細菌實驗室 的英文怎麼說

中文拼音 [xìjūnshíyànshì]
細菌實驗室 英文
bacteriological laboratory
  • 細 : 形容詞1 （條狀物橫剖面小） thin; slender 2 （顆粒小） in small particles; fine 3 （音量小） thin ...
  • 菌 : 菌名詞1. （蕈） mushroom2. （姓氏） a surname
  • 實 : Ⅰ形容詞1 （內部完全填滿 沒有空隙） solid 2 （真實; 實在） true; real; honest Ⅱ名詞1 （實際; 事實...
  • 驗 : 動詞1. （察看; 查考） examine; check; test 2. （產生預期的效果） prove effective; produce the expected result
  • 細菌 : germ; bacterium （pl. bacteria）; fungus （pl. fungi）
  1. After analyzing purple soil sampled from neijiang, leshan ofsichuan provinec and yuanmou of yunnan province, the contrast results of microbe quantity feature between surface and subsurface purple soil were obtained as follows. the content of soil organic matter, total and available nitrogen, phosphorous and potassium of surface was higher than subsurface, not relating to the type of purple soil and soil utilization way. the quantity of microbe _ bacteria, actinomyces and mould in surface purple soil was higher than subsurface, which indicated that the organic matter and airy condition in surface soil was more suitable for microbes growing. there was the same tendency in profile change of microbe quantity in purple soil located in temperate _ humid climate of sichuan basin in contrast with dry _ hot climate of yuanmou, yunnan. the nutrient situation of purple soil in sichuan basin shown that state of surface was better than subsurface, while in yuanmou of yunnan the state was on the contrary due to the degradation of surface soil

    實驗室對四川內江、樂山和雲南元謀不同類型紫色土表層和亞表層微生物數量特性的比較分析表明：土壤有機質、氮磷鉀全量及其速效量均表現為表層高於亞表層，與紫色土類型和利用方式無關；三大類土壤微生物細菌、放線菌和黴菌數量均表現出表層高於亞表層，表明紫色土表層的有機質和通氣性優于亞表層，適宜於這三大類微生物生長；溫濕氣候條件下的四川盆地和乾熱氣候條件下的雲南元謀其紫色土微生物數量的剖面變化具有相同的趨勢，唯土壤營養狀況在四川盆地紫色土中表現為表層優于亞表層，而在雲南元謀紫色土中由於表層土壤的退化作用表現為亞表層優于表層的相反情況。
  2. Most laboratories were able to detect resistance in common bacteria, such as methicillin resistance in staphylococcus aureus and coagulase - negative staphylococci

    大多數實驗室對常見細菌的藥敏試驗均能獲得正確的結果，如金黃色葡萄球菌和凝固酶陰性葡萄球菌對甲氧西林（苯唑西林）耐藥。
  3. They participated in a variety of training activities and saw for themselves the work and management of the chp s laboratories, including those on vector borne diseases, aids and virology

    他們透過訓練，實地了解?生防護中心化驗室的工作及管理，包括蟲媒病毒及愛滋病病毒的檢驗以及有關細菌病原學的工作情況。
  4. By changing pichia pastoris ' s metabolic path rationally, a constitutive recombinant p. pastoris sibas 5071 with riched sam synthetase was obtained on the basis of research of sulfide ' s metabolism in yeast in our laboratory

    本實驗室在對酵母細胞中含硫物質代謝研究的基礎上，通過合理改造pichiapastoris的代謝通路，獲得了一株組成型表達sam合成酶2 （ sams2 ）的重組p . pastoris菌株sibas5071 。
  5. Twenty years later, my lab had outlined the structure and biosynthesis of the peptidoglycan of bacterial cell walls and had discovered that penicillin inhibited the terminal step in its biosynthesis catalyzed by transpeptidases

    20年後，我的實驗室揭示出了細菌胞壁肽聚糖的結構和生物合成過程，並發現青霉素是抑制由轉肽酶催化的該生物合成的最後一步。
  6. Recently, a new gene dr0167 ( pprl or irre ) that serves as a general switch for downstream dna repair and protection pathways via its regulatory function on the gene expression of reca, ppra was discoveried. expression of d. radiodurans pprl also promotes dna repair and protection pathways and enhances the radioresistance of e. coli. this finding provides a new clue to understand the mechanism of dna repair, especially double strand break ( dsb ) repair

    最近我們實驗室在耐輻射球菌電離輻射敏感株中鑒定了一個與電離輻射抗性相關的基因ppri ，該基因可能通過調控dr細菌reca 、 ppra等基因的表達加速對電離輻射引起的dna損傷修復，而在大腸桿菌中表達ppri基因能促進reca 、 soda等表達水平顯著提高，使其抗輻射和抗氧化能力明顯增強，這將為我們理解其特殊抗性機制，特別是雙鏈斷裂修復提供新的線索。
  7. Evaluation of the experimental diagnostic methods for bacterial vaginosis

    細菌性陰道病實驗室診斷方法評價
  8. 1. antimicrobial resistance surveillance and bacterial epidemiology laboratory

    1 .細菌耐藥性監察及細菌流行病學實驗室
  9. Objective to assist clinical laboratories particularly whonet software users evaluate correctly the quality of their antimicrobial susceptibility testing data, and to enhance their techniques in surveillance of antimicrobial resistance

    摘要目的回?性總結世界衛生組織細菌耐藥性外質評活動，幫助國內特別是使用whonet軟體的臨床微生物實驗室正確評價其藥敏數據的質量，提高細菌耐藥性監測工作的技術水平。
  10. The bacteria, which were extracted from tiny pockets of water trapped in 250million - year old salt crystals, were revived in the laboratory and grown successfully into colonies

    細菌是從已有2 . 5億年之久的鹽的晶體中的小水點里分離出來的，它們在實驗室里存活了下來，而且還成功地繁殖成為菌群。
  11. The bacteria, which were extracted from tiny pockets of water trapped in 250million old salt crystals, were revived in the laboratory and grown successfully into colonies. although it is not known how the bacteria survived so long, these salt

    細菌是從已有2 . 5億年之久的鹽的晶體中的小水點里分離出來的，它們在實驗室里存活了下來，而且還成功地繁殖成為菌群。
  12. These changes have not been detected at the population level, but e - coli bacteria bugs adapted in lab experiments showed resistance when exposed to as much as 0. 1 percent wt / vol triclosan soap

    目前，這種改變（產生耐藥性）還沒有在細菌的群體水平得到證實，但是，當將實驗室常用的大腸桿菌暴露在質量體積比為0 . 1的三氯森香皂環境中時，大腸桿菌產生了耐藥性。
  13. It was also showed bacteria growth potentiality in natural water could reach to 105 cfu / ml

    另外，湖水進行實驗室培養時細菌的最大生長量可達10 ~ 5個ml 。
  14. Conclusions there are some problems for laboratories in our country to detect the rare phenotypes of antimicrobial resistance in some strains of bacteria, it is of importance to understand the standards of nccls so that to improve the ability of determining the antimicrobial resistance in special strains

    結論國內各臨床微生物實驗室在某些細菌的耐藥性檢測中尚存在某些不足，應加強對nccls標準的理解，提高對特定菌株的藥敏檢測水平。
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