Maintain a hale and hearty smile with a few simple dental hygiene habits. One should not take smile for granted. Maintain a healthy mouth by regularly practicing good dental hygiene habits and treatment problems.
Routine dental care
Clean your teeth on a daily basis and visit your dentist one or two times a year to avoid gum disease and other dental problems.
To clean your teeth correctly, brush them at least twice a day
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Welcome to never-ending story of wrinkles and skin aging. Skin care brands worldwide are trying to find solutions and ways to stop aging signs and prevent wrinkles, will they suceed? I guess no. However there are things to do, so your wrinkles can be less visible, some tips you can follow so in your 30ies you will look like sweet 20, or something like that. However, you have to understand, that there are things you just can’t do and no matter what food you eat, what products you use, etc. your genetics and life cycles won’t stop the process. You may ask then.. “is it worth trying?” Yes, it is! Just don’t forget to smile if you find first wrinkle, it’s all natural!
Avoid the Sun
The first place to start is to stay out of the sun. Sun tanning damages and ages your skin and it also leads to cancer more and more since the ozone is wearing away from pollution.
Facial Massage
Massage increases the blood circulation and causes muscle and tissue tightening. This reduces the fleshiness of the skin and restores a youthful look. You can apply coconut oil on the portions of your skin and face where wrinkles set in and gently massage at bedtime.
Vitamin E
Open three capsules of vitamin E and drain into a small bowl. Add 2 teaspoons plain yogurt, teaspoon of honey, and teaspoon of lemon juice. Apply this mixture to your face with a cotton ball and leave on for about 10 minutes and rinse off.
Eat Healthy
Incorporate healthy doses of natural antioxidant foods like leafy green vegetables and brightly colored fruit for maximum free radical elimination. Free radicals are the number one cause of collagen breakdown, which is a direct cause of wrinkles.
Go Bananas
Try bananas s an anti-wrinkle treatment. Mash of a banana until it becomes very creamy. Spread all over your face and leave on for 15-20 minutes before rinsing off with warm water, followed by a dash of cold water. Gently pat dry.
Smokers Beware
Smoking robs the complexion of oxygen, decreasing blood circulation to facial skin and resulting in premature lines and winkles. Also, anyone puffing on a cigarette is essentially doing a lot of repetitive facial movements that add even more wrinkles. So kick the habit if you want those wrinkles to disappear. This is the most important anti-wrinkle tip!
Get a Humidifier
Air conditioning and heating systems are known to dry out the skin, making the aging process occur more rapidly. Try using a humidifier. This equipment will help to keep air moist and, therefore, keep your skin moist too.
Sleep On Your Back
When you sleep on your side or belly with your face on the pillow, wrinkles are formed. People who sleep in this posture usually get a diagonal crease on their forehead running above their eyebrows. Sleeping on your back helps this problem.
Find powerful herbal remedies Protects Skin and Flourishes Facial Skin during Daytime
Anti Wrinkle Nutrition
In order to achieve that radiant and wrinkle free complexion that you so desire, you may turn to moisturizers and creams and slather this onto your body as anti wrinkle routine. This may help improve the overall look and feel of your skin but the most important thing to address to significantly reduce those fine lines and see big improvements in your complexion is to also significantly reduce those free radicals that damage skin from the inside. An effective anti wrinkle tool is antioxidants.
Anti wrinkle food rich in antioxidants is commonly found inside your refrigerator or kitchen cabinets. Youll be surprised that you actually have these natural ingredients within your reach.
Rejuvenating Skin-Care Recipes will prove to be a helpful guide and an anti wrinkle supplement to rejuvenating your skin using these natural ingredients. With proper skin enrichment by providing ample nutrition, you will notice your skin looking tighter, younger and healthier. The anti wrinkle properties of some of these natural ingredients will revive your skin the way those commercial products can only dream of.
In summary, while there are expensive beauty treatments, cosmetics, and products, the most basic anti-wrinkle program starts at home with activities of daily living. A final anti-wrinkle tip is that egg whites produce proteins and amino acids that are very helpful in an anti-aging skin care regimen.
