Dental Health-Root Canals-Cancer?
Monday, January 26th, 2009
CAVITATIONS
To avoid “cavitations” in the jaw, extractions of teeth need to be done properly. Always, it is necessary to remove some of the bone in the “socket” the tooth came from and the ligament which had held the tooth in place. If this is not done, the result is a “cavitation.” This is a hole in the jaw which, once the bone has healed around it, is a home for the same kind of anaerobic bacteria which are in root canal-filled teeth. Wisdom tooth removal is a prime example of this type of problem, but it can occur with any extraction.
Last Saturday, I watched Dr. Chris Hussar, probably the most competent oral surgeon in the U.S., remove a cavitation for a gentleman in his Reno, Nevada office. The area where Dr. Hussar was working was the gum where a wisdom tooth had been removed about 30 years before. The gentleman had prostate cancer and a prostatectomy (prostate removal) a couple of years before. The cancer was back in the bones in his groin — a common place for metastasis of prostate cancer. The tooth Dr. Hussar worked on was on the exact meridian of the prostate gland. This was no coincidence. I asked Dr. Hussar what percentage of wisdom tooth removals had this type of cavitation. He said “99%.”
In my experience, ALL cancers in a person with root canal-filled teeth are caused by the teeth. There may be other contributing causes (emotional trauma/stress, diet, etc.) but Priority 1 to begin the healing process is to get the root canal-filled teeth removed. I have seen hundreds of cases where the person has tried all kinds of conventional and alternative treatments. Nothing works. When they get their mouth cleaned up, they get well.
The biggest problem I’ve found is finding a competent dentist or oral surgeon to remove the tooth (teeth) properly. There are several directories. I mentioned one in my November 20th newsletter (see above). There is another one put together by Dr. Levy and Dr. Huggins of dentists qualified to do this work. You can call for a referral from this directory. The number to call is 
(86…
(Mountain Time).
It is best to be cautious about any of these referrals. What I would recommend is that you get “up to speed” on how this procedure should be done and try to find a dentist or oral surgeon who will listen to you. To help you with that project, I’m going to give you the exact protocol your dentist or oral surgeon should follow. Print it out and show it to them. Keep doing that until you find one who will cooperate.
Here is an excerpt from the “Root Canal Cover-Up” book (see above) explaining the procedure for removing a root canal-filled tooth (or any other tooth). Dr. Meinig, the author of the book invited people to copy this protocol and give it to their dentist or oral surgeon. I second his urging. You must take charge of this project.
“Protocol for Removal of a Root Canal-Filled Tooth
In view of the problems of cavitation, it is suggested that dentists and oral surgeons who remove teeth adopt the following protocol. This is not the only way this procedure can be carried out but it is one that has been used successfully since 1990.
After the tooth has been removed, slow speed drilling with a number 8 round burr is used to remove one millimeter of the entire bony socket, including the apex area.
The purpose of this procedure is to remove the peridontal ligament and the first millimeter of bone, as they are usually infected with bacteria and the toxins that live in the dentin tubules. The peridontal ligament is always infected, and most of the time the adjacent bone is likewise diseased.
While this procedure is being done, irrigate the socket with sterile saline via a Monoject 412, 12cc syringe. This syringe has a curved plastic tip and is very handy in carrying out this procedure. Two or three syringes of solution may be needed. They are much easier to use than one large 50cc syringe. The purpose of the flushing action is to remove the contaminated bone as it is cut.
In cutting the bone, not only are the toxins removed, but the bone is ‘perturbed.’ This perturbation of the bone stimulates a change from osteocyte to osteoblast cells. The blast cells are the ones that generate new bone formation.
After the socket has been cut, it should be filled with a non-vasoconstrictor local anesthetic. Allow the liquid local anesthetic to set for about thirty (30) seconds.
Next, suction should be applied gently to the socket area so that the majority of the anesthetic is removed, but there is still a substantial coating of the anesthetic over the bony interior. This further perturbs the bone cells to encourage osteoblastic action and bone healing.
The simple procedures provided in this protocol may be copied by readers. When this protocol is followed, the tooth socket usually heals much more rapidly, with less bleeding and pain.
The procedures provided in this protocol should be used by dentists or physicians, in order to assure that patients having infected teeth removed will also have all adjoining infected tissue removed, thereby facilitating full return to health.”
