نتایج جستجو برای: acetobacter sp

تعداد نتایج: 121048  

Journal: :Bulletin of the Agricultural Chemical Society of Japan 1958

Journal: :Journal of Biological Chemistry 1957

Journal: :The Journal of biological chemistry 1952
T E KING V H CHELDELIN

Interest in this laboratory has focused upon the metabolism of the acetic acid bacteria since the superior activity of bound forms of pantothenic acid (PAC) ((1, 2); coenzyme A (3, 4)) over the free vitamin was discovered. The disclosure that pantetheine (Lactobadus bulgaricus factor) is a mercaptan capable of coexisting with an oxidized disulfide form (5) has led to speculation as to whether c...

2007
Anne Gouby Corinne Teyssier Frédérique Vecina Hélène Marchandin Céline Granolleras Isabelle Zorgniotti Estelle Jumas-Bilak

Acetobacter cibinongensis Bacteremia in Human To the Editor: The genus Aceto-bacter belongs to the group of acetic acid bacteria that oxidize alcohols or sugars incompletely, leading to the accumulation of acetic acid. Acetic acid bacteria are of great industrial interest because of their use to produce vinegar from spirits, wine, beer, and cider in temperate regions of Europe, the Americas, an...

Journal: :jundishapur journal of microbiology 0
anita khanafari microbiology department, north tehran branch, islamic azad university, tehran, ir iran; microbiology department, north tehran branch, islamic azad university, tehran, ir iran. tel: +98-2122082141 golnaz yaghoub nezhad zangeneh microbiology department, north tehran branch, islamic azad university, tehran, ir iran fariba sharifnia biology department, north tehran branch, islamic azad university, tehran, ir iran

background bedsore is one of the major problems in all the societies as patients are confined to bed. due to antibiotic resistant strains being a significant obstacle for cure, many plants and herbs are being used by researchers as medicinal compounds. objectives the investigation of synergistic effect of cellulose biopolymer and papaver macrostomum extract on bedsores bacterial community. mate...

Journal: :Bioscience, biotechnology, and biochemistry 1998
M Tabuchi K Watanabe Y Morinaga F Yoshinaga

Cellulose triacetate prepared from bacterial cellulose of Acetobacter xylinum subsp. sucrofermentans BPR3001A showed a higher degree of polymerization and higher mechanical strength than that from the cotton linter. The fine fibrils of bacterial cellulose required only a short time for acetylation which preserved the high degree of polymerization.

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