Biomedical Optics Express is OSA's principal outlet for serving the biomedical optics community with rapid, open-access, peer-reviewed papers related to optics, photonics and imaging in the life sciences. The journal scope encompasses theoretical modeling and simulations, technology development, and biomedical studies and clinical applications. Topics include tissue optics and spectroscopy; laser interactions with and manipulation of molecules, cells and tissues; novel microscopies; optical coherence tomography; diffuse optical tomography; photoacoustic and multimodal imaging; molecular imaging and probe development; optical therapies; biosensing; optical biophysics; nanobiophotonics; photobiology; microfluidic optical devices; image reconstruction; and vision research.
Intense terahertz pulses cause DNA damage but also induce DNA repair
Terahertz (THz) radiation, a slice of the electromagnetic spectrum that occupies the middle ground between microwaves and infrared light, is rapidly finding important uses in medical diagnostics, security, ...
No more lying about your age: Scientists can now gauge skin's true age with new laser technique
Wrinkles, dryness, and a translucent and fragile appearance are hallmarks of old skin, caused by the natural aging of skin cells. But while most of us can recognize the signs of lost youth when we peer into ...
Advances in nonlinear microscopy allow researchers to take detailed images deep below the surface of samples
Optical microscopes, also known as light microscopes, provide detailed images of sample surfaces, but their use in looking below the surface is limited. A workaround is to look for signals given off by a ...
First-ever 3-D stress map of developing embryonic heart sheds light on why defects form
As a human fetus develops, its heart has to keep pace with the new body's ever-growing demands. Much of this is controlled by following genetic blueprints, but the embryonic heart also matures in response ...
Tissues tell the tale: Non-invasive optical technique detects cancer by looking under the skin
The trained eye of a dermatologist can identify many types of skin lesions, but human sight only goes so far. Now an international team of researchers has developed an advanced optics system to noninvasively ...
Shedding new light on one of diabetes' most dangerous complications
For many diabetics, monitoring their condition involves much more than adhering to a routine of glucose sensing and insulin injections. It also entails carefully monitoring the ongoing toll this disease takes ...