Researches on the blood.—On the action of nitrites on the blood

A. Gamgee
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引用次数: 19

Abstract

The paper commences with a statement of the facts with which we are at present acquainted, relating to the nature and character of the blood-colouring-matter, and its relation to gases. I. The action of nitrites in modifying the colour and spectrum of blood is then described. Under the influence of nitrites, arterial blood assumes a chocolate coloration. Coincidently the bands of scarlet cruorine (oi oxidized hæmoglobin) become very faint, and an additional absorption band, occupying the same position as that of acid hæmatin, appears. The addition of ammonia to blood in which nitrites have induced the characteristic change of colour and spectrum, causes the red colour to return and gives rise to a new spectrum in which the normal blood-bands are again better defined, but accompanied by a faint and rather undefined absorption band in the orange. It appears from the experiments of the author that the change in optical properties induced by ammonia is not due to any decomposing action exerted upon the body formed under the influence of nitrites; for on neutralizing the solution to which ammonia has been added, the original spectrum is reproduced. When sulphide of ammonium, oi a reducing-solution of iron is added to a blood solution which has been acted upon by nitrites, all effects of their action disappear, and the solution again possesses the spectrum of oxidized blood-colouring-matter, although precautions have been taken to exclude atmospheric air. The continued action of the reducing-solution then leads to the reduction of the blood-colouring, matter, which when shaken with air again yields the perfectly normal spectrum of blood. It would therefore appear that when nitrites act upon the blood-colouring-matter they do not decompose it, nor thrust out oi remove the loose oxygen with which it is combined.
血液研究。亚硝酸盐对血液的作用
这篇论文首先陈述了我们目前所知道的一些事实,这些事实涉及到染血物质的性质和特征,以及它与气体的关系。然后描述了亚硝酸盐在改变血液颜色和光谱方面的作用。在亚硝酸盐的作用下,动脉血呈巧克力色。巧合的是,红色的cruorine(氧化的hæmoglobin)的波段变得非常微弱,并且出现了一个额外的吸收波段,占据与酸性hæmatin相同的位置。在血液中加入氨,其中亚硝酸盐引起了颜色和光谱的特征变化,使红色恢复,并产生新的光谱,其中正常的血液带再次得到更好的定义,但伴随着橙色的微弱而相当不确定的吸收带。从作者的实验看来,氨引起的光学性质的变化不是由于在亚硝酸盐的作用下形成的体受到任何分解作用所致;在中和加入了氨的溶液后,可以再现原来的光谱。当将硫化物铵(铁的还原剂)加入到被亚硝酸盐作用的血液溶液中时,它们的作用的所有影响都消失了,并且该溶液再次具有氧化的血液染色物质的光谱,尽管已经采取了预防措施以排除大气中的空气。还原剂的持续作用会导致使血液变色的物质减少,再用空气摇一摇,就会产生完全正常的血液光谱。由此看来,当亚硝酸盐作用于染血物质时,它们既不分解它,也不排出或除去与之结合的松散的氧气。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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