事实上，留在皮肤上的汗水会使细菌增殖，而这会引起皮疹。
In fact, perspiration left behind on your skin allows bacteria to proliferate, and that can lead to rashes and breakouts.
结论：该模型及解定量直观地反映了细菌增殖-扩散-增殖的自组织过程。
Conclusion: Our model and its solution directly reveal the auto organization process of proliferation spreading proliferation of Proteus mirabilis.
因为内脏炎症越严重，沙门氏菌就能战胜有益细菌，并迅猛增殖。
Because a more inflamed gut allows salmonella bacteria to outcompete good bacteria, and explode in Numbers.
原因：空气中悬浮的室温生细菌会落在你的食物上，“并且一个细菌能在几小时内增殖为百万个，”Draeger说。
Here's why: the ambient bacteria floating around in the air can land on your food, "and can go from one to one million in a matter of hours," Draeger says.
这是由于细菌劳森菌，并更准确地描述为区域肠炎或增殖回肠炎。
It is caused by the bacterium Lawsonia intracellularis, and is more accurately described as regional enteritis or proliferative ileitis .
试验表明在增殖培养中，可以添加某些植物生长激素来促进光合细菌的生长。
This indicates that mass cultivation of photosynthetic bacteria could be promoted by adding some plant growth hormones.
在动物的大肠中，胆汁酸能够抑制大肠杆菌，链球菌及其它有害细菌的增殖。
In animal's large intestine, the bile acid can suppress the backwoods coli, the chain coccus and other harmful bacterium's multiplication.
结论保存前过滤白细胞能有效地减少或消除细菌的增殖，对预防细菌污染所致的输血反应有一定意义。
Conclusion Prestorage leucocyte filtration can effectively reduce and diminish bacterial multiplication, so it have some significance to prevent transfusion reaction caused by bacterial pollution.
此类细菌会产生甲烷，它们的快速增殖或许能维持强力的温室效应。
A proliferation of these methane producers could have sustained a strong greenhouse effect.
这表明在增殖培养中，通过向培养基中添加某些植物生长激素来促进光合细菌的生长是可行的。
This indicates that in enrichment cultivation, it is feasible and practical to promote the growth of PSB by adding some plant growth hormones.
细菌素是由细菌产生的对同种间的其它菌系或近缘细菌有杀伤作用的非增殖性的蛋白质性物质。
Bacteriocins are irreproductive proteins which are produced by bacteria themselves and could kill the others within the same species and closely relative bacteria.
光合细菌在处理废水、染料降解、浮游动物增殖、色素提取和热带鱼养殖上的初步应用；
Application of PNSB in wastewater treatment, decoloration of reactive Red X-3B, zooplankton multiplication, extraction of carotenoid and tropical fish breeding.
不同含水量条件对细菌的增殖促进作用总体表现为23%含水量处理>17%含水量处理>28%含水量处理。
The increment of B. subtilis number varied with soil moisture content, and decreased in the order of 23%>17%>28%. The interaction of C.
不同含水量条件对细菌的增殖促进作用总体表现为23%含水量处理>17%含水量处理>28%含水量处理。
The increment of B. subtilis number varied with soil moisture content, and decreased in the order of 23%>17%>28%. The interaction of C.
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