| Blackburn Lab | |Link| | The Blackburn Lab seeks to understand the full roles of Telomeres and Telomerase in cell processes. o | 01/10/2013 4:38 p.m. |
| Bronikowski Lab | |Link| | The Bronikowski Lab research focuses on the evolution, environmental drivers, and physiological mechanisms of life histories in vertebrates. o | 01/09/2013 8:02 p.m. |
| Brunet Lab | |Link| | The Brunet lab is interested in discovering genes that regulate lifespan and exploring how the products of these genes integrate environmental stimuli that promote longevity. It focuses on the understanding of how conserved longevity genes, such as FOXO, act to regulate lifespan in mammals. Further it also employs C. elegans and N. furzeri as model organisms to study aging. o | 01/09/2013 8:16 p.m. |
| Burke Laboratory | |Link| | The Burke Laboratory is about the genetics and the study of mammalian aging.
The research effort in the laboratory is analyzing the genetic basis of normal mammalian aging using the laboratory mouse as model system. Three major projects are in progress: o | 01/10/2013 11:51 a.m. |
| Dillin Lab | |Link| | Dr. Dillin's laboratory works on the genetics and molecular mechanisms that regulate aging and age-related disease. o | 01/09/2013 7:58 p.m. |
| Geriatrics Research Laboratory | |Link| | Dr. Andrzej Bartke's Aging & Longevity Research Laboratory has won several major research awards, including the Methuselah award for generating the world's oldest mouse. The team of laboratory scientist work to gather research on the effects of growth hormones and dietary restriction on aging. o | 01/09/2013 10:36 p.m. |
| Harrison Laboratory | |Link| | The Harrison Laboratory has two main focuses: o | 01/10/2013 1:28 p.m. |
| Human Genetics Section | |Link| | A major effort of the Human Genetics Section focuses on the epigenome structure, including higher-order chromatin architecture and DNA methylation patterns. Special attention is devoted to how defects in the maintenance of epigenetic structures (or failures in programmed transitions, especially in the perinatal period) may underlie common developmental disorders and age-related diseases. o | 01/09/2013 10:18 p.m. |
| Kaeberlein Lab | |Link| | The Research in the Kaeberlein Lab is focused on developing therapies for age-associated diseases by targeting the pathways that regulate aging. o | 12/29/2012 1:15 p.m. |
| Kapahi Lab | |Link| | The Kapahi lab at the Buck Institute tries understanding the role of nutrition and energy metabolism in lifespan and disease. o | 01/02/2013 8:52 p.m. |
| Kenyon Lab | |Link| | The Kenyon Lab studies the small roundworm *C. elegans*, and also cultured human cells, to identify genes, pathways and drugs that extend lifespan. o | 01/10/2013 1:36 a.m. |
| Laboratory of Endocrinology, Aging and Research | |Link| | The laboratory of conducts Research on the basis of the Reproductive-Cell Cycle Theory. o | 01/10/2013 1:34 a.m. |
| Laboratory of Experimental Gerontology | |Link| | The Laboratory of Experimental Gerontology conducts basic Research in experimental models aimed at defining the basis of age-related functional impairment, and developing Interventions that retard Aging processes. o | 01/10/2013 3:10 p.m. |
| Lithgow Lab | |Link| | The Lithgow lab has discovered that certain cell proteins capable of extending life can also be closely involved in disease prevention. It also had made seminal discoveries in the use of pharmacological agents to intervene in aging processes, such as antioxidants that protect cells against damage from unstable chemicals, i.e. free radicals. o | 01/10/2013 7:50 p.m. |
| Lysosomes and Aging | |Link| | The Lysosomes and Aging Group (Cuervo Lab) at the Department of Developmental and Molecular Biology of the Albert Einstein College of Medicine is interested in how proteins are targeted to lysosomes for their degradation and why this process is impaired during aging. o | 12/31/2012 4:57 p.m. |
| Murphy Lab | |Link| | The goal of the Murphy laboratory's work is to understand the molecular mechanisms governing longevity and maintenance of biological processes that exhibit age-related decline. o | 01/10/2013 12:33 a.m. |
| Nelson Laboratory | |Link| | Research in Dr. Nelson's Laboratory is focused on three questions. The first concerss the role of glucocorticoids in retardation of Aging by food restriction. The second seeks to understand the role of insulin in mammalian longevity. The Third aims to identify novel mutations that extend mammalian lifespan. o | 01/10/2013 10:38 p.m. |
| Ruvkun Lab | |Link| | The Ruvkun Lab uses *C. elegans* molecular genetics and genomics to study miRNA and RNAi pathways and longevity. It explores two major themes: o | 01/10/2013 5:45 p.m. |
| Sinclair Lab | |Link| | The Sinclair Lab studies genes that slow the pace of aging. Work ranges from the isolation of novel stem cells from mouse and humans, to assessing small molecules that slow the pace of Aging when fed to mice. o | 01/10/2013 2:17 p.m. |
| Tang Laboratory | |Link| | The Tang Lab studies the contribution of intracellular sterol transport to lifespan extension. o | 01/01/2013 3:40 p.m. |
| Tissuebaum Lab | |Link| | The Tissuebaum Lab uses the nematode *C. elegans* as the system to study the aging process. o | 01/10/2013 9:15 p.m. |
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Linking on Jan. 10, 2013, 11:47 p.m.