Publications

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synthesis of cellulose by acetobacter xylinum. 3. substrates and inhibitors. 195713488922
synthesis of cellulose by acetobacter xylinum. 4. enzyme systems present in a crude extract of glucose-grown cells. 195713488923
hexose phosphate metabolism by acetobacter melanogenum. 195813500266
the mechanism of loss of starch-production by acetobacter pasteurianum. 195713509630
purification and properties of 2,5-diketogluconic acid decarboxylase. 195813511238
studies on the antibacterial activity of certain strains of acetobacter. 195813525655
[studies on bioxidation. v. isolation of a cytochrome system from acetobacter aceti ferment]. 195813536054
the synthesis of cellulose in cell-free extracts of acetobacter xylinum. 195813549448
peculiar type of corneal ulcer, associated with candida mycoderma. 195813559350
growth of acetobacter suboxydans and the oxidation of aldoses, related carboxylic acids, and aldehydes. 195813572321
an assay procedure and partial characterization of a factor in yeast autolysate essential for the growth of acetobacter gluconicum strain 2g. 195813573230
a strain of acetobacter aceti giving a positive cellulose reaction. 195813577811
isotope effect in oxidation of d-mannitol-2-c14 by acetobacter suboxydans. 195813580225
acetobacter estunense nov. spec., an addition to frateur's ten basic species. 195813595642
flagellation and taxonomy of acetobacter and acetomonas. 195813595644
phosphorolytic cleavage of fructose-6-phosphate by fructose-6-phosphate phosphoketolase from acetobacter xylinum. 195813610828
glucose and gluconate dissimilation in acetobacter suboxydans. 195813610830
cyciltol oxidation by acetobacter suboxydans. ii. additional cyclitols and the third specificity rule. 195813618034
a new type of acetobacter: acetobacter acidophilum prov. sp. 195913631193
[relationship between living and dead bacteria in the multiplication of acetobacter melanogenum cultures]. 195813632422
detection of gentiobiose and sophorose in cultures of certain micro-organisms growing in defined glucose-containing media. 195913632831
oxidation of several substrates by acetobacter aceti. 195913641208
[yeast filtrate as a culture medium for bacteria oxidizing sorbitol into sorbose]. 195913643766
synthesis of cellulose in ethanol extracts of acetobacter xylinum. 195913657033
formation of gentiobiose, sophorose and other oligosaccharides by acetobacter species growing in glucose media. 195913662002
acetobacter intermedius, sp. nov.strains of a new species in the genus acetobacter, for which we propose the name a. intermedius sp. nov., were isolated and characterized in pure culture from different sources (kombucha beverage, cider vinegar, spirit vinegar) and different countries (switzerland, slovenia). the isolated strains grow in media with 3% acetic acid and 3% ethanol as does a. europaeus, do, however, not require acetic acid for growth. these characteristics phenotypically position a. intermedius between a. europaeus ...199813678040
the formation of cellulose microfibrils in suspensions of acetobacter xylinum. 196013694864
extracellular glucose-1-phosphate in acetobacter xylinum and its role in cellulose synthesis. 196113694865
variation of elasticity along single microfibrils of bacterial cellulose. 196113694866
[biological activity of some polysaccharides of microbial origin]. 196113697218
syntheses of glucose, cellobiose and other saccharides by acetobacter acetigenum in a lactate-buffered glycerol medium. 196013718469
studies on the metabolism of acetobacter peroxydans. iii. some properties and localisation of peroxidases. 196113720636
comparative carbohydrate metabolism and a proposal for a phylogenetic relationship of the acetic acid bacteria. 196113720638
studies on acetic acid bacteria. iii. purification and properties of coenzyme-independent aldehyde dehydrogenase. 196113727683
studies on acetic acid bacteria. iv. purification and properties of a new type of alcohol dehydrogenase, alcohol-cytochrome-553 reductase. 196113727684
the biochemistry of the acetobacters. 196113739183
synthesis of bacterial cellulose from labeled precursor.the isolation and purification of an immediate precursor of bacterial cellulose was confirmed with glucose randomly labeled with carbon-14. the glucose appears to be bound within the cell to a lipid, is carried across the bacterial cell wall, and is incorporated enzymatically into cellulose extracellularly.196113755603
