Therapeutic tooth bud ablation

1. A method for creating a third molar tooth bud ablation system including a custom surgical stent and an ablation probe tip for use in a third molar tooth bud ablation procedure that results in the agenesis of a third molar in a human patient, said method comprising the steps of:

(a) measuring a three-dimensional location and volume of a third molar tooth bud of said human patient to obtain three-dimensional location measurements and volume measurements;

(b) calculating a middle of said third molar tooth bud using said volume measurements;

(c) obtaining said ablation probe tip, said ablation probe tip having a shaft and a center of ablation, said center of ablation positioned on said shaft;

(d) calculating a pre-defined angle to guide said ablation probe tip so that said center of ablation is in the middle of the third molar tooth bud, the calculations of said pre-defined angle being based on said three-dimensional location measurements and volume measurements;

(e) calculating a pre-defined depth to limit the depth of said ablation probe tip so that said center of ablation is in the middle of the third molar tooth bud, the calculations of said pre-defined depth being based on said three-dimensional location measurements and volume measurements; and

(f) creating said custom surgical stent with at least one surgical guide corresponding to at least one third molar tooth bud surgical site, said at least one surgical guide having guiding structure, said at least one surgical guide being a passageway through said surgical stent, said passageway being sized to guide placement of said ablation probe tip only at said pre-defined angle, said at least one surgical guide having mechanical stop structure to limit the depth of said ablation probe tip to said pre-defined depth.

2. The method of claim 1 , said step of creating a custom surgical stent further comprising the step of creating a custom surgical stent contoured to mate with at least one tooth of said human patient.

3. The method of claim 1 , said step of creating said custom surgical stent further comprising the step selected from the group consisting of:

(a) a creating a tooth-supported custom surgical stent;

(b) a creating a soft tissue-supported custom surgical stent; and

(c) a creating a combination-supported custom surgical stent in which said surgical stent is supportable by a combination of at least one tooth and soft tissue.

4. The method of claim 1 , said step of creating a custom surgical stent further comprising creating a tooth-supported custom surgical stent.

5. The method of claim 1 , said step of creating a custom surgical stent further comprising creating a soft tissue-supported custom surgical stent.

6. The method of claim 1 , said step of creating a custom surgical stent further comprising creating a combination-supported custom surgical stent in which said surgical stent is supportable by a combination of at least one tooth and soft tissue.

7. A method for creating a tooth bud ablation system including a custom surgical stent and an ablation probe tip for use in a tooth bud ablation procedure that results in the agenesis of a tooth in a patient, said method comprising the steps of:

(a) measuring a three-dimensional location and volume of a tooth bud of said patient to obtain three-dimensional location measurements and volume measurements;

(b) calculating a middle of said tooth bud using said volume measurements;

(c) obtaining said ablation probe tip, said ablation probe tip having a shaft and a center of ablation, said center of ablation positioned on said shaft;

(d) calculating a pre-defined angle to guide said ablation probe tip so that said center of ablation is in the middle of the tooth bud, the calculations of said pre-defined angle being based on said three-dimensional location measurements and volume measurements;

(e) calculating a pre-defined depth to limit the depth of said ablation probe tip so that said center of ablation is in the middle of the tooth bud, the calculations of said pre-defined depth being based on said three-dimensional location measurements and volume measurements; and

(f) creating said custom surgical stent with at least one surgical guide corresponding to at least one tooth bud surgical site, said at least one surgical guide having guiding structure, said at least one surgical guide being a passageway through said surgical stent, said passageway being sized to guide placement of said ablation probe tip only at said pre-defined angle, said at least one surgical guide having mechanical stop structure to limit the depth of said ablation probe tip to said pre-defined depth.

8. The method of claim 7 , said step of creating a custom surgical stent further comprising the step of creating a custom surgical stent contoured to mate with at least one tooth of said patient.

9. The method of claim 7 , said step of creating said custom surgical stent further comprising the step selected from the group consisting of:

(a) a creating a tooth-supported custom surgical stent;

(b) a creating a soft tissue-supported custom surgical stent; and

(c) a creating a combination-supported custom surgical stent in which said surgical stent is supportable by a combination of at least one tooth and soft tissue.

10. The method of claim 7 , said step of creating a custom surgical stent further comprising creating a tooth-supported custom surgical stent.

11. The method of claim 7 , said step of creating a custom surgical stent further comprising creating a soft tissue-supported custom surgical stent.

12. The method of claim 7 , said step of creating a custom surgical stent further comprising creating a combination-supported custom surgical stent in which said surgical stent is supportable by a combination of at least one tooth and soft tissue.

13. A method for creating a tooth bud ablation system including a custom surgical stent and an ablation probe tip for use in a tooth bud ablation procedure that results in the agenesis of a tooth in a patient, said method comprising the steps of:

(a) measuring a three-dimensional location and volume of a tooth bud of said patient to obtain three-dimensional location measurements and volume measurements;

(b) obtaining said ablation probe tip, said ablation probe tip having a shaft and a center of ablation, said center of ablation positioned on said shaft;

(c) calculating a pre-defined angle to guide said ablation probe tip so that said center of ablation is within the tooth bud, the calculations of said pre-defined angle being based on said three-dimensional location measurements and volume measurements;

(d) calculating a pre-defined depth to limit the depth of said ablation probe tip so that said center of ablation is within the tooth bud, the calculations of said pre-defined depth being based on said three-dimensional location measurements and volume measurements; and

(e) creating said custom surgical stent with at least one surgical guide corresponding to at least one tooth bud surgical site, said at least one surgical guide having guiding structure, said at least one surgical guide being a passageway through said surgical stent, said passageway being sized to guide placement of said ablation probe tip only at said pre-defined angle, said at least one surgical guide having mechanical stop structure to limit the depth of said ablation probe tip to said pre-defined depth.

14. The method of claim 13 , wherein said method for creating tooth bud ablation system is a method for creating a third molar tooth bud ablation system.

15. The method of claim 13 , said step of creating a custom surgical stent further comprising the step of creating a custom surgical stent contoured to mate with at least one tooth of said patient.

16. The method of claim 13 , said step of creating said custom surgical stent further comprising the step selected from the group consisting of:

(a) a creating a tooth-supported custom surgical stent;

(b) a creating a soft tissue-supported custom surgical stent; and

(c) a creating a combination-supported custom surgical stent in which said surgical stent is supportable by a combination of at least one tooth and soft tissue.

17. The method of claim 13 , said step of creating a custom surgical stent further comprising creating a tooth-supported custom surgical stent.

18. The method of claim 13 , said step of creating a custom surgical stent further comprising creating a soft tissue-supported custom surgical stent.

19. The method of claim 13 , said step of creating a custom surgical stent further comprising creating a combination-supported custom surgical stent in which said surgical stent is supportable by a combination of at least one tooth and soft tissue.