HMN 2025: How Stem cells from adipose tissue could enhance wound therapeutic and scar formation

Stem cells from adipose tissue may improve wound healing and scar formation
Clinical pictures of the stomach scar of a 39-year-old feminine study affected person: (A) the handled facet on the 1-month follow-up; (B) the {control} facet on the 1-month follow-up; (C) the handled facet on the 6-month follow-up; (D) the {control} facet on the 6-month follow-up; (E) the handled facet on the 1-year follow-up; (F) the {control} facet on the 1-year follow-up. Credit: Aesthetic Surgery Journal Open Forum (2024). DOI: 10.1093/asjof/ojae072

Dr. Lisa Ramaut from the Department of Plastic, Reconstructive, and Aesthetic Surgery on the Brussels University Hospital (UZ Brussel) has carried out analysis on the usage of stem cells derived from adipose tissue for wound therapeutic and scar formation. Her study sheds new gentle on the potential of those cells to enhance surgical scars and forestall pathological scar formation.

The paper is published within the Aesthetic Surgery Journal Open Forum.

“Traditionally, stem cells have been primarily harvested from or umbilical wire blood, each comparatively difficult-to-access sources. In 2001, it was found that not solely comprises fats cells but in addition —supporting cells that perform as stem cells in instances of tissue injury. This supplied a way more accessible different for stem cell therapies. Since then, these stem cells have been studied and used for numerous functions, together with neurological problems, osteoarthritis, ache remedy, and wound therapeutic,” says Dr. Ramaut.

“For my analysis, I particularly targeted on the affect of those stem cells on wound therapeutic and scar formation. We carried out medical experiments by which surgical wounds have been handled with adipose-derived stem cells, generally known as nanofat.”

The study confirmed that nanofat had a optimistic impact on the early part of scar maturation. In the handled group, irritation and redness of the scar subsided extra shortly than within the {control} group, which is a promising discovering. Long-term advantages on haven’t but been established, however the sooner discount of irritation means that this remedy could assist stop problematic scars.

“This requires additional analysis in bigger medical research,” continues Dr. Ramaut. “Although the analysis targeted on surgical scars, it additionally holds potential for the medical and beauty sectors. Adipose-derived stem cell therapies are already getting used for and pores and skin enchancment, however the scientific basis has thus far been restricted. My analysis helps clarify why sure optimistic results happen and paves the way in which for extra focused therapies.”

The significance of additional research to totally map the potential of those stem cells should be emphasised. “Many individuals already endure stem cell therapies for scars and pores and skin enchancment, however stable scientific proof on the precise mechanisms was missing. Our analysis contributes to unraveling these mechanisms,” concludes Dr. Ramaut.

More data:
Lisa Ramaut et al, Improvement in Early Scar Maturation by Nanofat Infiltration: Histological and Spectrophotometric Preliminary Results From a Split Scar–Controlled, Randomized, Double-Blinded Clinical Trial, Aesthetic Surgery Journal Open Forum (2024). DOI: 10.1093/asjof/ojae072

Citation:
Stem cells from adipose tissue could enhance wound therapeutic and scar formation (2025, March 3)
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