| 供试毒素 Tested toxin | 增效物 Synergist | 实施效果 Implementation effect | 参考文献 Reference | |
|---|---|---|---|---|
| Cry1Ab/ Cry1Ac | 活化增效物Activating synergist | M. sexta cadherin repeats (CR)(-) | 对烟草天蛾的致死率（>85%）较Cry1Ab（<10%）、Cry1Ac（<15%）单独使用提高8.50、5.66倍以上Its lethality rate to M. sexta (>85%) was above 8.50-, 5.66-fold higher than that of the Cry1Ab (<10%), Cry1Ac (<15%) used alone | [ |
| Cry1Ac/ Cry1Ca | S. exigua cadherin-like protein (rSeCad1bp)(-) | 对甜菜夜蛾和棉铃虫的生长发育均显著抑制（体重减少25%—52%）The growth and development of S. exigua and H. armigera (body weight loss of 25%-52%) were significantly inhibited | [ | |
| Cry1Ac | H. armigera cadherin fragment (HaCad1)(-) | 对棉铃虫的致死率（>80%）较Cry 1Ac（<15%）单独使用提高5.3倍以上Its lethality rate to H. armigera (>80%) was above 5.3-fold higher than that of the Cry1Ac (<15%) used alone | [ | |
| Cry1B/ Cry1C | S. exigua cadherin-like protein (CR11-MPED)(-) | 对甜菜夜蛾的致死率（38.87%）较Cry1B（24.43%）、Cry1C（15.57%）单独使用提高1.59、2.50倍Its lethality rate to S. exigua (38.87%) was 1.59-, 2.50-fold higher than that of the Cry1B (24.43%), Cry1C (15.57%) used alone | [ | |
| Cry1Fa | M. sexta cadherin (MsCad), S. frugiperda cadherin (SfCad)(-) | 对草地贪夜蛾的致死毒力分别提高1.8倍（MsCad）和5.2倍（SfCad）Its lethal virulence to S. frugiperda was improved by 1.8-fold (MsCad) and 5.2-fold (SfCad), respectively | [ | |
| Cry3Aa/ Cry3Bb | D. virgifera cadherin repeats (CR)(-) | 对马铃薯甲虫、黄瓜甲虫和玉米根虫的致死毒力提高3—13倍（数据多未细列）Its lethal virulence to L. decemlineata, Diabrotica undecimpunctata and D. virgifera was improved by 3-13 folds (detailed data not shown) | [ | |
| Cry1Ac | M. sexta aminopeptidase(-), phosphatase(-) | 对烟草天蛾幼虫肠壁细胞损害程度显著增强（原文未显示数值）Its damage degree to the intestinal wall cells of M. sexta larvae was significantly enhanced (detailed data not shown in article) | [ | |
| Cry8Hb/ Cry3-type | Escherichia coli maltose binding protein (MBP)(-) | 对玉米根虫（EC50为16.1 ng·mL-1）的致死毒力较Cry8Hb/Cry3-type（EC50为214 ng·mL-1）单独使用提高13.3倍Its lethal virulence to D. virgifera (EC50 was 16.1 ng·mL-1) was 13.3-fold higher than that of the Cry8Hb/Cry3-type (EC50 was 214 ng·mL-1) used alone | [ | |
| Cry2Aa | 靶向受体结合增效物Targeted receptor binding synergist | B. thuringiensis P20 helper protein(-) | 对地中海粉螟、尖音库蚊和埃及伊蚊的致死毒力较对照组Cry2Aa分别提高1.43、341.28和354.62倍（数据多未细列）Its lethal virulence to Ephestia kuehniella, C. pipiens and A. aegypti was 1.43-, 341.28- and 354.62-fold higher than that of the Cry2Aa control (detailed data not shown) | [ |
| Cry1Ab/ Cry1Ac | P. xylostella Hsp90 (PxHsp90) chaperone protein(-) | 对小菜蛾和草地贪夜蛾的致死率提高4—8倍（数据多未细列）Its lethality rate to P. xylostella and S. frugiperda was improved by 4-8 folds (detailed data not shown) | [ | |
