This Video/ Audio explores the therapeutic application of low-level light therapy (LLLT) using light-emitting diodes (LEDs), known as LED-LLLT. It discusses the historical roots of light therapy and explains the photobiological principles behind how light interacts with cells to promote healing and improved function without causing damage.It highlights specific wavelengths (415 nm blue, 633 nm red, and 830 nm near-infrared) and their associated clinical uses, such as treating acne, aiding wound repair, and reducing pain.

#TrueScience, #LightEmittingDiode, #LEDTherapy, #LowLevelLightTherapy, #LEDLLLT, #WellnessJourney, #HealingWithLight, #LightTherapy, #ChronicPainRelief, #SkinHealth, #HolisticHealing, #Phototherapy, #LuminousLife, #HealthInnovation, #AlternativeMedicine, #ModernTherapies, #ScienceOfLight, #WellnessTechnology, #NaturalHealing, #LightForWellness,

Recent advancements in understanding the pathogenesis of vitiligo have facilitated the development of potential treatment strategies, such as Janus kinase inhibitors, cytokine blockers, and agents targeting tissue resident memory or regulatory T cells. These emerging therapies offer hope to patients with vitiligo

Superoxide Dismutase (SOD) has been studied as a treatment option for vitiligo, often in combination with narrow-band UVB (NB-UVB) Photo-Therapy.

This explores modern "skin boosters"—ingredients used to improve skin health and reduce aging signs. Originally focused on hyaluronic acid fillers, the term now includes substances like poly-L-lactic acid, polynucleotides, growth factors, and exosomes. The discussion highlights their effects, delivery methods, and regulatory aspects in Korea, noting the need for further advancement, especially in exosome technology.

• #SkinBoostersPodcast #SkinDeepWithSkinman #SkinmanSpeaks #TheSkinmanShow #DermatologyDecoded

• #SkincareScience