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Screening of Different Media and Substrates for Cultural Variability and Mass Culture of Arthrobotrys dactyloides Drechsler

机译:筛选不同介质和基质的节肢动物dactyloides Drechsler的文化变异性和大众文化

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摘要

Variability in growth and sporulation of five isolates of Arthrobotrys dactyloides was studied on five agar, 6 bran and 5 grain media. Potato dextrose agar (PDA) supported maximum growth of isolate A, C and E, while growth of isolate B and D was significantly lower on this medium. On Czapek's agar and yeast glucose agar media the differentiation in the isolates in relation to growth was poor than PDA. The other two media showed much poorer differentiation. On Czapek's agar medium, sporulation was recorded in isolate B only, whereas other isolates showed rare sporulation. Among the bran media, pea bran agar medium supported maximum growth of all the isolates except isolate B. Gram and rice bran agar media were next best. However, the growth of isolate B on the gram bran agar medium was more or less equal as other isolates. On pigeon pea bran agar medium, isolate E failed to grow while other isolates recorded poor growth. On lentil bran agar medium, only isolate B and D recorded little growth, whereas other isolates failed to grow. All the isolates recorded good sporulation on bran agar media except pigeon pea and lentil bran agar media. The grain agar media supported moderate to very good growth of all the isolates. In general isolate B remained slow growing on these media except gram grain and sorghum grain agar media on which growth of this isolate was comparable to other isolates. Sporulation in general, was good on all the grain agar media. Among different substrates screened, barley grain and pea bran were found superior to others for mass culture of isolate A of A. dactyloides.
机译:在5种琼脂,6种麸皮和5种谷物培养基上研究了5种分离的节肢动物dactyloides的生长和孢子形成变异性。马铃薯葡萄糖琼脂(PDA)支持分离物A,C和E的最大生长,而分离物B和D的生长在这种培养基上明显较低。在Czapek's琼脂和酵母葡萄糖琼脂培养基上,分离株相对于生长的分化差于PDA。其他两种媒体表现出差得多的分化。在Czapek琼脂培养基上,仅在分离株B中记录了孢子形成,而其他分离株则显示出很少的孢子形成。在麸皮培养基中,豌豆麸琼脂培养基支持所有分离株的最大生长,分离株B除外。革兰氏和米糠琼脂培养基次之。然而,分离株B在革兰氏琼脂培养基上的生长与其他分离株基本相同。在木豆麸糠琼脂培养基上,分离株E无法生长,而其他分离株则生长不良。在小扁豆麸琼脂培养基上,只有分离株B和D几乎没有生长,而其他分离株却无法生长。除木豆和小扁豆麸琼脂培养基外,所有分离株在麸皮琼脂培养基上均表现出良好的孢子形成。谷物琼脂培养基支持所有分离株中等至非常好的生长。总体上,分离株B在这些培养基上的生长保持缓慢,但在克粒和高粱粒琼脂培养基上其分离株的生长可与其他分离株相媲美。通常,在所有谷物琼脂培养基上的孢子形成都很好。在筛选的不同底物中,发现大麦籽粒和豌豆麸在其他方面均优于其他细菌。

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