最终，非细胞黏菌也会产生孢子。他们会形成数万条柄，覆盖在顶端的孢子将随风飘散。
Eventually, acellular slime molds also make spores. They produce tens of thousands of stalks, and the spores that cap them blow away in the wind.
黏菌的共同特征，像产生孢子，可能是在到达陆地后最先进化的。
The traits that slime molds share in common, like making spores, may have first evolved as they came ashore.
庞大的非细胞黏菌则采取不同的策略，他们大面积地铺展开来，在整个表面产生孢子。
The giant acellular slime molds chose a different strategy, spreading their bodies across huge areas, and making spores across their entire surface.
用游动孢子接种参根，地上部产生典型症状只占发病参根的2.5%。
The typical symptom above ground had only 2.5 percent of diseased Ginsenginoculated them with Zoospores.
孢子都是由子实体的小齿或小孔中产生而不是在菌褶上产生。
The spores are produced on small teeth or lamellae rather than gills.
如果这种配子体能够产生可育的配子，那么形成的孢子体通常是四倍体，这样就可以得到大量的多倍体。
If such gametophytes produce fertile gametes, the resulting sporophyte is then tetraploid, and large polyploid series may subsequently be developed.
在生活史的各阶段都不发育产生游动孢子。
They do not produce motile spores at any stage of the life cycle.
芽孢杆菌一种杆状，孢子型的好氧型细菌芽孢杆菌属，经常成串地产生，包括芽孢杆菌蒽属，它会引起炭疽病。
Any of various rod - shaped, spore - forming, aerobic bacteria of the genus bacillus that often occur in chains and include bacillus anthracis, the causative agent of anthrax.
不同的植物所产生的孢子类型也不同。
Different types of spores produced by plants are also different.
大量研究表明，无论是有机污染物还是无机污染物，都会对AM的结构、形成和功能产生破坏性影响，主要表现在孢子萌发、侵染率、菌丝伸长受抑制等。
Both organic and inorganic pollutants could have detrimental effects on AM structure, formation and function, such as low spore germination, colonization rate, and hyphal growth.
一种微红色的脓疱状结构，主要形成于受锈菌感染的植物组织上，并产生夏孢子。
A reddish, pustulelike structure that is formed on the tissue of a plant infected by a rust fungus and produces uredospores.
马铃薯花药中的造孢细胞产生3 ~4层时，进而变成小孢子母细胞。
When sporogenous cells in potato anther produced 3-4 layers they became microsporocytes.
适宜病菌生长和分生孢子产生的培养基为玉米粉琼脂、燕麦片琼脂和PDA培养基。
The maize meal AGAR, oat AGAR and PDA media were the suitable medium for the pathogen growth and conidia production.
为了提高在一般条件下不易产生分生孢子的雀稗麦角菌的产碱率，对原生质体诱变育种的条件和方法进行了探讨。
The feasibility of the protoplast mutagenesis for increasing productivity was studied on a Claviceps paspali strain, which was not easy to produce conidia under laboratory conditions.
氮源对孢子产生的影响较为复杂。
The effect of nitrogen source on the sporulation was complex.
细菌厌氧，革兰氏阳性，孢子形成燃料棒产生强大的。
The bacteria are anaerobic, gram-positive, spore-forming rods that produce a potent neurotoxin.
孢子都是由子实体的小齿或小孔中产生而不是在菌褶上产生。
Thee spores are produced on small teeth or lamellae rather than gills.
将核糖苷链霉菌3719-A51-1的孢子经诱变处理后，得到一突变株3-18，它在产生核糖霉素的同时在发酵后期，基本上未发现新霉胺。
By mutagenic treatment of spores of the Streptomyces ribosidificus 3719 A51-1, mutant 3-18 was obtained. This mutant produces ribostamycin, but almost no neamine is produced.
特征性的菌落颜色与帚状枝及分生孢子的产生有关。
The characterized color of the colony was caused by the production of penicillus and conidium.
分析结果表明：孢子在原料罐中承受超高压，产生开裂的起裂源。
The analysis shows that the ganoderma lucidum spores will crack under ultra-high pressure.
研究了诱导酵母子囊孢子产生的营养条件。
This paper reports the nutritional conditions affecting yeast's ascospore formation.
例如在担子菌中，担孢子产生于由担子生出的担孢子梗顶端。
In the basidiomycete fungi, for example, the basidiospores are borne on the tips of the sterigmata, which are outgrowths of the basidium.
次年产生的夏孢子堆为主要初次侵染来源。
The urediospores developed by the hyphae next year are the main primary inocula of the disease.
产生异常分离的原因可能与配子体或孢子体的选择有关。
The main reasons of distorted segregation ratios are responsible for the selection of gametes or sporophytes.
总体来说，它们是依据形态学，生殖方式，孢子产生的模式来分类。
In general, they are classified according to morphology, methods of reproduction, and modes of spore production.
总体来说，它们是依据形态学，生殖方式，孢子产生的模式来分类。
In general, they are classified according to morphology, methods of reproduction, and modes of spore production.
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