Kereluk K, Gammon R A, Lloyd R S
Appl Microbiol. 1970 Jan;19(1):146-51. doi: 10.1128/am.19.1.146-151.1970.
A specially built thermochemical death-rate apparatus is described which can be used to determine the resistance of microorganisms to ethylene oxide under controlled conditions. The apparatus was designed to provide instantaneous exposure of microorganisms to ethylene oxide and to eliminate variables that could result in errors when death kinetic reaction rates are calculated. The apparatus is used to obtain ethylene oxide resistance data which are useful in evaluating and developing sterilizing cycles for materials with known bacterial concentrations, as well as for calculating probability factors on which a given test condition can be expected to provide sterilization.
本文描述了一种专门制造的热化学死亡率测定仪,该仪器可用于在可控条件下测定微生物对环氧乙烷的抗性。该仪器旨在使微生物瞬间接触环氧乙烷,并消除在计算死亡动力学反应速率时可能导致误差的变量。该仪器用于获取环氧乙烷抗性数据,这些数据对于评估和制定已知细菌浓度材料的灭菌周期非常有用,同时也用于计算在给定测试条件下有望实现灭菌的概率因子。