Would you be willing to place a gel filled tray in your mouth and receive six to nine volts from a battery or wall socket to avoid cavities for 5 years? Sorry, not me. This sounds a little too much like a visit to the electric chair.
An Israeli company called Fluorinex actually claims that they have developed such a system. According to an article in Engadget, two models are available. I can only assume that one model plugs into a wall socket and the other one plugs into a battery. Engadget states that, "According to news site Isracast, the five year protective layer is formed by an efficient ion exchange process through an electro-chemical reaction in which fluor ions displace the hydroxide ions at the outer layer of the tooth."
When I was much much younger, I went to a party where a chair had been connected to a car battery. A video camera was placed in front of the chair. The joke was to sit in the chair and be on camera. Yes, I sat on it and I will never forget that feeling in my bum for as long as I live.
For full article: http://dentistry.about.com/od/dentalfactsfaqs/a/device.htm
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Content on this blog are for informational purposes only, is neither intended to and does not establish a standard of care, and is not a substitute for professional judgment, advice, diagnosis, or treatment. ACES is not responsible for information on external websites linked to this website.
Keep up with the latest information important to Dentists and Hygienists
Up-to-date information on dental news, research, continuing education, trends and more...
Wednesday, November 28, 2012
Monday, November 26, 2012
Blast of gas that could replace dentist's drill and make fillings stronger
A new ‘gas-firing’ device may offer a
pain-free alternative to the dentist’s drill — and could make fillings even more
hard-wearing.
The device, which resembles an electric toothbrush, cleans out cavities in rotten teeth in only 30 seconds, according to new research.
It works by generating high-energy gas and liquid particles to kill bacteria and blast out the decayed pulp of the tooth.
Read more: http://www.dailymail.co.uk/health/article-2090764/Blast-gas-replace-dentists-drill-make-fillings-stronger.html#ixzz1kOhZxZ8a
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ACES is the world's leader in providing live webcast dental continuing education
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Content on this blog are for informational purposes only, is neither intended to and does not establish a standard of care, and is not a substitute for professional judgment, advice, diagnosis, or treatment. ACES is not responsible for information on external websites linked to this website.
The device, which resembles an electric toothbrush, cleans out cavities in rotten teeth in only 30 seconds, according to new research.
It works by generating high-energy gas and liquid particles to kill bacteria and blast out the decayed pulp of the tooth.
Read more: http://www.dailymail.co.uk/health/article-2090764/Blast-gas-replace-dentists-drill-make-fillings-stronger.html#ixzz1kOhZxZ8a
Website supported by www.aces4ce.com
ACES is the world's leader in providing live webcast dental continuing education
Disclaimer
Content on this blog are for informational purposes only, is neither intended to and does not establish a standard of care, and is not a substitute for professional judgment, advice, diagnosis, or treatment. ACES is not responsible for information on external websites linked to this website.
Wednesday, November 21, 2012
Fluoridated toothpaste fast falling out of favor
FLUORIDE is a naturally occurring element that prevents tooth decay when ingested systemically or applied topically. Researchers believe that there are several mechanisms by which fluoride achieves its anti-carious effect. It reduces the solubility of enamel in acid by converting hydroxyapatite into less soluble fluoroapatie; it may exert an influence directly on dental plaque, reducing the ability of plaque organisms to produce acid; and it promotes the remineralization of tooth enamel in areas that have been decalcified by acids.
Most likely, fluoride works by a combination of these effects. But the remineralization effect of fluoride is of prime importance, because it results in a reversal of the early caries process, and gives rise to enamel more resistant to decay.
In 1914, fluoride was added to toothpaste, but became more widespread when it was recommended by the American Dental Association (ADA) in the 1950s. The Centers for Disease Control and Prevention has proclaimed community water fluoridation as one of the 10 great public health achievements of the 20th Century. Most States in the USA have fluoride in their drinking water. However, relatively recently, there has been some reconsideration among the scientific community about this material.
For full article: http://www.guyanachronicleonline.com/site/index.php?option=com_content&view=article&id=38142:fluoridated-toothpaste-fast-falling-out-of-favour-&catid=20:dentist-speaks&Itemid=19
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ACES is the world's leader in providing live webcast dental continuing education
Disclaimer
Content on this blog are for informational purposes only, is neither intended to and does not establish a standard of care, and is not a substitute for professional judgment, advice, diagnosis, or treatment. ACES is not responsible for information on external websites linked to this website.
Most likely, fluoride works by a combination of these effects. But the remineralization effect of fluoride is of prime importance, because it results in a reversal of the early caries process, and gives rise to enamel more resistant to decay.
In 1914, fluoride was added to toothpaste, but became more widespread when it was recommended by the American Dental Association (ADA) in the 1950s. The Centers for Disease Control and Prevention has proclaimed community water fluoridation as one of the 10 great public health achievements of the 20th Century. Most States in the USA have fluoride in their drinking water. However, relatively recently, there has been some reconsideration among the scientific community about this material.
