A dual antenna microwave resection and ablation device, comprising a dual antenna microwave device including: a proximal antenna configured to receive a first microwave frequency signal from a transmission line between a third conductor and a second conductor; a distal antenna, configured to receive a second microwave frequency signal from the transmission line between the second conductor and a first conductor; and a dual sided choke, positioned between the proximal antenna and the distal antenna, the choke including a choke conductor including a proximal antenna choke circuit and a distal antenna choke circuit, wherein: - at least a portion of the choke conductor at least partially surrounds a portion of a proximal antenna choke extended dielectric and a distal antenna choke extended dielectric; - the distal antenna choke circuit is formed between the second conductor and a first segment of the choke conductor, wherein an opening of the distal antenna choke circuit is directed toward the distal antenna; - the proximal antenna choke circuit is formed between the first segment and a second segment of the choke conductor, wherein an opening of the proximal antenna choke circuit is directed toward the proximal antenna; - at a choke termination point, an electric connection is formed between the choke conductor and the second conductor; and the proximal antenna choke circuit is configured to limit the propagation of electromagnetic fields generated by the proximal antenna toward the distal antenna and the distal antenna choke circuit is configured to limit the propagation of electromagnetic fields generated by the distal antenna toward the proximal antenna. a proximal antenna configured to receive a first microwave frequency signal from a transmission line between a third conductor and a second conductor; a distal antenna, configured to receive a second microwave frequency signal from the transmission line between the second conductor and a first conductor; and a dual sided choke, positioned between the proximal antenna and the distal antenna, the choke including a choke conductor including a proximal antenna choke circuit and a distal antenna choke circuit, wherein: - at least a portion of the choke conductor at least partially surrounds a portion of a proximal antenna choke extended dielectric and a distal antenna choke extended dielectric; - the distal antenna choke circuit is formed between the second conductor and a first segment of the choke conductor, wherein an opening of the distal antenna choke circuit is directed toward the distal antenna; - the proximal antenna choke circuit is formed between the first segment and a second segment of the choke conductor, wherein an opening of the proximal antenna choke circuit is directed toward the proximal antenna; - at a choke termination point, an electric connection is formed between the choke conductor and the second conductor; and the proximal antenna choke circuit is configured to limit the propagation of electromagnetic fields generated by the proximal antenna toward the distal antenna and the distal antenna choke circuit is configured to limit the propagation of electromagnetic fields generated by the distal antenna toward the proximal antenna. - at least a portion of the choke conductor at least partially surrounds a portion of a proximal antenna choke extended dielectric and a distal antenna choke extended dielectric; - the distal antenna choke circuit is formed between the second conductor and a first segment of the choke conductor, wherein an opening of the distal antenna choke circuit is directed toward the distal antenna; - the proximal antenna choke circuit is formed between the first segment and a second segment of the choke conductor, wherein an opening of the proximal antenna choke circuit is directed toward the proximal antenna; - at a choke termination point, an electric connection is formed between the choke conductor and the second conductor; and the proximal antenna choke circuit is configured to limit the propagation of electromagnetic fields generated by the proximal antenna toward the distal antenna and the distal antenna choke circuit is configured to limit the propagation of electromagnetic fields generated by the distal antenna toward the proximal antenna.