The catalytic gas liquid isotope exchange reaction is a good method to prepare tritiated triptolid.

采用催化气液同位素交换法制备了化雷公藤甲素,探讨了反应时间和反应介质对反应产额的影响。

Human Peripheral blood exposed with tritiated water at variousdoses for 54 hr was examined to observe the chromosome and chromatid abe-rrations at metaphases in the first mitosis of lymphocytes.

将人体外周在不同剂量的水中培养54小时,观察到淋巴细胞第一次有丝分裂中期的染色体型及单体型畸变。

The catalytic gas liquid isotope exchange reaction is a good method to prepare tritiated triptolid.

采用催化气液同位素交换法氚化雷公藤甲素,探讨反应时间和反应介质对反应产额的影响。

Human Peripheral blood exposed with tritiated water at variousdoses for 54 hr was examined to observe the chromosome and chromatid abe-rrations at metaphases in the first mitosis of lymphocytes.

将人外周在不同剂量的氚水中培养54小时,观察到淋巴细胞第一次有丝分裂中期的染色单畸变。

The catalytic gas liquid isotope exchange reaction is a good method to prepare tritiated triptolid.

采用催化气液同位素交换法制备了氚化雷公藤甲素,探讨了反时间和反介质对反的影响。

Human Peripheral blood exposed with tritiated water at variousdoses for 54 hr was examined to observe the chromosome and chromatid abe-rrations at metaphases in the first mitosis of lymphocytes.

将人体外周在不同剂量的氚水54小时,观察到淋巴细胞第一次有丝分裂期的染色体型及单体型畸变。

The catalytic gas liquid isotope exchange reaction is a good method to prepare tritiated triptolid.

采用催化气液同位素交换法制备了化雷公藤甲素,探讨了反应时间和反应介质对反应产额影响。

Human Peripheral blood exposed with tritiated water at variousdoses for 54 hr was examined to observe the chromosome and chromatid abe-rrations at metaphases in the first mitosis of lymphocytes.

将人体外周在不同剂量水中培养54小时,观察到淋巴细胞第一次有丝分裂中期染色体型及单体型畸变。

The catalytic gas liquid isotope exchange reaction is a good method to prepare tritiated triptolid.

采用液同位素交换法制备了氚雷公藤甲素,探讨了反应时间和反应介质对反应产额的影响。

Human Peripheral blood exposed with tritiated water at variousdoses for 54 hr was examined to observe the chromosome and chromatid abe-rrations at metaphases in the first mitosis of lymphocytes.

将人体外周在不同剂量的氚水中培养54小时,观察到淋巴细胞第一次有丝分裂中期的染色体型及单体型畸变。

The catalytic gas liquid isotope exchange reaction is a good method to prepare tritiated triptolid.

采用催化气液同位素交换法制备了氚化雷公藤甲素,探讨了反应时间和反应介质对反应产额的影响。

Human Peripheral blood exposed with tritiated water at variousdoses for 54 hr was examined to observe the chromosome and chromatid abe-rrations at metaphases in the first mitosis of lymphocytes.

将人体外周在不同剂量的氚水中培养54小时,观察到淋巴细胞第一次有丝裂中期的染色体型及单体型畸变。

The catalytic gas liquid isotope exchange reaction is a good method to prepare tritiated triptolid.

采用催化气液同位素交换法制备了氚化雷公藤甲素,探讨了反应间和反应反应产额的影响。

Human Peripheral blood exposed with tritiated water at variousdoses for 54 hr was examined to observe the chromosome and chromatid abe-rrations at metaphases in the first mitosis of lymphocytes.

将人体外周在不同剂量的氚水中培养54小,到淋巴细胞第一次有丝分裂中期的染色体型及单体型畸变。

The catalytic gas liquid isotope exchange reaction is a good method to prepare tritiated triptolid.

采用液同位素交换法制备了氚雷公藤甲素,探讨了反应时间和反应介质对反应产额的影响。

Human Peripheral blood exposed with tritiated water at variousdoses for 54 hr was examined to observe the chromosome and chromatid abe-rrations at metaphases in the first mitosis of lymphocytes.

将人体外周在不同剂量的氚水中培养54小时,观察到淋巴细胞第一次有丝分裂中期的染色体型及单体型畸变。

The catalytic gas liquid isotope exchange reaction is a good method to prepare tritiated triptolid.

采用催化气液同位素交换法制备了氚化雷公藤甲素,探讨了反和反介质对反产额的影响。

Human Peripheral blood exposed with tritiated water at variousdoses for 54 hr was examined to observe the chromosome and chromatid abe-rrations at metaphases in the first mitosis of lymphocytes.

将人体外周在不同剂量的氚水中培养54小,观察到淋巴一次有丝分裂中期的染色体型及单体型畸变。