Applied Microbiology · 1967 · 44 citations · 6 references
Life SciencesBiophysicsMicrobiologyBacteriologyHeat TransferMicrobial PhysiologyBarrier PropertiesHeat InjuryHeat Stress PhysiologyHeat Stress ToleranceLow-temperature PreservationThermal PhysiologyBacterial Heat ResistanceEscherichia ColiHeat Resistance Of BacteriaMicrobial Inactivation At Low TemperaturesMicrobial Stability Under HeatMicrobial Thermal ResistanceThermal Inactivation Of Microorganisms
The effects of different temperatures on the viability of, and leakage of 260 mmu-absorbing substances from, a strain of Escherichia coli have been studied. Results of experiments with suspensions stored in water and in 0.33 m sucrose, together with total counts of suspensions before and after heating, suggested that the initial damage inflicted on the cell was to the permeability barrier. However, it was concluded that the evidence presently available for supporting this hypothesis is inadequate.
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Repair of Thermal Injury of <i>Staphylococcus aureus</i>
J J Iandolo, Z. John Ordal · Journal of Bacteriology · 1966 · 212 citations · Full text