Knobler R L, Taylor B A, Wooddell M K, Beamer W G, Oldstone M B
Department of Immunology, Scripps Clinic and Research Foundation, La Jolla, Calif.
Exp Clin Immunogenet. 1984;1(4):217-22.
Peritoneal macrophages were used to analyze host genetic control of MHV-4 infection in the 14 recombinant-inbred strains between susceptible SWR/J and resistant SJL/J progenitor strains. 4 strains were resistant to MHV-4 infection, while the remaining 10 strains were productively infected. Based upon the strain distribution pattern of susceptibility the gene locus for MHV-4 susceptibility is linked to the Svp-2 locus on the proximal end of mouse chromosome 7. This strain distribution pattern of susceptibility, and hence linkage, was determined to be identical for another MHV strain, MHV-A59. We have suggested that this locus-controlling susceptibility to MHV-4 and MHV-A59 be designated Hv-2.
利用腹膜巨噬细胞分析了14个重组近交系中宿主对MHV - 4感染的遗传控制情况,这些重组近交系由易感的SWR/J和抗性的SJL/J祖系培育而来。4个品系对MHV - 4感染具有抗性,其余10个品系则发生了有效感染。根据易感性的品系分布模式,MHV - 4易感性的基因座与小鼠7号染色体近端的Svp - 2基因座相连。对于另一种MHV毒株MHV - A59,这种易感性的品系分布模式以及由此产生的连锁关系被确定是相同的。我们建议将这个控制对MHV - 4和MHV - A59易感性的基因座命名为Hv - 2。