Publications

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the nature and control of reactions in bioluminescence : with special reference to the mechanism of reversible and irreversible inhibitions by hydrogen and hydroxyl ions, temperature, pressure, alcohol, urethane, and sulfanilamide in bacteria.on the basis of available data with regard to the chemical and physical properties of the "substrate" luciferin (lh(2)) and enzyme, luciferase (a), and of kinetic data derived both from the reaction in extracts of cypridina, and from the luminescence of intact bacteria, the fundamental reactions involved in the phenomenon of bioluminescence have been schematized. these reactions provide a satisfactory basis for interpreting the known characteristics of the system, as well as the theoretical chem ...194519873433
a purine-requiring strain of photobacterium fischeri. 194915393696
the influence of penicillin on large body production by luminous bacteria. 195014774347
hoarding behavior in the golden hamster (mesocricetus auratus auratus). 195014803683
the decarboxylation of amino acids by photobacterium fischeri. 195313034892
the taxonomy of certain luminous bacteria. 195513252219
correlation between luminescence and l-bodies in a strain of photobacterium fischeri. 195713400119
the interaction of luciferase, flavin mono-nucleotide and longchain aldehydes in the light reaction catalyzed by preparations of luminous bacteria. 195813535692
effect of antibodies on the luminescence of achromobacter fischeri as a criterion of cellular penetration. 195813575820
the carboxyl activation of glycine in extracts of photobacterium fischeri. 195813584406
mechanism of the carboxyl activation of glycine in extracts of photobacterium fischeri. 195913651216
some optical properties of luminous bacteria. 195913835177
on the role of long-chain aldehydes in the light reaction in photobacterium phosphoreum enzyme preparations. 196013837482
[studies on cultivation of photobacterium phosphoreum. 1. factors influencing the growth and light production of photobacterium phosphoreum]. 196114458104
[studies on cultivation of photobacterium phosphoreum. ii. on a large scale cultivation of photobacterium phosphoreum]. 196114458105
ion sensitivity of the light reaction catalyzed by enzyme preparations from photobacterium phosphoreum. 196113920343
evidence for the presence of an unknown factor, active in the light reaction, in preparations of photobacterium phosphoreum. 196213920344
[physico-chemical studies on intermediary metabolism of photogenic bacteria]. 196214035710
irradiation of bacterial luciferase in vivo. 196213874983
[studies on cultivation of photobacterium phosphoreum. iii. on a measurement of light intensity and some applications]. 196214458106
molybdenum and iron requirements for nitrate reductase in photobacterium sepia. 196314098463
investigations on the identity of the light-emitting molecule in photobacterium phosphoreum. 196314104945
effects of cultural conditions on nitrate reductase in photobacterium sepia. 196414188767
[chemistry of photosynthetic phosphorylization]. 196414218283
[luminescence and oxidative enzyme activity of luminescent bacteria]. 196414237039
[on the action of aminazin on bioluminescent bacteria]. 196414238144
on the molecular mechanism of bioluminescence. i. the role of long-chain aldehyde. 196414243528
influence of some inhibiting and activating substances on the light reaction in vitro of photobacterium phosphoreum. 196414249835
the purification properties, and chemiluminescent quantum yield of bacterial luciferase. 196514284763
on the molecular mechanism of bioluminescence, ii. light-induced luminescence. 196514283197
crystalline bacterial luciferase from photoberterium fischeri. 196514324541
fatty acid composition of bacterial membrane and wall lipids. 19665328938
[species composition and some properties of marine periphyton bacteria isolated from species-specifically stained surfaces]. 19666002796
nutrition and metabolism of marine bacteria. xv. relation of na+-activated transport to the na+ requirement of a marine pseudomonad for growth.drapeau, gabriel r., (mcgill university, montreal, quebec, canada), tibor i. matula, and robert a. macleod. nutrition and metabolism of marine bacteria. xv. relation of na(+)-activated transport to the na(+) requirement of a marine pseudomonad for growth. j. bacteriol. 92:63-71. 1966.-a marine pseudomonad was found to require 50 to 100 mm na(+) for maximal rate of oxidation of d-galactose and for the transport of d-fucose-h(3) into the cells. the same organism required 150 to 200 mm na(+) for th ...19665941284
the role of oxygen in the photoexcited luminescence of bacterial luciferase. 19676017740
a comparative study of carbon source requirements of mycobacterium avium, group ii scotochromogens, group 3 nonphotochromogens, and mycobacterium terrae in the presence of glutamate-nitrogen. 19676039105
an analysis of the relations between fluorescence and photochemistry during photosynthesis. 19676040858
[study on a photobacterium isolated from the light organ of the leiognathidae fish]. 19675624740