| Cry1Ac | Bacillus enhancin-like protein (Bel)(-) | 对棉铃虫致死率（74.4%）较Cry1Ac（34.2%）单独使用提高2.18倍Its lethality rate to H. armigera (74.4%) was 2.18-fold higher than that of the Cry1Ac (34.2%) used alone | [ | |
| Cry2Aa | 表达增效物Expression synergist | B. thuringiensis P20 helper protein(-) | 促进Cry2Aa在苏云金芽孢杆菌中的表达量提高7倍The protein expression of Cry2Aa in B. thuringiensis increased by 7-fold | [ |
| Cry10A/ Cyt1C | B. thuringiensis QBT220-pBtoxis plasmid(-) | Cry10A/Cyt1C蛋白表达量提高1.29倍，对埃及伊蚊的致死毒力同步增强1.5倍The protein expression of Cry10A/Cyt1C increased by 1.29-fold, and the lethal virulence to A. aegypti increased by 1.5-fold | [ | |
| Vip3Aa | B. thuringiensis strong promoter (Prsi)(-)+ Protease gene knocked out B. thuringiensis strains (BMB171)(-) | Vip3Aa蛋白表达量显著提高，且对甜菜夜蛾（LC50为13.05 μL·g-1）的致死毒力较对照（LC50为59.72 μL·g-1）提高4.58倍The protein expression of Vip3Aa increased significantly, and the lethal virulence to S. exigua (LC50 was 13.05 μL·g-1) was 4.58-fold than that of the control (LC50 was 59.72 μL·g-1) | [ | |
| Cry1Ac | Cotton leaf curl Kokhran virus-Burewala strong promoter (CLCuKoV-Bu)(-) | 转基因棉中Cry1Ac蛋白表达量提升3倍，间接增强转基因作物对靶标害虫的防控能力The protein expression of Cry1Ac in transgenic cotton increased by 3-fold, which indirectly enhanced the ability of transgenic crops to control target pests | [ | |
| Cry1Ah | Maize ubi1 intron(-) | 转基因玉米中Cry1Ah蛋白表达量提高20%，间接增强转基因作物对靶标害虫的防控能力The protein expression of Cry1Ah in transgenic maize increased by 20%, which indirectly enhanced the ability of transgenic crops to control target pests | [ | |
| Cry1Ab/ Cry1Ac | Azotobacter(-) | 促进Cry1Ab/Cry1Ac蛋白表达，对棉铃虫的防控效果显著提高（原文未显示数值）It promoted the protein expression of Cry1Ab/Cry1Ac, and the control effect to H. armigera was significantly improved (detailed data not shown in article) | [ | |
| Cry1Ac | Amino acids(-) | 转基因棉中Cry1Ac蛋白表达量提高15.2%—25.8%，间接增强转基因作物对靶标害虫的防控能力The protein expression of Cry1Ac in transgenic cotton increased by 15.2%-25.8%, which indirectly enhanced the ability of transgenic crops to control target pests | [ | |
| Cry11Aa | Late embryogenesis abundant peptide (LEA-II)(-) | 促进Cry11Aa蛋白表达量提升3倍，间接增强表达制剂对靶标害虫的防控能力The protein expression of Cry11Aa increased by 3-fold, which indirectly enhanced the ability of expression products to control target pests | [ | |
| Cry1C | 同源协同增效物Homology cooperative synergist | Cry1Aa(+) | 对甜菜夜蛾（LC50为0.537 mg·g-1）的致死毒力较Cry1C（LC50为1.466 mg·g-1）和Cry1Aa（LC50为3.936 mg·g-1）单独使用提高2.73和7.33倍Its lethal virulence to S. exigua (LC50为0.537 mg·g-1) was 2.73- and 73.3-fold higher than that of the Cry1C (LC50 was 1.466 mg·g-1) and Cry1Aa (LC50 was 3.936 mg·g-1) used alone | [ |
