bacterial spores
英 [bækˈtɪəriəl spɔːz]
美 [bækˈtɪriəl spɔrz]
网络 细菌孢子; 芽胞
双语例句
- Instead, various explanations of the biological nature and function of bacterial spores have been advanced.
相反，对细菌芽孢的生物学本质和功能却提出了多种解释。 - Concentration. The heat resistance of a suspension of bacterial spores is related to the number of organisms present.
浓度细胞悬浮液的耐热性于现存生物体的数量有关。 - Inactivation of bacterial spores using low-temperature plasma Low Temperature Plasma Sterilizer for Ophthalmic Surgical Instruments Sterilization
低温等离子体对细菌芽孢的灭活研究低温等离子灭菌器用于眼科手术器械灭菌方法的探讨 - The cheese is full of volatile bacterial spores.
那奶酪里满是挥发性的细菌孢子。 - Recently, many researchers demonstrated that the combination of high hydrostatic pressure with moderate heat treatment were effective in increasing the inactivation of bacterial spores.
研究表明，超高静压结合适度的热处理能显著增加芽孢的杀灭效果。 - DNA cross-links are produced mainly upon irradiation of dry DNA or bacterial spores.
DNA交链主要由照射于DNA或细菌芽胞引起。 - In high hydrostatic pressure treatment, bacterial spores are more resistant than vegetative cells thus pressure treatment alone is not sufficient in inactivating bacterial spores.
在超高静压杀菌过程中，细菌芽孢往往比其营养体更耐压，而单独的压力处理并不能完全杀死芽孢。 - This review focuses on food safety and spores, high hydrostatic pressure-induced germination and effects of high hydrostatic pressure on inactivation of bacterial spores.
本文综述了芽孢对食品安全的影响、超高静压诱导芽孢发芽以及超高静压导致细菌芽孢失活的影响因素等。 - High hydrostatic pressure processing can effectively inactivate vegetative bacteria; however, the knowledge about inactivation on bacterial spores by the high hydrostatic pressure is still limited.
超高静压对普通微生物营养体有较好的杀灭效果，但超高静压对细菌芽孢杀灭效应有待于进一步研究。 - The use of a physical or chemical procedure to destroy all microorganisms including large numbers of resistant bacterial spores.
使用物理或者化学的方法破坏所有的微生物包括数量巨大并且具有抵抗力的细菌芽孢。 - Study on the method of killing bacterial spores by combination of four
新洁尔灭等四因子复合杀芽胞方法的研究 - In field trial, disinfection of the white working overcoat for 120 min killed> 90% of the natural bacteria on the overcoat. Conclusion: This ozone clothing disinfector has good efficacy in killing vegetative form of bacteria, yeasts, bacterial spores and natural bacteria.
现场试验证明，对白大衣上的自然菌消毒处理120min，杀灭率>90%。结论，该臭氧衣物消毒柜对细菌繁殖体，酵母菌、细菌芽孢及自然菌均有较好杀菌效果。 - Conclusions: The monophyletic compound glutaraldehyde disinfectant has good stability and high efficacy in killing vegetative forms of bacteria, mycobacterium and bacterial spores.
结论，一元复方戊二醛消毒剂稳定性良好，对细菌繁殖体、分枝杆菌和细菌芽孢杀灭作用较强。 - Study on the efficacy of hydrogen peroxide in killing bacterial spores
过氧化氢对细菌芽胞杀灭的研究 - Conclusion: organic chlorine bromine disinfectant has good efficacy in killing vegetative forms of bacteria, fungi and bacterial spores and its properties are stable.
结论，有机氯溴消毒剂对细菌繁殖体和真菌以及细菌芽孢均具有很好的杀灭效果，性能稳定。 - In order to know the sublethal effect of glutaraldehyde at low concentration on bacterial spore, suspension quantitative bactericidal test and ultrasonic resuscitation method were used to examine the efficacy of glutaraldehyde in killing spores of Bacillus subtilis var. niger.
为了解低浓度戊二醛对细菌芽胞的亚致死作用，采用悬液定量杀菌试验与超声波复苏的方法，检测了戊二醛对枯草杆菌黑色变种芽胞的杀灭效果。 - Conclusion The instrument disinfection solution is stable, does not corrode copper and stainless steel and has good efficacy in killing bacterial spores.
结论该器械消毒液性能稳定，对细菌芽孢具有较好的杀菌效果，对铜和不锈钢无腐蚀。 - Three compound disinfectants containing available chlorine, chlorine dioxide and glutaraldehyde respectively. In order to compare their efficacy in killing bacterial spores, carrier quantitative germicidal test method was used to carry out laboratory observation.
3种消毒剂分别为含有效氯、二氧化氯和戊二醛的复方，为比较它们对细菌芽孢杀灭效果，采用载体定量杀菌试验方法分别进行了实验室观察。 - Preliminary study on the use of bacterial spores as the indicators for disinfection in hepatitis B
细菌芽胞作为乙型病毒性肝炎消毒指标的初步研究 - Exposure of the book consisting of 10 laboratory sheets to microwave irradiation for 7 min could not completely kill the bacterial spores on carrier in the sheets.
微波照射7min，对10张为1本的验单中细菌芽孢菌片均不能达到完全杀灭。 - Inactivation of Bacterial Spores Treated by High Voltage Pulsed Electric Field
用高压脉冲电场杀细菌孢子 - Observation on efficacy of ORTHOPHTHALALDEHYDE disinfectant in killing bacterial spores
邻苯二甲醛消毒剂对细菌芽孢的杀灭效果观察 - It is significant to explore the behavior of DPA-Ca2+ release and the rule of compositional changes in spores under environmental stresses for understanding the resistance mechanism of bacterial spores.
研究芽孢DPA-Ca2+释放行为及其外界胁迫下芽孢成分变化，对于深入了解细菌芽孢抗性机制有重要意义。 - Dipicolinic acid ( DPA) is a biomarker of bacterial spores. Earlier SERS studies have mainly focused on substrates derived from silver nanoparticles, but there are some drawbacks in using silver nanoparticles as substrate, including difficulty in quantitation and uncertainty in determining detection limit.
吡啶2,6-二羧酸（DPA）是芽孢杆菌的生物标志物，早期的SERS研究主要是基于银的纳米基底，但还存在定量难、检测下限不确定等问题。 - Recently, SERS technique has been used as highly-sensitive technique for the detection of structural conformation adsorbed proteins and biomarkers in bacterial spores.
近年来，SERS技术作为一种灵敏的分析手段被初步用于蛋白质的吸附构型研究和细菌芽孢中生物标志物的检测。 - The development of sensitive, selective, and rapid methods for the detection of bacterial spores is increasingly important for medical diagnostics and human health care.
发展灵敏的、选择性的快速检测细菌芽孢的方法对于医疗诊断和人类健康治疗来说显得越来越重要。