The world's first biomedical research institution exclusively dedicated to research on aging and age-related disease.
United States · Company
A biotechnology company developing therapeutics to extend healthspan by slowing, halting, or reversing diseases of aging, specifically targeting senescent cells.
United States · Startup
A preclinical biotech company developing a programmable gene therapy platform to destroy senescent cells.
A biopharmaceutical company developing therapies that target pathogenic cells driving age-related diseases.
A biotech company developing peptide-based therapies to treat subtypes of senescent cells.
Developing immunotherapies to clear senescent cells.
Developing therapeutics that target the biology of aging, including epigenetic reprogramming to restore visual function.
A clinical-stage techbio company decoding biology by integrating technological innovations across biology, chemistry, automation, and data science.
Senolytic small-molecule programs are drug development efforts focused on creating therapeutics that selectively clear senescent cells (aged, non-dividing cells that accumulate with age and contribute to aging and age-related diseases) to delay multi-system decline associated with aging. Biotech companies are developing small-molecule and peptide senolytics that target anti-apoptotic pathways (cellular pathways that prevent cell death) like BCL-2, enabling senescent cells to be eliminated. Early clinical trials are showing improvements in frailty and fibrosis, and combination regimens are pairing senolytics with autophagy boosters (compounds that enhance cellular cleanup processes) for broader rejuvenation effects. Companies like Unity Biotechnology, Oisín Biotechnologies, and others are developing these therapies.
This innovation addresses the accumulation of senescent cells with age, which contribute to inflammation, tissue dysfunction, and age-related diseases. By clearing these cells, senolytics could potentially delay or reverse aspects of aging. The approach represents a promising strategy for treating age-related conditions.
The technology is particularly significant for longevity medicine, where clearing senescent cells could address multiple age-related conditions simultaneously. As clinical trials progress, senolytics could become important tools for healthy aging. However, ensuring selectivity (only killing senescent cells), managing side effects, and demonstrating long-term benefits remain challenges. The technology represents an important approach to treating aging, but requires continued development and clinical validation. Success could enable new treatments for age-related conditions and potentially extend healthspan, but the path to clinical use requires careful development and validation of safety and efficacy.
