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Development of a computer-based quantification method for immunohistochemically-stained tissues and its application to study mast cells in equine wound healing (proof of concept)

机译:直接免疫组织化学染色组织的基于计算机的量化方法及其在伤口愈合中研究肥大细胞的应用(概念证明)

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摘要

Study design. Full-thickness excisional wounds were created on the thorax (15 cm2) and the forelimb (6 cm2) (2 per anatomical site) on 4 mixed breed mares and left to heal by second intention. Samples were harvested alternatively between the two wounds/site on days 1, 3, 8 and 17. Based on inclusion and exclusion criteria, a total of 26 healthy wounds were included. Two specimens showed clinical signs of EGT and 3 others received NPWT treatment, all harvested from limb wounds, and were thus excluded. The photomicrograph was taken at a 400x magnification. NPWT: negative pressure wound therapy, EGT: exuberant granulation tissue
机译:学习规划。在4个混合品种母马中,在胸部(15cm 2)和前肢(6cm 2)(6cm 2)(6cm 2)(6cm 2)(每一个解剖学部位2)上产生全厚的切除伤口,并通过第二目的愈合。在第1,3,8和17天之间的两个伤口/位点之间或基于包含和排除标准,共收获样品,共用了总共26个健康伤口。两种样本显示EGT和3种的临床符号接受了NPWT治疗,所有这些都是从肢体伤口收获的,因此被排除在外。显微照片以400x放大倍率拍摄。 NPWT:负压伤口治疗,EGT:旺盛造粒组织

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