Anti Aging
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Choosing a dentist that will care for the teeth of every member of the family is quite difficult. The fact that dental care is a delicate issue for the family shows that there are a lot of factors to be considered in choosing a family dentist. Having a family dentist is important because dental health must be regularly maintained by a professional dentist.
Also called general dentistry, family dentistry is a subdivision of dentistry that deals with the general dental condition of a person. Most dentists have individual specializations. Pediatric dentists, for example, specialize in the care and treatment of young children”s teeth. However, a family or general dentist provides dental care and treatment to a wide variety of patients, which means that he or she must possess a wider knowledge of dentistry.
There are a lot of places in the country where a family dentist is needed just as much as a family doctor. Big cities like Colorado Springs regard family dentists as important parts of the community. A family dentist is responsible for maintaining the dental health of every family member, from maintaining healthy gums to treating tooth damage caused by cavities.
Each Colorado Springs family dentist should ideally possess a solid educational background. A family dentist will not be allowed to practice without earning his or her undergraduate degree and passing the licensure examinations. In addition to that, family dentists must complete a three to five-year school program that gives them more knowledge about special divisions of dentistry.
In the past, a family dentist performed almost all types of dental procedures according to the need of the families in Colorado Springs, including pediatric dentistry procedures and cosmetic dentistry procedures. Today, however, some families have separate family dentists and cosmetic dentists. Unlike a Colorado Springs family dentist, a cosmetic dentist specializes in improving the appearance of teeth.
The job of a family cosmetic dentist ranges from simple application of retainers, dentures, and crowns, to multifaceted surgical smile enhancements. Family cosmetic dentists offer families in Colorado Springs invisalign or metal braces for correcting tooth alignment. Family cosmetic dentists provide a different type of service compared to typical family dentists.
Dental
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Insulin resistance occurs when the body does a poor job of lowering blood sugars. Typically, patients with obesity and type 2 diabetes have fatty livers, and the dogma in the field, says Lazar, is that the fatty livers contribute to the insulin resistance and diabetes in a vicious cycle. These findings are "a clear counterexample to this thinking," he says.
The researchers observed that the extra fat in the liver did not cause insulin resistance because it was sequestered in tiny lipid droplets inside individual liver cells, coated by a specific protein. The metabolites that would otherwise be used by the body to make glucose were re-routed to make fat, leading to reduced glucose in the bloodstream. The advantage of the lower blood sugar is tempered by the excess liver fat, which can lead to problems of its own, including liver failure.
Cells of high-fat-diet-induced fatty livers in wild-type mice were characterized by larger lipid droplets, but liver-specific HDAC3 knockout mice on a high-fat diet were characterized by smaller lipid droplets, even though the total lipid content increased versus the wild-type mice.
Why would the body have this re-routing process in the first place? The team looked to the circadian rhythm of the nocturnal mice for answers. When inactive during the day, mouse HDAC3 migrates to genes to turn off fat synthesis. This allows metabolites to make glucose for fueling the sleeping body. When waking, during the night, the mouse body makes a metabolic switch, anticipating the intake of food, and turns on fat synthesis for energy storage. The on-and-off cycle of HDAC3 is directly regulated by the internal circadian clock, and the system falls apart when HDAC3 is deleted.
The findings suggest that the cordoning off of lipids of the liver in many, tiny coated droplets helps to manage insulin resistance in the body. And, the findings cement the fact that HDAC3 is pivotal in integrating signals from the internal body clock to coordinate metabolism, especially in the liver, notes the first author Zheng Sun, PhD, postdoctoral fellow in the Lazar lab.
The findings demonstrate that fat itself is not necessarily all bad. "It matters a lot how fat is handled and stored," notes Lazar. "It also highlights the importance of complying with our internal circadian clock. For example, since our body does not anticipate food at night and is preparing to generate more glucose, night-time eating is likely to shoot up blood sugar and thus may contribute to diabetes."
