A new international study shows promise in treating frailty among the elderly using mesenchymal stem cells.
Participants aged 70-85 in the CRATUS trial showed a 20% improvement in physical endurance after a single infusion.
The Lomecel-B (laromestrocel) stem cell product, developed by Longeveron, was used in the study.
The study, published in Cell Stem Cell on March 5, indicates a potential treatment for accelerated aging.
Frailty affects up to one in four people over 50 worldwide and is expected to rise in India.
Detailed Insights:
Frailty is an accelerated biological aging condition marked by lower endurance and slower recovery, often undiagnosed and without standard treatment.
Mesenchymal stem cells, found in bone marrow and fat tissue, can differentiate into various tissues and release molecules that reduce inflammation and promote tissue repair.
The study found that laromestrocel potentially works by reducing inflammation in tissues surrounding small blood vessels.
India's healthcare system is primarily focused on acute illness, with limited attention to preventive geriatric assessment and early interventions for aging-related vulnerabilities.
Ayushman Bharat focuses on hospital-based care, and frailty is not recognized as a reimbursable condition, while the National Programme for Health Care of the Elderly has limited reach.
The ICMR has issued strict guidelines limiting the use of stem cells to approved clinical trials to prevent exploitation by unregulated clinics.
A therapy that improves resilience could significantly reduce hospital stays, complications, and improve the quality of life for elderly patients.
Key Concepts Involved:
Frailty: A state of accelerated biological aging characterized by decreased endurance and slower recovery.
Mesenchymal Stem Cells: Versatile cells found in bone marrow and fat tissue that can differentiate into various tissues and promote tissue repair.
Ayushman Bharat: India's flagship public health insurance scheme focused on providing hospital-based secondary and tertiary care.