These scientists share Saul's relentless passion to develop medical breakthroughs before they, too, fall victim to disability and death. New studies appear weekly on anti-aging research and the other life extension sciences. For example, New York University scientists recently announced the development of a machine made out of a few strands of DNA, representing the first step toward building nanorobots capable of repairing cell damage at the molecular level and restoring cells, organs and entire organisms to youthful vigor. For those who can't wait for nanomedicine to be perfected, scientists in the fields of tissue engineering, cloning, transplantation and genetic engineering are making rapid progress in developing breakthrough therapies to extend life span. One dedicated life extensionist is Don Kleinsek, Ph.D., who heads a company called GeriGene Medical Corp. that seeks to identify and gain control over the genes responsible for aging.
Genes are molecular programs that control all life processes.
A front-runner in gerontological genetics, GeriGene looks to prolong life through genetic engineering. Dr. Kleinsek, whose advances to date include proof of altered gene expression during cell senescence, seeks to develop genetic therapies aimed at controlling aging and its associated diseases. Stem cell therapies and bioengineered cells, tissues and organs are being developed at a rapid pace, and it may soon be possible to regenerate and replace worn out, diseased or injured body parts by injecting young natural or engineered cells into the blood stream to revitalize body systems, and by replacing tissues and organs with brand new parts. At this point, even small increases in the funding of certain critically important research projects could yield significant results. The good news is that Foundation membership is growing, and we expect to be able to fund more critical life span extension research this year as more and more members purchase our advanced products.