湖南农业科学
湖南農業科學
호남농업과학
HUNAN AGRICULTURAL SCIENCES
2010年
1期
13-15
,共3页
陈海荣%刘前刚%高书锋%魏小武%程安%黄军
陳海榮%劉前剛%高書鋒%魏小武%程安%黃軍
진해영%류전강%고서봉%위소무%정안%황군
原生质体%融合%Bt%SD%融合子
原生質體%融閤%Bt%SD%融閤子
원생질체%융합%Bt%SD%융합자
protoplast%fusion%Bt%SD%fusant
选取具有杀虫效果的苏云金芽孢杆菌(Bt)和抗病效果的枯草芽孢杆菌(SD)进行原生质体融合.通过对融合条件的摸索,得出Bt的最佳培养时间为5 h.最佳酶解浓度为0.8 mg/mL,最佳酶解时间为70 min;SD最佳培养时间为5 h,最佳酶解浓度为0.6 mg/mL,最佳酶解时间为40 min.通过检测,试验得出的融合子具备双亲的功效.
選取具有殺蟲效果的囌雲金芽孢桿菌(Bt)和抗病效果的枯草芽孢桿菌(SD)進行原生質體融閤.通過對融閤條件的摸索,得齣Bt的最佳培養時間為5 h.最佳酶解濃度為0.8 mg/mL,最佳酶解時間為70 min;SD最佳培養時間為5 h,最佳酶解濃度為0.6 mg/mL,最佳酶解時間為40 min.通過檢測,試驗得齣的融閤子具備雙親的功效.
선취구유살충효과적소운금아포간균(Bt)화항병효과적고초아포간균(SD)진행원생질체융합.통과대융합조건적모색,득출Bt적최가배양시간위5 h.최가매해농도위0.8 mg/mL,최가매해시간위70 min;SD최가배양시간위5 h,최가매해농도위0.6 mg/mL,최가매해시간위40 min.통과검측,시험득출적융합자구비쌍친적공효.
The insecticidal Bacillus thuringieusis (Bt) and disease-resistant Bacillus subtilis (SD) were selected for protoplast fusion. Through the exploration for fusion condition, the optimum cultural conditions for Bt were concluded as follows: the optimum cultural time was 5 h, the optimum concentration of enzymolysis was 0.8 mg/ml, and the opfimmtimeof enzymolysis was 70 mins. The optimum cultural conditions for SD were concluded as follows: the optimum cultural time was 5 h, the optimum concentration of enzymolysis was 0.6 mg/ml, and the optimum time of enzymolysis was 40 mins. Through the test, the results indicated that the fusant, which got from the experiment, have the efficacies of both parents.