Milner E C, Capra J D
J Immunol. 1982 Jul;129(1):193-9.
Anti-arsonate hybridoma antibodies of A/J mice have been grouped into 3 VH families by amino acid sequence analysis. One of these, the 91A3 family, which includes all CRI-positive molecules and some CRI-negative molecules, has been serologically defined by the presence of a VH marker (91A3 marker). Although the 91A3 family of antibodies is present at low levels in preimmune A/J serum and represents a substantial component of the A/J response to p-azophenylarsonate, the 91A3 family has not been detected serologically in the anti-Ar response of any other inbred strain tested. Analysis of sera from AXC Igh recombinant mice maps the 91A3 marker to the left of Igh-Dex, consistent with the location of the VH genes controlling the arsonate CRI. These studies establish a serologic assay that detects all members of a family of anti-arsonate antibodies defined previously by primary sequence analysis. This assay makes it possible to monitor in its entirety the expression of the products of a single or closely related group of genes.
通过氨基酸序列分析,已将A/J小鼠的抗砷酸盐杂交瘤抗体分为3个VH家族。其中之一是91A3家族,它包括所有CRI阳性分子和一些CRI阴性分子,已通过VH标记(91A3标记)的存在进行了血清学定义。尽管91A3家族抗体在免疫前的A/J血清中含量较低,并且是A/J对对氨基苯砷酸反应的重要组成部分,但在任何其他测试近交系的抗Ar反应中均未通过血清学检测到91A3家族。对AXC Igh重组小鼠血清的分析将91A3标记定位到Igh-Dex的左侧,这与控制砷酸盐CRI的VH基因的位置一致。这些研究建立了一种血清学检测方法,可检测先前通过一级序列分析定义的抗砷酸盐抗体家族的所有成员。该检测方法使得能够全面监测单个或密切相关基因群产物的表达。