1.the biological effect of 2-keto-l-gulonic acid strains and their dna implanted by low energy ions have been studied.
对低能离子注入2-酮基-l-古龙酸(2-klg)生产菌的生物学效应和注入离子对dna的损伤效应进行了初步研究。
2.objective to observe the effects of insulin pump therapy on type 1 diabetes mellitus children with diabetic keto or diabetic ketoacidosis(dk/dka).
目的观察胰岛素泵持续皮下注射胰岛素对儿童1型糖尿病并酮症或酮症酸中毒(dk/dka)的疗效。
3.a reaction mechanism with two possible pathways to the ground state of the keto-anil has been suggested.
并提出了一个两条途径到达烯酮缩苯胺的反应机理。
4.results there were 9 cases of crush syndrome, 3 severe alcoholism, 2 scourge injury, 2 large area scald, 1 diabetes keto acid and shock, 1 long-distance running, 1 high strength manual labor.
结果挤压综合征9例,重度酒精中毒3例,鞭击伤及大面积烫伤各2例,糖尿病肺部感染并发酮症酸中毒休克、高温下长跑及强负荷作业各1例。
5.there are about two dozen backward-looking analyses of patient data suggesting keto works, and, more significant, two randomized, controlled studies published in 2008.
过去的24个病例数据表明酮类在此方面的疗效,并且更重要的是,两个随机的有对照的研究在2008年发表。
6.this complex reaction is characterized by a keto-enol tautomerism eqilibrium and ester exchange reaction .
此螯合反应是由酮一烯醇互变异构平衡过程和酯交换反应组成。
7.the photo product was determined to be the keto form.
确定了光致变色的产物为双质子转移的酮式结构。
8.the calculation of the thermodynamic parameters shows that the transformation from enol to keto form is endothermic process.
热力学参数的计算表明,从烯醇式到双酮式构型的转变是一个吸热过程。