Publications

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do azotobacter nitrify? 191417841435
observations on azotobacter. 191517737330
soil organic matter as a culture medium for azotobacter. 191516742373
soil reaction and the presence of azotobacter. 191817841424
the occurrence of azotobacter in cranberry soils. 191817781964
further studies on the growth cycle of azotobacter. 192016558880
studies on azotobacter chroococcum beij. 192116558924
influence of h-ion on growth of azotobacter. 192217731117
azotobacter in soils. 192217756805
physiological study of azotobacter chroococcum. i: influence of vitamine b (?) and nucleic acid on azotobacter. 192316559013
physiological study of azotobacter chroococcum, beijerinckii and vinelandii types. 192316559016
symbiosis between chlorella sp. and azotobacter chroococcum and nitrogen fixation. 192519872152
the influence of azotobacter chroococcum upon the physiological activities of cellulose destroyers. 192916559390
an explanation of the action of the so-called accessory substances in the association of azotobacter and cellulose decomposing organisms. 193016559418
the influence of fixed nitrogen on azotobacter. 193016559435
gum production by azotobacter chroococcum of beijerinck and its composition. 193116559516
respiration studies on azotobacter under controlled conditions. 193117778408
the temperature characteristic of respiration of azotobacter.the temperature characteristic of respiration of azotobacter vinelandii possesses a constant value of 19,330 +/- 165 over the temperature range 20-30 degrees c. this value is independent of ph, oxygen tension, age of culture, and other factors within the limits studied. the optimum temperature of respiration is 34-35 degrees c., with limits at about 10 degrees and 50 degrees c.193219872661
the specific influence of acidity on the mechanism of nitrogen fixation by azotobacter. 193416559703
can azotobacter chroococcum synthesize vitamin d? 193516559825
the occurrence of a strain of azotobacter chroococcum which does not ferment mannitol. 193516559839
cell inclusions and the life cycle of azotobacter. 193716560046
cell inclusions and the life cycle of azotobacter chroococcum. 193717775696
cell inclusions in azotobacter chroococcum bej. 193717777204
physical characteristics of cells of azotobacter, rhizobium, and saccharomyces. 193816560123
a species of azotobacter tolerant to high acidity. 193917758512
on the presence of azotobacter agilis in america. 193917741475
the occurrence and isolation of azotobacter in chinese soils. 194017754411
synthesis of coenzyme r by certain rhizobia and by azotobacter chroococcum. 194016560298
mechanism of biological nitrogen fixation: molecular h(2) and the pn(2) function of azotobacter. 194116747372
mechanism of biological nitrogen fixation: vi. inhibition of azotobacter by hydrogen. 194116588441
the influence of roentgen rays upon the nitrogen fixation by azotobacter.the influence of graded x-ray doses upon nitrogen fixation and respiration by azotobacter was studied by means of the warburg method. it was found that nitrogen fixation decreases approximately linearly with increasing x-ray doses. respiration in contrast is affected only indirectly through some inhibition of cell multiplication. small doses of x-ray often produce a slight and transient increase in the rate of oxygen uptake.194119873253
the dissociation constant in nitrogen fixation by azotobacter. 194216578043
hydrogen in the metabolism of azotobacter. 194216560563
carbon monoxide inhibition of azotobacter in microrespiration experiments. 194316560628
competition between free and combined nitrogen in nutrition of azotobacter. 194316578092
action of inhibitors on hydrogenase in azotobacter.the inhibitors usually associated with the activity of the cytochrome oxidase system-cyanide and carbon monoxide-are also effective in reducing the oxidation of h(2) by intact cells of azotobacter vinelandii. the hydrogenase system is more sensitive to co than is the respiratory system. oxidation of a carbon source and of hydrogen by azotobacter cells is inhibited in a quantitatively different manner by the following compounds: sodium azide, hydroxylamine, sodium iodoacetate, and sodium fluoride ...194319873342
utilization of fixed nitrogen by azotobacter and influence on nitrogen fixation. 194416560743
measuring the growth of azotobacter. 194416560836
respiration of resting azotobacter cells as affected by the respiratory menstruum. 194416560885
flagellation of azotobacter. 194416560886
[chemical aspect of the fixation of nitrogen by azotobacter; influence of surface active substances.]. 194521001000
[the nitrifying bacteria and myxobacteria]. 194521001004
intensity of fixation of atmospheric nitrogen by azotobacter on different sources of carbon. 194521026754