The work was funded in part by National Institute of Diabetes and Digestive and Kidney Diseases (R37 DK43806; P01 DK49210; R01 DK40936; R01 DK075017); the Cox Institute of Medical Research; and the JPB Foundation.
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Addressing diabetes is a major priority for health providers worldwide given the vast global prevalence (approx. six to seven per cent of the world's population; around 285 million people) and its severe complications including amputations and heart disease. Surgery for weight loss has an unexpectedly rapid and substantial therapeutic effect on diabetes rates. Understanding why weight loss has such a dramatic effect on diabetes is the focus of this study by Associate Professor Markku Peltonen from the National Institute for Health and Welfare, Finland and colleagues from the University of Gothenburg, Sweden.
The researchers enrolled the 2010 patients from the Swedish Obese Subjects study who had received bariatric surgery and 2037 obese controls receiving conventional (non-surgical) obesity treatment. They were assessed for BMI and diabetes at baseline (before surgery in the surgical group), and at two and 10 year follow-up.
Among patients with BMI<35, 35-40 and 40-45 who did not lose weight after two years, type 2 diabetes incidence rates were 6.5%, 7.7% and 9.3% respectively. Among those with initial BMI 35-40, 40-45 and ≥45 who lost at least five BMI units after two years, type 2 diabetes incidence rates were 2.4%, 2.0% and 3.4% respectively, clearly showing that lower rates of diabetes can be found among obese patients who have lost five BMI units through any means. Further analysis showed that the rate of patients cured of diabetes after losing five BMI units was independent of the starting BMI at all BMI levels measured. This trend was also observed after 10 years post surgery.
The findings suggest that losing five BMI units, the equivalent of approx. 16kg for a 180cm tall 35 year old man weighing 130kg (BMI 40), can make a real difference to your health by reducing your likelihood of having type 2 diabetes. Furthermore, it suggests that this is true for all patients, as even those who were severely obese showed dramatic improvements.
Associate Professor Markku Peltonen, Director of Department at the National Institute for Health and Welfare, Finland, said:
"Our findings show that, whatever your starting weight, losing five BMI units can dramatically reduce your risk of having type 2 diabetes after two and ten years.
"Dropping five BMI units is no mean feat, as the human body is not very good at losing weight. But patients of any weight should take encouragement that by doing so they can really improve their chances of a healthy future."
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Curiously, the neurodegeneration that Rodrigo Cunha from the Centre for Neuroscience and Cell Biology of the University of Coimbra in Portugal see caused by diabetes is the same that occurs at the first stages of several neurodegenerative diseases, including Alzheimer’s and Parkinson’s, suggesting that caffeine (or drugs with similar mechanism) could help them too.
Type 2 diabetes (which accounts for about 90%of all diabetic cases) is a full blown public health disaster – 285 million people affected worldwide (6.4% of the world population) with numbers expected to almost double by 2030. And this without counting pre-diabetic individuals. The problem is that the disease is triggered by obesity, sedentary lifestyle and bad eating habits (although there is also a genetic predisposition), all of which are increasingly widespread.
Diabetes is caused by high levels of sugar in the blood, and in type 2 this occurs because the body becomes increasingly resistant to insulin –the hormone that allows the cells to take the sugar from the blood to use it as “fuel” – resulting in toxic high levels of sugar in the blood that damage nerves and blood vessels and, with time, cause severe complications
In the study out now in the journal PLoS , João Duarte, Rodrigo Cunha and colleagues take advantage of a new mouse model of diabetes type 2, which, like humans, develops the disease in adults as result of a high-fat diet, to look at one of the least understood complications of diabetes – the disease effect on the brain, more specifically, on memory. They also investigate a possible protective effect by caffeine as this psychostimulant has been suggested to prevent memory loss in a series of neurodegenerative diseases, maybe even in diabetes, although how this happens is not known. And when we consider that coffee is the world leading beverage right after water, with about 500 billion cups consumed annually, this, if true, needs to be better understood.
