Singapore Bioimaging Consortium (SBIC)

The recently developed ability to chart the molecular progress of diabetes brings much-needed personalized medicine closer to realization

The screening of thousands of fluorescent molecules has revealed a specific label for neural stem cells

The latest technology can automatically generate 3D models of the liver’s blood vascular system

A combinatorial approach speeds up the discovery of highly sensitive probes for detecting cancer

Small molecules that bind one protein inside the test tube may or may not bind the same protein inside the living cell

New substrates boost the sensitivity of surface-enhanced Raman spectroscopy for the detection of glucose at physiological concentrations

The maintenance of insulin secretion by itself is not enough for the prevention and treatment of diabetes

A fluorescent probe that selectively highlights embryonic and induced pluripotent stem cells is now available

A highly truncated receptor protein variant retains the ability to modulate metabolic activity in mice

Rapid synthesis of nanoscale reporter tags offers a promising alternative to fluorescent labeling

Blood vessel development in the pancreas is regulated by the signaling molecule STAT3

The Biomedical Imaging Lab of A*STAR continues to develop world-leading three-dimensional brain atlases to assist clinicians in brain surgery, diagnosis and neuro-anatomical education.