Cryonics and Cryopreservation: Preserving the Body and Brain for Future Revival Technologies
Cooling the newly deceased to -196°C in hope of future revival: medicine, speculation, or rational wager? A sober review of…
Cooling the newly deceased to -196°C in hope of future revival: medicine, speculation, or rational wager? A sober review of…
Scanning every synapse and running the mind as software: the most radical longevity proposal ever made. A rigorous look at…
Gene-edited pig kidneys and hearts are now beating inside human recipients. This review examines the genetic engineering, the first clinical…
Printing living tissue layer by layer could end the organ shortage. This review covers bioinks, vascularization, and how far 3D-bioprinted…
From bone-marrow transplants to iPSC-derived tissues, stem cells can rebuild what aging destroys. This review covers proven uses, the unproven…
Delivering longevity genes and reactivating telomerase could reset cellular aging at its source. This review covers telomere biology, landmark mouse…
Cells communicate through vesicles loaded with proteins and RNA. This review examines exosome therapy as a cell-free alternative to stem…
Trillions of gut microbes shape immunity, metabolism, and inflammation. This review examines how the aging microbiome drives frailty - and…
Short amino-acid chains act as precise cellular signals. This review separates the physiology of therapeutic peptides from the hype -…
Semaglutide and related GLP-1 drugs reduce cardiovascular risk and body weight. This review examines whether incretin therapies can slow aging…