano robotics, and AI communications expertise to European research consortia via MSCA programmes.
“MNR4SCell developed micro/nano robotic systems for single cancer cell manipulation and characterisation.”
PrimaryCN6 projects - UNIVERSITY OF BEDFORDSHIRE
UK university specializing in culturally aware assistive robotics, 5G-enabled autonomous systems, and micro/nano robotics for biomedical applications.
“MNR4SCell focused on micro/nano robotics for single cancer cell manipulation and characterisation.”
UK6 projects - UNIVERSITY OF NORTH CAROLINA AT CHARLOTTE
US research university with expertise in micro/nano biomedical robotics and dynamical systems mathematics; transatlantic MSCA-RISE partner.
“MNR4SCell (2017-2022) involved UNC Charlotte in research on robotic manipulation of single cancer cells at micro and nano scale.”
PrimaryUS2 projects - SOUTH CHINA UNIVERSITY OF TECHNOLOGY
Chinese research university with laboratory expertise in micro/nano robotics for cancer cell manipulation and computer vision forensics.
“MNR4SCell (2017–2022) focused specifically on micro/nano robotic systems for manipulating and characterising single cancer cells.”
PrimaryCN2 projects