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Artwork for Biophotonics Discovery: The Podcast

Biophotonics Discovery: The Podcast

SPIE
Biophotonics
Oral Cancer
Artificial Intelligence
Milk Fat Globules
Photoplethysmography
Human Milk
Deep Learning
Biophotonics Discovery
Photodynamic Therapy
Near-Infrared Spectroscopy
Optical Phenotyping
Uncinate Fasciculus
Ovarian Cancer
Mueller Matrix Polarimetry
Light Scattering
Refractive Index
Wearable Devices
Hemodialysis
Thyroid Cancer
Vaginal Microbiome

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. spie.org/biophotonicsdiscovery

PublishesWeeklyEpisodes31Founded10 months ago
Category
Science

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Artwork for Biophotonics Discovery: The Podcast

Latest Episodes

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 Politecnico di Milano, highlights how t... more

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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 of absorbing molecules, Guosong... more

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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. Their findings not only mark the... more

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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 spectroscopy, or “eff neers”.

Func... more

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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 scatters in this vital fluid. This ... more

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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 detection of ovarian cancer. Thi... more

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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 measurements used in analyzing milk compo... more

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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 shares his unique path from star... more

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Key Facts

Accepts Guests
Contact Information
Podcast Host

Recent Guests

Guosong Hong
Assistant Professor of Materials Science at Stanford University
Stanford University
Episode: A conversation with Guosong Hong, winner of the Impact of the Year Award, on optical transparency and ... acousto-optics?
Eman Namati
CEO of SpectraWAVE
SpectraWAVE
Episode: Commercialization in Biophotonics: A conversation with Eman Namati, CEO of SpectraWAVE
Laura Marcu
Professor of Biomedical Engineering at UC Davis; Director of the National Center for Interventional Biophotonics Technologies
University of California, Davis
Episode: Dr. Laura Marcu on Serendipity, Science, and the Power of Interdisciplinary Vision
Darren Roeblier
Senior author cited in episode
Episode: AI Briefings: A New Light on Hemodialysis: Noninvasive Monitoring Predicts Adverse Events
Tyler Vass
Researcher lead on the study discussed
Duke University and UCLA
Episode: AI Briefings: Seeing Thyroid Cancer in a New Light
David Cuccia
President and CTO of Modulim
Modulim
Episode: Commercialization in Biophotonics: A conversation with David Cuccia and Amaan Mazhar about Modulim
Amaan Mazhar
CEO of Modulim
Modulim
Episode: Commercialization in Biophotonics: A conversation with David Cuccia and Amaan Mazhar about Modulim
Kamani C. Toussaint, Jr.
Senior author on the wearable PPG study
Episode: AI Briefings: Polarized Light Boosts Wearable Sensor Accuracy for All Skin Tones
Wan Wang
Researcher credited in the study
Duke University BIOS research group
Episode: AI Briefings: Real-Time Blood Cell Imaging Goes Portable with Embedded GPU Innovation

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Talking Points

Recent interactions between the hosts and their guests.

Commercialization in Biophotonics: A conversation with Brian Pogue about Dose Optics
Q: How did you approach regulatory approval and funding for the device?
We pursued a hybrid 510(k) strategy with predicates from adjacent imaging tech, documented GMP processes, and leveraged SBIRs for non-dilutive funding, while strategic partnerships helped with scaling without needing to rely on venture capital.
Commercialization in Biophotonics: A conversation with Brian Pogue about Dose Optics
Q: What were the key moments that convinced you to start a company around this?
Two pivotal factors: first, the space had little to no patent protection, so securing broad IP was crucial; second, finding a CEO who could handle business logistics while the scientist in me focused on R&D was essential, and that partnership catalyzed the company's formation.
Commercialization in Biophotonics: A conversation with Brian Pogue about Dose Optics
Q: Could you summarize what the technology is and what problem it solves?
The technology uses Cherenkov light produced in tissue during radiation therapy to visualize where the dose is deposited, enabling real-time or near-term corrections and better alignment across daily treatments.
Innovating Biophotonics: Anita Mahadevan-Jansen on Translational Impact and Future Frontiers, Part 2
Q: What are your thoughts on SPIE publishing vs. for-profit publishers, and how does SPIE's model benefit the community?
SPIE is not-for-profit and reinvests money back into the community through travel grants and other initiatives, which is essential for sustaining education and research in biophotonics.
Innovating Biophotonics: Anita Mahadevan-Jansen on Translational Impact and Future Frontiers, Part 2
Q: How do you approach mentoring and recruitment in your lab to build a collaborative, proactive team?
I recruit by focusing on the kinds of work the students want to do, align their interests with my needs, and involve every student in the decision process to build a strong, communal lab environment.

Audience Metrics

Listeners, social reach, demographics and more for this podcast.

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Frequently Asked Questions About Biophotonics Discovery: The Podcast

What is Biophotonics Discovery: The Podcast about and what kind of topics does it cover?

The episodes center on biophotonics innovations, with frequent deep-dives into imaging technologies, optical sensing, and AI-assisted analysis. Conversations span foundational science, translational applications, and the commercialization journey of medtech devices, including regulatory hurdles, funding paths, and real-world deployment in clinical settings. Notable throughlines include ambitious imaging modalities (OCT, NIRS, SFDI, DOCE), the integration of AI for image interpretation, and real-world considerations for bringing lab-developed therapies and devices to market. The show often features industry leaders and researchers who discuss strategic decisions, partnerships, and the evolving landscape of translational biophotonics, making ... more

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Biophotonics Discovery: The Podcast launched 10 months ago and published 31 episodes to date. You can find more information about this podcast including rankings, audience demographics and engagement in our podcast database.

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What guests have appeared on Biophotonics Discovery: The Podcast?

Recent guests on Biophotonics Discovery: The Podcast include:

1. Guosong Hong
2. Eman Namati
3. Laura Marcu
4. Darren Roeblier
5. Tyler Vass
6. David Cuccia
7. Amaan Mazhar
8. Kamani C. Toussaint, Jr.

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