I began this paper with certain ideas regarding the carries process. It is a known fact that fluoride helps to prevent carious lesions. Not a whole lot of studies or information is out there on what I sought out to find. That would be the relationship between calcium phosphate and carious lesions. I am familiar with the re mineralization process of enamel, and so I decided my topic would appropriately be that calcium phosphate can prevent carious lesions by helping to re mineralize the enamel. It was difficult to find material to support this topic.
While researching, I came across numerous products that contain calcium phosphate and claim to what I would like it to do. Carious lesions don’t just develop over night. It is a process and it takes a long time, any where from six months to two years. Dental caries is a dynamic process characterized by alternating periods of demineralization and re mineralization (Harris and Garcia-Go doy 45).
Enamel is composed of densely packed hydroxy apatite crystals. The hydroxy apatite crystals are made up of tri calcium phosphate.
During demineralization this is what is lost. Once enough of this mineral is lost, part of the tooth structure will collapse forming a cavity. Demineralization is when those ions lost are redeposited in a demineralize d area. It all starts small. We have that wonderful acquired pellicle which is like fly paper for bacteria. When the bacteria accumulates a plaque is now present.
The bacterial plaque will produce acids, which can eventually cause the enamel structure to collapse (Winston 1580).
The Term Paper on The Calcium Carbonate Content Of White To Brown Eggshells
During my experiment, I have been investigating my research question: To what extent do white and brown eggshells differ in respect to percentage by mass of calcium carbonate content? Calcium carbonate is a substance found in the eggshells giving them hardness and strength. It is essential to the commercial egg industry that the biggest possible amount of eggs reaches the market. Hence, as calcium ...
Since calcium and phosphate are what is lost during demineralization, for the re mineralization to occur we must replace these minerals. Saliva naturally contains calcium and phosphate (Winston 1580).
Each person can have a different salivary concentration of these minerals. It was found that men have a higher concentration of salivary calcium than women (Sewon 917).
There are any number of factors that play hand in hand with a high level of salivary calcium. High calcium content of the saliva gives us a high rate of re mineralization after initial demineralization. It was noted that the number of decayed, missing, or filled teeth was lower in patients with high salivary calcium (males).
Some drawbacks to having this much mineral content in the saliva are more bleeding on probing. This is due to an increase in plaque.
It was also found that this calcium rich plaque hardens very rapidly. Now we have calculus, which has plaque retentive features. This brings us to the fact that epidemiological studies have shown that is more prevalent in me in than in women. The calculus build up is a definite factor for periodontal disease. The study ended with the knowledge that a high concentration of salivary calcium is definitely associated with gingivitis, which can progress to.
But at the same time a high concentration of salivary calcium was associated with better dental health i. e. less carious lesions (Sewon 918).
Certain people can lack salivary and its mineral contents.
Someone who is suffering from hypo salivation (), Some receiving head and neck radiation, people who use certain drugs, and even certain diseases can put them at risk for lack of proper salivary function. This puts them at risk for increased caries development due to a lack of saliva’s buffering properties and its ability to help re mineralize enamel (Winston 1581).
The Essay on Calcium Homeostasis
Calcium plays a very significant role in our bodies. Approximately 99 percent of the calcium in our bodies is stored in the teeth and bones. Calcium generates about two percent of our total body weight. Calcium is crucial in bone formation, keeping strong bones and teeth and is known for helping to prevent osteoporosis. Although calcium is mostly thought about in the bones and teeth, it also plays ...
A study was performed where a sugar free gum containing Casein Phospho peptide- Amorphous Calcium Phosphate (CPP-ACP) was tested on its re mineralization abilities (Shen 2069).
Amorphous calcium phosphate is used instead of calcium phosphate because it is a more soluble solution form of the mineral (Winston 1583).
The CPP-ACP was shown the enhance re mineralization. Just chewing the gum increases salivary flow in the oral cavity.
We can’t forget about our added ingredient, CPP-ACP. Saliva and CPP-ACP mixed together, bathing the teeth for 20 minutes at a time. The results were fantastic. The amount of re mineralization as compared to a person who did not chew this gum was significantly higher. If someone even chewed a different piece of gum the effects would be helpful. We know that saliva has buffering properties and the chewing does increase salivary flow.
The only draw back could be that the gum with sugar can serve as a substance. Dental plaque loves sugars. That is how the bacterial plaque is able to produce its acids, which are so harmful to the enamel (Shen 2069).
Now what if we put calcium and phosphate into our dentifrice? Most dentifrices only include a sodium fluoride content.
The rest is usually geared toward whitening, the aesthetic part for the user. Only if your teeth are full of fillings who will care how white your teeth are. The whitening agents in dentifrices are abrasive. Now give that to someone who recently had orthodontic treatment and you can further demineralize the enamel. Colgate total has sodium fluoride and, a broad-spectrum antibacterial agent. Another dentifrice, Enamelon, has amorphous calcium phosphate and sodium fluoride.
A study was performed for a duration of 14 days on “caries-free molars.” The teeth were subject to acid treatments to create carious lesions and then period of treatment with the two dentifrices mentioned above. The amounts of re mineralization were measured. Both treatment with the fluoride dentifrice and the calcium phosphate containing fluoride dentifrice showed a reduction in the lesion depth of 30 to 42 percent (Hicks 22).
Calcium Essay
Calcium or Ca is found in many things. The body needs calcium to maintain strong bones and to carry out many important functions. Almost all calcium is stored in bones and teeth, where it supports their structure and hardness. The body also needs calcium for muscles to move and for nerves to carry messages between the brain and every body part. In addition, calcium is used to help blood vessels ...
Although both dentifrices were actively helping to re mineralize the lesion, the calcium phosphate and fluoride dentifrice showed a greater reduction in lesion depth than the fluoride dentifrice (Hicks 25).
Caries prevention is so important. Parents need to be educated on how to prevent is and what substance can be used to supplement the regular home care. Many pediatricians do not tell mothers why it is so important not to put the baby to bed with the bottle. They only ask if the mother does it.
Now I am sure many mothers will not tell it is so knowing they shouldn’t be doing it. But I bet you that if they knew why they wouldn’t even try doing it again. Teenagers in orthodontic treatment need some kind of fluoride rinse and perhaps even a prescribed dentifrice with a larger dose of the fluoride. I recommend highly a dentifrice with calcium phosphate as well as fluoride due to its re mineralization properties. Unfortunately the dentifrice Enamelon that has these minerals went out of business.
How can they compete with Crest and Colgate who make products that satisfy only the aesthetic needs of its consumers? The problem really goes back to the fact that the consumer needs to be educated.
