Allosteric Bioscience Advances Integrated Platform To Decode And Control Molecular Drivers Of Aging

06 March 2026 | Friday | News

Genetics, genomics, systems biology, quantum computing and proprietary AI converge to target lamin A, tryptophan metabolism, DNA repair and mitochondrial function to optimise longevity and reduce age related disease burden.

Allosteric Bioscience, Inc. is utilizing Genetics, Genomics, Systems Biology, Quantum Computing, Advanced Proprietary AI and Proprietary Molecular Technologies for understanding and controlling the Molecular Mechanism of Aging and Longevity with the goal of optimizing the aging process and extending longevity.

Aging factors that are being targeted are Lamin A which is critical for proper cellular function, Tryptophan Metabolism involved in most aging related diseases, improved DNA repair, optimizing mitochondrial metabolism, prevention and treatment of sarcopenia (muscle wasting due to aging or weight loss drugs) and control of factors comprising a Master Aging Complex identified by Dr. Arthur P. Bollon, who is President and Co-Founder of Allosteric Bioscience, Inc.

Dr. Bollon indicates that “Creation of modulators for key controlling factors involved in the aging molecular mechanism could reduce aging related diseases and significantly extend longevity. We welcome inquires about our technologies and opportunities for collaboration and partnering”.

 

 

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