PGEM academic studies are examining cellular senescence, protective gene regulation, epigenetic control and the mechanisms that support long-term skin resilience.
Article
PGEM academic studies are examining cellular senescence and protective gene regulation as part of a wider research programme on skin aging, resilience and psychodermatology.
Cellular senescence refers to a biological state in which cells stop dividing but remain metabolically active. Senescent cells can have useful roles in processes such as wound healing, but their long-term accumulation may also be associated with inflammation and age-related tissue change.
In skin science, cellular senescence is relevant to the behaviour of fibroblasts, keratinocytes, immune cells and other structures involved in tissue maintenance. These cells contribute to barrier function, collagen organisation, repair and protection from environmental exposure.
PGEM’s research framework will examine the factors that may influence cellular stress, including ultraviolet radiation, oxidative damage, pollution, chronic inflammation and metabolic disruption.
Protective gene regulation is another central theme. Cells contain complex systems that respond to damage, regulate inflammation and support repair. These systems are controlled through genetic and epigenetic mechanisms.
Prof. Dr. Bilal Semih Bozdemir’s academic approach also considers whether long-term stress biology may interact indirectly with these processes. Persistent stress may influence sleep, immune regulation, hormonal signalling and health behaviour, all of which can affect biological resilience.
The programme will avoid simplistic conclusions. Cellular senescence is not caused by one emotional or environmental factor, and gene regulation cannot be reduced to a single lifestyle variable.
Instead, PGEM aims to organise the available scientific questions into a multidisciplinary framework involving dermatology, molecular biology, psychology, immunology and preventive health.
Future academic work may address senescence-associated inflammatory signalling, protective gene pathways, skin-barrier recovery and the epigenetic regulation of cellular adaptation.
Through these studies, PGEM seeks to connect molecular research with wider questions about stress, environment and long-term dermatological health.
