Rosenfield R E, Allen F H, Rubinstein P
Proc Natl Acad Sci U S A. 1973 May;70(5):1303-7. doi: 10.1073/pnas.70.5.1303.
Inherited quantitative aspects of the Rh blood-group system and susceptibility of Rh to the effects of independently segregating suppressor genes can be accounted for with a conjugated operon model. This assumes the existence of four operator or promotor (control) genes for these functions, while closely linked structural regions determine the qualitative characteristics of Rh antigens. Observed restriction of antigenic crossreactivity to the products of adjacent genetic regions and data from blood typing of nonhuman primates both suggest that Rh complexity arose from a series of gene duplications and independent mutations.
Rh血型系统的遗传定量特征以及Rh对独立分离的抑制基因效应的敏感性可以用一个共轭操纵子模型来解释。这一模型假定存在四个负责这些功能的操纵基因或启动子(控制)基因,而紧密连锁的结构区域决定了Rh抗原的定性特征。观察到的抗原交叉反应性局限于相邻基因区域的产物,以及来自非人类灵长类动物血型的数据均表明,Rh的复杂性源于一系列基因复制和独立突变。