Method for direct bone stimulation during interventional procedure to assist in bone healing
View Patent ↗A surgical method uses a surgical instrument having an operative tip or end effector and an applicator of energy having an energy-transmitting interface, the applicator being different from the surgical instrument and separate therefrom. The method contemplates conducting an interventional procedure including steps of: (i) manipulating the instrument to place the operative or end effector in contact with bone tissue of a patient at a surgical site, (ii) using the surgical instrument to surgically operate on the bone tissue at the surgical site, (iii) prior to a termination of the procedure, manipulating the applicator to place the interface in contact with bone of the patient at or proximate the surgical site, and (iv) operating the applicator to apply, to the bone via the interface, energy with parameters of type, intensity, and duration selected for stimulating the healing of bone tissue.
1. A surgical method comprising:
providing a surgical instrument having an operative tip or end effector configured for ablating or dissecting bone tissue;
providing an applicator of energy, said applicator being different from said surgical instrument and separate therefrom, said applicator having an energy-transmitting interface; and
conducting an interventional procedure including:
manipulating said instrument to place said operative or end effector in contact with a bone of a patient at a surgical site;
using said surgical instrument to surgically ablate or dissect the bone tissue at said surgical site;
prior to a termination of said interventional procedure, manipulating said applicator to place said interface in contact with the bone of the patient at or proximate said surgical site; and
operating said applicator to apply, to the bone via said interface, energy with parameters of type, intensity, and duration selected for stimulating the healing of the bone,
wherein the manipulating of said applicator to place said interface in contact with the bone of the patient is performed prior to the manipulating of said instrument to place said operative or end effector in contact with the bone at the surgical site.
2. The method defined in claim 1 wherein the operating of said applicator to apply said energy to the bone takes place at least partially during the using of said surgical instrument to surgically ablate or dissect the bone at said surgical site.
3. The method defined in claim 2 wherein said energy is taken from the group consisting of mechanical vibrational energy, electrical current, and magnetic field energy.
4. The method defined in claim 2 wherein the manipulating of said applicator to place said interface in contact with the bone of the patient includes attaching at least a part of said applicator to the bone of the patient.
5. The method defined in claim 1 wherein said energy is taken from the group consisting of mechanical vibrational energy, electrical current, and magnetic field energy.
6. The method defined in claim 1 wherein the manipulating of said applicator to place said interface in contact with the bone of the patient includes attaching at least a part of said applicator to the bone of the patient.
7. The method defined in claim 1 , further comprising maintaining said interface in contact with the bone of the patient during at least a twenty minute period, the applying of energy to the patient being undertaken during at least a portion of said at least a twenty minute period.
8. The method defined in claim 1 , further comprising maintaining said interface in contact with the bone of the patient during at least a portion of said surgical procedure, the applying of energy to the patient being undertaken during said surgical procedure.
9. The method defined in claim 1 , further comprising subjecting the patient to a pretreatment procedure including an applying of pretreatment energy to the patient in a region about said surgical site, said pretreatment energy is taken from the group consisting of mechanical vibrational energy, electrical current, and magnetic field energy.
10. The method defined in claim 1 , further comprising subjecting the patient to a post-treatment procedure including an applying of post-treatment energy to the patient in a region about said surgical site, said post-treatment energy is taken from the group consisting of mechanical vibrational energy, electrical current, and magnetic field energy.
11. A surgical method comprising:
providing a surgical instrument having an operative tip or end effector configured for ablating or dissecting bone tissue;
providing an applicator of energy, said applicator being different from said surgical instrument and separate therefrom, said applicator having an energy-transmitting interface; and
conducting an interventional procedure including:
manipulating said instrument to place said operative or end effector in contact with a bone of a patient at a surgical site;
using said surgical instrument to surgically ablate or dissect the bone at said surgical site;
prior to a termination of said interventional procedure, manipulating said applicator to place said interface in contact with the bone of the patient at or proximate said surgical site; and
operating said applicator to apply, to the bone via said interface, energy with parameters of type, intensity, and duration selected for stimulating the healing of the bone,
wherein the operating of said applicator to apply said energy to the bone takes place at least partially during the using of said surgical instrument to surgically ablate or dissect the bone at said surgical site.
12. The method defined in claim 11 , further comprising maintaining said interface in contact with the bone of the patient during at least a twenty minute period, the applying of energy to the patient being undertaken during at least a portion of said at least a twenty minute period.