| | Affiliation | Research Focus | URL |
|---|
| Shawn Ahmed | Genetics Department, University of North Carolina at Chapel Hill | telomere replication, DNA damage, germline immortality | link |
| Bruce Ames | University of California, Berkeley | Role of mitochondrial dysfunction with aging, micronutrient intake and disease | link |
| Robert Arking | Wayne State University | mechanisms underlying the onset of senescence in Drosophila | link |
| Anthony Atala | Wake Forest University: Institute for Regenerative Medicine; Department of Urology | tissue engineering | link |
| Steven Austad | The University of Texas, Health Science Center at San Antonio | mechanisms for species-specific differences in longevity | link |
| Dale Bredesen | Buck Institute for Age Research | molecular processes that control intrinsic cell death pathways | link |
| Judith Campisi | Buck Institute for Age Research, Lawrence Berkeley National Laboratory | evolutionary, cellular and molecular relationships between aging, tumor suppressor mechanisms and the development of cancer | link |
| Judith Campisi | Buck Institute for Age Research | tumor suppression and aging | link |
| Terry Combs | University of North Carolina at Chapel Hill | glucose metabolism and longevity | link |
| Irina Conboy | University of California, Berkeley; Department of Bioengineering | rejuvenation of stem cell activity in aged organs | link |
| Aubrey de Grey | The Muthuselah Foundation, University of Cambridge | mitochondrial free radical theory of aging, methods of extending mouse longevity | link |
| Joćo Pedro de Magalhćes | Harvard University | computational genetics | link |
| Rita Effros | University of California, Los Angeles | treatment/reversal of replicative senescence in aging T-cells | link |
| Caleb Finch | Davis School of Gerontology | genomic controls of mammalian development and aging | link |
| Michael Fossel | Michigan State University | telomerase | link |
| John Furber | Legendary Pharmaceuticals | | link |
| Leonid Gavrilov | Center on Aging, NORC and the University of Chicago | demography of human longevity, analysis of human mortality and aging | link |
| David Greenberg | Buck Institute for Age Research | cardiovascular disease | link |
| Leonard Guarente | Massachusetts Institute of Technology | genetics and longevity, SIR2 | link |
| Denham Harman | | free radical theory of aging | link |
| Leonard Hayflick | University of California, San Francisco | cellular replication, the "Hayflick limit" | link |
| Thomas Kirkwood | Institute for Ageing and Health | Evolution and genetics of ageing | link |
| Gordon Lithgow | Buck Institute for Age Research | genetics of longevity | link |
| Simon Melov | Buck Institute for Age Research | oxidative stress and aging | link |
| Pierre Moreau | University of Montreal | aging of cardiovascular system, reversal of arterial calcification, advanced glycosylation endproducts | link |
| David Nicholls | Buck Institute for Age Research | mitochondrial dysfunction and aging | link |
| Michael Rose | University of California, Irvine | Evolution of aging and immortality; Laboratory evolution | link |
| Norman Sharpless | University of North Carolina at Chapel Hill | tumor suppression genetics and aging | link |
| Jan Vijg | Buck Institute for Age Research | genome instability in aging | link |
| Volkmar Weissig | Northeastern University | mitochondrial DNA delivery | link |
| Bruce Yankner | Harvard University | nuclear DNA damage in the aging brain | link |
