Here we seek to develop a more effective and targeted electroporation device for the clinical treatment of cancerous solid tumors. The application of using electroporation to transfect therapeutic agents into a tumor cells in the clinician setting is an exciting approach to a targeted treatment of cancer. The challenge for thiswork is to further develop a clinical electroporation device that will use the phenomenon of wave interference to produce a targeted electroporation waveform to increase the effectiveness of transfection.
Thesaurus Terms: Address;Adverse Effects;Algorithms;Alternative Treatment;Animals;Antineoplastic Agents;Base;Biological Products;Cancer Cell;Cancer Patient;Cancer Therapy;Cancerous;Cells;Cessation Of Life;Chemotherapy;Clinical;Clinical Research;Clinical Treatment;Clinical Trials;Computer Simulation;Computer Software;Design;Development;Devices;Disease;Disseminated Malignant Neoplasm;Effectiveness;Electric Field;Electroporation;Ensure;Equation;Frequencies (Time Pattern);Future;Genes;Immunotherapy;Improved;In Vivo;Instrument;Instrumentation;Mathematical Analysis;Medical;Melanoma;Methods;Model Development;Modeling;Neoplastic Cell;Novel;Novel Strategies;Operative Surgical Procedures;Outcome;Phase;Plasmid Dna;Product Development;Programs;Prototype;Public Health Relevance;Quality Of Life;Reporting;Research;Research Study;Signal Transduction;Simulation;Skin Cancer;Solid Neoplasm;Solutions;Staging;Techniques;Technology;Testing;Therapeutic Agents;Time;Toxic Effect;Transfection;Treatment Planning;Tumor;Uptake;Work;
