Obtenez 3 mois à 0,99 $/mois + 20 $ de crédit Audible

OFFRE D'UNE DURÉE LIMITÉE
Page de couverture de The Skin Science Podcast with Thomas Hitchcock, Ph.D.

The Skin Science Podcast with Thomas Hitchcock, Ph.D.

The Skin Science Podcast with Thomas Hitchcock, Ph.D.

Auteur(s): PR
Écouter gratuitement

À propos de cet audio

The Skin Science Podcast, hosted by Crown’s Chief Science Officer, Thomas Hitchcock, Ph.D. and assisted by Angela McDonald, Senior Director of Education for Crown Aesthetics, features in depth discussions about all things Skin Science. Whether it’s the skin microbiome, acne or SPF selection, to therapeutic and aesthetic treatment options and more, our discussions will challenge your thinking about Skin Science topics.© 2024 The Skin Science Podcast with Thomas Hitchcock, Ph.D. Science Sciences biologiques
Épisodes
  • Crown Labs Education and Why BIOJUVE is Not Skincare
    Nov 19 2024

    In this episode of The Skin Science Podcast, Thomas M. Hitchcock, Ph.D., Chief Science Officer, speaks with Angela Wilson McDonald, Global VP, Education and Customer Success, about why BIOJUVE is not skincare.

    The Skin Science Podcast is intended to provide listeners with information regarding various topics in the field of skin science. None of the content in this podcast should be interpreted or construed as professional or medical advice. Further, the views and opinions expressed by guests are their own and do not represent those of Crown Laboratories, Inc., and the appearance of any guest on the podcast does not imply an endorsement of the guest or any particular entity they represent.

    Voir plus Voir moins
    53 min
  • "Regenerative Medicine" with special guests Jigna Patel, MD and Ansar Mahmood, MD
    Oct 15 2024

    In this episode of The Skin Science Podcast, Thomas M. Hitchcock, Ph.D., Chief Science Officer, speaks with special guests, Jigna Patel, MD, of Vedaskin, and Ansar Mahmood, MD, Consultant Trauma & Orthopedic Surgeon, about regenerative medicine and how it pertains to skin science.

    The Skin Science Podcast is intended to provide listeners with information regarding various topics in the field of skin science. None of the content in this podcast should be interpreted or construed as professional or medical advice. Further, the views and opinions expressed by guests are their own and do not represent those of Crown Laboratories, Inc., and the appearance of any guest on the podcast does not imply an endorsement of the guest or any particular entity they represent.

    Voir plus Voir moins
    1 h et 3 min
  • "Skin Microbiome and Skin Aging - is there a Correlation?" with Special Guest, Jigna Patel, MD
    Sep 17 2024

    In this episode of The Skin Science Podcast, Thomas M. Hitchcock, Ph.D., Chief Science Officer, speaks with special guest, Jigna Patel, MD, of Vedaskin, and Angela Wilson McDonald, Global VP, Education and Customer Success, about whether skin aging is correlated to the skin's microbiome.

    The Skin Science Podcast is intended to provide listeners with information regarding various topics in the field of skin science. None of the content in this podcast should be interpreted or construed as professional or medical advice. Further, the views and opinions expressed by guests are their own and do not represent those of Crown Laboratories, Inc., and the appearance of any guest on the podcast does not imply an endorsement of the guest or any particular entity they represent.

    0:00 Intro
    1:24 Special Guest, Jigna Patel MD
    5:21 Introduce topic, aging & the skin microbiome
    11:10 Aging as a disease state
    15:15 Band-aid treatments vs reversing aging
    19:50 Relationship between skin microbiome and age
    24:40 Commensal vs pathogenic in whole ecosystems
    28:20 Nurturing the skin's natural properties
    32:45 Microbe diversity and age
    37:18 Gut vs skin microbiomes in age
    42:27 Closing remarks

    Reference at 37:50: Woo YR, Kim HS. Interaction between the microbiota and the skin barrier in aging skin: a comprehensive review. Front Physiol. 2024;15:1322205. doi:10.3389/fphys.2024.1322205

    Voir plus Voir moins
    48 min
Pas encore de commentaire