With that aim the Portuguese researchers compared four groups of mice - diabetic or normal animals without or with caffeine (equivalent to 8 cups of coffee a day) in their water – to find that long-term consumption of caffeine not only diminished the weight gain and the high levels of blood sugar typical of diabetes, but also prevented the mice's memory loss (diabetic animals had significantly poorer memory than normal ones). This confirmed that caffeine could, in fact, protect against diabetes as well as prevent memory impairment, probably by interfering with the neurodegeneration caused by toxic sugar levels.
To investigate this, next, the researchers looked at a brain region linked to memory and learning, which is often atrophied in diabetics, called hippocampus. And in fact, diabetic mice had abnormalities in this area showing synaptic degeneration (synapses are the structures at the end of each neuron used to communicate between neurons) and astrogliosis (an abnormal increase of the cells that surround neurons normally as result of the deathof nearby neurons). Both phenomena are known to affect memory and caffeine consumption prevented the abnormalities.
But to be able to develop drugs based on caffeine’s protective effect, it was necessary to understand its molecular mechanisms. So next the researchers looked at the only brain molecules known to respond to caffeine – the adenosine receptors A1R and A2AR - in the hippocampus. And here, A2AR seemed to be the key for caffeine’s memory rescue since its density - which increases with noxious insults - was high in diabetic animals but normal in those treated with caffeine. This agrees with the previous studies that showed that A2AR inhibition protected against synaptic degeneration and memory dysfunction.
In conclusion, Duarte and Cunha’s work – using an animal model of diabetes type 2 that closely mimics the human form of the disease – suggests that diabetes affects memory by causing synaptic degeneration, astrogliosis and increased levels of A2AR. The study indicates as well that chronic consumption of caffeine can prevent the neurodegeneration and the memory impairment. And this not only in diabetes, since synaptic degeneration and astrogliosis are both part of a cascade of events common to several neurodegenerative diseases, suggesting that caffeine (or similar drugs) could help them too through the same mechanisms.
So does this means that we should drink eight cups of coffee a day to prevent memory loss in old age or diabetes?
Not really as Rodrigo Cunha, the team leader explains: “Indeed, the dose of caffeine shown to be effective is just too excessive. All we can take from here is that a moderate consumption of caffeine should afford a moderate benefit, but still a benefit. Such experimental design is common in pre-clinical studies: in order to highlight a clear benefit, one dramatises the tested doses. But it's an important first step. Our ultimate goal is the design of a drug more potent and selective (i.e. with less potential side effects) than caffeine itself; animal studies enable us to pinpoint the likely target of caffeine with protective benefits in type 2 diabetes. So now we will be testing chemical derivates of caffeine, which act as selective adenosine A2A receptor antagonists,to try to prevent diabetic encephalopathy. It might turn out to be a therapeutic breakthrough for this devastating disease”.
And a breakthrough in a disease that is already affecting 6.4% of the population and growing can never come too soon.
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A number of procedures for weight-loss surgery (termed 'bariatric surgery') have been developed which can work by reducing the functional size of the stomach ('restriction'), reducing the capacity of the gut to absorb calories ('malabsorption') or by a combination of the two. The well-documented improvement in diabetes following such surgery has puzzled doctors but the evidence suggests it is due in part to the altered transit of food through the gut. It is therefore possible that different procedures would give different degrees of improvement. This is what Associate Professor Markku Peltonen at the National Institute for Health and Welfare, Finland and colleagues from the University of Gothenburg, Sweden, set out to investigate using data from the large 'Swedish Obese Subjects' study.
2010 severely obese patients (with BMI>34 in men and >38 in women) recruited to the study went on to receive bariatric surgery: 376 gastric banding, 265 gastric bypass (GBP), and 1369 vertical banded gastroplasty (VBG -- see below for descriptions). They followed 74% of these patients at both 2 and 10 years and measured improvements in diabetes via blood glucose and insulin levels before and after surgery. The degree of weight loss was categorised as more than 30kg, 30-25kg, 25-20kg and 20-15kg. Improvements in blood glucose and insulin were then compared between the three different surgical procedures accounting for the degree of weight loss.
