comma-bacillus

comma-bacillus的基本解释

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[医] 霍乱孤菌, 逗点形菌

与comma-bacillus相关的网络例句 [注：此内容来源于网络，仅供参考]

It was found that 0.25%o potassium sorbate produced a positive inhibition against short G+ spore bacillus with a concentration less than 5xl04cfu/ml. A concentration less than %o potassium sorbate hardly exerted a complete control towards short G- plump bacillus having a population density of 5x104cfu/ml. It was proved that use of l% potassium sorbute never controlled the growth of G+ coccus, G~ spirilla and enterobacter with a population density of 104cfu/ml. 1mmol EDTA completely controlled the growth of G+ short spore bacillus and G+ coccus whose cell density was 5xl04cfu/ml. A level of lmmol EDTA showed a limited inhibition against the growth of G- spirilla with a population density of 105 cfu/ml. However, a level of 10mmol EDTA completely controlled the growth of the G- spiral bacteria having a population density of 105cfu/ml. lOmmol EDTA produced a very significant control towards the growth of G"" plump short bacillus with 105cfu/ml. 20mmol EDTA showed a remarkable inhibition against the enterobacter with a population density of 105cfu/ml. Different concentrations of nisin including 25mg/mL, 50mg/mL, 75mg/mL and 100mg/mL were used as bio-preservative to examine its effects against the growth of all strains leading to the spoilage of fresh mutton meat. It was seen that there was a big difference in nisin's concentrations in inhibiting the spoiling bacteria. Generally speaking, as more as 75mg/mL of nisin significantly inhibited the growth of G+ short spore bacillus, G-plump short bacillus, enterobacter, G'spiral bacteria and G+ coccus having a population density of 105cfu/ml.

分别运用山梨酸钾、EDTA和Nisin对7种主要引起羊肉腐败的微生物进行了抑菌实验，结果显示，0.25‰以上山梨酸钾能够有效抑制5×10~4 cfu／mL以下的革兰氏阳性短芽孢杆菌的生长；1‰以下的山梨酸钾不能完全抑制5×10~4 cfu／mL革兰氏阴性粗短杆菌的生长，对10~4 cfu／mL革兰氏阳性球菌菌株、革兰氏阴性螺旋菌菌株和肠杆菌菌株抑制效果不太明显。1mmoL EDTA能完全抑制住小于10~5 cfu／mL革兰氏阳性短芽孢杆菌菌株、革兰氏阳性球菌菌株的生长，能明显的抑制10~5 cfu／mL的革兰氏阴性粗短杆菌菌株生长，对10~5 cfu／mL的革兰氏阴性螺旋菌菌株有一定的抑制作用。10mmoL EDTA能完全抑制住10~5 cfu／mL革兰氏阴性螺旋菌菌株的生长；能明显抑制10~5 cfu／mL的革兰氏阴性粗短杆菌菌株的生长，而20 mmoL EDTA能很明显抑制10~5 cfu／mL肠杆菌菌株的生长。25mg／mL、50 mg／mL、75 mg／mL和100 mg／mL的Nisin几乎对所有引起羊肉的腐败菌有抑制作用，但抑制程度不同，抑菌活性有一定的变化。

The results of its intrinsic fluorescence spectroscopy and fluorescence phase diagram showed that when the guanidine hydrochloride concentration in denaturation solution was about 1.0 mol/L, there existed a partially folded intermediate of Bacillus amyloliquefaciens a-amylase during its unfolding procedure, which followed a three-state model; the result of its fluorescence probe showed that when the guanidine hydrochloride concentration in denaturation solution was about 1.0 mol/L, there existed some stable hydrophobic regions, which could interact with a hydrophobic reagent 8-anilino-1-naphthalene sulfonic acid, in the partially folded intermediate of Bacillus amyloliquefaciens a-amylase; and the results of fluorescence quenching using acrylamide and potassium iodide as quenchers showed the distribution of Trp residues in Bacillus amyloliquefaciens a-amylase in different denaturation solution, with the maximum number (8) of tryptophan residues in a partially folded intermediate Bacillus amyloliquefaciens a-amylase molecule could be quenched by potassium iodide; and the results of their protein electrophoresis and SEC showed that no aggregate or aggregate precipitation of Bacillus amyloliquefaciens a-amylase formed during the whole unfolding procedure of Bacillus amyloliquefaciens a-amylase induced by guanidine hydrochloride.

