Animalia · Bio · Science · Technology

New Technique Holds Promise for Hair Growth

Scientists have found a new way to grow hair, one that they say may lead to better treatments for baldness. So far, the technique has been tested only in mice, but it has managed to grow hairs on human skin grafted onto the animals. If the research pans out, the scientists say, it could produce a treatment for hair loss that would be more effective and useful to more people than current remedies like drugs or hair transplants.

Present methods are not much help to women, but a treatment based on the new technique could be, the researchers reported Monday in Proceedings of the National Academy of Sciences.

Currently, transplants move hair follicles from the back of the head to the front, relocating hair but not increasing the amount. The procedure can take eight hours, and leave a large scar on the back of the head. The new technique would remove a smaller patch of cells involved in hair formation from the scalp, culture them in the laboratory to increase their numbers, and then inject them back into the person’s head to fill in bald or thinning spots. Instead of just shifting hair from one spot to another, the new approach would actually add hair.

The senior author of the study is Angela Christiano, a hair geneticist and dermatology professor at Columbia University Medical Center in New York, who has become known for her creative approach to research. Dr. Christiano’s interest in the science of hair was inspired in part by her own experience early in her career with a type of hair loss called alopecia areata. She has a luxuriant amount of hair in the front of her head, but periodically develops bald spots in the back. The condition runs in her family.

Excerpt from an article written by Denise Grady at NYT. Continue THERE

A picture taken on April 13, 2012 and released by the Tsuji Lab Research Institute for Science and Technology of the Tokyo University of Science shows a hairless mouse with black hair on its back at the laboratory in Noda, Chiba Prefecture.

Regenerative medicine repairs mice from top to toe. Three separate studies in mice show normal function can be restored to hair, eye and heart cells.

Digital Media · Film/Video/New Media · Motion Graphics · Photographics · Technology

IR SCANS HUMANS and their Multi-Sky 3D Scan Demo

Infinite Realities® is the 3D scanning service provided by Lee Perry-Smith, the leading 3D modelling and Scanning specialist based in Suffolk, UK. In simple terms, according to them: “We can scan any human being and replicate them in three dimensions as data held in a computer. Our scanning process picks up every detail of their eyes, face, hair, skin colour, body shape and distinguishing features – everything that makes them who they are.”

A downloadable demo by Infinite-Realities put together in Unity features high resolution 3D scans of people in a virtual environment. Incredibly realistic, and can be viewed through an Occulus Rift headset. You really need a next-gen PC to run this demo.

Below are two videos which demonstrate the demo:

Combining 3D scans of real life models in ultra high detail with the Oculus Rift and the Razer Hydra for movement controls to make one of the most realistic and uncanny experiences in Virtual Reality.

Thanks to Yoni Goldstein.

Art/Aesthetics · Bio · Design · Public Space · Science · Technology

3D Portrait Sculptures using DNA Samples from Strangers

Through an un-usual DNA collection method, American artist Heather Dewey-Hagborg creates portrait sculptures from the analyses of genetic material collected in public places. From cigarette butts to hair samples, she works using random traces left behind from un-suspecting strangers. In a statement by Dewey-Hagborg, ‘Stranger Visions’ calls attention to the impulse toward genetic determinism and the potential for a culture of genetic surveillance. Using DNA facial modeling software and a 3D printer, physical models are conceived – reconstructed from ethnic profiles, eye color and hair color.

Text and Images via DesignBoom