For full article: http://www.guyanachronicleonline.com/site/index.php?option=com_content&view=article&id=38142:fluoridated-toothpaste-fast-falling-out-of-favour-&catid=20:dentist-speaks&Itemid=19
Website supported by www.aces4ce.com
ACES is the world's leader in providing live webcast dental continuing education
Disclaimer
Content on this blog are for informational purposes only, is neither intended to and does not establish a standard of care, and is not a substitute for professional judgment, advice, diagnosis, or treatment. ACES is not responsible for information on external websites linked to this website.
Monday, November 19, 2012
Dentists Could Screen 20 Million Americans for Chronic Physical Illnesses
Nearly 20 million Americans annually visit a dentist but not a general
healthcare provider, according to an NYU study published in the American
Journal of Public Health.
The study, conducted by a nursing-dental research team at NYU, is the first of its kind to determine the proportion of Americans who are seen annually by a dentist but not by a general healthcare provider.
This finding suggests dentists can play a crucial role as health care practitioners in the front-line defense of identifying systemic disease which would otherwise go undetected in a significant portion of the population, say the researchers.
For full article: http://www.medicalnewstoday.com/releases/239315.php
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Content on this blog are for informational purposes only, is neither intended to and does not establish a standard of care, and is not a substitute for professional judgment, advice, diagnosis, or treatment. ACES is not responsible for information on external websites linked to this website.
The study, conducted by a nursing-dental research team at NYU, is the first of its kind to determine the proportion of Americans who are seen annually by a dentist but not by a general healthcare provider.
This finding suggests dentists can play a crucial role as health care practitioners in the front-line defense of identifying systemic disease which would otherwise go undetected in a significant portion of the population, say the researchers.
For full article: http://www.medicalnewstoday.com/releases/239315.php
Website supported by www.aces4ce.com
ACES is the world's leader in providing live webcast dental continuing education
Disclaimer
Content on this blog are for informational purposes only, is neither intended to and does not establish a standard of care, and is not a substitute for professional judgment, advice, diagnosis, or treatment. ACES is not responsible for information on external websites linked to this website.
Wednesday, November 14, 2012
How Cavity-Causing Microbes Invade Heart
Scientists have discovered the tool that bacteria normally found in our mouths use to invade heart tissue, causing a dangerous and sometimes lethal infection of the heart known as endocarditis. The work raises the possibility of creating a screening tool -- perhaps a swab of the cheek, or a spit test -- to gauge a dental patient's vulnerability to the condition.
The identification of the protein that allows Streptococcus mutans to gain a foothold in heart tissue is reported in the June issue of Infection and Immunity by microbiologists at the University of Rochester Medical Center.
S. mutans is a bacterium best known for causing cavities. The bacteria reside in dental plaque -- an architecturally sophisticated goo composed of an elaborate molecular matrix created by S. mutans that allows the bacteria to inhabit and thrive in our oral cavity. There, they churn out acid that erodes our teeth.
The above story is reprinted from materials provided by University of Rochester Medical Center.
For Full article: http://www.sciencedaily.com/releases/2011/06/110627095650.htm
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Content on this blog are for informational purposes only, is neither intended to and does not establish a standard of care, and is not a substitute for professional judgment, advice, diagnosis, or treatment. ACES is not responsible for information on external websites linked to this website.
S. mutans is a bacterium best known for causing cavities. The bacteria reside in dental plaque -- an architecturally sophisticated goo composed of an elaborate molecular matrix created by S. mutans that allows the bacteria to inhabit and thrive in our oral cavity. There, they churn out acid that erodes our teeth.
The above story is reprinted from materials provided by University of Rochester Medical Center.
For Full article: http://www.sciencedaily.com/releases/2011/06/110627095650.htm
Website supported by www.aces4ce.com
ACES is the world's leader in providing live webcast dental continuing education
Disclaimer
Content on this blog are for informational purposes only, is neither intended to and does not establish a standard of care, and is not a substitute for professional judgment, advice, diagnosis, or treatment. ACES is not responsible for information on external websites linked to this website.
Monday, November 12, 2012
New Device Set to Combat Fear of the Dentist's Drill
An innovative device which cancels out the noise of the dental drill could spell the end of people's anxiety about trips to the dentist, according to experts at King's College London, Brunel University and London South Bank University, who pioneered the invention.
It is widely known that the sound of the dental drill is the prime cause of anxiety about dental treatment, and some patients avoid trips to the dentist because of it. This new device could help address people's fears and encourage them to seek the oral healthcare treatment they need.
The prototype device works in a similar way to noise-cancelling headphones but is designed to deal with the very high pitch of the dental drill. Patients would simply unplug their headphones, plug the device into their MP3 player or mobile phone, and then plug the headphones into the device, allowing them to listen to their own music while completely blocking out the unpleasant sound of the drill and suction equipment. The patient can still hear the dentist and other members of the dental team speaking to them but other unwanted sounds are filtered out by the device.
