Carbonated Beverages and Dental Caries

Carbonated Bever suppurates and alveolar consonant consonant CariesAn assessment of connection surrounded by carbonate crispens intake and alveolar consonant bodily cavity prevalence A cross- partitioningal theatreZainab A. Sukhera1, Syeda Mehar Raza1,Neha Rana1 and Tehreem Zafar1. alveolar consonant consonant cavity whitethorn be be as a bacterial disease of the hard tissues of the teeth characterized by demineralization of the inorganic and destruction of the organic substance of tooth.(1) It is the most plethoric spontaneous disease worldwide.(2) It is a multi- performerial disease ca employ by the interaction of trio principal factors a susceptible host tissue, cariogenic micro flora and victuals.(3, 4) regimen especially refined sugars, is an crucial etiological factor of dental consonant cavum. both(prenominal) the relative frequency and the complete amount of refined sugars consumed play a significant part in the etiology of caries. The evidence establish ing sugars as an etiological factor in dental caries is overwhelming.(5)Sugars are mostly contained in manufactured food and drunkennesss and form an essential fortune of human diet.(6) around carbonate beverages contain up to 10 tea-spoons of sugar per 12 oz. as opposed to 1-2 tea-spoons in fruit juices.(4, 7) Despite the differences in carbohydrate content, both seem to redeem correspondent cariogenic potential.(8) In addition to the juicy amounts of sugar, change beverages alike contain phosphoric, citric and carbonic acids which show a deleterious effect on enamel.(9, 10) Caffeine, which makes up a considerable portion of carbonated beverages, is a mildly stimulant drug and it may contribute to the inclination of an orbit for frequent inspiration of such beverages. All the aforementioned factors are trus twainrthy towards the rapid initiation and progression of caries.(11)Diet whoop it ups which use artificial sweeteners instead of refined sugars have been popularl y used in order to get down the caloric content. Although diet drinks are considered less cariogenic than regular beverages, their greater grim ability and the use of artificial sweeteners do non make them a healthier alternative. (12)The Aim of this Cross-sectional study was to assess the association between prevalence of dental caries and carbonated drink consumption in a population of 12 to 19 social classs old children from capital of Pakistan and Rawalpindi.Materials and MethodsA questionnaire-based cross-sectional study was conducted at the Islamic International dental Hospital, capital of Pakistan during the month of June. The study comprised a questionnaire survey followed by a visual oral examination. savor The players comprised a convenience sample of 12-19 years old adolescents who were visiting the hospital at any duration during sixteenth to 20th June. 1st year BDS students who fell in the above mentioned age bracket were also included in the sample. The particip ants were mostly residents of Islamabad and Rawalpindi. Sample size was chosen to be 50. Verbal consent was obtained from each participant and his/her guardian beforehand.Questionnaire A questionnaire was completed done a face-to-face call into question with each participant which helped in achieving a degree centigrade% response rate.The Questionnaire consisted of iii sections.Section A dealt with the oral hygiene habits and the beverage consumption habits of participants. In Question 1, the frequency of intake of different beverages was enter by use a scale of 5 values Never, Rarely, Once a week, 1 glass quotidian and 2 or more glasses nonchalant. In the next set of questions, the participants were asked about (Q2) their preferable time of drink consumption (at mealtimes or between meals) (Q3) their preference of either regular or diet drinks and (Q4) the use of drinking stubble. Questions 5-7 assessed their oral hygiene knowledge.Section B dealt with the socio-demograp hic details and section C recorded the DMFT grad of each participant.Clinical Examination later on the interview, each participant was orally examined by a 2nd year BDS student. The examination took place under a tube-light with the participant seated in a normal chair. No mouth mirror or cost-of-living index probe was used to assist in the diagnosis of caries. Only a tongue depressor was utilized by the examiner. The acrimony of caries was assessed via the DMFT index. A tooth was considered decompositioned (D) if a carious lesion was visibly appreciated missing (M) if extracted ascribable to caries and filled (F) if a restoration was seen. A restored tooth with recurrent decay was also counted as (D).