PRELIMINARY ECOLOGOCAL STUDY OF Rhizobium : SELECTION OF ANTIBIOTIC RESISTANT MUTANTS OF Rhizobium PMA295 NODULATING Sesbania sesban

Q4 Agricultural and Biological Sciences Indonesian Journal of Agricultural Science Pub Date : 2018-01-31 DOI:10.21082/IJAS.V1N1.2000.P16-20
N. Purwantari
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Abstract

This study was designed to provide strain for studying the ecology of Rhizobium when it was used to inoculate seed sown in the soil or in the field. Naturally occurring antibiotic resistant mutant strains of Rhizobium PMA295 nodulating Sesbania sesban were selected by antibiotic selection method. The isolates should be as effective  in nitrogen fixation as the parental  wild-type strain. Authentication of mutant isolates showed that these rifampicin mutant isolates could nodulate test plant and most nodules formed by the rifampicin 50 ppm and streptomycin 500 ppm mutant isolates were red in colour. These twenty isolates can be regarded as rhizobia. The most effective mutant, isolates PMA295 selected on rifampicin 50 ppm was also resistant to rifampicin 60, 70, 80, and 90 ppm. The effectiveness of most mutant strains was not significantly different from their parent strains. The rifampicin 50 ppm mutant strain of Rhizobium PMA295 could be used as inoculant for ecological study.
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根瘤菌的初步生态学研究:田菁根瘤菌PMA295耐药突变体的筛选
本研究旨在为根瘤菌在土壤或田间接种种子时的生态学研究提供菌株。采用抗生素筛选法筛选天然耐药田菁根瘤菌PMA295突变株。分离株的固氮作用应与亲本野生型菌株一样有效。对突变株的鉴定表明,利福平突变株能形成根瘤,利福平50 ppm和链霉素500 ppm突变株形成的根瘤大部分呈红色。这20个分离株可视为根瘤菌。在50 ppm的利福平上选择的最有效的突变株PMA295也对60、70、80和90 ppm的利福平耐药。大多数突变菌株的效力与其亲本菌株没有显著差异。利福平50ppm突变菌株PMA295可作为接种剂进行生态学研究。
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来源期刊
Indonesian Journal of Agricultural Science
Indonesian Journal of Agricultural Science Agricultural and Biological Sciences-Soil Science
CiteScore
1.00
自引率
0.00%
发文量
5
审稿时长
12 weeks
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