The Use of Botox in Dentistry

The Use of Botox in Dentistry

Botulinum Toxin, commonly known as Botox is a neurotoxic protein made by the bacterium Clostridium botulinum. The main purpose of Botox is to cause flaccid paralysis by hindering the exude of the neurotransmitter acetylcholine from the axon endings. These endings are located at the neuromuscular junction. In spite of the fact that Botox is widely used for treatments concerning cosmetics, the botulinum toxin in which Botox is obtained from has medical therapeutic uses. The use of botox in dentistry has been applied for various muscle-induced dental conditions such as pathologic clenching also referred to as bruxism, hemifacial spasm, temporomandibular disorders, and masseter hypertrophy. Employing the use of Botox has proven to be a minor invasive procedure that is presenting positive results in managing various dental conditions. If you’re considering botox¬† for dental care you can read about Botox at Lotus Smiles site.

How Botox in Dentistry is Used

Bruxism is the clenching or grinding of the teeth. It’s mostly caused by mental stress and it can occur either diurnally or nocturnally. Bruxism results in headaches and tooth wear. Injecting Botox into the temporalis muscles as well as the masseter has been effective in the treatment of bruxism. Botox in Dentistry

Hemifacial spasms can be caused by the fits of the muscles stimulated by nerves in the face. This often happens because there is nerve pressure by the surrounding veins. The injection of botox into these muscles has beyond doubt made patients with hemifacial fits get relief.

Temporomandibular disorders can be broken down into two categories. These are the discomforts caused by the pain in the temporomandibular joint and the pain that originates from the muscle of mastication. Injecting botox into the muscles of mastication proves good outcome in improving the condition. In the treatment of masseteric hypertrophy, botox is used to ease the pain, it is injected into the masseter muscles giving it temporary denervation of the muscles. Subsequent to this, there will be muscle decay.

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