Laser light, a dye and a nonsurgical implant could help overcome obesity. ScienceDaily . Retrieved May 6, 2025 from www.sciencedaily.com / releases / 2022 / 04 / 220406101633.htm ...

image: In this illustration, an implant (blue and gray) creates a feeling of fullness by pressing on the stomach and, when activated by a laser (black), killing cells that produce the hunger ...

According to Homer, the conversion of brown to blue is initiated by zapping the concentrated melanin with a special laser tuned to specific frequency. This essentially destroys the brown pigments ...

As with the pulsed dye laser, multiple treatments are necessary to achieve the best results. ... Nevus of Ota, a light brown to dark blue lesion which often covers a person's cheek, ...

A human cell, alive and lasing It's not quite Cyclops , the sci-fi superhero from the X-Men franchise whose eyes produce destructive blasts of light, but for the first time a laser has been ...

Mice made transparent with a dye used in Doritos ... it lets the scientists see the cerebral blood vessels with laser speckle contrast imaging, ... which let us see shades of violet and blue.

New research has shown laser-like emission from three-dimensional self-assembled photonic crystals containing dye-doped nanospheres made of polystyrene 1. Such dye-doped solid photonic crystals ...

Scientists at the Communications Research Laboratory (CRL) in Iwaoka, Japan, have developed high-gain mirrorless dye lasers based on macromolecules called dendrimers.. Capable of holding high dye ...

Tiny dye laser suits lab-on-a-chip. 08 Sep 2004. Japanese research could lead to miniature optical circuits that can perform spectroscopy on a glass chip. Scientists in Japan have used a femtosecond ...

In this illustration, an implant (blue and gray) creates a feeling of fullness by pressing on the stomach and, when activated by a laser (black), killing cells that produce the hunger hormone.