同时，也指出了尽快取代高毒农药的重要性。
Meanwhile the importance of replacement of high- toxicitity pesticides as soon as possible has also been pointed out.
建议稻田中少用甲胺磷高毒农药，以减少对地下水的污染。
It was suggested methamidophos, a high-poisonous pesticide, should be less used in the rice field to avoid the pollution of groundwater.
新烟碱类杀虫剂是取代高毒有机磷、有机氯类杀虫剂的最佳品种。
The novel nicotinamide insecticide is the optimal variety to replace highly-poisonous organophosphorus and organochlorine insecticides.
高毒有机磷农药替代品种的开发已成为我国农药研究开发的热点，其市场前景非常广阔。
The development of substitutes for high toxic organic phosphorus pesticide has been a very popular fashion in our country.
因此，可考虑将这些对鱼低毒的菊酯类农药作为防治水稻二化螟的高毒农药的替代药剂和抗性治理的轮换品种。
Therefore, these low fish-toxicity pyrethroids can be considered as candidates for replacing highly toxic organophosphates and resistance management for the rice striped stem borer.
结果显示，几种防霉、防菌剂都具有用量小、使用方便及耐候性好等优点，可以取代高毒、有害的甲醛等杀菌剂。
The results shown that several anti-mildew agents are easy to use and have some merits with small dosage and good weather resistance. And it can replace high poison, noxious formaldehyde antise…
本文概括介绍了取代高毒农药的新品种包括仿制品种、创制品种、水基剂型和功能性制剂和一些可用于农药生产的新技术。
The paper introduced some new varieties that can take place of high-toxic pesticide and some new technics that may be used in the producing of pesticide.
油页岩废渣因酸度高，养分含量低，并存在一定程度的铝毒和重金属污染等，使得植物很难在其中正常生长发育。
Because of the high acidity, low nutrients content, aluminum toxicity and potential heavy metals pollution, oil shale waste slag has negative effects on the normal growth of plants.
抗肿瘤药缓释制剂植入肿瘤组织、瘤周组织的间质中或肿瘤切除后的瘤床，达到局部高药物浓度，降低系统毒副反应。
The sustained-release anticancer drug implantation can achieve high local concentration with reducing systematic toxicity by implanting sustained-release drug into tumor tissue or interstitial tissue.
用臭氧机产生臭氧，进行高水分粮的防霉试验、几种主要储粮害虫的防治试验以及油脂的去毒试验。
The test of preventing molds in grain at high moisture content with ozone generated by the ozone generator.
结论盖诺加顺铂支气管动脉灌注治疗晚期非小细胞肺癌疗效高，且毒副反应可以耐受。
Conclusion it shows that treatment of advanced lung cancer with VLB and DDP by bronchial arterial infusion has a higher response rate and tolerable toxicity.
结论盖诺加顺铂支气管动脉灌注治疗晚期非小细胞肺癌疗效高，且毒副反应可以耐受。
Conclusion it shows that treatment of advanced lung cancer with VLB and DDP by bronchial arterial infusion has a higher response rate and tolerable toxicity.
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