从泥炭沼泽中分离和磷酸化溶剂细菌

Ellen Larasati, M. I. Rukmi, Endang Kusdiyantini, R. C. B. Ginting
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引用次数: 10

摘要

磷酸盐(P)是植物生长发育所必需的大量营养物质,但磷酸盐溶解在土壤中的有效性非常有限,因为它们与土壤中的矿物质结合形成磷酸盐络合物。利用磷酸盐增溶菌是提高磷酸盐处理效率的一种方法。磷酸盐增溶菌是一种能够将不能利用的磷酸盐溶解为可利用的细菌,使其能够被植物吸收。泥炭土可以作为增磷细菌的来源,因为泥炭土是由凋落物和有机物形成的,因此,生活在泥炭土中的许多微生物中有一种是增磷细菌。本研究的目的是利用Biolog系统GenIII微板对细菌进行分离、鉴定至物种水平,并测试其对磷酸盐的溶解能力。在pikovkaya固体培养基中采用平板法进行分离,并对菌落周围的透明区进行定性分离,测量磷酸盐溶解指数。用分光光度法测定磷酸盐的溶解度,定量检测分离物的能力,用Biolog系统鉴定分离物。从泥炭土中成功分离得到18株增磷菌,其中2株具有增磷潜力,经生物系统鉴定,2株为托拉斯假单胞菌(PG2T.5)和1株矮矮的芽孢杆菌(PG3TT.2),对磷酸盐的溶解量分别为24.81 mg/L和22.62 mg/L。关键词:泥炭土,分离,增磷菌,生物系统鉴定
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Isolasi dan Identifikasi Bakteri Pelarut Fosfat dari Tanah Gambut
Phosphate (P) are macronutrients that necessary for growth and development of plants, But the availability of phosphate dissolved in the ground are very limited because trend is bound to minerals ground form phosphate complexs. One of the alternative to improve the efficiency of phosphate is by utilize phosphate solubilizing bacteria. Phosphate solubilizing bacteria is bacteria capable of dissolving phosphate that is not available become available, so that it can be absorbed by plants. Peat soils can be used as a source of phosphate solubilizing bacteria because , peat soils formed from litter and organic matter so, many microorganisms which live in peat soils one of them is a phosphate solubilizing bacteria. The aim of this research is to isolat, identify bacteria to species level using Biolog system GenIII Mircoplate, and test the ability of phosphate dissolution. The isolation is done with the methods spread plate in a media pikovkaya solid and testing the ability to isolat qualitatively glimpsed clear zone around colonies, measuring phosphate solubilizing index. testing the ability isolats quantitatively by measuring solubility phosphate using spektrofotometer, and identification isolats using Biolog System. Eighteen isolates phosphate solubilizing bacteria successfully obtained from of peat soils, two isolates of them potential in solubilizing phosphate, According to Biolog system the second isolates identified as Pseudomonas tolaasii (isolate PG2T.5) and a Bacillus pumilus (isolate PG3TT.2), each is about phosphate dissolved successive of 24,81 mg/L and 22,62 mg/L Key words: Peat Soil, Isolation, Phosphate Solubilizing  Bacteria, Biolog System Identification
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