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Investigation of the mechanisms of action behind Electromotive Drug Administration (EMDA)
Bor Kos
*
, Juan Luis Vásquez
, Damijan Miklavčĭ
, Gregers G.G. Hermann
,
Julie Gehl
*
Corresponding author af dette arbejde
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peer review
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Keyphrases
Mechanism of Action
100%
Bladder Wall
100%
Electromotive Drug Administration
100%
Mitomycin C
60%
Electroporation
40%
Electric Field (E-field)
40%
Bladder Cancer
20%
Whole-body
20%
C Concentration
20%
Intravesical Chemotherapy
20%
Direct Current
20%
Current Density
20%
CT Images
20%
Electric Field Computation
20%
Finite Element Simulation
20%
High Electric Field
20%
Electric Field Application
20%
Patient-specific Model
20%
Local Electric Field
20%
Electric Field Magnitude
20%
Iontophoretic
20%
Catheter Electrode
20%
Neuroscience
Electroporation
100%
Mitomycin
100%
Chemotherapy
50%
Pharmacology, Toxicology and Pharmaceutical Science
Drug Administration
100%
Mitomycin
50%
Morbidity
25%
Bladder Cancer
25%
Chemotherapy Regimens
25%