Flegr Jaroslav, Hoffmann Rudolf, Dammann Mike
Division of Biology, Faculty of Science, Charles University in Prague, Prague, Czech Republic.
Department of Hematology, Na Homolce Hospital, Prague, Czech Republic.
PLoS One. 2015 Oct 23;10(10):e0141362. doi: 10.1371/journal.pone.0141362. eCollection 2015.
Rhesus-positive and Rhesus-negative persons differ in the presence-absence of highly immunogenic RhD protein on the erythrocyte membrane. The biological function of the RhD molecule is unknown. Its structure suggests that the molecular complex with RhD protein transports NH3 or CO2 molecules across the erythrocyte cell membrane. Some data indicate that RhD positive and RhD negative subjects differ in their tolerance to certain biological factors, including, Toxoplasma infection, aging and fatique. Present cross sectional study performed on 3,130 subjects) showed that Rhesus negative subjects differed in many indices of their health status, including incidences of many disorders. Rhesus negative subjects reported to have more frequent allergic, digestive, heart, hematological, immunity, mental health, and neurological problems. On the population level, a Rhesus-negativity-associated burden could be compensated for, for example, by the heterozygote advantage, but for Rhesus negative subjects this burden represents a serious problem.
恒河猴阳性和恒河猴阴性个体的差异在于红细胞膜上是否存在高免疫原性的RhD蛋白。RhD分子的生物学功能尚不清楚。其结构表明,与RhD蛋白形成的分子复合物可将NH3或CO2分子转运穿过红细胞细胞膜。一些数据表明,RhD阳性和RhD阴性个体对某些生物因素(包括弓形虫感染、衰老和疲劳)的耐受性存在差异。对3130名受试者进行的当前横断面研究表明,恒河猴阴性受试者在许多健康状况指标上存在差异,包括多种疾病的发病率。恒河猴阴性受试者报告称,他们更频繁地出现过敏、消化、心脏、血液、免疫、心理健康和神经问题。在人群层面,例如通过杂合子优势,可以弥补与恒河猴阴性相关的负担,但对恒河猴阴性个体来说,这种负担是一个严重的问题。