observations on a laboratory method for submerged acetic fermentation.submerged acetic fermentation experiments were performed for the purpose of determining the conditions under which this type of fermentation should be conducted under laboratory conditions. the apparatus used consisted of a set of glass tubes provided with air spargers. acetobacter acetigenum was found to be the most suitable bacterium among six acetobacter compared under submerged acetic fermentation conditions in a synthetic medium. statistically significant different rates of fermentation wer ...196113763430
the formation of cellulose microfibrils by acetobacter xylinum in agar surfaces. 196113770938
[on the metabolism and cellulose synthesis of acetobacter xylinum (brown) holland]. 196113783809
the catabolism of amino acids by acetic acid bacteria. 196113790822
the cofactor specificity of ethanol dehydrogenase from acetobacter peroxydans. 196013794967
an anomalous tricarboxylic acid cycle in acetobacter melanogenum. 196013802479
on the localisation of oxidase systems in acetobacter cells. 196013814856
studies on the metabolism of acetobacter peroxydans. ii. the enzymic mechanism of lactate metabolism. 195913814857
the mechanism and localization of hexonate metabolism in acetobacter suboxydans and acetobacter melanogenum. 195913814858
on the formation of acetoin by acetobacter. 195913814859
[determination of the localization of enzymes in acetobacter cells by intermittent ultrasonics]. 196013817106
cellulose production by acetobacter acetigenum and other acetobacter spp. 195913818442
cellulose production by acetobacter actigenum in defined medium. 195913818443
cellulose production by acetobacter strains in submerged culture. 196013818444
oxidative possibilities in the catalase-positive acetobacter species. 195913835022
activity of a substance extracted from the fermentation products of acetobacter aceti on ehrlich's ascites tumour cells. 196013848527
pigment-producing strains of acetobacter aceti. 196013849324
enzymological studies on acetobacter aceti. 196113861800
helical, non-cellulosic microfibrils from acetobacter xylinum and acetobacter suboxydans. 196213882723
glucose dehydrogenation in bacteria: a comparative study.hauge, jens g. (national institute for public health, oslo, norway). glucose dehydrogenation in bacteria: a comparative study. j. bacteriol. 82:609-614. 1961.-extracts of a series of bacteria reported to convert glucose to gluconic acid via particulate enzyme systems were fractionated by differential centrifugation into heavy particles, light particles, and particle-free supernatant. particles from acetobacter suboxydans, pseudomonas fluorescens, and bacterium anitratum had several features in c ...196113905390
the infrared spectra of some acetic acid bacteria. 196213909887
[effect of phosphate salts on the multiplication of acetic bacteria and on their oxidative activity in a glucose-containing medium]. 196113911495
[on the development of acetobacter suboxydans and acetobacter melanogenum in media containing ethyl alcohol]. 196213911497
energy production in gluconobacter liquefaciens. 196213917565
enzymatic studies on the formation of 5-ketogluconic acid by acetobacter suboxydans. i. glucose dehydrogenase. 196313939776
enzymatic studies on the formation of 5-ketogluconic acid by acetobacter suboxydans. ii. 5-ketogluconate reductase. 196313939777
synthesis of cellulose by acetobacter xylinum. vi. growth on citric acid-cycle intermediates.gromet-elhanan, zippora (the hebrew university, jerusalem, israel) and shlomo hestrin. synthesis of cellulose by acetobacter xylinum. vi. growth on citric acid-cycle intermediates. j. bacteriol. 85:284-292. 1963.-acetobacter xylinum could be made to grow on ethanol, acetate, succinate, or l-malate. the growth was accompanied by formation of opaque leathery pellicles on the surface of the growth medium. these pellicles were identified as cellulose on the basis of their chemical properties, solubi ...196313950665
[studies on vinegar. xiii. decomposition of 1-c14 glycerin by submersion in vinegar]. 196313955248
[studies on acetous fermentation. xii. on the influence of radioactive 14co2 on acetobacter]. 196213955249
[studies on acetic fermentation. vi. the oxidation of monovalent primary alcohols]. 196213955250
[studies on acetic fermentation. xi. development of an apparatus for experiments with 14-co2]. 196213955251
[studies on acetic fermentation. viii. more knowledge on the interruption of aeration]. 196213955252
