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The World Health Organization guideline to use less sugar may be an opportunity and support for dentistry in its goal to get the message of using less sugar across to the public. Two ways (with all the combinations of these) to achieve a reduction of sugar consumption are the reduction of the amount of sugar in products or the reduction of the frequency of consumption of sugar-containing products. Which sugar-reducing strategy is best for caries prevention? To answer this question, this manuscript discusses the shape of the dose-response association between sugar intake and caries, the influence of fluoridated toothpaste on the association of sugar intake and caries and the relative contribution of frequency and amount of sugar intake to caries levels. The results suggest that when fluoride is appropriately used, the relation between sugar consumption and caries is very low or absent. The high correlation between amount and frequency hampers the decision related to which of both is of more importance, but frequency (and stickiness) fits better in our understanding of the caries process. Reducing the amount without reducing the frequency does not seem to be an effective caries preventive approach in contrast to the reciprocity. Goals set in terms of frequency may also be more tangible for patients to follow than goals set in amount. Yet, in sessions of dietary counselling to prevent dental caries, the counsellor should not forget the importance of quality tooth brushing with fluoride toothpaste.

Introduction: Influenza is an acute respiratory disease with significant annual global morbidity/mortality. Influenza transmission occurs in distinct seasonal patterns suggesting an importance of climate conditions on disease pathogenesis. This hypothesis-testing study evaluated microenvironment conditions within different demographic/geographical groups on seasonal influenza deaths in the United States.

Materials and methods:The United States Centers for Disease Control and Prevention (CDC) Wonder online computer interface was utilized to integrate and analyze potential correlations in data generated from 1999 through 2011 for climate conditions of mean daily sunlight (KJ/m2), mean daily maximum air temperature (oC), mean daily minimum air temperature (oC), and mean daily precipitation (mm) from the North America Land Data Assimilation System (NLDAS) database and on influenza mortality (ICD-10 codes:J09, J10, or J11) from the Underlying Cause of Death database.

Results and discussion:Significant inverse correlations between the climate conditions of temperature, sunlight, and precipitation and seasonal influenza death rate were observed. Similar effects were observed among males and females, but when the data were separated by race and urbanization status significant differences were observed.

Conclusion: This study highlights key factors that can help shape public health policy to deal with seasonal influenza in the United States and beyond.

Background: A current research disagreement middles about a theorized connection between chronic oral infections and the progress of adverse systemic health conditions. However, the gap between general and dental medicine is quickly closing, due to significant findings supporting the association between dental infections and systemic conditions such as cardiovascular diseases, type 2 diabetes mellitus, respiratory diseases, stroke, adverse pregnancy outcomes, osteoporosis, renal diseases, and gastrointestinal diseases. Relentless efforts have brought light on numerous advances in illuminating their etiopathological links. However, the majority of data about possible role or interlink between the infection and systemic disease is available in the form of case report or summary. As case reports are not the acceptable to many indexed scientific magazines, many these findings undergo unnoticed to researchers. The currently minimal accessible data provide only an indication of the actuality.

Aim: This article highlights the Role of oral foci in systemic diseases.

Conclusion: There is need of sincere work efforts on genetic relatedness of organisms, rather than their phenotypes, sophisticated sampling, detection, and analytical techniques to create the associations. To give insight to recent apprises of different systemic diseases as a consequence of primary oral infections and the pathogenesis link. The odontogenic bacteremia is likely to cause systemic and end organ infections, but such infections can easily resist by body defenses. It is important that role of good oral health and the risks associated with poor oral health should told to the individuals.

Clinical significance: Dentists and medical practitioners should work together to provide comprehensive health care, thereby reducing the morbidity and mortality associated with oral infections.

INTRODUCTION:

The purpose of this retrospective longitudinal cohort study was to evaluate the outcome of nonsurgical root canal treatment (NSRCT), expressed as survival for both periapical health and retention of roots/teeth, as determined by clinical evaluation, periapical film/digital radiography (PFR/DPR), and cone-beam computed tomography (CBCT) over 10 years, to determine the prognostic factors that influenced successful treatment outcomes.

METHODS:

A total of 132 teeth (208 roots) with vital pulp received NSRCT at a university clinic. Eighteen factors (preoperative, intraoperative, and postoperative) were documented from the dental records and radiographs. Periapical indices with scores ≥2 (PFR/DPR) and ≥1 (CBCT) indicated the presence of a periapical lesion. Data were analyzed using the Kaplan-Meier test and the Cox proportional hazards regression model (P < .05).

RESULTS:

The estimated 10-year overall survival rates for periapical health of roots/teeth were 89.4%/88.6% with PFR, 89.4%/89.3% with DPR, and 72.6%/69.7% with CBCT; the survival rate for root/tooth retention was 90.4%/91.6%.

CONCLUSIONS:

The long-term outcome of NSRCT expressed as survival for periapical health was different with each radiographic method. Approximately more than 90% of the roots/teeth were retained for up to 10 years. The prognostic factors for periapical health were the disinfection of gutta-percha, missed canals, age, treatment sessions, and density of root filling (voids); the age and presence of a post were for root/tooth retention.