microorganism GMAT专八

RESULTS Pathogenic microorganism had been isolated from the hemoculture.

结果血培养结果均分原微生物。

Moreover, the existence of a small amount of cannabinol is adequate to kill the fungi microorganism.

而且极其微量的大麻酚类物质的存在就足以灭杀霉菌类微生物。

The diseased tissue can be easily invaded by these microorganisms.

有的组织容易被微生物侵袭。

Algae microorganisms in the water overpopulate because of the surplus nitrogen.

水中的藻类微生物由于氮的富余而过度繁殖。

Fucidin has a powerful antibacterial activity against a number of gram-positive microorganisms.

对一系列革兰氏阳性细菌有强大的抗菌作用。

Kinetic characteristics of valonia tannin biodegradation using natural microorganism groups were studied.

研究了微生物菌系对橡单宁的生物降解能力。

Bacteria belong to the microorganism.

细菌属于微生物。

Question-and-answer drills: Zooblast cultivates with plant, microorganism cell cultivation diversity?

动物细胞培养与植物,微生物细胞培养的不同？

Objective: To study the limiting determination of microorganisms in trimebutine maleate tablets.

马来酸曲美布片的微生物限度检查。

Aerogen Micro Organizations Algae microorganisms in the water also populate overpopulate because of the surplus Nitrogennitrogen.

水中的藻类微生物过于密集式由于过量的氮肥。

Inactivation of microorganisms in MBR effluent by ultraviolet(UV) and the influence of photoreactivation and dark repair on it were studied.

考察了紫外线(UV)对MBR水中微生物的灭活情况,以及光活化和暗修复对细菌灭活效果的影响。

The biosynthesis of coenzyme Q10 in microorganism has two pathways: the quinoid nucleus biosynthesis and the isoprenoid side chain biosynthesis.

辅酶Q10在微生物体内的合成分为芳香环的合成和异戊烯基侧链的合成。

The lichen is a typical example of the intergrowth among the microorganism, it is fungi, blue bacterium or homobium of the alga.

地衣就是微生物间共生的典型例子，它是真菌和蓝细菌或藻类的共生体。

Our work focus on the research field of Photobiological hydrogen production, fermentative hydrogen production, dispose and resource utilization of organic waste, application of microorganism resource.

主要从事太阳能生物制氢、生物质发酵制氢、有机废物处置与资源化利用、资源微生物应用等研究。

Dissimilatory metal reduction microorganisms (DMRM) harvest en er gy by a novel metabolism pathway, coupling anaerobic oxidation of organic substa nces to the reduction of metal oxides.

微生物利用金属氧化物作呼吸作用的最终电子受体是一种新的代谢途径。该过程微生物利用有机底物异化还原金属氧化物进行生长代谢。