RT Journal Article
ID 6530dfea7c17c37e
A1 Volotskova, Olga
A1 Shashurin, Alexey
A1 Stepp, M. A.
A1 Pal-Ghosh, S.
A1 Keidar, Michael
T1 Plasma-Controlled Cell Migration: Localization of Cold Plasma−Cell Interaction Region
JF Plasma Medicine
JO PMED
YR 2011
FD 2010-09-10
VO 1
IS 1
SP 85
OP 92
K1 cold atmospheric plasma
K1 fibroblast cells
K1 migration rates
K1 localization
AB In order to characterize the optimal condition for cell treatment with a plasma jet, its UV-vis-NIR spectrum was evaluated. Furthermore, this study considers the ability of cold atmospheric plasmas to impact cell migration rates as a function of (i) the length of the plasma treatment time, (ii) the number of hours after treatment that cell migration is assessed, and (iii) localization of the treatment zone. Data show that the ability of plasma to reduce cell migration rates increases as a function of treatment time with a maximum of 30%, and that this affect persists for 33 hours after plasma treatment.
PB Begell House
LK https://www.dl.begellhouse.com/journals/5a5b4a3d419387fb,6239f734065d8e3d,6530dfea7c17c37e.html