| Cry3A | Bt spores(+) | 对马铃薯甲虫的致死毒力较两者单独使用提高2.6倍（Cry3A）和4.9倍（Bt spores）Its lethal virulence to L. decemlineata was 2.6- and 4.9-fold higher than that of the Cry3A and Bt spores used alone | [ | |
| Cry4Aa | Cyt2Ba(+) | 对埃及伊蚊（LC50为13.41 ng·mL-1）的致死毒力较Cry4Aa（LC50为34.63 ng·mL-1）和Cyt2Ba（LC50为279.37 ng·mL-1）单独使用提高2.58和20.83倍Its lethal virulence to A. aegypti (LC50 was 13.41 ng·mL-1) was 2.58- and 20.83-fold higher than that of the Cry4Aa (LC50 was 34.63 ng·mL-1) and Cyt2Ba (LC50 was 279.37 ng·mL-1) used alone | [ | |
| Cry4Ba | Cyt2Aa(+) | 对埃及伊蚊（LC50为7 ng·mL-1）和致倦库蚊（LC50为20 ng·mL-1）的致死毒力较Cry4Ba （LC50分别为140 ng·mL-1和无活性）和Cyt2Aa（LC50分别为350和250 ng·mL-1）单独使用提高12.5—50倍Its lethal virulence to A. aegypti (LC50 was 7 ng·mL-1) and C. quinquefasciatus (LC50 was 20 ng·mL-1) was 12.5-50 folds higher than that of the Cry4Ba (LC50 was 140 ng·mL-1 and inactive) and Cyt2Aa (LC50 was 350 and 250 ng·mL-1) used alone | [ | |
| Cry9Aa | Vip3Aa(+) | 对二化螟（LC50为0.13 μg·g-1）的致死毒力较Cry9Aa（LC50为0.70 μg·g-1）和Vip3Aa（LC50为37.41 μg·g-1）单独使用提高5.38和287.76倍Its lethal virulence to C. suppressalis (LC50 was 0.13 μg·g-1) was 5.38- and 287.76-fold higher than that of the Cry9Aa (LC50 was 0.70 μg·g-1) and Vip3Aa (LC50 was 37.41 μg·g-1) used alone | [ | |
| Cry9Ee | Vip3Aa(+) | 对二化螟（LC50为1.78 μg·g-1）的致死毒力较Cry9Ee（LC50为1.96 μg·g-1）和Vip3Aa（LC50为27.77 μg·g-1）单独使用提高1.1和15.6倍Its lethal virulence to C. suppressalis (LC50 was 1.78 μg·g-1) was 1.1- and 15.6-fold higher than that of the Cry9Ee (LC50 was 1.96 μg·g-1) and Vip3Aa (LC50 was 27.77 μg·g-1) used alone | [ | |
| Cry10Aa | Cyt2Ba(+) | 对埃及伊蚊（LC50为4.22 ng·mL-1）的致死毒力较Cry10Aa（LC50为299.62 ng·mL-1）和Cyt2Ba（LC50为279.37 ng·mL-1）单独使用提高71和66.2倍Its lethal virulence to A. aegypti (LC50 was 4.22 ng·mL-1) was 71- and 66.2-fold higher than that of the Cry10Aa (LC50 was 299.62 ng·mL-1) and Cyt2Ba (LC50 was 279.37 ng·mL-1) used alone | [ | |
| Cry11Aa | Cyt1Aa(+) | 对白纹伊蚊（LC50为17.1 ng·mL-1）的致死毒力较Cry11Aa（LC50为228 ng·mL-1）和Cyt1Aa（LC50为171 ng·mL-1）单独使用提高13.3和10倍Its lethal virulence to A. albopictus (LC50 was 17.1 ng·mL-1) was 13.3- and 10-fold higher than that of the Cry11Aa (LC50 was 228 ng·mL-1) and Cyt1Aa (LC50 was 171 ng·mL-1) used alone | [ | |
| Cry11Ba | Cry4Aa(+) | 对尖音库蚊（LC50为0.04 μg·mL-1）的致死毒力较Cry11Ba（LC50为0.11 μg·mL-1）和Cry4Aa（LC50为0.97 μg·mL-1）单独使用提高2.75和24.25倍Its lethal virulence to C. pipiens (LC50 was 0.04 μg·mL-1) was 2.75- and 24.25-fold higher than that of the Cry11Ba (LC50 was 0.11 μg·mL-1) and Cry4Aa (LC50 was 0.97 μg·mL-1) used alone | [ | |
