Schröder J, Autio K, Jarvis J M, Milstein C
Immunogenetics. 1980;10(2):125-31. doi: 10.1007/BF01561561.
The chromosome segregation of hybrid myelomas from a fusion of rat immunized spleen cells and the mouse myeloma P3-X63-Ag8 has been analysed. Chromosome loss appears to be nonrandom. Most mouse chromosomes are retained. The rat chromosome are preferentially lost but a few--particularly 1-5 and 13--are rarely lost. The specific retention of some rat chromosomes explains the stability of rat Ig expression in mouse-rat hybrids. Correlation of chromosome loss and retention and loss of rat heavy and light chains leads us to propose chromosome 14 as coding for the heavy chain.
对大鼠免疫脾细胞与小鼠骨髓瘤P3-X63-Ag8融合产生的杂交骨髓瘤的染色体分离情况进行了分析。染色体丢失似乎并非随机发生。大多数小鼠染色体得以保留。大鼠染色体则优先丢失,但少数几条——特别是1-5号和13号染色体——很少丢失。某些大鼠染色体的特异性保留解释了大鼠Ig在小鼠-大鼠杂交细胞中表达的稳定性。染色体丢失与保留以及大鼠重链和轻链丢失之间的相关性,使我们提出14号染色体编码重链。