Hosted by SPIE · 🇺🇸 US · EN-US · 31 episodes
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Welcome to Biophotonics Discovery: The Podcast, your audio gateway into cutting-edge discoveries and translational advances in biophotonics. Hosted by Biophotonics Discovery, an SPIE journal at the forefront of light-based science and innovation. https://spie.org/biophotonicsdiscovery
SPIE hosts Biophotonics Discovery: The Podcast, a science show with 31 episodes published.
Recent research has unveiled fascinating insights into hemoglobin's behavior when exposed to heat, revealing its oxygenation-dependent dynamics. The study, conducted by Professor Antonio Pifferi and team at the Politecni
In this episode, Darren Roblyer and Travis Sawyer talk to Dr. Guosong Hong about his award-winning work in the realm of biophotonics, specifically his groundbreaking research on optical clearing. Through innovative use o
In a groundbreaking study, researchers have unveiled vital insights into the structure of the human uncinate fasciculus, a significant white matter tract linking the anterior temporal lobe to the orbitofrontal cortex. Th
In a new study, researchers have demonstrated that athree-layer tissue model significantly enhances the ability to accurately analyze cerebral hemodynamics using functional dual-slope frequency-domain near-infrared spect
In a groundbreaking study, researchers have demonstrated that two key properties of human milk—specifically, fat concentration and the size distribution of milk fat globules—are critical for understanding how light scatt
In an exciting advancement for women's health, researchers have developed a groundbreaking endoscope specifically designed for imaging and cell collection in the fallopian tubes, potentially paving the way for earlier de
A groundbreaking study has revealed that the refractive index of milk fat globules in human milk is notably higher than that found in bovine milk. This finding is crucial for improving the accuracy of optical measurement
In this episode of our commercialization series, Darren and Gwen sit down with Eman Namati, the CEO of SpectraWAVE, to explore how his team moved from concept to a major acquisition by Philips in under six years. Eman sh
Recent advances in biomedical optics have introduced new approaches for examining tissue microstructure in connective tissue disorders such as Ehlers–Danlos syndromes (EDS), a group of inherited disorders that affect the
In this episode, Biophotonics Discovery Associate Editor Travis Sawyer interviews Laura Marcu, professor of biomedical engineering at the University of California, Davis, and director of the National Center for Intervent
A novel optical technique could be the key to predicting life-threatening complications during hemodialysis, offering a noninvasive way to monitor patients’ fluid status in real time. In a recent clinical study, research
In a significant step toward improving the success of in vitro fertilization, researchers at Vanderbilt University have developed a new kind of embryo culture dish that dramatically enhances imaging accuracy, thanks to a
A recent breakthrough tackles a long‑standing challenge in thyroid cancer surgery, by blending advanced optical imaging with artificial intelligence. Thyroid cancer is the most common endocrine cancer, and as detection r
In this episode of our commercialization series, Darren and Gwen sit down with David Cuccia (President & CTO) and Amaan Mazhar (CEO) of Modulim, a biophotonics startup developing commercial applications of Spatial Freque
Imagine checking your blood pressure as easily as taking a selfie—with no cuff, no discomfort, and continuous readings throughout the day. That’s the promise of optical, cuffless blood pressure monitoring, and it’s close
Imagine checking your blood pressure as easily as taking a selfie—with no cuff, no discomfort, and continuous readings throughout the day. That’s the promise of optical, cuffless blood pressure monitoring, and it’s close
New research highlights a critical gap in our understanding of how light interacts with the skin’s outermost layer—and the consequences for the accuracy and equity of wearable health technologies. While skin-interfacing
Photoplethysmography is a powerful optical technique used indevices like smartwatches and pulse oximeters to track vital signs. Yet this seemingly simple technology has a complicated, and at times inequitable, truth—it d
In this AI briefing, hear about a new breakthrough by a team from Duke University that brings high-speed, high-precision blood cell imaging closer to clinical reality by using a low-cost, embedded GPU platform to poweron
In October, Biophotonics Discovery hosted a webinar on biophotonics in global health. This episode includes the recorded audio from that event. To watch the full video recording, visit https://www.spiedigitallibrary.org/
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Biophotonics Discovery: The Podcast is hosted by SPIE. The show is categorised under science and has published 31 episodes.
Biophotonics Discovery: The Podcast has published 31 episodes.
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