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[关于生物活性物质合成的微真菌潜力评估]

[Evaluation of micromycetes potential concerning synthesis of biologically active substances].

作者信息

Savchuk Ia I, Zaĭchenko O M

出版信息

Mikrobiol Z. 2010 Mar-Apr;72(2):15-21.

Abstract

Screening of 41 cultures of some researched strains of micromycetes by their antibiotic and phytotoxic activities in relation to different test-organisms--Gram-positive, Gram-negative, phytopathogenic bacteria, yeasts and green algae was conducted. The wide spectrum of antibiotic action was characterized for the cultures of Gliocladium catenulatum 2709, 3942 Penicillium vulpinum 3957, Ulocladium atrum 1889, U.consortiale 960, Trithirachium album 2673. A fungistatic activity was shown by only two strains U. consortiale 960 and Nectria inventa 3949. A small group consisted of cultures with high phytotoxic activity: P. vulpimum 3957, U. atrum 1889, U. consortiale 960, N. inventa 3949, Eupenicillium parvum 3128, Bipolaris sorokinia 4080, Paecilomyces lilacinus 1428, 1492, T. album 2673. They showed the activity in relation to the majority of test-cultures of the green algae. We consider two cultures: U. consortiale 960 and P. vulpinum 3957 to be the most promising for further researches, they differ by a wide spectrum of antibiotic and phytotoxic activity and were not studied before. The paper is presented in Ukrainian.

摘要

通过研究某些微真菌菌株的41种培养物对不同测试生物体(革兰氏阳性菌、革兰氏阴性菌、植物病原菌、酵母和绿藻)的抗生素和植物毒性活性进行了筛选。对链格孢菌2709、3942、狐尾青霉3957、黑附球菌1889、共生附球菌960、白色单顶孢2673的培养物的抗生素作用谱进行了表征。只有两种菌株,即共生附球菌960和新发现的丛赤壳菌3949表现出抑菌活性。一小部分培养物具有高植物毒性活性:狐尾青霉3957、黑附球菌1889、共生附球菌960、新发现的丛赤壳菌3949、微小青霉3128、索氏离蠕孢4080、淡紫拟青霉1428、1492、白色单顶孢2673。它们对大多数绿藻测试培养物都有活性。我们认为共生附球菌960和狐尾青霉3957这两种培养物最有进一步研究的前景,它们具有广泛的抗生素和植物毒性活性,且之前未被研究过。本文用乌克兰语发表。

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