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Bridge to Youth: Decoding and Engineering the Function of Biochemical Reactions in Cell Fate Determination and Survival explores the intricate molecular pathways that govern how cells decide between survival, differentiation, or death. The book delves into the key biochemical reactions and signaling networks involved in cell fate regulation, including growth factors, apoptosis mediators, and metabolic modulators. It examines how advanced bioengineering techniques and synthetic biology tools can be used to manipulate these pathways for therapeutic purposes, with a focus on aging, regenerative medicine, and disease intervention. Case studies and recent research findings illustrate how decoding these complex processes opens possibilities for reversing age-related cellular decline and enhancing tissue repair. By bridging fundamental cell biology with engineering innovations, this work serves as a comprehensive guide for researchers, students, and clinicians aiming to harness cellulardecision-making for health and longevity.