01 · Genetics
Genetics
Genetics identifies the molecular differences between cancer cells and healthy cells, giving researchers specific changes to investigate and target.
Advancing ScienceThe speed of Software — The scale of Cloud
Bio-Nano Technology Research Group brings genetics, artificial intelligence, cloud computing and robotics together to build scientific ventures. Cancer research is at the centre of that work: finding better ways to target, destroy and remove cancers, reduce the burden of treatment and shorten the path from discovery to use. The same technology also supports biomedical information, evidence analysis and open, repeatable science.
The four disciplines
One system for experimental science.
Genetics defines the biological question. Robotics performs repeatable work. Cameras and sensors record each run. Artificial intelligence and cloud computing compare the results across experiments, teams and sites.
02 · Artificial intelligence
Artificial intelligence
Artificial intelligence compares results across large experimental datasets, finds patterns and helps researchers choose the next conditions to test.
03 · Cloud computing
Cloud computing
Cloud computing connects methods, instruments and results across research sites, so today’s output in Basel can become tomorrow’s input in Cambridge.
04 · Robotics
Robotics
Robotics repeats defined laboratory steps while cameras and sensors record measurements throughout the run, including observations that manual work would miss.
Work with bntrg
Work with BNTRG.
We welcome enquiries from researchers, engineers and organisations working in cancer research, scientific automation, biomedical information and evidence analysis. Tell us what you want to explore.