| Cry21Fa | Cry21Ha(+) | 对秀丽隐杆线虫（LC50为6.1 μg·mL-1）的致死毒力较Cry21Fa（LC50为13.6 μg·mL-1）和Cry21Ha（LC50为23.9 μg·mL-1）单独使用提高2.23和3.92倍Its lethal virulence to C. elegans (LC50为6.1 μg·mL-1) was 2.23- and 3.92-fold higher than that of the Cry21Fa (LC50 was 13.6 μg·mL-1) and Cry21Ha (LC50 was 23.9 μg·mL-1) used alone | [ | |
| Cry64Ba | Cry64Ca(+) | 对灰飞虱（LC50为3.15 μg·mL-1）和白背飞虱（LC50为2.14 μg·mL-1）的致死毒力显著增强（原文未显示可比对数值）Its lethal virulence to Laodelphax striatellus (LC50 was 3.15 μg·mL-1) and Sogatella furcifera (LC50 was 2.14 μg·mL-1) was significantly enhanced (detailed comparable data not shown in article) | [ | |
| Cyt1Aa | Cry1Ca(+) | 对埃及伊蚊（LC50为0.61 μg·mL-1）的致死毒力较Cyt1Aa（LC50为0.73 μg·mL-1）和Cry1Ca（LC50为4.61 μg·mL-1）单独使用提高1.2和7.56倍Its lethal virulence to A. aegypti (LC50 was 0.61 μg·mL-1) was 1.2- and 7.56-fold higher than that of the Cyt1Aa (LC50 was 0.73 μg·mL-1) and Cry1Ca (LC50 was 4.61 μg·mL-1) used alone | [ | |
| Cyt1Aa | Cry2Aa(+) | 对致倦库蚊（LC50为15.2 μg·mL-1）的致死毒力较Cyt1Aa（LC50为31.3 μg·mL-1）和Cry2Aa（LC50>200 μg·mL-1）单独使用提高2.05倍和超过13倍Its lethal virulence to C. quinquefasciatus (LC50为15.2 μg·mL-1) was 2.05-fold and above 13-fold higher than that of the Cyt1Aa (LC50 was 31.3 μg·mL-1) and Cry2Aa (LC50>200 μg·mL-1) used alone | [ | |
| Cyt1Aa | Cry4Ba(+) | 对埃及伊蚊（LC50为66.7 ng·mL-1）的致死毒力较Cyt1Aa（LC50为952.5 ng·mL-1）和Cry4Ba（LC50为79.4 ng·mL-1）单独使用提高14.28和1.19倍Its lethal virulence to A. aegypti (LC50 was 66.7 ng·mL-1) was 14.28- and 1.19-fold higher than that of the Cyt1Aa (LC50 was 952.5 ng·mL-1) and Cry4Ba (LC50 was 79.4 ng·mL-1) used alone | [ | |
| Vip3Aa | Cry1F (+) | 对东方黏虫（LC50为1.8 μg·g-1）的致死毒力较Vip3Aa（LC50为7.4 μg·g-1）和Cry1F（LC50为14.4 μg·g-1）单独使用提高4.1和8倍 Its lethal virulence to Mythimna separata (LC50 was 1.8 μg·g-1) was 4.1- and 8-fold higher than that of the Vip3Aa (LC50 was 7.4 μg·g-1) and Cry1F (LC50 was 14.4 μg·g-1) used alone | [ | |
| Vip3Aa | Cry1Ie (+) | 对东方黏虫（LC50为2.0 μg·g-1）的致死毒力较Vip3Aa（LC50为7.4 μg·g-1）和Cry1Ie（LC50为78.6 μg·g-1）单独使用提高3.7和39.3倍Its lethal virulence to M. separata (LC50 was 2.0 μg·g-1) was 3.7- and 39.3-fold higher than that of the Vip3Aa (LC50 was 7.4 μg·g-1) and Cry1Ie (LC50 was 78.6 μg·g-1) used alone | [ | |
| Cry11Aa | Cyt1A-like δ endotoxins(+) | 对白纹伊蚊（LC50为19.7 ng·mL-1）的致死毒力较Cry11Aa（LC50为228 ng·mL-1）和Cyt1A-like（LC50>105 ng·mL-1）单独使用提高11.5和超过5000倍Its lethal virulence to A. albopictus (LC50 was 19.7 ng·mL-1) was 11.5-fold and above 5000-fold higher than that of the Cry11Aa (LC50 was 228 ng·mL-1) and Cyt1A-like (LC50>105 ng·mL-1) used alone | [ | |
