Cellular senescence is considered a key biological program that can exert both protective and potentially pathogenic effects in tissues across the lifespan. If senescent cells persist, they are associated with chronic inflammation, disturbed tissue homeostasis and diverse disease phenotypes. In recent years, a clinically highly relevant field of research has emerged from this: Senotherapies – in particular senolytics (selective elimination of senescent cells) and senomorphics (modulation of senescence-associated signaling and secretion patterns) – are widely studied in preclinical models, while human evidence to date comes mainly from early, small studies or from indirect clinical data sets.
You May Also Like
- Case Study: Cystic Fibrosis in Adults
Recurrent Pneumonia as a Manifestation of Cystic Fibrosis
- Long COVID/Fatigue Clinic
An Innovative Approach: Neuroplasticity and Predictive Processing
- T-cell lymphomas
Diagnostic Challenges and New Treatment Options
- Interbrain Synchrony
Two Brains, One Thought
- Atopic Dermatitis in Children and Adults
Topically Applied “Small Molecules”: Janus Kinases or PDE-4 as Targets?
- Dermatomyositis
Glucocorticoids for more than one year
- Diabetic Polyneuropathy
Clinical Presentation, Diagnosis, and Treatment of DSPN
- The Brain and the Motivation to Eat