effect of yeast extract on the growth and respiration of azotobacter chroococcum. 194520985081
[not available]. 194620991707
symbiosis between myxobacteria and nitrifying bacteria. 194620991726
effect of molybdenum on nitrogen fixation by clostridium butyricum. 194621001937
a study of the effect of growth substrate on the respiration of azotobacter. 194621010885
ammonia as an intermediate in nitrogen fixation by azotobacter. 194620274685
comparison of the metabolism of ammonia and molecular nitrogen in azotobacter. 194620276125
symbiosis of azotobacter with insects. 194620276881
ammonia as an intermediate in nitrogen fixation by azotobacter. 194616561208
microbiological oxidation of cholesterol with azotobacter. 194718935527
[not available]. 194720253523
the effect of various gases on nitrogen fixation by azotobacter. 194818861751
evidence against the occurrence of a tricarboxylic acid cycle in azotobacter agilis. 194818880787
induced biochemical mutants to azotobacter agilis. 194818891626
the utilization of nitrogen in hydroxylamine and oximes by azotobacter vinelandii. 194818909077
the utilization of nitrogen in hydroxylamine and oximes by azotobacter vinelandii. 194816561484
induced biochemical mutants of azotobacter agilis. 194816561617
hydroxylamine as a source of nitrogen for azotobacter vinelandii. 194916561649
hydroxylamine as a source of nitrogen for azotobacter vinelandii. 194918108880
the oxalacetate decarboxylase of azotobacter vinelandii. 194918146549
a new species of azotobacter isolated from the acid peats (kari soils) of travancorecochin. 195014783933
a study of large bodies in azotobacter agile. 195014794618
a cytological study of a pleomorphic strain of azotobacter with the electron and phase microscopes and the robinow nuclear staining technique. 195015400323
[influence of cetraria islandica on the development of azotobacter]. 195015412603
[influence of pea and maize roots on the development of azotobacter and other soil bacteria]. 195015412604
mutants of azotobacter that do not fix nitrogen. 195015421957
observations on the structure of the specific polysaccharide of azotobacter chroococcum. 195015424200
[possibilities of utilization of 2-3 butanediol, acetoin and of beta-hydroxybutyric acid by azotobacter chroococcum]. 195114829937
[physiologic properties of first stages of the process of fixation of molecular nitrogen by azotobacter]. 195114842794
[distribution of azotobacter chrococcum in the reservoirs and soils of the volga delta and its significance as a factor of productivity]. 195114842795
[action of azotobacter on roots of triticum sphaerococcum]. 195114849047
[effect of azotobacter on the oxidation-reduction potential of plant tissue]. 195114859989
[effect of various adsorbents of molecular nitrogen and molecular oxygen on the nitrogen fixation activity of the azotobacter]. 195114860059
[azotobacter growth and nitrogen fixation in acidified and alkaline media]. 195114863072
[a new nitrogen-fixating bacteria: azotobacter lacticogenes]. 195114870401
[further notes on the salt resistance of azotobacter]. 195114882106
[presence of azotobacter in soils of turkestan ridge]. 195114899378
[effect of 2,4-dichlorophenoxyacetic acid on the development of azotobacter in the soil]. 195114905611
unexplained fever in infants and children. 195214907603
[present data on the ecology of azotobacter chrococcum; review]. 195214919117
[ammonia as a primary product of fixation of molecular nitrogen by bacteria; review]. 195214940727
[azotobacter test for vitamins]. 195214941691
respiratory activity of cell-free extracts from azotobacter. 195214955494
the effect of oxalacetate on the oxidation of succinate by azotobacter extracts. 195214955495
[flagellar apparatus in azotobacter in electron microscopy]. 195214373887
the occurrence of azotobacter in two south australian soils, with statistical appendix. 195213041664
the incorporation of acetate in acids of the citric acid cycle by azotobacter extracts. 195212980960
[inhibitory action of aqueous extracts of peat on the growth of soil bacteria]. 195212986366
[partial removal of molecular nitrogen fixation products from azotobacter into culture medium]. 195212992613
[the effect of maleic hydrazide on the development of azobacter and cytophaga]. 195212998276
[comparative action of sodium 2-methyl-4-chlorophenoxyacetate in different soils on the development of azotobacter]. 195213033193
[inhibitors of synthesis and fixation of molecular nitrogen by azotobacter]. 195313033745
[transformation of azotobacter into quiescent form in prolonged culture in media with energy-giving materials]. 195313033758
hydrogenase in nitrogenase-deficient azotobacter mutants. 195313037896
[distribution of azotobacter in soil]. 195313144379
[enriching of substrate with nitrogen substances in development of azotobacter beijerinckii]. 195313144380
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