内源荧光光谱和荧光相图结果表明，当变性液中盐酸胍浓度约为1.0 mol/L时，芽孢杆菌a-淀粉酶的去折叠过程中出现一个部分折叠中间体，其去折叠过程符合&三态模型&；荧光探针结果表明，在溶液中盐酸胍浓度约为1.0 mol/L时，中间态芽孢杆菌a-淀粉酶分子中存在着能够与探针分子1-苯胺基-8-萘磺酸结合的稳定的疏水区域；荧光猝灭研究给出了不同程度变性的淀粉液化芽孢杆菌a-淀粉酶中的Trp的分布情况，结果表明中间态芽孢杆菌a-淀粉酶分子中能够被碘化钾猝灭的位于分子表面的色氨酸残基数目达到最大的8个；蛋白电泳和体积排阻色谱结果表明，在盐酸胍诱导的芽孢杆菌a-淀粉酶分子的整个去折叠过程中，不会以共价键或非共价键形式形成芽孢杆菌a-淀粉酶分子之间的集聚体或集聚体沉淀。

Grounded on the first chapter, new and original in content, the second and the third chapters, employing the theories in phonetics, writing, rhetoric, semantics and aesthetics, further discusses the rhetorical and the semantic functions of the comma in English and Chinese: rhetorically speaking, the comma can be used to clarify, to expound, to substitute, to emphasize, to contrast, to complement, or to vivify; semantically speaking, the comma itself can carry information to indicate certain meaning, or the presence and absence of the comma can cause semantic changes. The fourth chapter applies what has been discussed in the previous chapters to English-Chinese translation.

在此基础上，本文第二、三章标新立异，运用语音语调原理、写作、修辞、美学、语义学等方面的知识，通过详实的文献实例，全面地论述了英汉语逗号的修辞和语义功能：从修辞功能的角度看，逗号可以用以进行澄清、解释、替代、强调、对比、补充，或是取得生动和幽默的效果，等等；从语义功能的角度看，逗号本身可以作为信息载体，暗含特定的意思，在更多的情况下，它本身不含意义，但它的使用与否会引起整个句子意思的变化。

与comma-bacillus相关的网络解释 [注：此内容来源于网络，仅供参考]

Bacillus semgmatis ; Smegma bacillus ; Mycobacterium smegmatis：包皮垢分枝杆菌

"伴卫杆菌","Bacillus satellitis" | "包皮垢分枝杆菌","Bacillus semgmatis ; Smegma bacillus ; Mycobacterium smegmatis" | "有隔膜杆菌","Bacillus septatus"

Bacillus parasarcophysematos ; Ghon-Sachs bacillus ; Vibrio septicus ; Vibrion septique：副气肿疽杆菌,副鸣疽杆菌腐败弧菌

"副痢疾杆菌","Bacillus paradysenteri... | "副气肿疽杆菌,副鸣疽杆菌腐败弧菌","Bacillus parasarcophysematos ; Ghon-Sachs bacillus ; Vibrio septicus ; Vibrion septique" | "副伤寒杆菌","Bacillus paratyphos...

Fusiformis dentium：梭状杆菌

"带状杆菌","Bacillus funduliformis" | "梭状杆菌","Bacillus fusiformis ; Corynebacterium fusiforme ; Bacillus Vincenti ; Fusiformis dentium" | "产气杆菌","Bacillus gasoformans"