| Cry11Aa | Cry-like δ endotoxins (Mtx-1)(+) | 对致倦库蚊（LC95为1.93 μg·mL-1）的致死毒力较Cry11Aa（LC95为33.5 μg·mL-1）和Mtx-1（LC95为2.4 μg·mL-1）单独使用提高17.36和1.24倍Its lethal virulence to C. quinquefasciatus (LC95 was 1.93 μg·mL-1) was 17.36- and 1.24-fold higher than that of the Cry11Aa (LC95 was 33.5 μg·mL-1) and Mtx-1 (LC95 was 2.4 μg·mL-1) used alone | [ | |
| Cyt1Aa | L. sphaericus binary toxin (BinA)(+) | 对Bt耐药性致倦库蚊（LC50为10.605 μg·mL-1）的致死毒力较Cyt1Aa（LC50>50 μg·mL-1）和BinA（极低活性）单独使用显著提高Its lethal virulence to Bt-resistance C. quinquefasciatus (LC50 was 10.605 μg·mL-1) was significantly enhanced than that of the Cyt1Aa (LC50>50 μg·mL-1) and BinA (very low activity) used alone | [ | |
| Cry5Ba | 异源协同增效物Heterology cooperative synergist | B. thuringiensis metalloproteinase (Bmp1)(+) | 对秀丽隐杆线虫（LC50为37.5 μg·mL-1）的致死毒力较Cry5Ba（LC50为226.67 μg·mL-1）和Bmp1（LC50为610 μg·mL-1）单独使用提高6.04和16.27倍Its lethal virulence to C. elegans (LC50 was 37.5 μg·mL-1) was 6.04- and 16.27-fold higher than that of the Cry5Ba (LC50 was 226.67 μg·mL-1) and Bmp1 (LC50 was 610 μg·mL-1) used alone | [ |
| Cry1Ac | B. thuringiensis chitinase(+) | 对甜菜夜蛾（LC50为4.4 μg·mL-1）和棉铃虫（LC50为5.8 μg·mL-1）的致死毒力较Cry1Ac（LC50分别为6.8和8.8 μg·mL-1）单独使用分别提高1.55和1.52倍；chitinase单独使用的致死率分别为11.7%和8.2% Its lethal virulence to S. exigua (LC50 was 4.4 μg·mL-1) and H. armigera (LC50 was 5.8 μg·mL-1) was 1.55- and 1.52-fold higher than that of the Cry1Ac (LC50 was 6.8 and 8.8 μg·mL-1) used alone, and the lethality rate of chitinase used alone was 11.7% and 8.2%, respectively | [ | |
| Cry1Ac | Nicotiana tabacum chitinase(+) | 共表达制剂对棉铃虫（LC50为4.79 μg·mL-1）的致死毒力较Cry1Ac（LC50为89.86 μg·mL-1）制剂单独使用提高18.76倍；chitinase单独使用为较低活性Its lethal virulence of coexpression products to H. armigera (LC50 was 4.79 μg·mL-1) was 18.76-fold higher than that of the Cry1Ac (LC50 was 89.86 μg·mL-1) used alone, and the chitinase used alone was low activity | [ | |
| Cry21Aa | Pseudomonas aeruginosa chitinase (pachi)(+) | 对秀丽隐杆线虫（LC50为30.9 μg·mL-1）的致死毒力较Cry21Aa（LC50为78.7 μg·mL-1）和pachi（LC50为387.3 μg·mL-1）单独使用分别提高2.55和12.53倍Its lethal virulence to C. elegans (LC50 was 30.9 μg·mL-1) was 2.55- and 12.53-fold higher than that of the Cry21Aa (LC50 was 78.7 μg·mL-1) and pachi (LC50 was 387.3 μg·mL-1) used alone | [ | |
| Cry1Ac | Cowpea trypsin inhibitor (CpTI)(+) | 共表达转基因棉对非靶标害虫棉蚜的防治能力显著增强（原文未显示数值）The ability of coexpression transgenic cotton to control non-target pest Aphis gossypii was significantly enhanced | [ | |
