Shulman L M, Barker P E, Hart J T, Messer Peters P G, Ruddle F H
Somat Cell Mol Genet. 1984 May;10(3):247-57. doi: 10.1007/BF01535247.
Human low-molecular-weight (2', 5')A synthetase is induced in certain human X mouse somatic hybrid cell lines when these cells are treated with mouse interferon. We have assigned the gene coding for this interferon-inducible antiviral enzyme to human chromosome 11 by somatic cell genetic techniques (1). Fluorescence-activated cell sorting for cells expressing or lacking 4F2 antigen in two independently derived, chromosome 11-containing hybrid cell lines separated the cells into subpopulations of cells that had retained or segregated chromosome 11, respectively (2). We used these subpopulations to confirm our gene assignment by demonstrating that retention of chromosome 11 was required for expression of human (2', 5')A synthetase.
当某些人-小鼠体细胞杂种细胞系用小鼠干扰素处理时,会诱导产生人低分子量(2',5')A合成酶。我们通过体细胞遗传学技术将编码这种干扰素诱导型抗病毒酶的基因定位于人类11号染色体(1)。在两个独立衍生的含11号染色体的杂种细胞系中,对表达或缺乏4F2抗原的细胞进行荧光激活细胞分选,分别将细胞分离成保留或分离了11号染色体的亚群(2)。我们利用这些亚群来证实我们的基因定位,即证明表达人(2',5')A合成酶需要保留11号染色体。