After 10 years, the researchers found there was no significant difference in the changes to insulin and glucose levels between the three surgical groups when the extent of their weight loss was taken into account. This was true for patients with and without diabetes at baseline. The average 10 year weight losses were 18kg, 20kg and 29kg for the banding, GBP and VBG groups respectively (p<0.001). In a further analysis patients that lost the same amount of weight improved their blood glucose and insulin levels to similar degrees, regardless of the type of surgery.
The researchers conclude that the remarkable improvements in diabetes following weight loss surgery are not a direct result of the procedure itself. More research now needs to take place to investigate why bariatric surgery can cure diabetes in these patients, and why some patients respond better than others.
Associate Professor Markku Peltonen, Director of Department at the National Institute for Health and Welfare, Finland, said:
"Bariatric surgery is clearly effective in reducing weight in patients, but the current mystery is why so many patients appear to cure themselves of diabetes shortly after the operation.
"We would expect that some methods of weight loss surgery would be more effective at treating diabetes than others due to the different ways they alter the passage of food through our gut. When we factored in the weight lost following surgery we found that no procedure was any better at treating diabetes than another.
"Perhaps it is simply the act of losing weight that helps."
Bariatric Surgery
Gastric banding reduces the functional size of the stomach by fitting a belt around the top section, so that it requires very little food to fill and therefore produces 'satiety' hormones after less food. The food is allowed to slowly pass into the main chamber of the stomach to continue digestion as normal. Adjustable gastric bands can be tightened or loosened to control this rate.
Gastric bypass surgery staples off the top portion of the stomach and creates a new route for food from this top portion to the small intestine, thus reducing the functional size of the stomach and bypassing much of the digestion and absorption that occurs in the stomach and small intestine. Bypassing more of the small intestine gives more rapid weight loss.
Vertical banded gastroplasty is a similar technique to gastric banding but is more complex.
Other techniques have been developed, although they are not covered as part of this study.
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According to Etienne Challet, Ph.D., a researcher involved in the work from the Department of Neurobiology of Rhythms at the Institute of Cellular and Integrative Neurosciences at the University of Strasbourg in Pascal, France, "It is now clear that impairment of daily rhythms such as shift-work, exposure to artificial lighting, or jet-lag has multiple adverse effects on human health, every effort should be made to maintain or restore normal temporal organization and to avoid potentially disruptive behaviors such as nocturnal meals or light exposure at night."
To make this discovery, Challet and colleagues studied two groups of mice. One group was normal and the other group lacked the Rev-Erb alpha gene. In the mice lacking the Rev-Erb alpha gene, it was determined that they became obese and hyperglycaemic even if they ate the same quantity of food at the same time as normal mice. Further scientific investigation showed that when the Rev-Erb alpha-deficient mice were compared to the normal mice, there was a major difference in the way Rev-Erb alpha-deficient mice metabolized the food they ate. The Rev-Erb alpha deficient mice created much more fat than the normal mice, and this occurred specifically during the feeding period. Additionally, the Rev-Erb-alpha deficient mice relied less on carbohydrate stores when at rest.
"The phrase 'sick and tired' could never be more true," said Gerald Weissmann, M.D., Editor-in-Chief of The FASEB Journal. "This research shows that we evolved to live in synch with the natural light and dark cycles of our planet. Strasbourg has long taught us the finer aspects of cuisine; its scientists now explain how night and day can influence whether we are fat or lean."
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"Keeping obesity rates level could yield a savings of nearly $550 billion in medical expenditures over the next two decades," according to lead author Eric Finkelstein, PhD, associate research professor in the Duke Global Health Institute, as well as deputy director in the Health Services Research Program at Duke-NUS Graduate Medical School in Singapore.
The forecasting study also found that 42 percent of the U.S. population could be obese by 2030.
The findings suggest the U.S. health care system could be burdened with 32 million more obese people within two decades. Action is needed to keep rates from increasing further, according to the research from Duke University, RTI International, and the Centers for Disease Control and Prevention (CDC).
The study, based on data from the Behavioral Risk Factor Surveillance System and state-level data from the Bureau of Labor Statistics and other organizations, was published in the American Journal of Preventive Medicine on May 7.
