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Results: 1-10 |
Results: 10
NONCONTACT ER-YAG LASER-ABLATION - CLINICAL-EVALUATION
Authors: DOSTALOVA T JELINKOVA H KUCEROVA H KREJSA O HAMAL K KUBELKA J PROCHAZKA S
Citation: T. Dostalova et al., NONCONTACT ER-YAG LASER-ABLATION - CLINICAL-EVALUATION, Journal of clinical laser medicine & surgery, 16(5), 1998, pp. 273-282
CALCIUM AS A REGULATOR OF BACILLUS-MEGATERIUM CYTOPLASMIC PROTEOLYTICACTIVITY IN-VITRO
Authors: VACHOVA L KUCEROVA H
Citation: L. Vachova et H. Kucerova, CALCIUM AS A REGULATOR OF BACILLUS-MEGATERIUM CYTOPLASMIC PROTEOLYTICACTIVITY IN-VITRO, FEMS microbiology letters, 162(2), 1998, pp. 283-288
EFFECT OF PH ON PROTEINASE SECRETION BY TRANSFORMED FIBROBLAST POPULATIONS
Authors: CHALOUPKA J KUCEROVA H VACHOVA L KRCHNAKOVA E CHALOUPKOVA A PAVLIKOVA L ZICHA D VESELY P
Citation: J. Chaloupka et al., EFFECT OF PH ON PROTEINASE SECRETION BY TRANSFORMED FIBROBLAST POPULATIONS, Folia biologica, 44(3), 1998, pp. 111-116
OPPOSITE REGULATION BY TEMPERATURE OF THE INTRACELLULAR CA2-DEPENDENTSERINE PROTEINASE IN GROWING AND NONGROWING BACILLUS-MEGATERIUM (VOL 42, PG 301, 1997)()
Authors: KUCEROVA H VACHOVA L CHALOUPKA J
Citation: H. Kucerova et al., OPPOSITE REGULATION BY TEMPERATURE OF THE INTRACELLULAR CA2-DEPENDENTSERINE PROTEINASE IN GROWING AND NONGROWING BACILLUS-MEGATERIUM (VOL 42, PG 301, 1997)(), Folia microbiologica, 42(5), 1997, pp. 533-533
OPPOSITE REGULATION BY TEMPERATURE OF THE INTRACELLULAR CA2-DEPENDENTSERINE PROTEINASE IN GROWING AND NONGROWING BACILLUS-MEGATERIUM()
Authors: KUCEROVA H VACHOVA L CHALOUPKA J
Citation: H. Kucerova et al., OPPOSITE REGULATION BY TEMPERATURE OF THE INTRACELLULAR CA2-DEPENDENTSERINE PROTEINASE IN GROWING AND NONGROWING BACILLUS-MEGATERIUM(), Folia microbiologica, 42(4), 1997, pp. 299-302
ASPOROGENIC BACILLUS-MEGATERIUM MUTANT-27-36 DEGRADES INTRINSICALLY SHORT-LIVED PROTEINS BUT FAILS TO CONVERT MOST OF OTHER PROTEINS TO A SHORT-LIVED FRACTION
Authors: CHALOUPKA J KUCEROVA H STRNADOVA M VOTRUBA J LUDVIK J
Citation: J. Chaloupka et al., ASPOROGENIC BACILLUS-MEGATERIUM MUTANT-27-36 DEGRADES INTRINSICALLY SHORT-LIVED PROTEINS BUT FAILS TO CONVERT MOST OF OTHER PROTEINS TO A SHORT-LIVED FRACTION, Biochemistry and molecular biology international, 39(6), 1996, pp. 1185-1192
INTRACELLULAR SERINE PROTEINASE BEHAVES AS A HEAT-STRESS PROTEIN IN NONGROWING BUT AS A COLD-STRESS PROTEIN IN GROWING POPULATIONS OF BACILLUS-MEGATERIUM
Authors: KUCEROVA H CHALOUPKA J
Citation: H. Kucerova et J. Chaloupka, INTRACELLULAR SERINE PROTEINASE BEHAVES AS A HEAT-STRESS PROTEIN IN NONGROWING BUT AS A COLD-STRESS PROTEIN IN GROWING POPULATIONS OF BACILLUS-MEGATERIUM, Current microbiology, 31(1), 1995, pp. 39-43
HEAT AND OSMOTIC-STRESS ENHANCE THE DEVELOPMENT OF CYTOPLASMIC SERINEPROTEINASE ACTIVITY IN SPORULATING BACILLUS-MEGATERIUM
Authors: VACHOVA L KUCEROVA H BENESOVA J CHALOUPKA J
Citation: L. Vachova et al., HEAT AND OSMOTIC-STRESS ENHANCE THE DEVELOPMENT OF CYTOPLASMIC SERINEPROTEINASE ACTIVITY IN SPORULATING BACILLUS-MEGATERIUM, Biochemistry and molecular biology international, 32(6), 1994, pp. 1049-1057
DUAL EFFECT OF AMINO-ACIDS ON THE DEVELOPMENT OF INTRACELLULAR PROTEOLYTIC ACTIVITY IN THE IRREVERSIBLE SPORULATION PHASE OF BACILLUS-MEGATERIUM
Authors: KUCEROVA H STRNADOVA M VINTER V VOTRUBA J CHALOUPKA J
Citation: H. Kucerova et al., DUAL EFFECT OF AMINO-ACIDS ON THE DEVELOPMENT OF INTRACELLULAR PROTEOLYTIC ACTIVITY IN THE IRREVERSIBLE SPORULATION PHASE OF BACILLUS-MEGATERIUM, Current microbiology, 28(6), 1994, pp. 345-349
NETROPSIN SUPPRESSES DEVELOPMENT OF INTRACELLULAR SERINE PROTEINASE ACTIVITY DURING POSTEXPONENTIAL GROWTH OF BACILLUS-MEGATERIUM
Authors: KUCEROVA H CHALOUPKA J
Citation: H. Kucerova et J. Chaloupka, NETROPSIN SUPPRESSES DEVELOPMENT OF INTRACELLULAR SERINE PROTEINASE ACTIVITY DURING POSTEXPONENTIAL GROWTH OF BACILLUS-MEGATERIUM, Folia microbiologica, 38(5), 1993, pp. 360-362
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