印尼市售开非尔谷酵母菌特性研究

Sulmiyati Sulmiyati, N. Said, D. U. Fahrodi, R. Malaka, F. Maruddin
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引用次数: 7

摘要

本研究的目的是研究从印度尼西亚商品谷物开菲尔中获得的酵母特性。基于宏观形态和微观形态的分离。第一种研究方法是用10%的重组乳激活开菲尔谷物,酵母在马铃薯葡萄糖琼脂(PDA-Agar)培养基上生长,酵母用乳酚棉蓝染色。然后对酵母进行了宏观和微观形态鉴定。宏观形态观察是对分离纯化时菌落形态的观察,包括大小、形状、纹理、颜色、表面、仰角、边缘等。显微镜形态观察包括细胞形态、出芽(出芽),先用酵母染色制备,然后用蔡司axocam HRC相机用蔡司Asio成像仪A2显微镜观察。宏观观察描述菌落的大小有小、小、中、大,菌落形态呈圆形,边缘凸起,仰角完整,质地光滑,表面闪闪发光,菌落颜色呈奶油色,且具有酵母气味的特点。镜下观察见有细胞核、卵形,有伪芽、出芽,革兰氏阳性,尿素试验阴性,葡萄糖、乳糖、麦芽糖发酵试验阳性,蔗糖发酵试验阴性,生长试验在液体培养基上生长,表面培养基(膜),底部培养基(沉淀物)。通过对酵母菌的宏观和微观形态观察,鉴定出酵母菌属。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Chaaracteristics Yeast Isolated from Commercial Kefir Grain, Indonesia
The objective of this study was to investigate yeast characteristics obtained from commercial grain kefir from Indonesian. Isolation based on macroscopic morphology and microscopic morphology. The first method of research is activation of kefir grain using 10% reconstitution milk, yeast growth on Potato Dextrose Agar (PDA-Agar) medium, yeast coloration by using Lactophenol cotton blue. Then, yeast identification was done by macroscopic and microscopic morphology. Macroscopic morphological observations are observations of colony morphology at the time of isolation and purification, including size, shape, texture, color, surface, elevation, and edges. Microscopic morphological observations include cell shape, budding (budding) which first make preparations with yeast coloring then observed with Zeiss Asio Imager A2 Microscope using Zeiss Axiocam HRC camera. Macroscopic observation of yeast size description colony very small, small, medium, large, colony form is round, the margin is raised, the elevation is entire, the texture is smooth and surface glistening, cream colony color, and yeast smell characteristic. Microscopic observation seen there is cell nucleus, oval, there is pseudohypa, budding, gram-positive, urea test negative, glucose, lactose, maltose fermentation test positive, sucrose fermentation test negative, growth test on liquid media growth in surface medium (pellicle), and bottom medium (sediment). Based on the morphological observations in macroscopic and microscopic yeast identified genus Saccharomyces.
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