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Ultrasound vocalisation by rodents does not correlate with behavioural measures of persistent pain.

机译:啮齿动物发出的超声波与持续性疼痛的行为指标无关。

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摘要

Three well-established rodent models of somatic, visceral and neuropathic pain were used to test the hypothesis that a stress and anxiety evoked behaviour, namely ultrasound vocalisation, correlates with other well-characterised indices of pain behaviour, such as limb withdrawal and stereotypical behaviour. Persistent pain presents a significant clinical problem for which there remains relatively ineffective clinical management and animal models of pain are commonly employed to investigate the underlying pathophysiology and for pre-clinical evaluation of novel therapies. At present, the assessment of such animal models largely relies on the observation of simple reflex responses which may not entirely represent the full range of rodent pain behaviour. Therefore, additional integrated behavioural indices for the quantification of pain could improve the veracity of animal models. In stressful or harmful situations, it is thought that rodents produce ultrasound vocalisations to communicate within the social group. In this study, the number of ultrasound vocalisations (22 kHz) was measured during both evoked and ongoing pain. Ultrasound vocalisation was not associated with other pain behaviour in any of the inflammatory, visceral or neuropathic pain models examined and is therefore not a useful integrated correlate of pain behaviour.
机译:三种成熟的啮齿动物躯体,内脏和神经性疼痛模型用于检验以下假设:压力和焦虑诱发的行为(即超声发声)与其他特征明​​确的疼痛行为指标相关,例如四肢退缩和定型行为。持续性疼痛是一个重要的临床问题,目前仍存在相对无效的临床管理,并且通常采用疼痛动物模型来研究潜在的病理生理学并进行新疗法的临床前评估。目前,对这类动物模型的评估主要依赖于简单的反射反应的观察,而反射反应可能并不完全代表啮齿动物疼痛行为的全部范围。因此,用于量化疼痛的其他综合行为指标可以提高动物模型的准确性。在压力大或有害的情况下,据认为啮齿动物会发出超声波声,以在社会群体中进行交流。在这项研究中,测量了诱发和持续疼痛过程中超声发声的次数(22 kHz)。在所检查的任何炎性,内脏或神经性疼痛模型中,超声发声均与其他疼痛行为无关,因此不是疼痛行为的有用综合关联。

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