Fig. 2. Calibration curves of atrazine and ametryn.

图三,草脱及草杀曲线图.

The antiserum was specific for atrazine,the cross-reactivity of the antiserum to propazine and simazine was 93% and 8%,respectively.

抗体的特异性强,与扑灭津的交叉反应性为93%,与西玛津的交叉反应性为8%。

By potting under greenhouse conditions, compared with prometryn and atrazine, the security of terbuthylazine to cotton, maize and peanut was studied.

温室盆栽条件下,以扑草、莠去津为对照药剂,研究了特丁津对棉花、玉米和花生的安全性。

Fig. 2. Calibration curves of atrazine and ametryn.

图三,草脱及草杀之标准曲线图.

The antiserum was specific for atrazine,the cross-reactivity of the antiserum to propazine and simazine was 93% and 8%,respectively.

抗体的特异性强,与扑灭的交叉应性为93%,与西玛的交叉应性为8%。

By potting under greenhouse conditions, compared with prometryn and atrazine, the security of terbuthylazine to cotton, maize and peanut was studied.

温室盆栽条件下,以扑草、为对照药剂,研究了特丁对棉花、玉米和花生的安全性。

Fig. 2. Calibration curves of atrazine and ametryn.

图三,草脱及草杀之标准曲线图.

The antiserum was specific for atrazine,the cross-reactivity of the antiserum to propazine and simazine was 93% and 8%,respectively.

抗体的特异性强,与的交叉反应性为93%,与西玛的交叉反应性为8%。

By potting under greenhouse conditions, compared with prometryn and atrazine, the security of terbuthylazine to cotton, maize and peanut was studied.

温室盆栽条件下,以草、莠去为对照药剂,研究了特丁对棉花、玉米和花生的安全性。

Fig. 2. Calibration curves of atrazine and ametryn.

图三,草脱及草杀之标准曲线图.

The antiserum was specific for atrazine,the cross-reactivity of the antiserum to propazine and simazine was 93% and 8%,respectively.

抗体特异性强,与扑交叉反应性为93%,与西玛交叉反应性为8%。

By potting under greenhouse conditions, compared with prometryn and atrazine, the security of terbuthylazine to cotton, maize and peanut was studied.

温室盆栽条件,以扑草、莠去为对照药剂,研究了特丁对棉花、玉米和花生安全性。

Fig. 2. Calibration curves of atrazine and ametryn.

图三,草脱及草杀之标准曲线图.

The antiserum was specific for atrazine,the cross-reactivity of the antiserum to propazine and simazine was 93% and 8%,respectively.

抗体的特异性强,与扑津的交叉反应性为93%,与西玛津的交叉反应性为8%。

By potting under greenhouse conditions, compared with prometryn and atrazine, the security of terbuthylazine to cotton, maize and peanut was studied.

温室件下,以扑草、莠去津为对照药剂,研究了特丁津对棉花、玉米和花生的安全性。

Fig. 2. Calibration curves of atrazine and ametryn.

图三,脱及杀之标准曲线图.

The antiserum was specific for atrazine,the cross-reactivity of the antiserum to propazine and simazine was 93% and 8%,respectively.

抗体的特异性强,与扑津的交叉反应性为93%,与西玛津的交叉反应性为8%。

By potting under greenhouse conditions, compared with prometryn and atrazine, the security of terbuthylazine to cotton, maize and peanut was studied.

栽条件下,以扑、莠去津为对照药,研究了特丁津对棉花、玉米和花生的安全性。

Fig. 2. Calibration curves of atrazine and ametryn.

图三,脱及杀之标准曲线图.

The antiserum was specific for atrazine,the cross-reactivity of the antiserum to propazine and simazine was 93% and 8%,respectively.

抗体的特异性强,与灭津的交叉反应性为93%,与西玛津的交叉反应性为8%。

By potting under greenhouse conditions, compared with prometryn and atrazine, the security of terbuthylazine to cotton, maize and peanut was studied.

温室盆栽条件下,以、莠去津为对照药剂,研究了特丁津对棉花、玉米和花生的安全性。

Fig. 2. Calibration curves of atrazine and ametryn.

图三,脱及杀之标准曲线图.

The antiserum was specific for atrazine,the cross-reactivity of the antiserum to propazine and simazine was 93% and 8%,respectively.

抗体的特异性强,与扑津的交叉反应性为93%,与西玛津的交叉反应性为8%。

By potting under greenhouse conditions, compared with prometryn and atrazine, the security of terbuthylazine to cotton, maize and peanut was studied.

温条件下,以扑、莠去津为对照药剂,研究了特丁津对棉花、玉米和花生的安全性。

Fig. 2. Calibration curves of atrazine and ametryn.

图三,草脱及草杀之标准曲线图.

The antiserum was specific for atrazine,the cross-reactivity of the antiserum to propazine and simazine was 93% and 8%,respectively.

抗体的特异性强,与扑灭津的交叉反应性为93%,与西玛津的交叉反应性为8%。

By potting under greenhouse conditions, compared with prometryn and atrazine, the security of terbuthylazine to cotton, maize and peanut was studied.

温室盆栽条件下,以扑草、津为对照药剂,研究了特丁津对棉花、玉米和花生的安全性。