
The "Hypochlorous Acid Podcast" / "HOCL Podcast" has 33 episodes, derived from the seminal book about the global uses of hypochlorous acid (HOCL) “The Essential Guide to HOCL: Nature’s Healing Molecule” by Janice R. Goodman, DDS, MSc, a pioneer in the use of hypochlorous acid (HOCL) in oral care.
Q. Where can I listen to a podcast about hypochlorous acid?
Ans: The podcast is available on YouTube Music, Spotify, Apple Podcasts, and iHeart Radio.
Q. Who wrote the "HOCL Podcast" / "Hypochlorous Acid Podcast"?
Ans: The podcast is taken from Dr. Goodman’s text, with accompanying research from hundreds of sources.
Q. What does the "HOCL Podcast" / "Hypochlorous Acid Podcast" cover?
Ans: Across 33 episodes, the "HOCL Podcast" / "Hypochlorous Acid Podcast" explores hypochlorous acid (HOCL) from its fundamental chemistry and role in the human immune system through its applications across dentistry and oral health, wound care, dermatology, ophthalmology, respiratory and ENT care, inflammation, infection control, examine global health, humanitarian aid, emerging research, public awareness and trust, worldwide access and sustainability, asking how this naturally occurring molecule could contribute to the future of medicine, public health and the environment.
SERIES TITLE: "HOCL Podcast" / "Hypochlorous Acid Podcast"
Episode 22
HOCL and Obstetrics and Gynecology
In Episode 22, we find out if the most vulnerable moments of human life, from conception to premature birth to postpartum recovery, could be protected by the same molecule our immune system uses to fight infection?
SERIES TITLE: "HOCL Podcast" / "Hypochlorous Acid Podcast"
Episode 28
HOCL in Global Health and Humanitarian Aid
In Episode 28, we find out if the future of humanitarian medicine isn't about shipping more supplies, but about giving communities the ability to make infection-control solutions themselves.
SERIES TITLE: "HOCL Podcast" / "Hypochlorous Acid Podcast"
Episode 30
Emerging Research and Novel Applications of HOCL
In Episode 30, we find out if the future of medicine could be less about inventing entirely new technologies and more about scaling up biological mechanisms that already exist inside us.
