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Просмотр по автору "Doroshenko E."

Просмотр по автору "Doroshenko E."

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  • Characterization of bacillus cereus dissociants 
    Doroshenko E.; Loiko N.; Ifinskaya O.; Kolpakov A.; Gornova I.; Klimanova E.; Ep-Registan G. (2001)
    The autoregulation of the phenotypic (populational) variability of the Bacillus cereus strain 504 was studied. The isolated colonial morphotypes of this bacterium were found to differ in their growth characteristics and ...
  • Characterization of Bacillus cereus dissociants 
    Doroshenko E.; Loiko N.; Il'inskaya O.; Kolpakov A.; Gornova I.; Klimanova E.; El'-Registan G. (2001)
    The autoregulation of the phenotypic (populational) variability of the Bacillus cereus strain 504 was studied. The isolated colonial morphotypes of this bacterium were found to differ in their growth characteristics and ...
  • The effect of anabiosis autoinducers on the bacterial genome 
    Il'inskaya O.; Kolpakov A.; Zelenikhin P.; Kruglova Z.; Choidash B.; Doroshenko E.; Mulyukin A.; El'-Registan G. (2002)
    The mutagenic activity of chemical analogues of microbial anabiosis autoinducers (the autoregulatory d 1 factors of cell differentiation), which act to inhibit cell proliferation, to enhance cell tolerance, and to induce ...
  • The role of bacterial growth autoregulators (alkyl hydroxybenzenes) in the response of staphylococci to stresses 
    Il'inskaya O.; Kolpakov A.; Schmidt M.; Doroshenko E.; Mulyukin A.; El'-Registan G. (2002)
    The investigation of the response of a batch culture of Staphylococcus aureus to exogenous alkyl-substituted hydroxybenzenes (AHBs), chemical analogues of anabiosis autoinducers, showed that C 1-AHB at concentrations from ...
  • The role of microbial dormancy autoinducers in metabolism blockade 
    Bespalov M.; Kolpakov A.; Loiko N.; Doroshenko E.; Mulyukin A.; Kozlova A.; Varlamova E.; Kurganov B.; El'-Registan G. (2000)
    Alkyl-substituted hydroxybenzenes (AHBs), which are autoinducers of microbial dormancy (d1 factors), were found to stabilize the structure of protein macromolecules and modify the catalytic activity of enzymes. In vitro ...

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