In turn, these ROS may destroy important cellular components such as proteins, lipids, and nucleic acids, resulting in cell membrane damage (increased EL).
These harsh staining conditions can damage tissue structure and potentially destroy cellular epitopes [ 1, 2].
The emphasis on molecular detection rather than cellular detection also lessens concerns associated with using frozen specimens, which may destroy or alter cells but have fewer effects on free molecules.
Thus, although the dominant mutations may destroy the essential function of the plasmid-borne variant, alteration of the transcriptome with minimal perturbation to normal cellular processes is possible via the presence of the native genomic allele.
Epidemics may destroy crops completely.
As it creates, so it may destroy.
If it may destroy, it may abridge and control.
This may destroy some long-held shibboleths.
Floodwater may transport nutrients but may destroy ground-nesting sites or nesting trees.
