| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 8340977 | Microvascular Research | 2016 | 21 Pages |
Abstract
Conclusion: These data indicate that the repetitive use of non-thermal atmospheric plasma boosts and prolongs cutaneous microcirculation and might therefore be a potential tool to promote wound healing.
Keywords
HNSCCTTPHGFESWTTGFAPPMCPNOSACPROIDBDROSHydrogen peroxideArgonsmooth muscle antibodyUltravioletOzoneOxygeninterleukintransforming growth factorDielectric barrier dischargeLaser dopplerSMAExtracorporeal shockwave therapyHead and neck squamous cell cancerbody mass indexBMIVascular endothelial growth factorVascular Endothelial Growth Factor (VEGF)region of interestCutaneous microcirculationnitric oxide synthaseHeliumH2O2hydroxylarbitrary unitsmonocyte chemotactic proteinCold atmospheric pressure plasmaCold atmospheric plasmaAtmospheric cold plasmaHuman skinCaPReactive oxygen species
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Authors
Tobias Kisch, Sophie Schleusser, Andreas Helmke, Karl Ludwig Mauss, Eike Tilman Wenzel, Benedikt Hasemann, Peter Mailaender, Robert Kraemer,