presence of rhapidosomes in various species of bacteria and their morphological characteristics.rod-shaped structures have been observed in cells of pseudomonas, photobacterium, proteus, and saprospira by use of the negative-contrast stain. these structures, referred to as rhapidosomes, appear to be normal components of these cells. other bacteria including escherichia, salmonella, shigella, klebsiella, micrococcus, bacillus, mycobacterium, rhodospirillum, and hydrogenomonas genera failed to reveal these structures. the rhapidosomes of saprospira were found to consist of two rods, one enca ...19674965198
bioluminescence assay: principles and practice. 19684385967
a simple method for the mass culture of microorganisms with reference to photobacteria. 19684874458
on the function of aldehyde in bacterial bioluminescence: evidence for an aldehyde requirement during luminescence from the frozen state. 19685666729
aspects of light production by photobacterium fischeri.studies of luminescence in growing cultures of photobacterium fischeri revealed the characteristic kinetics of light emission, including a minimal phase of bacterial light output. a dialyzable substance present in the nutrient broth medium caused this transient inhibition in light production, although this substance did not affect culture growth. experiments were carried out to determine the mechanism of action and the chemical properties of the inhibitor. the results suggest that the inhibitor ...19685643069
[isolation and crystallization of enzymes connected with the oluminescence of marine bacteria]. 19695374197
the effect of anaesthetic agents on the emission of light by luminous bacteria. 19695774528
the polarity of proton translocation in some photosynthetic microorganisms. 19695802881
tryptophanase in diverse bacterial species.the distribution of tryptophanase was studied. the highest observed specific activity, mumoles per minute per milligram (dry weight) cells, is given in parentheses after each species. tryptophanase was inducible and repressible in escherichia coli (.914), paracolobactrum coliforme (.210), proteus vulgaris (.146), aeromonas liquefaciens (.030), photobacterium harveyi (.035), sphaerophorus varius (.021), bacteroides sp. (.048), and corynebacterium acnes (.042). the enzyme was constitutive and nonr ...19695781572
measuring the effect of air pollutants on bacterial luminescence: a simplified procedure. 19695797990
reductive pentose cycle and formate assimilation in rhodopseudomonas palustris.rhodopseudomonas palustris assimilated formate autotrophically as carbon dioxide and hydrogen arising from the activity of the formic hydrogenlyase system. kinetic analyses of cell suspensions pulse-labeled with (14)c-formate or (14)c-bicarbonate showed similar distributions of incorporated radioactivity. in both cases phosphate esters were the first assimilation products. ribulose diphosphate carboxylase, phosphoribose isomerase, and phosphoribulokinase, characteristic enzymes of the reductive ...19695354954
structurally distinct bacterial luciferases. 19695365778
bioluminescence as an in vivo index of radiation damage. 19695777118
study of the physiological state of microorganisms in continuous cultures. 19694897962
the effect of flavin isomers and analogues upon the color of bacterial bioluminescence. 19694306029
effect of phenethyl alcohol on bacterial bioluminescence. 19694310417
antagonistic relations in some marine psychrotrophic bacteria and enterobacteria. 19704924656
light-induced bioluminescence. isolation and characterization of a specific protein involved in the absorption and delayed emission of light. 19705450232
response of photobacterium fischeri h-2 to the pulsed electron beam. 19704984885
[studies of bioluminescence. regulation of bacterial bioluminescence]. 19704987732
[study in fluid media and at low temperature of reaction of bioluminescence emission of photobacterium leiognathi]. 19704987002
subunit homologies in bacterial luciferases. 19705480160
bacterial bioluminescence. comparisons of bioluminescence emission spectra, the fluorescence of luciferase reaction mixtures, and the fluorescence of flavin cations. 19705459543
cellular control of the synthesis and activity of the bacterial luminescent system.in bioluminescent bacteria growing in shake flasks, the enzyme luciferase has been shown to be synthesized in a relatively short burst during the period of exponential growth. the luciferase gene appears to be completely inactive in a freshly inoculated culture; the pulse of preferential luciferase synthesis which occurs later is the consequence of its activation at the level of deoxyribonucleic acid transcription which is attributed to an effect of a "conditioning" of the medium by the growing ...19705473898
effect of anaesthetics on emission of light by luminous bacteria. 19705440051
effects of anaesthetics on luminous bacteria. 19705455148
insoluble bacterial luciferases: a new approach to some problems in bioluminescence. 19705456966
mutant analysis and enzyme subunit complementation in bacterial bioluminescence in photobacterium fischeri.chemical mutagens were used to obtain mutants deficient in bioluminescence in the marine bacterium photobacterium fischeri strain mav. acridine dyes were effective in the production of dark mutants but not in the production of auxotrophs. these dark mutants were all of one type and appeared to contain lesions blocking the synthesis of luciferase. icr-191 was especially effective in the production of aldehyde mutants, i.e., dark strains that luminesce when a long-chain aldehyde such as n-decanal ...19705479452
potency of anaesthetic agents measured by luminous bacteria. 19705416316