[studies on acetic fermentation. x. organic compounds as co2 sources]. 196213955253
[studies on acetic fermentation. ix. on the effect of co2 on submerged acetic fermentation]. 196213955254
[studies on acetic fermentation. vii. on the oxidation of various primary alchols and glycols]. 196213955255
[on the effect of the state of the nutrient medium on the content of nitrogen and phosphorus in the cells of acetobacter schuetzenbachii and on their oxidation-reduction activity]. 196213956064
[contribution to data on the degradation of amino acids by acetobacter]. 196313957358
flagellation of "gluconobacter" melanogenus. 196213963794
synthesis of cellulose from pyruvate by succinate-grown cells of acetobacter xylinum.benziman, moshe (the hebrew university of jerusalem, jerusalem, israel) and h. burger-rachamimov. synthesis of cellulose from pyruvate by succinate-grown cells of acetobacter xylinum. j. bacteriol. 84:625-630. 1962.-pyruvate was converted into cellulose by succinate-grown cells of acetobacter xylinum. with pyruvate-1-, 2-, or 3-c(14) as substrate, the upper half of the cellulose monomer mirrored the lower half, both as to total content and distribution of c(14). in each case, about 75% of the to ...196213967586
[formation of 5-ketogluconic acid by means of subcellular fractions of acetobacter suboxydans]. 196313976487
[influence of the source of carbon utilized during growth on the enzymatic apparatus of acetobacter xylinum]. 196313986190
[influence of the source of carbon utilized during growth on the enzymatic apparatus of acetobacter xylinum]. 196313986191
variability of acetic acid bacteria. 196213991558
[a base compound of desoxyribonucleic acid obtained from acetic acid bacteria]. 196213991559
glutamic acid biosynthesis in an organism lacking a krebs tricarboxylic acid cycle. 196213992682
the size of the cellulose microfibril.recently the lateral width of the cellulose microfibril has been estimated as 30 a rather than about 150 to 200 a, by extrapolation of data from model shadowing experiments. the difference was attributed to a layer of metal deposited during shadowing. however, direct photographs of the same microfibrils parallel and perpendicular to the direction of shadowing, of unshadowed portions of microfibrils compared with shadowed portions of the same microfibrils, of silver-stained unshadowed microfibril ...196314022465
lactate and pyruvate catabolism in acetic acid bacteria. 196214025877
the oxidation of glycols by acetic acid bacteria. 196314032109
systematic position of gluconobacter liquefaciens. 196314032736
the use of i-erythritol for the classification of acetic acid bacteria. 196314047150
the breakdown and biosynthesis of glutamic acid. 196314053261
[enzyme activity of acetobacter suboxydans. i. glucose dehydrogenase]. 196314061351
the effect of adenylic acid on yeast nicotinamide adenine dinucleotide isocitrate dehydrogenase, a possible metabolic control mechanism. 196314063317
some remarks on two papers by shimwell et al. on acetic acid bacteria. 196314068463
rate limiting effects of pyridine nucleotides on carbohydrate catabolic pathways of microorganisms. 196314070329
the effect of bacterial cell lysis and of plant extracts on cellulose production by acetobacter xylinum. 196314071644
[sorbite oxidation during intensive and delayed acetobacter suboxydans reproduction]. 196314074539
[the effect of phosphoric acid salts on reproduction and sorbite oxidation by acetic acid bacteria]. 196314078229
patterns of oxidative assimilation in strains of acetobacter and azotobacter.tomlinson, geraldine a. (the university of british columbia, vancouver, b.c., canada), and j. j. r. campbell. patterns of oxidative assimilation in strains of acetobacter and azotobacter. j. bacteriol. 86:1165-1172. 1963.-oxidative assimilation of glucose-u-c(14) was studied with washed-cell suspensions of acetobacter aceti, a. xylinum, azotobacter vinelandii, and a. agilis. the suggestion that oxidative assimilation is largely the incorporation of endogenously produced ammonia is tenable. a. ac ...196314086085
[on the uniformity of bacterial ribosomes]. 196314097316
metabolism of c2 compounds in acetobacter aceti. 196314108441
deoxyribonucleic acid base composition of acetic acid bacteria. 196314121200
the variable relation of oxygen consumption to cellulose synthesis by acetobacter xylinum. 196414124855
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