| Cry4Ba | Enterolobium contortisiliquum trypsin inhibitor (EcTI) (+) | 对埃及伊蚊的致死率（~85%）较Cry4Ba（~25%）和EcTI（极低活性）单独使用显著提高Its lethality rate to A. aegypti (~85%) was significantly improved than that of the Cry4Ba (~25%) and EcTI (very low activity) used alone | [ | |
| Cry3A-SN- 19 hybrid | Oryza proteinase inhibitor cystatin II (OCII)(+) | 共表达转基因马铃薯植株对马铃薯甲虫的防控效果显著提高（原文未显示数值）The control effect of coexpression transgenic potato to L. decemlineata was significantly improved (detailed data not shown in article) | [ | |
| Vip3Aa | A. sativum lectin (ASAL)(+) | 共表达转基因棉对棉铃虫和烟粉虱的防控效果显著提高（原文未显示数值）The control effect of coexpression transgenic cotton to H. armigera and Bemisia tabaci was significantly improved (detailed data not shown in article) | [ | |
| Cry1Ab | A. sativum lectin (ASAL)(+) | 共表达转基因水稻对三化螟、二化螟和稻纵卷叶螟的防控效果显著，虫体死亡率提升87%—93% The control effect of coexpression transgenic rice to S. incertulas, C. suppressalis and C. medinalis was significantly improved, the mortality rate of pests was increased by 87%-93% | [ | |
| Cry1Ac | Galanthus nivalis lectin (GNA)(+) | 共表达转基因棉对棉贪夜蛾和棉蚜的致死率提高46.6%—66.2% The lethality rate of coexpression transgenic cotton to S. littoralis and A. gossypii was increased by 46.6%-66.2% | [ | |
| Cry1Ac | Chloroplast transit peptide (TP)(-)+ Ricin B-chain (RB)(+) | 共表达转基因棉中融合蛋白表达量提高近6倍，且对棉铃虫和棉红铃虫的致死率均提高超过30% The fusion protein expression in coexpression transgenic cotton was improved by nearly 6-fold, and the mortality rate of H. armigera and Pictinophora scutigera was increased by more than 30% | [ | |
| Cry1Ac | Selenocosmia huwena venom neurotoxin (hwtx-I)(+) | 共表达制剂对小菜蛾（LC50为5.12 μg·mL-1）的致死毒力较Cry1Ac（LC50为70.78 μg·mL-1）单独使用提高13.8倍；hwtx-I单独使用活性较低The lethal virulence of coexpression products to P. xylostella (LC50 was 5.12 μg·mL-1) was 13.8-fold higher than that of Cry1Ac (LC50 was 70.78 μg·mL-1) used alone, and hwtx-I was low activity when used alone | [ | |
| Cry1Ac | Australian funnel-web spider venom neurotoxin (ω-ACTX -Hv1a)(+) | 对甜菜夜蛾（LC50为83.19 μg·mL-1）的致死毒力较Cry1Ac（LC50>500 μg·mL-1）和ω-ACTX-Hv1a（较低活性）单独使用显著增强The lethal virulence to S. exigua (LC50 was 83.19 μg·mL-1) was significantly enhanced than that of Cry1Ac (LC50>500 μg·mL-1) and ω-ACTX-Hv1a (lower activity) used alone | [ | |
| Cry1Ac | Hadronyche versuta venom neurotoxin (hv1a+hv2a)(+) | 对棉铃虫的致死毒力较Cry1Ac、hv1a和hv2a单独使用分别提高1.32、1.26和1.14倍The lethal virulence to H. armigera was 1.32-, 1.26- and 1.14-fold higher than that of Cry1Ac, hv1a and hv2a used alone | [ | |
| Cry1Ac | Anemonia viridis neurotoxin (Av3)(+) | 对棉铃虫（LC50为11.9 μg·mL-1）的致死毒力较Cry1Ac（LC50为30.7 μg·mL-1）和Av3 Cry1Ac（LC50>104 μg·mL-1）单独使用提高2.6倍和超过840倍The lethal virulence to H. armigera (LC50为11.9 μg·mL-1) was 2.6-fold and above 840-fold higher than that of Cry1Ac (LC50 was 30.7 μg·mL-1) and Av3 Cry1Ac (LC50>104 μg·mL-1) used alone | [ | |
