Sprunck G, Wigand R
Med Microbiol Immunol. 1981;170(1):37-43. doi: 10.1007/BF02123795.
The thermostability of adenovirus 5 increases when the ionic strength is decreased before heating by dilution in distilled water (1 : 100, heating at 50 degrees C). A predilution in Eagle's MEM before heating or a previous dialysis against water had no effect on thermostability. The stabilizing effect was found likewise in crude and purified virus, in heating at 50 degrees C up to 320 min, from 50 degrees C to 56 degrees C, and in dilution from 10(-2) to 10(-5). The degree of stabilization was similar to cationic stabilization in 2M NaCl. The infectivity of heated adenovirus 5 was not sensitivity to DNase digestion. Other adenovirus types were stabilized in a similar manner.
当在加热前通过用蒸馏水稀释(1:100,在50℃加热)来降低离子强度时,腺病毒5的热稳定性会增加。在加热前在伊格尔氏MEM中进行预稀释或先前对水进行透析对热稳定性没有影响。在粗制病毒和纯化病毒中同样发现了这种稳定作用,在50℃加热长达320分钟、从50℃到56℃以及从10⁻²稀释到10⁻⁵时均如此。稳定程度与在2M NaCl中的阳离子稳定作用相似。加热后的腺病毒5的感染性对DNase消化不敏感。其他腺病毒类型也以类似方式得到稳定。