首页> 外文OA文献 >THE RELATION OF THE SPLEEN TO BLOOD DESTRUCTION AND REGENERATION AND TO HEMOLYTIC JAUNDICE : XII. THE IMPORTANCE IN THE PRODUCTION OF HEMOLYTIC JAUNDICE OF THE PATH OF HEMOGLOBIN TO THE LIVER.
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THE RELATION OF THE SPLEEN TO BLOOD DESTRUCTION AND REGENERATION AND TO HEMOLYTIC JAUNDICE : XII. THE IMPORTANCE IN THE PRODUCTION OF HEMOLYTIC JAUNDICE OF THE PATH OF HEMOGLOBIN TO THE LIVER.

机译:脾脏与血液破坏和再生以及溶血性黄疸的关系:十二。产生血红蛋白的重要途径是血红蛋白通往肝的路径。

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摘要

These experiments indicate, therefore, that when hemoglobin is set free in the portal circulation a larger amount is held by the liver and converted rapidly into bile pigment than is the case when it is set free in the general circulation, and that, under the former condition, over-loading of the liver with bile pigment more readily occurs and jaundice is more apt to develop. This mechanical influence must, therefore, be a factor in the lessened tendency after splenctomy to the jaundice which follows blood destruction due to hemolytic agents, for whether the spleen be an active factor in destroying the erythrocytes or whether it plays merely a passive part as a place for the deposition of the disintegrating cells, there can be no question that in this organ, when it is present, a large number of cells undergo their final disintegration after the action of hemolytic poisons, and that the hemoglobin there liberated passes by the portal system directly to the liver. When the spleen is removed, this disintegration occurs in other organs, notably in the lymph nodes and bone marrow, and the hemoglobin from these organs passes not into the portal but into the general circulation, from which it reaches the liver more gradually and in a more dilute form.
机译:因此,这些实验表明,与在一般循环中游离的血红蛋白相比,在门脉循环中释放血红蛋白的肝脏保留了大量血红蛋白,并迅速转化为胆汁色素。在这种情况下,胆汁色素容易引起肝脏超负荷,黄疸更容易发生。因此,这种机械影响必须是脾脏是否是破坏红细胞的积极因素,或者脾脏是否只是作为消融红血球的被动部分,而在脾切除后黄疸减少后,由于溶血剂导致血液被破坏,这种机械影响必定是一个因素。毫无疑问,在这个器官中,存在溶血毒物的作用下,大量细胞在该器官中经历了最终的分解,并且在那里释放的血红蛋白通过门释放,这是毫无疑问的。系统直接进入肝脏。当脾脏被切除时,这种分解会在其他器官中发生,特别是在淋巴结和骨髓中,并且来自这些器官的血红蛋白不会进入门脉而是进入全身循环,从那里逐渐进入肝脏,并进入肝脏。更稀的形式。

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