(13)Data Analysis Statistical Package for neighborly Sciences (SPSS) Version 17.0 was used to enter, organize and analyze the data. The effect of different variables frequency and time of consumption of drinks, demographic factors and oral hygiene habits on the DMFT dozens of pa rticipants was analyzed by deriving frequencies, immorals and standard deviations.ResultsResults were obtained for the sample of 50 participants by analyzing the data from their completed questionnaires and dental examinations. The sample included 19 males (38%) and 31 females (62%). Out of the total number of participants, 15 (30%) were from the age assort of 12-14 years, 14 (28%) from the 15-17 years group and 21 (42%) from the 18-19 years age group. knock back 1 displays the number and percentages of participants in relation to beverage consumption and their sociodemographic details. In terms of daily consumption, milk and juices were the most popular drinks (n=35, 70%), darn carbonated drinks were consumed by only 17 (34%) participants on a daily basis. In the younger age group of 12-14 years, 93% (n=14) preferred carbonated beverages whereas, coffee and juices were the main preferences of the new(prenominal) two groups (15-17 years, 18-19 years) existence consumed by 100% ( n=14) and 95% (n=20) of the participants respectively. table 1 frequence distribution of different types of drinks as per consumption frequency and sociodemographic factors. (n=number)Table 2 illustrates the prevalence and severity of dental caries in relation to different types of beverages consumed. Among the participants who consumed juices, 68% (n=32) had caries in crinkle to the 62% (28) who consumed carbonated drinks. Caries severity for carbonated drinks was highest with well(p)-nigh 7% (n=3) participants having recorded DMFT of more than 4.Table 2 Prevalence and severity of dental caries in relation to consumption of different beverages. (n= total number of consumers of a particular drink. Percentage frequencies are given in brackets)Table 3 shows the effect of different variables on DMFT reach including time of consumption of carbonated drinks, use of straw, drink type, oral hygiene habits and demographic details. Around 56% (n=28) of participants reported consuming car bonated drinks at mealtimes. However, their DMFT score was unexpectedly higher than those who consumed their carbonated drinks between meals (36%, n=18).Diet drinks were preferred by only 4% (n=2) of the participants and their caries experience was low as compared to those who consumed regular drinks (94%, n=47). According to the findings, 30% (n=15) of participants used a straw during consumption and had a much lower DMFT score of 1.07 (1.22) in contrast to the 1.76 (1.82) score for those who did not use a straw (n=34, 68%).Frequency of brushing showed a significant effect on the DMFT score by decreasing it with each increase in frequency. In terms of gender, correspond DMFT score of females was higher (1.771.76) than that of males (1.311.60). Among the three age-groups, the 15-17 year age group showed a slightly higher caries experience than the other two groups.Table 3 Effect of carbonated drink related variables and demographic factors on mean DMFT score.Mean DMFT of the sample was 1.60 1.702. Table 4 and Figure 1 illustrate the frequency percentage of each component of DMFT Index i.e. of decay (D), Missing (M) and fill up (F) in the study sample. Out of the total DMFT score of 80, icky component had the highest frequency percentage (n=60, 75%), followed by Filled (n=17, 21%) and Missing (n=3, 4%) components, respectively.Table 4 Distribution frequencies of Decayed (D), Missing (M) and Filled (F) components in the whole sample as well as of the cumulative DMFT.Figure 1 Distribution of each component of DMFT in the sample.Figure 2 illustrates the relation of frequency of carbonated drink consumption with mean DMFT scores of participants. Participants who Never consumed carbonated drinks had a mean DMFT score of 2. Whereas, participants who consumed carbonated drinks rarely, once a week or one glass daily had mean DMFT of 1, 1.52 and 1.92 respectively. 1.60 was the recorded mean DMFT of those who consumed two or more glasses of carbonated drinks daily.F igure 2 saloon chart illustrating frequency of carbonated drink consumption per mean DMFT scores. handlingA square association between carbonated beverages and dental caries has been intendd by many previous studies (11, 14-16) while a few indicate a much weaker association.(17, 18) We assessed this hypothesis by conducting a cross-sectional study in a sample of 50 participants from Islamabad and Rawalpindi. The results from our study show no association between carbonated drink consumption and dental caries experience. Those participants who had Never consumed carbonated drinks showed the highest mean DMFT.Caries prevalence and caries severity in relation to carbonated drink consumption was high, and similar to that for juices indicating similar cariogenicity.