Luciani J M, Devictor M, Morazzani M R, Stahl A
Hum Genet. 1977 Apr 15;36(2):197-204. doi: 10.1007/BF00273258.
Provisional maps are presented for all acrocentric bivalents and bivalent 9, according to their chromomere patterns at pachytene in the human oocyte. Each G band is subdivided into several sub-bands whose numbers varies according to the degree of chromosomal compacting. Chromomere number and sequence are in basic agreement with those observed in late prophase mitotic chromosomes. Thus, metaphase G bands of mitotic chromosomes result from progressive compressing together of smaller chromomeres whose individuality disappears as chromosomal condensation increases with progression of prophase.
根据人类卵母细胞粗线期的染色粒模式,给出了所有近端着丝粒二价体和二价体9的临时图谱。每个G带被细分为几个亚带,其数量根据染色体压缩程度而变化。染色粒的数量和顺序与有丝分裂前期染色体后期观察到的基本一致。因此,有丝分裂染色体的中期G带是由较小染色粒逐渐压缩在一起形成的,随着前期进程中染色体浓缩增加,这些染色粒的个体性消失。