… on predicting, assessing, and controlling potential outbreaks. To … the virus would increase
the life expectancy at birth by about … Citation 127 Studies on adaptive networks have only very …

… rapid gene propagation via rapid completion of the life cycle … competition as the principal
driving force in ecology and evolution … and diseases and in many other aspects of plant biology. …

… Thus, the telos of cognitive development is represented by a movement toward increasingly
higher levels of “adaptation,” where adaptation itself is defined as any behavior that …

… frequency and probability of successful adaptation to human beings, … diseases though
routine sanitation and biosafety precautions, as has been tried with H5N1 in agricultural settings. …

… beneficial effect on longevity is plausible, as many age-specific diseases are associated
with … This finding is often interpreted as an adaptation for increased energy demands during …

… and life cycle of intermediate hosts (arthropod vectors for many … , and will be, a major driving
force for biological changes in our … of adaptation; the discordance emerges as diseases. …

… Thus, although absolute humidity conditions determine the general phase organization of
epidemic influenza transmission, such that the majority of temperate region infections occur …

… forces determine life span; (d) the average life span of a species is set by evolving longevity
… different environmental situations via adaptive selection of distinct set points of anti-aging …

… of the view that biological longevity is determined by the body’s … Instead, “duration of life is
really dependent upon adaptation to … Both the patients with these genetic diseases and inbred …

… Until the mid-nineteenth century, life expectancy at birth … (ie, somatic and adaptive) theory of
infectious diseases, with … the host for determining predisposition or susceptibility to infectious …