Here are branching Aspergillus hyphae.
分枝状曲霉菌菌丝。
The hyphae can fuse and form a heterocaryotic mycelium .
菌丝可以融合并形成异核的菌丝体。
At higher magnification, Aspergillus hyphae are seen to branch.
高倍放大可见曲霉菌菌丝分叉。
Seen here are branching hyphae of Aspergillus invading a cerebral vessel.
图示曲霉菌的分枝状菌丝正侵入脑血管。
Branching, septate hyphae are close-packed here and radiating outward in this aspergilloma.
曲霉肿中有分支、有隔膜的菌丝聚集并呈放射状排列。
The dry weight of hyphae had positive correlation with the concentration of culture medium.
菌丝干质量与培养基质量浓度呈正向关系。
It means cortical cells were able to release hydrolytic enzyme to digest the invaded hyphae.
说明皮层细胞可主动释放水解酶参与对菌丝的消化。
The harvested pure hyphae were inoculated in liquid medium and cultured at room temperature.
将菌丝接种于液体培养基中，置室温下进行振荡培养。
The vegetative hyphae and sclerotia are polykaryotic and the reproductive hyphae dikaryotic.
营养菌丝、菌核等是多核的，生殖菌丝是双核的。
In some of the parenchyma cells in cortex of root, there are clusters of symbiotic fungal hyphae.
根皮层薄壁细胞中有的具共生的真菌菌丝。
Club-shaped hyphae in the hymenial layer of certain basidiomycete fungi are also termed paraphyses.
某些担子菌的子实层中的棒状菌丝也称为侧丝。
The hyphae of Aspergillus are seen more clearly here. Aspergillus has a propensity to invade into blood vessels.
高倍镜下曲霉菌菌丝清楚可见。曲霉菌有浸润血管的倾向。
There is a contrary relationship between the growth of fungal hyphae and the accumulation of taxol in the mycelium.
产紫杉醇的内生真菌菌丝体生长和紫杉醇积累之间存在相反的关系。
The fungus primarily grows along tree roots via hyphae, fine filaments that mat together and excrete digestive enzymes.
一般说来，真菌会沿着树根生长，伸出菌丝并分泌很多消化酶。
Lomasome an infolding of the plasma membrane found particularly in fungal hyphae and spores and also in some algae and higher plants.
质膜外泡：原生质膜的内折，尤其存在于真菌的菌丝和孢子中，在某些藻类和高等植物中也存在。
Lomasome an infolding of the plasma membrane found particularly in fungal hyphae and spores, and also in some algae and higher plants.
原生质膜的内折，尤其存在于真菌的菌丝和孢子中，在某些藻类和高等植物中也存在。
Ultrastructure of intercellular hyphae of wheat stripe rust was studies with electron microscopy and cytochemical methods in this paper.
本文应用电镜技术和细胞化学方法，对小麦条锈菌寄主胞间菌丝的超微结构进行了研究。
These observations suggested that the growth of extraradical hyphae and metabolic activity of the AM fungi was regulated by the P status of the host plant.
宿主植物磷营养状况较好时，菌根真菌生长和代谢活性受到抑制，表明宿主植物的磷营养状况对AM真菌的生长和代谢活性具有调控作用。
The ALP activity in intraradical hyphae of AM fungi was significantly decreased, and the total hyphal density of AM fungi increased with applied Na phytate.
外源植酸钠的存在，显著降低了AM真菌根内菌丝的碱性磷酸酶活性，增加了AM真菌在土壤中的菌丝密度。
The effective method is that ectomycorrhizal fungi are introduced just beside the callus of host plant, which can evidently upgrade the growth of the hyphae.
初步研究了一个较好的外生菌根菌菌丝体培养方法，即将宿主的愈伤组织与外生菌根共同培养，可以明显地促进真菌菌丝的萌发和生长。
The ultrastructural and cytochemical analysis showed that NF9 and TC3 could enwind and infect the Phytophthora hyphae especially in the hypha within the medium.
超微结构与细胞化学研究表明，木霉菌丝能够缠绕并寄生疫霉菌菌丝，且重寄生作用主要发生在培养基内的菌丝上。
The effects of irradiation of UV rays on the growth of hyphae of Morchella esculenta , Trichoto-ma matsutake and Collybia velutipes were studied on potato culture media.
用紫外线照射羊肚菌、松茸、金针菇菌丝体，研究了不同照射时间对菌丝生长速度、菌落直径、菌丝生长势及菌丝干重的影响。
The result showed that hyphae of Tremella fruiting body can get nutrients through direct transmit of hyphae of Cohabitant fungi which means the existence of binding site.
结果显示银耳子实体可通过香灰菌丝直接传输来获取营养物质，即存在结合位点。
However, the daughter hyphae also showed abnormal alterations such as irregular thickenings of the cell walls, necrosis of the cytoplasm and formation of new daughter hyphae.
有时在坏死菌丝内可发现新的子菌丝，但子菌丝细胞壁不规则加厚、细胞质坏死、也呈不正常状态，并可再度形成新的菌丝。
The nutrients of Flammulina velutipes and its physiological functions are reviewed covering the physiological active material, zinc-enriched hyphae, germanium-enriched hyphae and its preparations.
本文对金针菇的营养成分进行了综述，对其生理活性物质、富锌菌丝体、富锗菌丝体及其制剂的生理功能进行了总结。
Hyphae with nuclei of different genotypes can fuse to form a heterokaryon.
当含有两种不同基因型的菌丝融合在一起时，可以形成异核体。
Hyphae and swollen cells resembling chlamydospores were observed in the scrapings of skin lesion of the experimental infection of the rabbit.
在实验家兔的皮损刮屑中可见菌丝及类似厚壁孢子的肿胀细胞。
Hyphae and swollen cells resembling chlamydospores were observed in the scrapings of skin lesion of the experimental infection of the rabbit.
在实验家兔的皮损刮屑中可见菌丝及类似厚壁孢子的肿胀细胞。
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