1) G2 chromatid break
G2染色单体断裂畸变
2) G2 chromatid-type breaks
G2-染色单体型断裂畸变
1.
The results show that the number of G2 chromatid-type breaks linearly increased with doses and the number of G2 iso-chromatid breaks increased with dose in a linear-square manner.
结果表明:G2-染色单体型断裂畸变(chromatid-type breaks)与辐射剂量呈线性关系;G2-等点染色单体型断裂畸变(iso-chromatid breaks)与辐射剂量呈线性平方关系。
3) G2 iso-chromatid breaks
G2-等点染色单体型断裂畸变
1.
The results show that the number of G2 chromatid-type breaks linearly increased with doses and the number of G2 iso-chromatid breaks increased with dose in a linear-square manner.
结果表明:G2-染色单体型断裂畸变(chromatid-type breaks)与辐射剂量呈线性关系;G2-等点染色单体型断裂畸变(iso-chromatid breaks)与辐射剂量呈线性平方关系。
4) G_2 iso-chromosome breakage
G2期等点染色单体断裂
5) G_2 chromatid-type breakage
G2期染色单体型断裂
6) individual chromosomal aberation
单个染色体畸变
1.
Results The main clinical characterisitics of 52 cases of individual chromosomal aberation in.
目的 :探讨外周血中单个染色体畸变的主要临床特征及其遗传学分析。
补充资料：辐射诱发的染色体畸变
辐射诱发的染色体畸变
由于电离辐射引起的断裂造成的染色体畸变。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条