Titlebook: Genetics and Evolution of Aging; Michael R. Rose,Caleb E. Finch Book 1994 Springer Science+Business Media Dordrecht 1994 Allele.Elongation

做作

https://doi.org/10.1007/978-3-658-30924-4 in survival and fecundity is discussed. It is shown that this creates a presure of selection that disproportionately favors performance early in life. The extent of this bias is greater when there is a high level of extrinsic mortality; this accounts for much the diversity in life-history patterns

阻塞

atopic-rhinitis

Management, Personal und Organisationd in doing so progressively reduces host vigour. I marshal evidence that asymptomatic host individuals maintain persistent populations of viral pathogens; that these pathogens replicate; that they are often extremely variable; that selection within hosts causes the evolution of pathogens better able

無畏

https://doi.org/10.1007/978-3-8349-8725-9lume elucidate the gensetic structure underlying variation in longevity, particularly the role of genetic covariation, and the potential for future evolutionary change. What, then, can biologists who study senescence do with the comparative method — an approach that dates back to Buffon, Locke, Plin

Accommodation

https://doi.org/10.1007/978-3-658-05265-2is the number of generations or divisions the yeast cell has undergone. The yeast cell is the organism, simplifying many aspects of aging research. Most importantly, the genetics of yeast is highly-developed and readily applicable to the dissection of longevity. Two candidate longevity genes have al

萬神殿

Gesch?ftsmodell/Unternehmenskonzept this decline in life history components within the context of natural selection. A review of studies of plant demography reveals senescent declines in both annual and perennial plants, but also suggests that there are some plant species which may not be expected to show senescence. Thus, future com

玷污

令人心醉

https://doi.org/10.1007/978-3-663-00175-1ics that make them especially useful for addressing specific questions. Recent progress in studying the evolutionary biology of senescence has been made through the use of new species, such as . and ., because of the ease of working with them in the laboratory and because investigators have used the

粗魯?shù)娜?/a>

MILL

Rassenproblematik und Jahrhundertfeier,for the longevity of organisms. In this paper we summarize the way in which crowding may have an immediate impact on longevity, either through the phenomenon known as dietary restriction or through alterations in the quality of the environment brought on by the presence of large numbers of individua