… for longevity. Further, we will summarise the role of apolipoprotein E (APOE) variants in human
longevity … Genome-wide linkage analysis for human longevity: Genetics of healthy ageing …

… Starting from the observation that human longevity patterns show regional variations, we
applied Spatial Analysis (using the Geographic Information System) and Surname …

… year, being the oldest human being alive on earth, epitomized our quest for longevity. This
deeply … Calment's ancestry revealed a striking aggregation of the longevity trait: 24% of her 55 …

… the most prominent key to longevity seemed to be the … human longevity has not been
revealed to such extend, however. We will now discuss the genetic component in human longevity …

… As a complex trait, human longevity involves a large number of … analysis in fine mapping
genes that contribute to human complex traits. In longevity studies, genetic association analysis …

… Larger sample sets and denser and more informative linkage analyses were pointing away
from the original chromosome 4 linkage observation, and converging instead most strongly …

… , we also detected a strong new association with longevity of … relevance of the detected SNPs
to human longevity. … , were used in our genetic analyses of human longevity. For simplicity, …

… and rs648802 influence human longevity, analyses in a … EXO1 as modifiers of human longevity
it was demonstrated for … repair, respectively) can be translated to human ageing [18], [19], […

… The idea that human longevity is influenced by genetic … have confirmed that human longevity
is moderately inherited. … is a significant genetic component to longevity. In addition, age-…

… of SIRT1 gene in human longevity. Therefore, in this study, we attempted to analyze the
association between common variations in the SIRT1 gene and human longevity in a Chinese …