1) total bacterial count
总细菌计数
2) total bacterial plate counts
细菌总平皿计数
3) total number of bacteria
细菌总数
1.
Rapid detection of total number of bacteria in food using digital micro-image identification technique;
采用显微图像识别技术快速检测食品细菌总数
2.
Results show that total number of bacteria declines with pressure increase and arrived commercial asepsis at 400MPa, increasi.
为了探讨超高压处理对荔枝果汁品质的影响,将荔枝(“淮枝”品种)原果汁在100~500MPa压力、10℃温度条件下处理30min后,测定果汁的细菌总数、过氧化物酶(POD)活性及营养成分(还原糖、蛋白质、氨基酸、维生素C)等几项指标的变化。
3.
In this experiment, we checked the total number of bacteria, the amount of the coliform and fibrin-decomposing bacteria of East Lake.
通过检测东湖的细菌总数、大肠杆菌与纤维素分解菌数目 ,发现东湖的细菌总数与大肠杆菌数目仍严重超标 ,前者为《生活饮用水卫生标准》GB5 74 9- 85的 2～ 99倍 ,后者为此标准的 1 0 0～ 1 0 0 0倍 ,但与一期截污工程完成初期相比已有很大改善 ,说明对东湖的污染治理取得初步成效。
4) total bacteria
细菌总数
1.
Effect of oxygen tension on reduction test to detect the total bacteria in raw milk;
氧含量对还原法检测原料乳细菌总数的影响
2.
The fecal coliform and total bacteria in shellfish in the coastal environment of Liaodong Bay;
辽东湾沿岸贝类和环境中的粪大肠菌和细菌总数
3.
Development of methods for rapid determination of total bacteria;
细菌总数快速检测研究进展
5) bacteria count
细菌总数
1.
The objects of this experiment were to checkout the bacteria count and the coliform group most probable number (MPN) of these fresh milk, which was not disinfected, with the conventional method.
实验采用国家规定的标准办法检验未经消毒的生牛 乳中的细菌总数和大肠菌群数。
2.
The survey shows that river water inside old part of Changshu city has been seriously polluted by human wastes and rubbish, with average bacteria count reaching more than 40,000/ml while in most cases bacteria count has exceeded l00, 000/ml and the most serious polluted water registers a count of 560,000/ml, and coliform bacteria exceeding 23, 800/L.
结果表明：常熟市古城区河流的水质受生活垃圾污染的情况比较严重，细菌总数均在 ４万／ｍＬ以上。
6) Aerobic bacterial count
细菌总数
1.
Methods:Aerobic bacterial count and fecal coliform in sewage of doemestic and hospital were analysed before and after activated bio-filter treatments.
方法 :于生物滤池处理生活污水及医院污水前后分别取水样测定污水中的细菌总数及粪大肠菌群的含量。
2.
Results After activatetl bio-filter treatment, the removal rate of aerobic bacterial count and fecal coliform was 99.
方法 于生物滤池及臭氧处理前后取水样测定污水中的细菌总数及粪大肠菌群。
3.
Results:The result shows that there is no significant difference in using these two methods to test Aerobic bacterial count in cosmetics.
目的:本文采用两种不同检测方法来比较化妆品中的细菌总数。
补充资料：焦痂下细菌计数
焦痂下细菌计数
subeschar bacterial count
焦痂下细菌计数可用作判断创面感染程度、有无创面脓毒症的客观指标。方法是在无菌操作下于不同部位取痂下组织0.1～0.2g，剪碎，称重，加无菌生理盐水2ml，用电动搅拌器恒速匀浆。把匀浆原液在小试管中作一系列10倍递增法稀释，以重量为1mg定量接种环，自原液开始至10-3稀释度，分别取一环稀释液接种在血琼脂平皿上，同时取原液接种另外平皿，作鉴定细菌类别及计数细菌百分数用。接种后置37°C孵箱孵育18～24h，取出平皿观察结果，并按下列公式计算：‘每克痂下组织细菌数=N×D×L×〓〓W+2〓〓W〓〓。式中：N为菌落数，L为定量接种环倍数，W为标本重量，D为原液稀释倍数，〓〓W+2〓〓W〓〓为标本稀释倍数。若其结果大于105，则提示有全身感染的可能。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条