The study also forecasts an increase in the number of individuals with severe obesity, with rates rising to 11 percent by 2030. Severe obesity is defined as a body mass index over 40 or roughly 100 pounds overweight.
Severely obese individuals are at highest risk for the health conditions caused by excess weight, resulting in substantially greater medical expenditures and rates of absenteeism.
"Should these forecasts prove accurate, the adverse health and cost consequences of obesity are likely to continue to escalate without a significant intervention," notes senior author Justin Trogdon, PhD, of RTI.
The study was released May 7 at CDC's Weight of the Nation conference in Washington, D.C.
"We know more than ever about the most successful strategies that will help Americans live healthier, more active lives and reduce obesity rates and medical costs," said William H. Dietz, MD, PhD, director of CDC's Division of Nutrition, Physical Activity and Obesity.
"People need to make healthy choices, but the healthy choices must first be available and accessible in order to make them," Dietz said. "In the coming days at our Weight of the Nation conference, CDC and its partners will emphasize the proven, effective strategies and solutions that must continue to be applied to help make the healthy choice the easy choice."
On May 8, a set of potential solutions will be released at the CDC conference. The Institute of Medicine will issue a new report, "Accelerating Progress in Obesity Prevention: Solving the Weight of the Nation," which provides the results of a comprehensive review of obesity prevention-related recommendations. The report will identify strategies and action steps that have the greatest potential to speed up progress in combating the obesity crisis.
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Feeding behaviors are influenced by perceptions of a child's body size and misperception of a child's size could lead to inappropriate feeding behaviors, such as encouraging a healthy-weight child to eat more, the authors write in their study background.
"Mothers of overweight toddlers were more than 88 percent less likely to accurately perceive their child's body size. … This may be because high-weight status is often regarded as a sign of successful parenting, especially during the early years when parents are responsible for their child's health, nutrition and activity opportunities," the authors comment.
Erin R. Hager, Ph.D., of the University of Maryland School of Medicine, and colleagues conducted a study that included 281 mother-toddler pairs recruited from a suburban Special Supplemental Nutrition Program for Women, Infants and Children (WIC) clinic and an urban pediatric clinic serving predominantly low-income families.
The mean (average) age of the toddlers was 20.2 months and 54.1 percent of them were male. The mothers ranged in age from 18 to 46 years and most (71.9 percent) of them were overweight/obese.
According to the results, nearly 70 percent of mothers were inaccurate in assessing their toddler's body size when selecting a silhouette that correctly reflected their child's true body size. Overall, 71.5 percent of mothers were satisfied with their toddler's body size, with a greater proportion of mothers of healthy-weight or overweight toddlers likely to be satisfied than mothers of underweight toddlers.
"In conclusion, the majority of mothers were satisfied with their toddler's body size, yet were inaccurate in their perception of their child's actual body size. … Future studies should examine how parental satisfaction and/or accuracy are related to parenting behaviors including feeding behaviors and encouragement of physical activity," the authors conclude.
Invited Commentary: Toddler Weight Perception
In an invited commentary, Eliana M. Perrin, M.D., M.P.H., of the University of North Carolina at Chapel Hill, writes: "This research is instructive because an emerging body of literature suggests that parents with accurate perceptions of weight have greater readiness to make weight-related behavioral changes and are more effective making them."
"We likely need a public health campaign that allows us to visualize the range of healthy toddlers' and older children's weight. I am imagining posters showing photographs of children of all ages between the 5 th and 85 th percentiles saying, 'I'm at a healthy weight!' This type of campaign may help reset our nationally normed pictures of health, helping parents appreciate healthy undulations of weight," Perrin continues.
"In short, we should be able to explore parental perception and satisfaction with children's weight and preserve cultural ideals and pride in children's growth but also help parents achieve healthy weight trajectories. We can do this by counseling with sensitive and culturally competent dialogue and providing guidelines for eating and activity tailored for age, culture and socioeconomic status compatible with lifelong health," Perrin concludes.
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