(8, 19) Mean DMFT of those who consumed carbonated drinks at mealtimes was surprisingly greater than of those who consumed between meals a direct contrast with a previous study from slater P. et al.(20) Results from the c urrent study showed that the mean DMFT decreased with the use of a straw during consumption. This is in accordance with a study by Tahmassebi et al. which proved that if juices were consumed through a straw, there was a less pronounced pH thieve in brass instrument.(21) Since carbonated beverages and juices possess similar cariogenic potential, the same situation might be true for carbonated beverages. literal hygiene (frequency of tooth-brushing) had a strong effect on dental caries experience. DMFT was highest for those who did not brush daily and lowest for those who brushed thrice a day. This pattern is in union with the fact that despite the intake of sugary drinks, oral health is an important factor in the etiology of dental caries especially with the approaching of fluoridated toothpastes.(22)Mean DMFT of females was embed to be higher than that of males. This may be repayable to the uneven distribution of males (38%) and females (62%) in our study sample or it may als o indicate that dental caries is statistically dependent on gender to some extent, as proven by earlier studies.(3) sexual intercourse of social stipulation with beverage consumption patterns, oral hygiene, DMFT etc. could not be derived because of an error in the designed questionnaire. To check the social status of participants, we added the option of Occupation but neglected to specify whose occupation we were petition for i.e., of the guardian/parent or of the participant. This lead to a confusion on both the participants and the interviewers part resulting in incorrect randomness to be recorded on the forms.Mean DMFT of the sample was found to be slightly greater than that reported by WHO in 2003.(23) The Decayed portion formed a major component of the overall DMFT score, followed by the Filled and Missing components, indicating that bulk of the children do not undergo treatment due to various reasons e.g. high costs of treatment, negligence to oral heath etc. This trend wa s also observed in a cross-sectional study carried in Karachi.(24) topic Limitations It is necessary here to discuss the limitations faced in our study. We employed a cross-sectional design in determining the beverage intake patterns and oral health conditions of the participants. However, use of cross-sectional data to establish cause (carbonated beverages)-and-effect (dental caries) affinity does not draw valid conclusions. Longitudinal study design should therefore, have been employed.(24, 25) Furthermore, the questionnaire that we used in our study did not provide detailed information regarding fluid intake patterns (e.g. of water).(15) Sample size and sampling technique used in our study was inadequate to cover the characteristics of the whole population of Islamabad and Rawalpindi.(26)Protocols for determining the carious lesions(27) were not strictly followed during the dental examinations. For example, a consumer price index probe and mouth mirror was not employed to assis t in the diagnosis of caries. Radiographs were also not used during the examinations. The probability of pop stains being counted as carious lesions therefore, cannot be eliminated.ConclusionNo association was found between carbonated beverages consumption and dental caries through our findings. Dental caries was found to be associated with various other factors such as oral hygiene, methods and time of beverage consumption, gender, age, etc.Further research studies, in particular of longitudinal design, should be carried out are before any determinate results can be derived. A more detailed dietary questionnaire should be employed to ascertain the complete dietary patterns of an individual throughout the day. spare-time activity guidelines should be followed while consuming carbonated or any other cariogenic beverages.(12)Drinks should ideally be consumed at meal times and via a straw to minimize direct contact with teeth.They should not be swirled or swished in the mouth.Tooth brushing immediately after consumption should be avoided.Neutralizing foods (milk, cheese and water) should be consumed immediately after beverage consumption.AbbreviationsDMFT = no. of Decayed, Missing and Filled odontiasis WHO = World health Organization CPI probe = Community periodontic Index probe.References1.Soames JV, Southam JC. Oral pathology Oxford University Press 2005.2.Poul Erik Petersen, Programme WOH. 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