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U.S. FDA clears OCT imaging system for pancreatic and biliary applications

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Expanding cell analysis portfolio, Agilent acquires BioTek

The signaling protein Fyn moving and forming clusters in living brain cells, viewed using superresolution microscopy.

Superresolution microscopy makes important dementia protein discovery

The research done at Ruhr University Bochum could help manufacture optogenetic tools in a targeted manner.

Quantum computing approach helps create targeted optogenetic proteins

Optical neural stimulation to improve prosthetics

Real-time Raman spectroscopy offers new hope to brain cancer patients, by giving surgeons a transformative technology that can differentiate healthy tissue from cancer-invaded tissue with the speed and spatial precision required for these delicate procedures.

Raman spectroscopy instrument receives testing authorization for brain cancer surgeries

The device without a smartphone (left) and with a smartphone attached (right).

Novel scanner hooks to a smartphone to detect viruses

The Alfa Plus combination therapy device for pain relief treatment is shown in use.

Solio brings combo therapy device for pain relief to market

Carnegie Mellon University researchers have developed a novel method to use ultrasound for guiding light through tissue for noninvasive endoscopic imaging of deep organs and tissue without surgery or invasive procedures.

Ultrasound-assisted optical imaging method could replace endoscopy

A diagram of wide-field infrared photothermal imaging setup developed by Ji-Xin Cheng, adjunct professor of Purdue’s Weldon School of Biomedical Engineering, and Ali Shakouri, the Mary Jo and Robert L. Kirk Director of the Birck Nanotechnology Center in Purdue’s Discovery Park, alongside images of living pancreatic cancer cells it would be used to spot.

IR chemical imaging method promises better prostate cancer examination