The therapeutic system includes an RF power supply (32), and an RF therapeutic probe (17).

Two active electrodes are located side by side on each therapeutic probe.

An invasive therapeutic probe assembly and related methods for application of RF energy to a volume of body tissue are provided.

The therapeutic probe acts on fat cells to the depth of 2 cm.

A finger-formed protective sheath (1, 2) with an insertion opening for a therapeutic or diagnostic probe is mounted on a support (4).

The therapeutic probe acts on the collagen and elastin fibres up to the depth of 0.5 cm.

The present invention relates to a therapeutic probe adapted to aid in the insertion and navigation of the probe into delicate tissue structures, and to provide protection of adjacent tissue structures.

The maintenance dose is delivered via a pulse generator through a pair of helical electrodes via an electrically coupled nerve stimulation therapy lead independent of cardiac cycle.

The interstitial cavity may be created by resecting tissue, e.g., malignant tissue, from the patient's body to create the interstitial cavity.

The therapeutic system includes an RF power supply (32), and an RF therapeutic probe (17).

The current generator (2) is connected with the therapeutic electrode or the vagina probe (1) and exports current for bionical electro stimulation to the therapeutic electrode or the vagina probe (1).

The probe includes a relatively short shaft and an inflatable therapeutic element.

The lead may include a therapeutic agent disposed in the internal reservoir.

The probe can be a cannula or a device that emits a therapeutic beam.

The probe assembly is adapted to generate a zone of therapeutic effectiveness having a selected geometry and volume.