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Stress, behaviour and immunity in wild-caught wintering great tits (Parus major).

机译:野外越冬的大山雀(大山雀)的压力,行为和免疫力。

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摘要

The associations between behaviour, stress and immune responses are most likely a result of common integration through the neuroendocrine system. Here, we describe associations between behaviour and immunity in great tits, Parus major. Wild-caught birds were brought into captivity, and their immune function was assessed on the basis of antibody production to a novel Brucella abortus antigen and of heterophil/lymphocyte (H/L) ratio, which is also a haematological marker of stress. Two behavioural traits were evaluated: tolerance to captive conditions on the basis of damage inflicted to tail feathers and propensity to produce alarm calls at release. The birds that had highest H/L ratios at capture inflicted the maximum extent of tail damage during the week spent in captivity and produced lowest antibody titres against a novel antigen, which indicates a strong covariation between the tolerance of captivity, perceived stress and immune responsiveness. Propensity to produce alarm calls was lower in birds who tolerated captivity better. Structural equation modelling proposed the existence of an underlying latent variable affecting all the measured traits and causing the correlations between traits. Our study indicates that connections between behaviour and immunity can be easily detected in wild animals.
机译:行为,压力和免疫反应之间的关联很可能是通过神经内分泌系统共同整合的结果。在这里,我们描述了大山雀(Parus major)的行为与免疫力之间的关联。将野生鸟类圈养起来,并根据对新型布鲁氏菌流产抗原的抗体产生和异种/淋巴细胞(H / L)比(也是应激的血液学标志)评估其免疫功能。评估了两个行为特征:基于对尾羽造成的损害对俘虏条件的耐受性以及释放时发出警报的倾向。捕获时具有最高H / L比的家禽在圈养期间一周内造成最大程度的尾巴损害,对新抗原的抗体滴度最低,这表明圈养的耐受性,感知的压力和免疫应答之间存在很强的协变。能够更好地忍受圈养的家禽发出警报的可能性较低。结构方程模型提出了潜在潜变量的存在,该潜变量影响所有测得的性状并引起性状之间的相关性。我们的研究表明,在野生动物中行为和免疫之间的联系很容易被发现。

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