Skin Research Institute of Singapore (SRIS)
Researchers discover that circadian rhythms control immune responses and may affect how our skin’s immune system responds to allergies.
A new 3D-printed microneedle array could prove a more effective, less invasive diagnostic tool to extract disease-causing fungi from deep skin layers.
Scientists discover how a gene expressed in hair follicle cells controls hair pigmentation, creating new opportunities for future skin cancer therapeutics.
Fine-tuning the levels of three skin cell metabolites could be the key to unlocking treatments for psoriasis and ageing skin.
The identification of a class of inflammatory immune cells offers new opportunities to treat chronic skin conditions.
Induced pluripotent stem cells have helped researchers map the role of the RFX6 gene in a rare congenital disorder known as Mitchell-Riley Syndrome.
Asian patients with suspected but undiagnosed rare genetic diseases could get answers sooner thanks to next-generation sequencing technologies.
When placed in the proper environment, even stem cells from unlikely sources like the bladder or prostate can form skin components like hair follicles and sebaceous glands.
The mysterious trigger of the NLRP1 inflammasome sensor has finally been identified: a protease found in the common cold-causing human rhinovirus tells our body that it has been invaded.
For the first time, researchers have generated lab-grown livers that have functioning bile canaliculi, an important step towards modeling complex liver diseases.
A new sequencing technique called PORE-cupine combines artificial intelligence to reveal ribonucleic acid structures in cells.