Method and corresponding kit for administering a paravertebral block

1. A method for administering a paravertebral block (PVB) to a patient, the method comprising marking at least some of the patient's cervical (C) and thoracic (T) spinous processes, determining the depth of the patient's transverse process and external intercostal muscle at each C and T level to be blocked, administering local anesthetic at the T5 level, introducing a first needle sheathed within a first sheath having an open distal end through which a distal end of the first needle projects at the T5 level, 1.25-2.54 cm lateral from the patient's T5 spinous process under the skin to a depth just above the patient's external intercostal muscle, advancing the sheathed first needle cephalad, at a depth just above the external intercostal muscle of each vertebra, maintaining substantially constant lateral distance of 1.25-2.54 cm from the patient's spinous process, halting advancement of the sheathed first needle when the highest level marked C spinous process is reached, withdrawing the first needle from the first sheath, advancing a first catheter into the first sheath, removing the first sheath while leaving the first catheter in place, connecting a proximal end of the first catheter to a source of local anesthetic, and commencing anesthesia, wherein the first catheter is a multi-orifice catheter and anesthesia is delivered locally to each of the at least some of the patient's C and T spinous processes from the first catheter while the first catheter is left in place.

2. The method of claim 1 administered to the patient with the patient in the prone position.

3. The method of claim 1 administered to the patient with the patient in the lateral decubitus position.

4. The method of claim 1 wherein marking at least some of the patient's cervical (C) and thoracic (T) spinous processes comprises marking the patient's C7 to T5 spinous processes.

5. The method of claim 1 wherein advancing the sheathed first needle cephalad is performed under ultrasound guidance.

6. The method of claim 1 wherein advancing the sheathed first needle cephalad is aided with intermittent injection of local anesthetic.

7. The method of claim 1 wherein the source of local anesthetic is an infusion pump.

8. The method of claim 1 further comprising introducing a second needle sheathed within a second sheath having an open distal end through which a distal end of the second needle projects at the T5 level, 1.25-2.54 cm lateral from the patient's T5 spinous process under the skin to a depth just above the patient's external intercostal muscle, advancing the sheathed second needle caudad, at a depth just above the external intercostal muscle of each vertebra, maintaining constant lateral distance from the patient's spinous process of 1.25-2.54 cm, halting advancement of the sheathed second needle when the lowest level marked T spinous process is reached, withdrawing the second needle from the second sheath, advancing a second catheter into the second sheath, removing the second sheath while leaving the second catheter in place, connecting a proximal end of the second catheter to a source of local anesthetic, and commencing anesthesia.

9. The method of claim 1 further comprising introducing a second needle sheathed within a second sheath having an open distal end through which a distal end of the second needle projects at the T5 level on the opposite lateral side of the patient's spine from the first sheathed needle, approximately 1.25-2.54 cm lateral from the patient's T5 spinous process under the skin to a depth just above the patient's external intercostal muscle, advancing the sheathed second needle cephalad, at a depth just above the external intercostal muscle of each vertebra, maintaining substantially constant lateral distance from the patient's spinous process of approximately 1.25-2.54 cm, halting advancement of the sheathed second needle when the highest level marked C spinous process is reached, withdrawing the second needle from the second sheath, advancing a second catheter into the second sheath, removing the second sheath while leaving the second catheter in place, connecting a proximal end of the second catheter to a source of local anesthetic, and commencing anesthesia.

10. A kit for carrying out the method of claim 1 for administering a paravertebral block (PVB) to a patient, the kit comprising:

a first needle;

a first sheath having an open distal end through which a distal end of the first needle can project;

and a first catheter of a size permitting the first catheter to be advanced through the first sheath until the first catheter extends from a distal end of the first sheath, wherein the first catheter is a multi-orifice catheter permitting local delivery of anesthesia to each of at least some of the patient's cervical (C) and thoracic (T) spinous processes and wherein the first catheter has a proximal end permitting connecting the proximal end of the first catheter to a source of local anesthetic.

11. The kit of claim 10 further comprising a marker for marking the skin of a patient.

12. The kit of claim 10 further comprising an amount of a local anesthetic.

13. The kit of claim 10 further comprising a surgical drape having an opening through which a procedure may be performed using the kit.

14. The kit of claim 10 further comprising an adapter for coupling an external end of the catheter to an infusion pump.

15. The kit of claim 10 further comprising a second needle, a second sheath having an open distal end through which a distal end of the second needle can project, a second catheter of a size permitting the second catheter to be advanced through the second sheath until the second catheter extends from a distal end of the second sheath, the second catheter having a proximal end permitting connecting a proximal end of the second catheter to a source of local anesthetic.