bioluminescence and radiation response to photobacterium fischeri h-2. 19705429845
identification of n-nonaldehyde in photobacterium fisheri. 19715557220
studies on luciferase from photobacterium phosphoreum. i. purification and physiochemical properties. 19715562345
quantitative analysis of the phospholipids of some marine bioluminescent bacteria. 19715117252
functional differences of the nonidentical subunits of bacterial luciferase. properties of hybrids of native and chemically modified bacterial luciferase. 19715161031
bacterial carotenoids. xxxvi. remarkable c 43 -carotenoid artefacts of cross-conjugated carotenals and new carotenoid glucosides from athiorhodaceae spp. 19715157085
hybridization of bacterial luciferase with a variant produced by chemical modification. 19715161030
response of photobacterium fischeri mav exposed to an ultra high dose-rate pulsed electron beam. 19715539709
binding site determination from kinetic data. reduced flavin mononucleotide binding to bacterial luciferase. 19715135318
nutritional requirements of some marine luminous bacteria. 19715087892
taxonomy of marine bacteria: the genus beneckea.one-hundred-and-forty-five isolates of marine origin were submitted to an extensive physiological, nutritional, and morphological characterization. all strains were gram-negative, facultatively anaerobic, straight or curved rods which were motile by means of flagella. glucose was fermented with the production of acid but no gas. sodium but no organic growth factors were required. none of the strains were able to denitrify or fix molecular nitrogen. the results of nutritional and physiological te ...19714935323
determination of subpicomole levels of nadh and fmn using bacterial luciferase and the liquid scintillation spectrometer. 19714324531
structure and arrangement of flagella in species of the genus beneckea and photobacterium fischeri.species of marine bacteria belonging to the genus beneckea and strains of photobacterium fischeri were negatively stained and examined by means of the electron microscope to determine the structure and arrangement of their flagella. all of the species of the genus beneckea had single, polar, sheathed flagella when grown in liquid medium. when grown on solid medium, most strains of b. campbellii and b. neptuna and all strains of b. alginolytica and b. parahaemolytica had unsheathed, peritrichous ...19714105030
bioluminescent method for determining micro quantities of ammonia in a liquid scintillation spectrometer. 19714330252
photokinetic micro assay based on dehydrogenase reactions and bacterial luciferase. 19714397566
studies on luciferase from photobacterium phosphoreum. ii. substrate specificity and stoichiometry of the reaction in vitro. 19724634973
catabolite repression of bacterial bioluminescence: functional implications.the synthesis of the bioluminescent system of the marine luminous bacterium photobacterium fischeri (strain mav) is subject to both transient and catabolite repression by glucose, and this repression can be reversed by adenosine 3':5'-cyclic monophosphate. catabolite repression is a mechanism that characteristically controls the synthesis of inducible enzymes involved in energy metabolism. the fact that luciferase synthesis is subject to this control suggests that whatever its role(s) may be, it ...19724338581
studies in bioluminescence. vii. bacterial nadh: flavin mononucleotide oxidoreductase. 19724347626
[dna composition and taxonomy of luminous bacteria]. 19725084511
the inhibition of bacterial luciferase by mixed function oxidase inhibitors. 19725058230
inhibition and activation of bacterial luciferase synthesis.luciferase synthesis is repressed when bioluminescent bacteria are inoculated into fresh medium but is induced after the cells have grown in the medium for some time. in minimal medium, an activator which leads to induction of the enzyme is released into the medium by the bacteria. complete medium contains a dialyzable and quite stable inhibitor which leads to repression of luciferase. the bacteria remove the inhibitor from the medium and also produce activator, thus allowing synthesis of the en ...19725011244
a sensitifve bacterial luminescence probe for o2 in biochemical systems. 19725038288
purification and properties of bacterial luciferases. 19724621600
anaesthesia and the living cell: specificity of action. 19724630171
bacterial bioluminescence. quantum yields and stoichiometry of the reactants reduced flavin mononucleotide, dodecanal, and oxygen, and of a product hydrogen peroxide. 19725056079
optimal environmental conditions and nutrient concentrations for the synthesis of bacterial luciferase in photobacterium phosphoreum. 19725078563
studies on luciferase from photobacterium phosphoreum. 3. isolation and partial characterization of an enzyme-bound pigment. 19724644322
the effect of temperature on the potency of halothane. 19725016897
[dna base composition and taxonomic position of glucose-fermenting marine bacteria of the genus vibrio, and related genera]. 19734707592
biological protection by superoxide dismutase. 19734588214
the chemistry of bioluminescence. 19734131760
regulation of aspartokinase activity in the genus beneckea and marine, luminous bacteria. 19734709503
intermediates in the bacterial luciferase reaction. 19734717759
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