THERAPEUTIC TOOTH BUD ABLATION

1 . A custom surgical stent for use in a tooth bud ablation procedure that results in tooth agenesis, the custom surgical stent for use with an ablation probe tip having a center of ablation, said stent comprising:

(a) a custom surgical stent with at least one surgical guide corresponding to at least one tooth bud surgical site;

(b) said at least one surgical guide having guiding structure to guide placement of an ablation probe tip at a pre-defined angle so that a center of ablation of said ablation probe tip is in the middle of a tooth bud; and

(c) said at least one surgical guide having mechanical stop structure to limit the depth of said ablation probe tip to a pre-defined depth.

2 . The stent of claim 1 , said ablation probe tip having mechanical stop structure, said mechanical stop structure of said at least one surgical guide and said mechanical stop structure of said ablation probe tip together for limiting the depth of said ablation probe tip through said at least one surgical guide until there is a mechanical stop between said mechanical stop structure of said at least one surgical guide and said mechanical stop structure of said ablation probe tip.

3 . The stent of claim 1 , said stent being part of a system comprising a generator and a hand piece, said ablation probe tip connectable to said hand piece, said generator providing ablation means for the tooth bud ablation procedure through said ablation probe tip.

4 . The stent of claim 1 , said stent being part of a system comprising a programmable ablation probe unit, said ablation probe tip connectable to said programmable ablation probe unit, said programmable ablation probe unit providing ablation means for the tooth bud ablation procedure through said ablation probe tip.

5 . The stent of claim 1 , said stent being part of a system comprising a programmable ablation probe unit that is programmable to accept at least one pre-determined setting, said ablation probe tip connectable to said programmable ablation probe unit, said programmable ablation probe unit providing ablation means for the tooth bud ablation procedure through said ablation probe tip based on said at least one pre-determined setting.

6 . The stent of claim 1 , said custom surgical stent being a custom surgical stent selected from the group consisting of:

(a) a tooth-supported custom surgical stent;

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

(c) a bone-supported custom surgical stent; and

(d) a combination-supported custom surgical stent in which said surgical stent is supported from a combination of at least one tooth, soft tissue, and bone.

7 . The stent of claim 1 , said ablation probe tip being a self-introducing ablation probe tip, said self-introducing ablation probe tip being introduced through said at least one surgical guide to introduce a surgical access path through which said self-introducing ablation probe tip is guided for said placement of said ablation probe tip so that said center of ablation is in the middle of a tooth bud.

8 . The stent of claim 1 , said guiding structure to guide placement of the ablation probe tip to a computed pre-defined angle of ablation based on information obtained from a volume scan image, and said at least one surgical guide having mechanical stop structure to limit the depth of said ablation probe tip to a computed pre-defined depth of ablation based on information obtained from a volume scan image.

9 . The stent of claim 1 wherein said custom surgical stent is used for at least partially ablating at least one tooth bud without ablating surrounding tissue.

10 . The stent of claim 1 wherein activation of an ablation probe unit creates a zone of ablation that resides predominantly within said tooth bud.

11 . The stent of claim 1 , said custom surgical stent for use in administering local anesthetic.

12 . The stent of claim 1 , said custom surgical stent for use in at least partially ablating at least one tooth bud using an ablation means selected from the group consisting of:

(a) microwave;

(b) radio frequency;

(c) irreversible electroporation;

(d) cryoablation;

(e) ultra-high intensity ultrasound;

(f) laser;

(g) chemical;

(h) hot tip;

(i) mechanical; and

(j) a combination of at least two ablation energy means set forth in (a)-(i).

13 . A custom surgical stent for use in a tooth bud ablation procedure that results in tooth agenesis, the custom surgical stent for use with an ablation probe tip having a center of ablation, said stent comprising:

(a) a custom surgical stent with at least one surgical guide corresponding to at least one tooth bud surgical site;

(b) said at least one surgical guide having guiding structure to guide placement of an ablation probe tip at a pre-defined angle so that a center of ablation of said ablation probe tip is in the middle of a tooth bud;

(c) said at least one surgical guide having mechanical stop structure to limit the depth of said ablation probe tip to a pre-defined depth; and

(d) said mechanical stop structure of said at least one surgical guide and said mechanical stop structure of said ablation probe tip together limiting the depth of said ablation probe tip through said at least one surgical guide until there is a mechanical stop between said mechanical stop structure of said at least one surgical guide and said mechanical stop structure of said ablation probe tip;

(e) wherein said mechanical stop structure and said at least one surgical guide position said ablation probe tip so that said center of ablation is positioned within less than 50% of the average diameter of the tooth bud.

14 . A custom surgical stent for use in a tooth bud ablation procedure that results in tooth agenesis, the custom surgical stent for use with an ablation probe tip having a center of ablation, said stent comprising:

(a) a custom surgical stent with at least one surgical guide corresponding to at least one tooth bud surgical site;

(b) said at least one surgical guide having guiding structure to guide placement of an ablation probe tip at a pre-defined angle so that a center of ablation of said ablation probe tip is in the middle of a tooth bud;

(c) said at least one surgical guide having mechanical stop structure to limit the depth of said ablation probe tip to a pre-defined depth;

(d) said guiding structure to guide placement of the ablation probe tip to a computed pre-defined angle of ablation based on information obtained from a volume scan image; and

(e) said at least one surgical guide having mechanical stop structure to limit the depth of said ablation probe tip to a computed pre-defined depth of ablation based on information obtained from a volume scan image;

(f) wherein said mechanical stop structure and said at least one surgical guide position said ablation probe tip so that said center of ablation is positioned within less than 50% of the average diameter of the tooth bud.