In pathogen responses, one function of the early produced ROS is its antimicrobial activity - it can be directly harmful to the invading pathogen [ 44, 62].
Although the "fine grid" array used for modeling can be arbitrarily small, it is most accurate to define its dimensions such that it can be directly re-binned into the pixel size of the microscope used for imaging.
Finally, it can be directly seen from (13) that all its entries are non-negative since all the quantities involved are non-negative from (11).
It can be directly spread between humans because the bacteria is airborne.
It can be directly measured using lysimeters.
It can be directly inserted in the blood vessel.
Therefore, it can be directly developed in a commercial variety.
Therefore, it can be directly used in spherical flame experiments measuring the laminar flame speed.
It can be directly operated by finger or with optional stylus.
Note that it can be directly used for non-standard heat exchangers as well.
It can be directly screw mounted to a flat surface with a hole supplying a pressure.
