Because of its distinctive structure, bacteria cannot utilize Xylitol for energy.
正因为这样特殊的结构，细菌不能利用木糖醇取得能量。
These effects are the result of biochar's structure, which is full of microscopic pores that can harbour useful bacteria and fungi.
而这些效益都来自于生物炭满是微小细孔的结构，这些细孔对有益的细菌与真菌能够起到庇护作用。
Seeing from the morphology of the colony and the structure and the morphology of the bacteria, the fungus is identified as the sac fungi.
从菌落形态和显微镜观察到的菌体结构与形态情况看，初步确定该真菌属于子囊菌。
The cone bacteria bed resembles cone-incone in morphology, but it is neither product of diagenesis nor sedimentary structure.
该“锥状菌层”的外形特征与叠锥极为相似，但它不属于成岩作用的产物，也不是沉积构造特征。
The results demonstrated that 1/3 of RA cells had a special structure: there were 1 to 2 "vegetation" connected with the bacteria, and could drop from the bacteria.
结果观察到约占1/3的RA具有特殊的形态结构：在细菌的顶端或侧面有1～2个与菌体相连的芽状赘生物，有的也能从菌体上脱落下来。
The structure of the product was confirmed by elementary analysis and spectrum analysis, the bacteriostatic and bactericidal effect of sample on different bacteria and germs was tested.
对目标化合物的结构进行了元素分析和光谱分析，并初步测试了目标化合物的抑菌和杀菌效果。
S-layer (surface layer) has been identified as the outermost structure of cellular envelopes in numerous organisms from bacteria and archaea domains.
在一些古细菌和真细菌中，表层蛋白是细胞膜最外层的结构。
Due to its smooth non-porous structure, it is void of cracks, joints and very resistant to bacteria.
因为它光滑且无多孔结构，它没有裂缝和结头并非常抗菌。
Rupr. in Heilongjiang Province were isolated and purified to analyze the population structure of soft rot bacteria by morphologic characteristics.
生产田采集的软腐病菌进行分离、纯化，并根据形态学特征分析了大白菜软腐病菌的种群组成。
The results revealed that there were variations of morphological structure and cultural character of these bacteria and their proliferation rate and invasive power were also significantly reduced.
实验结果MEBO使细菌的形态结构、培养特性等方面发生变异，并明显地影响细菌的生长繁殖速度和侵袭力。
But while bacteria reproduce rapidly, the Archaea population doubles over the course of hundreds, even thousands, of years thanks to a slower metabolism and distinct genetic structure.
尽管细菌繁殖很快，但是由于古生菌新陈代谢较慢，细胞结构截然不同，其数量需要历经几百年甚至几千年的时间才能翻倍。
But while bacteria reproduce rapidly, the Archaea population doubles over the course of hundreds, even thousands, of years thanks to a slower metabolism and distinct genetic structure.
尽管细菌繁殖很快，但是由于古生菌新陈代谢较慢，细胞结构截然不同，其数量需要历经几百年甚至几千年的时间才能翻倍。
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