MEDIA AT BRISBANE SMILE Boutique dentists
Five benefits of Clinpro 5000 toothpaste
Clinpro 5000 is a prescription-strength toothpaste that contains a high concentration of fluoride, specifically sodium fluoride containing 5,000 parts per million (PPM) of fluoride, which is more than four times the amount of fluoride contained in typical off-the-shelf toothpastes.
Clinpro 5000 is a prescription strength toothpaste that contains a high concentration of fluoride, specifically sodium fluoride containing 5,000 parts per million (PPM) of fluoride, which is more than four times the amount of fluoride contained in typical off the shelf toothpastes. Prescribed for patients who have had a number of new cavities, wear braces or take medication that causes dry mouth, a toothpaste like Clinpro™ 5000 can help control bacteria that cause tooth decay.
The benefits of using Clinpro 5000 toothpaste include:
Reducing the risk of tooth decay: The high concentration of fluoride in Clinpro 5000 can help to strengthen tooth enamel and reduce the risk of tooth decay.
Remineralising tooth enamel: Fluoride can also help to repair and remineralise weakened areas of tooth enamel.
Preventing sensitivity: Clinpro 5000 contains a calcium phosphate ingredient that can help to reduce tooth sensitivity.
Fighting plaque and tartar: The antibacterial properties of Clinpro 5000 can help to reduce the buildup of plaque and tartar on teeth and gums.
Promoting healthy gums: Clinpro 5000 can help to prevent gingivitis, a common form of gum disease, by reducing the bacteria that can cause gum inflammation.
It is important to note that Clinpro 5000 is a prescription-strength toothpaste and should only be used under the guidance of a dental professional. The high concentration of fluoride can be harmful if ingested in large amounts, so it is important to follow the instructions of your dentist or healthcare provider regarding how much toothpaste to use and how often to use it.
How a root treated tooth can break
Root-treated teeth, while strengthened by the treatment, can still be susceptible to breakage due to various factors. One significant reason is the removal of the tooth's nerve and blood supply during the root canal procedure, which can lead to the tooth becoming more brittle over time. Additionally, the loss of tooth structure during the initial decay or damage that necessitated the root canal can weaken the tooth's overall integrity. Without adequate support, such as a dental crown or filling, the tooth may be more prone to fractures from chewing forces or accidental trauma. Furthermore, if the tooth is not properly restored after the root canal treatment or if there are underlying issues like untreated decay or inadequate root canal filling, it can compromise the tooth's strength and increase the risk of breakage. Regular dental check-ups and proper oral hygiene, along with timely restoration of root-treated teeth, are essential for preventing complications and maintaining long-term dental health.
A root-treated tooth, also known as a tooth that has undergone a root canal treatment, can be more prone to fracture for several reasons:
1. Loss of Tooth Structure:
- During a root canal treatment, the dentist removes the infected or inflamed pulp tissue from inside the tooth. This process often involves drilling through the tooth and can result in significant loss of tooth structure, especially if the tooth had a large cavity or filling prior to treatment.
- The removal of this internal structure can make the tooth more brittle and less able to withstand the forces of biting and chewing.
2. Dehydration of Tooth Structure:
- After root canal therapy, the tooth no longer receives nutrients and moisture from the pulp. This can cause the tooth to become more brittle over time, increasing the risk of fracture.
3. Changes in Force Distribution:
- A healthy tooth flexes slightly under the pressure of normal biting and chewing. After a root canal, the loss of the elastic pulp tissue can alter the way forces are distributed across the tooth, potentially making it more susceptible to cracks or fractures.
4. Large Fillings or Previous Damage:
- Teeth that require root canal treatment often already have large fillings or extensive decay. The existing damage and larger restorations can weaken the tooth's structure.
5. Lack of Protective Restoration:
- After a root canal, dentists often recommend placing a crown on the tooth to protect it and restore its function. If a crown is not placed, the unprotected tooth is more vulnerable to fractures.
To mitigate the risk of fracture, it is important to follow the dentist's recommendations for post-treatment care. This often includes the placement of a crown or other restoration to provide structural support and protection to the treated tooth. Additionally, practicing good oral hygiene and avoiding habits that can put excessive stress on the teeth (like chewing on ice or hard objects) can help maintain the integrity of a root-treated tooth.
How a root treated tooth can break
Root-treated teeth, while strengthened by the treatment, can still be susceptible to breakage due to various factors. One significant reason is the removal of the tooth's nerve and blood supply during the root canal procedure, which can lead to the tooth becoming more brittle over time. Additionally, the loss of tooth structure during the initial decay or damage that necessitated the root canal can weaken the tooth's overall integrity. Without adequate support, such as a dental crown or filling, the tooth may be more prone to fractures from chewing forces or accidental trauma. Furthermore, if the tooth is not properly restored after the root canal treatment or if there are underlying issues like untreated decay or inadequate root canal filling, it can compromise the tooth's strength and increase the risk of breakage. Regular dental check-ups and proper oral hygiene, along with timely restoration of root-treated teeth, are essential for preventing complications and maintaining long-term dental health.
A root-treated tooth, also known as a tooth that has undergone a root canal treatment, can be more prone to fracture for several reasons:
1. Loss of Tooth Structure:
- During a root canal treatment, the dentist removes the infected or inflamed pulp tissue from inside the tooth. This process often involves drilling through the tooth and can result in significant loss of tooth structure, especially if the tooth had a large cavity or filling prior to treatment.
- The removal of this internal structure can make the tooth more brittle and less able to withstand the forces of biting and chewing.
2. Dehydration of Tooth Structure:
- After root canal therapy, the tooth no longer receives nutrients and moisture from the pulp. This can cause the tooth to become more brittle over time, increasing the risk of fracture.
3. Changes in Force Distribution:
- A healthy tooth flexes slightly under the pressure of normal biting and chewing. After a root canal, the loss of the elastic pulp tissue can alter the way forces are distributed across the tooth, potentially making it more susceptible to cracks or fractures.
4. Large Fillings or Previous Damage:
- Teeth that require root canal treatment often already have large fillings or extensive decay. The existing damage and larger restorations can weaken the tooth's structure.
5. Lack of Protective Restoration:
- After a root canal, dentists often recommend placing a crown on the tooth to protect it and restore its function. If a crown is not placed, the unprotected tooth is more vulnerable to fractures.
To mitigate the risk of fracture, it is important to follow the dentist's recommendations for post-treatment care. This often includes the placement of a crown or other restoration to provide structural support and protection to the treated tooth. Additionally, practicing good oral hygiene and avoiding habits that can put excessive stress on the teeth (like chewing on ice or hard objects) can help maintain the integrity of a root-treated tooth.