Who is Attending Skin Ageing & Challenges 2023?

Among Industrials Abbvie Allergan Aesthetics Beiersdorf AG Chanel CompLife Group Givaudan Herbalife Nutrition L’Oréal R&D Laboratoire Native Laboratoires Clarins Laboratoires Expanscience Lactobio A/S Mibelle Group No7 Beauty Company Pharmasynthèse – Inabata Skineome Tianjin Finder Biotechnology Co. Unifarco Among Academics Albstadt-Sigmaringen University Boston University School of Medicine CLR Berlin Fondazione IIT – Paolo Decuzzi Fraunhofer IGB…

Revealing Fundamental Molecular Mechanisms of Aging and Lifespan Extension

Despite centuries of medical research, pivotal questions about aging persist. A recent study by German scientists, published in Nature, suggests breakthrough insights into these questions. Researchers from the University of Cologne and Max Plank Institute for Biology of Aging, revealed an age-related acceleration in gene transcription coupled with reduced precision and increased errors. They reported…

Sun Exposure Impact on Skin Microbiota Composition in Holidaymakers

The skin microbiota plays a crucial role in maintaining epidermal homeostasis. Ultraviolet radiation (UVR) and other environmental challenges can impact the skin microbiota through direct and indirect mechanisms. In their study, Abigail K. Langton from the University of Manchester and her team, aimed to investigate the effects of sun exposure on the skin microbiota and…

Commensal Staphylococcus epidermidis contributes to skin barrier homeostasis

Previously either regarded as insignificant or feared as potential sources of infection, the bacteria living on our skin are increasingly recognized for their role in benefitting human health. Skin commensals modulate mucosal immune defenses and directly interfere with pathogens; however, their contribution to the skin’s physical integrity is less understood. In their study, published in…

Unlocking the Potential of Hydrogen Sulfide as a Healthy Ageing Therapeutic When Specifically Targeted Within Cells

Future therapies to help people live healthy lives for longer could be developed from drugs that release tiny amounts of the gas hydrogen sulfide (H2S), new research has indicated. A study from the University of Exeter, funded by the US Army and charity The United Mitochondrial Disease Foundation, found that targeting tiny amounts of H2S…