We are all born as microchimera.

Chimerism Pub Date : 2013-01-01 Epub Date: 2012-12-21 DOI:10.4161/chim.23348
Miranda P Dierselhuis, Els Goulmy
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引用次数: 12

Abstract

It is well accepted that pregnancy establishes microchimerism. Lately, transmaternal passage of cells from elder siblings has been suggested as possible source of non-fetal microchimerism in nulliparous women. Recently, we identified both non-maternal microchimerism and minor H antigen specific cellular immune responses against these microchimeric cells in umbilical cord blood. The identification of the latter microchimeric cells from birth onwards explains the high incidence of microchimerism in healthy people and in people with different diseases. The circulating microchimeric cells of different origin can induce a wealth of antigen specific responses. Thus, nobody is born naïve: we are all microchimera's.

我们都是天生的微型嵌合体。
人们普遍认为怀孕会形成微嵌合。最近,来自兄长的细胞的跨母传代被认为是未生育妇女非胎儿微嵌合的可能来源。最近,我们在脐带血中发现了针对这些微嵌合细胞的非母体微嵌合和少量H抗原特异性细胞免疫反应。后一种微嵌合细胞的鉴定从出生开始就解释了微嵌合在健康人群和不同疾病人群中的高发病率。不同来源的循环嵌合细胞可诱导丰富的抗原特异性反应。因此,没有人是天生的naïve:我们都是微嵌合体。
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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