Microwave-assisted medical technologies and apparatus therefor

An apparatus for the enhancement of the efficiency of an ablation procedure which comprises:

• a) a microwave energy source generator;
• b) a needle-like probe for connection to the microwave energy source generator to transmit and control said microwave energy into affected tissues, said needle-like probe having a microwave antenna and a conduit in a very center thereof;
• c) a susceptor for continuous delivery into affected tissues through the conduit and simultaneously to said transmission of said microwave energy into said affected tissues, wherein said susceptor is characterized by dielectric properties, permittivity and loss factor, allowing to continuously control evolution of dielectric properties of said affected tissue under treatment, the susceptor reducing dielectric changes brought about by water displaced from the affected tissue as a result of treatment, said susceptor continuously controlling dielectric properties and impedance conditions of said affected tissues;
• d) means to monitor in real-time an electric field resulting from said simultaneous transmission of said microwave energy and said delivery of said susceptor into said affected tissues;
• e) control means for controlling delivery of the susceptor to continuously control in real-time evolution of dielectric properties of the affected tissue under treatment as the electric field moves away from a microwave emitting point so as to maintain electrical conditions where an impedance at the microwave emitting point and a delivery point of said susceptor remains constant, by controlling the delivery of the susceptor simultaneously with the delivery of the microwave energy;
• f) monitor and control means for monitoring and controlling in real-time the simultaneous exposure of said affected tissues to said electric field. and said susceptor and a temperature to thereby ablate, remove, coagulate or otherwise alter said affected tissues;
• and
• g) a controller to control the repetition of steps a) to multiple times until the susceptor delivery is complete, the location of said susceptor delivery in steps a) to f) being varied between each sequence.