OverBite Treatment.

Modern people these days have lacking development (less developed) in the upper and lower jaw, this excludes those with a lantern jaw (jutting chin where the upper jaw is less developed and the lower jaw is over-developed).

Modern people in this case, they have a sphenoid and occipital bone that's retracted and twisted to the back. Even grown-up adults that no longer have their growth, their upper and lower jaw just keep developing to twist on the back. This is one of the big reasons why we people get nasolabial folds and wrinkles as we get old.

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This is what the inner oral looks like after several months. The reason why this happens is that the lower jaw moves to the rear side while the temporal bones are unbalanced.

The reason why it becomes like this is the lower jaws rotate upwards with the temporal bone being unbalanced. Due to the temporal bone being unbalanced, the bone rotates to the left and makes the lower jaw rotate backward.

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As we can tell by the image below, the more the lower jaw goes back, the head comes forward and becomes a straight neck.
In a state of a straight neck, blood circulation to the brain does not occur as often, and it gives the power to pull the brainstem down.

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If the lower jaw is positioned forward as shown in the picture above, a normal curve of the neck is created, it does not affect the vagus nerve passing forward, also does not stimulate the sympathetic ganglion and blood circulation is improved. A normal curve like this is necessary for the body to function normally.

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If you understand the movement of the skull, you can avoid the treatment of moving the lower jaw back. These days, it is an era of double-jaw surgery, which moves the upper and lower jaw forward in order to secure the hidden jaw.

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When the force is transmitted to the back of the first molar, the force to be absorbed is transmitted to the skull.

The higher the upper molars are raised, the sharper the occlusal plane becomes. The force is then transmitted posteriorly instead of exerting the chewing force on the first molar. When the force is transmitted to the back of the first molar, the force to be transferred to the skull and absorbed is concentrated on the condyle of the lower jaw, causing condylar resorption.

Then the condyle will be absorbed.