| Cry2Ab | Avermectin(+) | 对小菜蛾（IC50为0.01 μg·cm-2）的致死毒力较Cry2Ab（IC50为1.544 μg·cm-2）和阿维菌素（IC50为~1 μg·cm-2）单独使用提高154.4和~100倍The lethal virulence to P. xylostella (IC50 was 0.01 μg·cm-2) was 154.4- and ~100-fold higher than that of Cry2Ab (IC50 was 1.544 μg·cm-2) and avermectin (IC50 was ~1 μg·cm-2) used alone | [ | |
| Cry4Ba | Calcofluor(+) | 对埃及伊蚊（LC50为0.29 μg·mL-1）的致死毒力较Cry4Ba（LC50为6.27 μg·mL-1）和Calcofluor（致死率<10%）单独使用显著增强The lethal virulence to A. aegypti (LC50 was 0.29 μg·mL-1) was significantly enhanced than that of Cry4Ba (LC50 was 6.27 μg·mL-1) and Calcofluor (lethality rate<10%) used alone | [ | |
| Cyt2Ba | White pepper powder (WP)(+) | 对白纹伊蚊24 h致死率（80%）较Cyt2Ba（40%）单独使用提高2倍，white pepper powder单独使用活性较低Its lethality rate to A. albopictus (80%) in 24 h was 2-fold higher than that of Cyt2Ba (40%) used alone, and white pepper powder was lower activity when used alone | [ | |
| Cry1-type | Mustard oil(+) | 对欧洲松毛虫致死率（83.4%）较Bt Cry（30%）和mustard oil（6.7%）单独使用分别提高2.78和12.45倍Its lethality rate to Dendrolimus pini (83.4%) was 2.78- and 12.45-fold higher than that of Bt Cry (30%) and mustard oil (6.7%) used alone | [ | |
| Cry1-type | Carvacrol(+) | 对甜菜夜蛾的致死率（96.7%）较Cry1-type（56.7%）和carvacrol（23.4%）单独使用提高1.71和4.13倍Its lethality rate to S. exigua (96.7%) was 1.71- and 4.13-fold higher than that of Cry1-type (56.7%) and carvacrol (23.4%) used alone | [ | |
| Cry1Ac | Flavone(+) | 对棉铃虫的致死率（>90%）较Cry1Ac（<22%，3 ng·cm-2）和flavone（<40%，0.7 mg·g-1）单独使用提高超过68%和50% Its lethality rate to H. armigera (>90%) was above 68% and 50% than that of Cry1Ac (<22%, 3 ng·cm-2) and flavone (<40%, 0.7 mg·g-1) used alone | [ | |
| Cyt2Ba | B. bassiana(+) | 共表达制剂对埃及伊蚊和白纹伊蚊的致死毒力较Cyt2Ba单独使用分别提高47%和33%，球孢白僵菌单独使用活性较低The lethal virulence of coexpression products to A. aegypti and A. albopictus was improved by 47% and 33% than that of Cyt2Ba used alone, and B. bassiana was lower activity when used alone | [ | |
| Vip3A | B. bassiana (BbV28)(+) | 共表达制剂对斜纹夜蛾的3 d致死毒力较球孢白僵菌单独使用提高26.2倍，原文Vip3A的活性数据未显示The lethal virulence of coexpression products to S. litura in 3 days was 26.2-fold higher than that of B. bassiana used alone, and the detailed data for Vip3A was not shown in article | [ | |
| Cry3Bb | Plagiodera versicolora gut bacterium (Pseudomonas putida)(+) | 对柳蓝叶甲的致死率显著提高（原文未显示数值）Its lethality rate to P. versicolora was significantly improved (detailed data not shown in article) | [ | |
