Method for relaxing muscle tension on a tubular anatomical structure

1. A method for treating elevated muscle tension on a tubular anatomical structure, the method comprising:

advancing into the tubular anatomical structure a catheter having at least one electrode; and

applying, using the advanced electrode, an electrical signal in an amount sufficient to destroy elongate nerve cells that are elevating the muscle tension, wherein the step of applying an electrical signal includes applying a plurality of electrical pulses to cause an electric field in a direction substantially along the length of the elongate nerve cells.

2. A method for treating elevated muscle tension on a tubular anatomical structure, the method comprising:

advancing into the tubular anatomical structure a catheter having at least one electrode; and

applying, using the advanced electrode, an electrical signal in an amount sufficient to destroy elongate nerve cells that are elevating the muscle tension, wherein the step of applying includes applying the electrical signal in a direction which is substantially radial to the tubular anatomical structure.

3. A method for treating muscle tension on a tubular anatomical structure, the method comprising:

advancing into the tubular anatomical structure a catheter having at least one electrode;

positioning the electrode of the advanced catheter near a target area containing elongate nerve cells that are elevating the muscle tension; and

applying, using the positioned electrode, a plurality of electrical pulses to cause an electric field in an amount sufficient to destroy the elongate nerve cells in the target area, wherein the step of applying includes applying a plurality of electrical pulses to cause the electric field in a direction substantially along the length of the elongate nerve cells.

4. The method of claim 3 , wherein:

the electric field is in an amount above an upper limit of electroporation to irreversibly open pores in membranes of the elongate nerve cells, thereby killing the nerve cells in the target area; and

each electrical pulse is a rectangular pulse and has a duration of at least 10 microseconds and at most 500 milliseconds.

5. The method of claim 3 , wherein:

each electrical pulse has an amplitude of at least 1000 Volts/cm; and

the pulses are alternating polarity pulses.

6. A method for treating muscle tension on a tubular anatomical structure, the method comprising:

advancing into the tubular anatomical structure a catheter having at least one electrode;

positioning the electrode of the advanced catheter near a target area containing elongate nerve cells that are elevating the muscle tension; and

applying, using the positioned electrode, a plurality of electrical pulses to cause an electric field in an amount sufficient to destroy the elongate nerve cells in the target area, wherein the step of applying includes applying the electrical pulses to cause the electric field in a direction which is substantially radial to the tubular anatomical structure.

7. A method for treating muscle tension on a tubular anatomical structure, the method comprising:

advancing into the tubular anatomical structure a catheter including an expandable member, the expandable member having at least one electrode;

positioning the expandable member of the advanced catheter near a target area containing elongate nerve cells contributing to the muscle tension;

expanding the positioned expandable member; and

applying, using the electrode of the expanded expandable member, a plurality of electrical pulses to cause an electric field in an amount sufficient to destroy elongate nerve cells in the target area, wherein the step of applying includes applying a plurality of electrical pulses to cause the electric field in a direction substantially along the length of the elongate nerve cells.

8. A method for treating nerve cells on a tubular anatomical structure, the method comprising:

advancing into the tubular anatomical structure a catheter having at least one electrode; and

applying, using the advanced electrode, an electrical energy in an amount sufficient to destroy elongate nerve cells on a tubular anatomical structure, wherein the step of applying an electrical energy includes applying the electrical energy in a direction substantially along the length of the elongate nerve cells.

9. A method for treating nerves on a tubular anatomical structure, the method comprising:

advancing into the tubular anatomical structure a catheter having at least one electrode; and

applying, using the advanced electrode, an electrical energy in an amount sufficient to destroy elongate nerve cells on the tubular anatomical structure, wherein the step of applying includes applying the electrical energy in a direction which is substantially radial to the tubular anatomical structure.

10. A method for treating elongate nerve cells on a tubular anatomical structure, the method comprising:

advancing into the tubular anatomical structure a catheter having at least one electrode;

positioning the electrode of the advanced catheter near a target area containing the elongate new cells; and

applying, using the positioned electrode, an electrical signal in an amount sufficient to destroy the elongate nerve cells in the target area, wherein the step of applying includes applying the electrical signal in a direction substantially along the length of the elongate nerve cells.

11. A method for treating elongate nerve cells on a tubular anatomical structure, the method comprising:

advancing into the tubular anatomical structure a catheter having at least one electrode;

positioning the electrode of the advanced catheter near a target area containing the elongate nerve cells; and

applying, using the positioned electrode, an electrical signal in an amount sufficient to destroy the elongate nerve cells in the target area wherein the step of applying includes applying the electrical signal in a direction which is substantially radial to the tubular anatomical structure.

12. The method of claim 11 , wherein:

the positioned electrode comprises a pair of electrodes.

13. The method of claim 12 , wherein:

an electric field is created between the pair of electrodes.

14. The method of claim 13 , wherein:

the step of applying the electric signal further comprises pulsing the pair of electrodes.

15. The method of claim 11 , wherein:

the positioned electrode comprises pairs of electrodes positioned along a common radius.

16. The method of claim 15 , wherein:

the step of applying the electric signal further comprises consecutively pulsing the pairs of electrodes.