<title>Interaction of dynamic low-coherent speckles with the suspension of bacterial cells</title>

Inactivation of bacterial cells by dynamic low-coherent speckles: mathematical model of photoprocessing

“…(6) However, taking into account that the cell response of the instant change in light intensity might be essentially nonlinear, it would be reasonable to find the solution in this form:…”

“…[1,5] the average time of fluctuations of speckles (at their local influence on each cell) is comparable with the characteristic time-passing of photochemical reactions. However, by now, the spatial-temporal characteristics of optical speckles, length and time of coherence of light used for perfusion practically are not considered [6] in the content of primary molecular mechanisms of action of lasers on biological structures. Also, no efforts have been made to construct the mathematical model of interaction of dynamic biospeckles with suspensions of bacteria (participating in Brownian motion), to identify experimentally the parameters ofthis model and to optimize modes and regimes of an irradiation on the basis of computer simulation.…”