• Skip to main content
  • Skip to footer

PeDRA

Pediatric Dermatology Research Alliance

  • DONATE
  • Join PeDRA
  • Login
MENUMENU
  • Contact Us
  • For Patients & Families
        • Patient Support
        • Patient Education
        • Community Spotlight
        • Play Eczema Counts Now!
        • Patient Advisory Committee
        • Find a Pediatric Dermatologist (from SPD)
        • Awards Program
        • Parents, advocates, and patients over the age of 18 with a direct connection or significant interest in childhood skin disease or pediatric dermatology research are encouraged to join the PeDRA network for free as Community Members.

          Apply Now!

  • Education and Events
        • Virtual Education
        • SPD/PeDRA Journal Club
        • PeDRA Pearls Podcast
        • Mentorship Program
        • 2023 Annual Conference
        • 2023 Dash for Discovery Fun Run/Walk
        • Early Investigator Support
        • Play Eczema Counts Now!
        • Events Calendar
        • Explore our educational catalog!

  • Research
        • Grants and Fellowships
        • Resources for Researchers
        • Survey Application
        • Study Application
        • Research Areas
        • Publications
        • PeDRA EDI Corner
        • View all open funding opportunities!

  • Membership
        • New to PeDRA? Apply Here
        • 2024 Membership Renewal
        • Member Dashboard
  • About
        • Mission, Vision, and Core Values
        • Leadership & Staff
        • Annual Reports & Financials
        • Awards Program
        • News Archive
        • Our Supporters
        • Our Membership
        • Member Spotlight
        • Our Committees
        • Getting to Know You
        • It’s Membership Renewal Time – Renew today!

  • Member Login

Neonatal Cutaneous Microbiome Predictors of Infantile Eczema

August 2, 2021 By Mike Siegel

Principal Investigator:

Jennifer Schoch, MD
University of Florida

Overview:

Though the cause of eczema is yet unknown, animal studies suggest importance of the early interaction between bacteria present on the skin and the immune system. If bacteria are present on the skin of mice shortly after birth, then the immune system learns to “tolerate” the bacteria, and doesn’t create inflammation (i.e. eczema) when later exposed to the bacteria. To explore the possibility of a similar human mechanism, we will collect skin microbiome samples (including bacterial genetic material) from infants weekly for the first 4 weeks of life. The bacteria found on the skin in infants who later develop infantile eczema will be compared to infants who do not develop eczema. We hypothesize that specific bacteria (e.g. Staphylococcus) will be more abundant in the early skin microbiome of infants who do not develop eczema, compared to infants who do develop eczema. Successful completion will guide strategies to prevent eczema.

Status:

This study was funded through the 2021 Childhood Eczema Challenge Grant.

Filed Under: Active Studies, Atopic Derm & Psoriasis, Neonatal Skin

Footer

  • Our Membership
  • For Patients
  • For Researchers
  • Governance Policies
  • Financial Conflict of Interest Policy
  • Jobs at PeDRA
  • Facebook
  • Instagram
  • LinkedIn
  • Twitter
  • YouTube
Sign up to receive emails from PeDRA

Four Star Charity Navigator

Join PeDRA
Donate

Copyright © 2023 · Pediatric Dermatology Research Alliance (PeDRA) · All Rights Reserved. · Privacy Policy