The Science
Behind Us

Birthmarks, often a topic of curiosity and intrigue, have their origins rooted in the complex workings of human biology. These unique skin markings can emerge shortly after birth or develop over time, showcasing a diverse array of colors, shapes, and sizes. While the exact mechanisms behind birthmark formation are not fully elucidated, they are believed to arise from a variety of factors, including abnormalities in blood vessels, melanocytes (cells responsible for pigment production), smooth muscle, fat, fibroblasts, or keratinocytes (the predominant cells in the skin). These aberrations in cellular development and pigmentation give rise to the distinctive birthmarks that adorn our skin, each telling its own story of biological happenstance.

Lastest Findings You Can Google

Groundbreaking 2013 Gene Discovery

Identifying these mutated gene clusters has greatly enhanced the understanding of Sturge-Weber syndrome, and lead to the initiation of clinical trials. Dr. Comi has successfully trialed Epidiolex for seizures and oral Sirolimus for cognitive impairments linked to the syndrome.

Pulsed Dye Laser Treatment in Psoriasis

Pulsed dye laser (PDL) therapy looks like it could help keep psoriasis at bay for a while, by treating certain parts of the skin with PDLs. This might disrupt up the inflammation in the skin that causes psoriasis, giving some relief for a long time.

Pulsed Dye Laser (PDL) and (RF) energy device

Assessing the effectiveness of combining pulsed dye laser (PDL) with radiofrequency (RF) energy in one device to tackle larger and deeper blood vessels, aiming to overcome resistance typically encountered with PDL alone.

Drug Imatinib Possible Treatment For SWS

A potential target for treating Sturge-Weber syndrome and possibly other vascular lesions was identified. Imatinib, targeting c-Kit, reduced the size of vascular malformations in mice. It may be helpful treating similar conditions in humans.