| Cry4Ba | X. nematophila(+) | 对埃及伊蚊（LC50为2.02 ng·mL-1）的致死毒力较Cry4Ba（LC50为21.28 ng·mL-1）单独使用提高10.5倍，对埃及伊蚊的致死率（95%）较嗜线虫致病杆菌（52%）单独使用提高43% Its lethal virulence to A. aegypti (LC50 was 2.02 ng·mL-1) was 10.5-fold higher than that of Cry4Ba (LC50 was 21.28 ng·mL-1) used alone, and the lethality rate to A. aegypti (95%) was 43% higher than that of X. nematophila (52%) used alone | [ | |
| Cry4Ba | P. luminescens(+) | 对埃及伊蚊（LC50为8.49 ng·mL-1）的致死毒力较Cry4Ba（LC50为21.28 ng·mL-1）提高2.5倍，对埃及伊蚊的致死率（87%）较P. luminescens（43%）单独使用提高44% Its lethal virulence to A. aegypti (LC50 was 8.49 ng·mL-1) was 2.5-fold higher than that of Cry4Ba (LC50 was 21.28 ng·mL-1) used alone, and the lethality rate to A. aegypti (87%) was 44% higher than that of P. luminescens (43%) used alone | [ | |
| Cry4Aa | B. mori cypovirus (BmCPV) (+) | 对紫外线的耐受稳定性显著增强，且对白纹伊蚊的致死率显著提高Its tolerance stability to UV radiation was significantly enhanced, and the lethality rate to A. albopictus was significantly increased | [ | |
| Cry1Ab | Autographa californica multiple nuclearpolyhedrosis virus (AcMNPV)(+) | 共表达制剂对棉贪夜蛾（LC50为1.7 μg·mL-1）的致死毒力较AcMNPV（LC50为10 μg·mL-1）单独使用提高5.88倍，原文Cry1Ab的活性数据未显示The lethal virulence of coexpression products to S. littoralis (LC50 was 1.7 μg·mL-1) was 5.88-fold higher than that of AcMNPV (LC50 was 10 μg·mL-1) used alone, and the detailed data for Cry1Ab was not shown in article | [ | |
| Cry1-5 | Araneus ventricosus spider toxin (Av-Tox2)(+)+ AcMNPV(+) | 共表达制剂对小菜蛾和甜菜夜蛾的致死率提升超过50%和75% The lethality rate of coexpression products to P. xylostella and S. exigua was increased by more than 50% and 75% | [ | |
| Cry1-5 | Androctonus australis neurotoxin (AaIT)(+)+ AcMNPV(+) | 共表达制剂对小菜蛾和甜菜夜蛾的致死毒力提升超过9和1.5倍The lethal virulence of coexpression products to P. xylostella and S. exigua was increased by more than 9- and 1.5-fold | [ | |
| Cry1-5 | Bombus ignites venom Kunitz-type toxin (KTI)(+) +AcMNPV(+) | 共表达制剂对小菜蛾和甜菜夜蛾的致死率提升超过75%和80% The lethality rate of coexpression products to P. xylostella and S. exigua was increased by more than 75% and 80% | [ | |
| Cry1Ab | O. furnacalis chymotrypsins- like genes dsRNA (dsCTPs)(+) | 对亚洲玉米螟的致死率（100%）较Cry1Ab（<60%）和dsCTPs（<20%）单独使用提高超过40%和80% Its lethality rate to O. furnacalis (100%) was increased by above 40% and 80% than that of Cry1Ab (<60%) and dsCTPs (<20%) used alone | [ | |
| Cry1Ca | S. exigua dsRNA specific to integrin β1 subunit (dsINT)(+) | 对甜菜夜蛾的致死率（80%）较Cry1Ca（58%）和dsINT（<50%）单独使用提高22%和超过30% Its lethality rate to S. exigua (80%) was increased by 22% and above 30% than that of Cry1Ca (58%) and dsINT (<50%) used alone | [ | |