For full article: http://www.sciencedaily.com/releases/2011/01/110110053040.htm
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ACES is the world's leader in providing live webcast dental continuing education
Disclaimer
Content on this blog are for informational purposes only, is neither intended to and does not establish a standard of care, and is not a substitute for professional judgment, advice, diagnosis, or treatment. ACES is not responsible for information on external websites linked to this website.
The prototype device works in a similar way to noise-cancelling headphones but is designed to deal with the very high pitch of the dental drill. Patients would simply unplug their headphones, plug the device into their MP3 player or mobile phone, and then plug the headphones into the device, allowing them to listen to their own music while completely blocking out the unpleasant sound of the drill and suction equipment. The patient can still hear the dentist and other members of the dental team speaking to them but other unwanted sounds are filtered out by the device.
For full article: http://www.sciencedaily.com/releases/2011/01/110110053040.htm
Website supported by www.aces4ce.com
ACES is the world's leader in providing live webcast dental continuing education
Disclaimer
Content on this blog are for informational purposes only, is neither intended to and does not establish a standard of care, and is not a substitute for professional judgment, advice, diagnosis, or treatment. ACES is not responsible for information on external websites linked to this website.
Wednesday, November 7, 2012
Male Cigarette Smokers More Likely to Need Root Canals
According to a recent report from the American Dental Association, males that smoke cigarettes are almost twice as likely to need root canals based on news reports about an extensive study listed to appear in the Journal of Dental Research in April 2006.
For full article: http://dentistry.about.com/od/toothmouthconditions/a/malesmokers.htm
Website supported by www.aces4ce.com
ACES is the world's leader in providing live webcast dental continuing education
Disclaimer
Content on this blog are for informational purposes only, is neither intended to and does not establish a standard of care, and is not a substitute for professional judgment, advice, diagnosis, or treatment. ACES is not responsible for information on external websites linked to this website.
For full article: http://dentistry.about.com/od/toothmouthconditions/a/malesmokers.htm
Website supported by www.aces4ce.com
ACES is the world's leader in providing live webcast dental continuing education
Disclaimer
Content on this blog are for informational purposes only, is neither intended to and does not establish a standard of care, and is not a substitute for professional judgment, advice, diagnosis, or treatment. ACES is not responsible for information on external websites linked to this website.
Monday, November 5, 2012
Blood Thinners and Dental Care
Antiplatelet and
Anticoagulant Agents and Dental Procedures
An increasing number of dental patients are taking “blood thinner” medications for various medical conditions. These drugs interfere with the body’s normal clotting (stopping blood flow) mechanism. There are two main processes by which the body normally forms a blood clot at the site of tissue injury. The first involves small blood cells called platelets which clump together at the wound to form a mechanical plug. This plug slows the flow of blood through the vessel and forms a matrix for the next phase of coagulation. During coagulation chemicals in the blood interact with each other to fill in the spaces between the platelets, stabilize the clot, and make it more solid until the process stops the bleeding.
Antiplatelet agents such as aspirin, Ticlid (ticlopidine), and Plavix (clopidogrel) target the first phase of clot formation by preventing platelets from sticking together and adhering to blood vessels. These agents do this by creating permanent changes in the platelets which last throughout the lifetime of the platelet (7-10 days). These effects can only be countered as the body produces new platelets that have not been exposed to the drug.
For full article: http://www.aaom.com/patients/blood-thinners-and-dental-care/
Website supported by www.aces4ce.com
ACES is the world's leader in providing live webcast dental continuing education
Disclaimer
Content on this blog are for informational purposes only, is neither intended to and does not establish a standard of care, and is not a substitute for professional judgment, advice, diagnosis, or treatment. ACES is not responsible for information on external websites linked to this website.
An increasing number of dental patients are taking “blood thinner” medications for various medical conditions. These drugs interfere with the body’s normal clotting (stopping blood flow) mechanism. There are two main processes by which the body normally forms a blood clot at the site of tissue injury. The first involves small blood cells called platelets which clump together at the wound to form a mechanical plug. This plug slows the flow of blood through the vessel and forms a matrix for the next phase of coagulation. During coagulation chemicals in the blood interact with each other to fill in the spaces between the platelets, stabilize the clot, and make it more solid until the process stops the bleeding.
Antiplatelet agents such as aspirin, Ticlid (ticlopidine), and Plavix (clopidogrel) target the first phase of clot formation by preventing platelets from sticking together and adhering to blood vessels. These agents do this by creating permanent changes in the platelets which last throughout the lifetime of the platelet (7-10 days). These effects can only be countered as the body produces new platelets that have not been exposed to the drug.
For full article: http://www.aaom.com/patients/blood-thinners-and-dental-care/
Website supported by www.aces4ce.com
ACES is the world's leader in providing live webcast dental continuing education
Disclaimer
Content on this blog are for informational purposes only, is neither intended to and does not establish a standard of care, and is not a substitute for professional judgment, advice, diagnosis, or treatment. ACES is not responsible for information on external websites linked to this website.
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