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pro vyhledávání: '"Emma M. Wood"'
Autor:
Melissa S. Fenn, Araba D. Bortsie‐Aryee, Gillian A. Perkins, Sabine Mann, Joy E. Tomlinson, Emma M. Wood, Susan E. Mix, Tracy Stokol
Publikováno v:
Journal of Veterinary Internal Medicine, Vol 34, Iss 2, Pp 941-948 (2020)
Abstract Background Crossmatching is used to prevent life‐threatening transfusion reactions in horses. Laboratory methods are laborious and technically challenging, which is impractical during emergencies. Hypothesis/Objectives Evaluate agreement b
Externí odkaz:
https://doaj.org/article/f79e4d9c19764401b9d7b54361fbde81
Autor:
Lindsay A. Walker, Jenny E. York, Charles R. Tyler, Andrew J. Young, Anke Lange, Dominic L. Cram, Emma M. Wood, Pablo Capilla-Lasheras, Patrick B. Hamilton
Publikováno v:
Molecular Ecology. 31:6141-6154
In many vertebrate societies dominant individuals breed at substantially higher rates than subordinates, but whether this hastens ageing remains poorly understood. While frequent reproduction may trade off against somatic maintenance, the extraordina
Publikováno v:
Biol Lett
As telomere length (TL) often predicts survival and lifespan, there is considerable interest in the origins of inter-individual variation in TL. Cross-generational effects of parental age on offspring TL are thought to be a key source of variation, b
Autor:
Pablo Capilla-Lasheras, Alastair J. Wilson, Xavier A. Harrison, Andrew J. Young, Emma M. Wood
Publikováno v:
Science Advances
Description
Striking effects of cooperation on the reproductive variance of relatives help to explain the global biogeography of altruism.
Altruism is globally associated with unpredictable environments, but we do not understand why. New th
Striking effects of cooperation on the reproductive variance of relatives help to explain the global biogeography of altruism.
Altruism is globally associated with unpredictable environments, but we do not understand why. New th
Autor:
Andrew J. Young, Emma M. Wood
Publikováno v:
Molecular Ecology
Attempts to understand the causes of variation in senescence trajectories would benefit greatly from biomarkers that reflect the progressive declines in somatic integrity (SI) that lead to senescence. While telomere length has attracted considerable