Bacteria & wrinkles
- Lee Jameson-Laffey
- Feb 12, 2024
- 2 min read
development of wrinkles. This groundbreaking study expands our understanding of the multifaceted factors influencing skin ageing.
The quest for youthful skin takes a microbial turn as recent research, conducted collaboratively by the Centre for Microbiome Innovation at the University of California San Diego, L'Oréal Research and Innovation suggests a connection between skin bacteria and the development of wrinkles. This groundbreaking study expands our understanding of the multifaceted factors influencing skin ageing.
Exposure to ultraviolet light and the natural aging process are established contributors to the loss of skin elasticity. The study proposes a novel perspective, indicating that bacteria may also play a significant role.wrinkles & bacteria
In collaboration, researchers analysed 13 studies involving 650 female participants aged 18 to 70. Each study focused on specific areas such as crow’s feet, wrinkles, or moisture loss, with a meticulous examination of bacteria types on participants’ faces.
Correlation Between Microbiome Diversity and Wrinkles: The study's innovative approach looked beyond traditional factors, revealing that a more diverse microbiome, characterised by various bacteria species, correlated with an increase in crow’s feet. Interestingly, participants with diverse microbiomes, exhibited a positive effect—a reduced likelihood of water loss, preventing saggy skin.
wrinkles & Bacteria - Insights from Qian Zheng, Head of Advanced Research at L'Oréal: Qian Zheng highlights the research's groundbreaking nature in identifying microbial biomarkers linked to visible signs of aging. This collaboration with The Aesthetic Surgery | Durham marks a significant step toward developing technologies for healthier, more youthful skin.
Future Directions and Implications: While it's too early to determine specific anti-aging interventions, the study provides valuable insights. Understanding how bacteria and other microbes influence our skin, paving the way for potential skincare advancements.
Previous Research Insights: Previous research, including findings from The Aesthetic Surgery | Durham, indicates that healthy young women possess less diverse bacteria on their faces. Cutybacteria acnes, dominant in young women, can lead to pore inflammation when another bacteria type infiltrates.
Conclusion: In conclusion, the collaborative study with The Aesthetic Surgery | Durham reveals a promising avenue in the exploration of skin ageing. The integration of diverse perspectives enhances our understanding and opens doors to future skincare solutions.
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