首页> 美国卫生研究院文献>British Journal of Experimental Pathology >Connective tissue responses to some heavy metals. I. Sodium loaded ion exchange beads as a control: histology and ultrastructure.
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Connective tissue responses to some heavy metals. I. Sodium loaded ion exchange beads as a control: histology and ultrastructure.

机译:结缔组织对某些重金属的反应。 I.钠离子交换珠作为对照:组织学和超微结构。

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摘要

Ion exchange resin beads (Amberlite IR-120) were implanted into loose connective tissue as the vehicle for cations in both control and experimental studies. Beads were loaded with sodium for control purposes or with the metal of interest for subsequent experimental studies. When single control beads were implanted in the loose connective tissue of the rat pinna, they were well accepted by tissue and permitted rapid healing. The bead implantation initially produced minimal inflammatory disruption and subsequent repair at the bead-tissue interface which rapidly matured leaving no fibro-collagenous capsule. Some minor geometric rearrangement occurred in the alignment of the connective tissue to compensate for the physical presence of the bead. This system provides a valid control for studies of the effects of metal cations on tissue inflammation and repair--free from anionic complications, surface phenomena or systemic interference.
机译:在对照和实验研究中,将离子交换树脂珠(Amberlite IR-120)植入到疏松的结缔组织中,将其作为阳离子的载体。为了控制目的,在珠子中装入钠,或在后续的实验研究中,装入目标金属。当将单个对照珠植入大鼠耳廓的疏松结缔组织中时,它们被组织很好地接受并且可以快速愈合。珠粒植入最初在珠粒-组织界面处产生最小的炎症破坏和随后的修复,该界面迅速成熟,没有纤维胶原蛋白的胶囊。在结缔组织的排列中发生一些较小的几何重排,以补偿珠子的物理存在。该系统为研究金属阳离子对组织炎症和修复的作用提供了有效的控制-避免了阴离子并发症,表面现象或系统性干扰。

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