From: The negative impact of sugar-sweetened beverages on children’s health: an update of the literature
Author, Year | Setting | Sample Size | Sample Age | Method of Diet Assessment | SSB Unit of Analysis | Primary Outcome | Direction of Association | Findings |
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Cross-Sectional Studies | ||||||||
Armfield, 2013 | Australian children enrolled in school dental services | 16,508 | 5-16 years | Questionnaire given to parents asked about SSB consumption | ≥3/day, 1-2/day vs. 0/day, (1 serving = “1 medium glass”) | Decayed, missing and filled deciduous teeth (for ages 5-10) Decayed, missing and filled permanent teeth (for ages 11-16) | Positive | 5-10 years old ≥3 vs. 0 servings/day β = 0.46 [95%CI: 0.29, 0.64]* 1-2 vs. 0 servings/day β = 0.34 [95%CI: 0.23, 0.45]* 11-16 years old ≥3 vs. 0 servings/day β = 0.27 [95%CI: 0.13, 0.41]* 1-2 vs. 0 servings/day β = 0.16 [95%CI: 0.06, 0.26]* |
Chi, 2015 | Convenience sample of Alaska Native Yup’ik children | 51 | 6-17 years | Verbally administered survey, including questions on beverage consumption adapted from Beverage and Snack Questionnaire | 40 grams/day of added sugar (i.e. amount of sugar in 12-ounce soda) measured using hair biomarker and self-report. Note: Biomarker would include all sources of added sugar, not just liquid. | Proportion of carious tooth surfaces | Mixed | Biomarker: 6.4% [95%CI: 1.2, 11.6%]* Self-Report: Null. No measure of association reported. |
Derlerck, 2008 | Preschool children in four distinct geographical areas of Belgium | 2533 | 3 and 5 year olds | Questionnaire given to parents with structured open-ended questions about dietary habits | Daily or more consumption of SSBs at night vs. none Daily consumption of SSBs between meals vs. none | Odds of caries experience (using criteria from British Association for the Study of Community Dentistry) | Positive | SSB consumption at night 3 year-olds OR= 7.96 [95%CI: 1.57, 40.51] * 5 year-olds OR = 1.64 [95%CI: 0.18, 14.63] SSB consumption between meals 3 year-olds OR=1.47 [95%CI: 0.36, 6.04] 5-year olds OR= 2.60 [95%CI: 1.16, 5.84] * |
Evans, 2013 | Low-income children recruited from pediatric dental clinics in D.C. and Ohio | 883 | 2-6 years | Parent-completed 24-hour recall and interviewer-administered FFQ | Using 24-hour recall 1.7 to 14 servings SSB/day vs. 0 servings/day Using FFQ 0.63 to 7 servings SSB/day vs. <0.16 servings/day (1 serving = 8 ounces) | Odds of severe early childhood caries | Positive | Using 24-hour recall OR = 2.02 [95%CI: 1.33, 3.06]* Using FFQ OR = 4.63 [95%CI: 2.86, 7.49]* |
Guido, 2011 | Children from small rural villages in Mexico | 162 | 2-13 years | Questionnaire with questions about beverage consumption specific to ones sold in local stores | Drinking soda at least onece/day | Decayed, missing and filled deciduous teeth Decayed, missing and filled permanent teeth | Positive | No measures of association reported p=0.71 p=0.04* |
Hoffmeister, 2015 | Random sample of children in southern Chile from a daycare center register | 2987 | 2 and 4 years | Survey filled out by parents with questions about sugary drink frequency | >3 servings of sugary drinks/week at bedtime vs. ≤ 3 servings of sugar drinks/week at bedtime (1 serving = not reported) | Prevalence ratio of decayed, missing and filled deciduous teeth | Positive | 2 year olds PR = 1.43 [95%CI: 0.97, 2.10] * 4 year olds PR = 1.30 [95%CI: 1.06, 1.59] * |
Jerkovic, 2009 | Children recruited from primary schools in northern region of the Netherlands, including low and high SES schools | 301 | 6 and 10 years | Questionnaire filled out by parents including information on nutritional care | ≥5 glasses of fruit juice/soft drinks vs. ≤4 glasses of fruit juice/soft drinks | Prevalence of caries | Positive | Measures of association not reported. p<0.001 * |
Jurzak, 2015 | Pediatric patients from university dental clinic in Poland | 686 | 1-6 years | Questionnaire including questions about SSB consumption | Frequent consumption of fruit juices and carbonated drinks vs. Infrequent consumption (1 serving = not reported) | Odds of decayed, missing and filled teeth | Mixed, depending on age | 1-2 years old 2.60 [95%CI: 0.77, 8.74] 3-4 years old 2.23 [95%CI: 1.25, 3.96] * 5 years old OR=2.134 [95%CI: 0.84, 5.44] 6 years old OR= 2.25 [95%CI: 1.03, 4.92]* |
Kolker, 2007 | African American children with household incomes below 250% of the 2000 federal poverty level | 436 | 3-5 years | Block Kids FFQ | Consumption of soda (1 serving = not reported) | Odds of higher score of decayed, missing and filled deciduous teeth | Null | OR = 1.00 [95%CI: 1.0, 1.1] Note: this result is for soda. See full paper for powdered drinks, sports drinks, fruit drinks, etc. |
Lee, 2010 | Convenience sample of healthy primary school children in Australia | 266 | 4-12 years | Prat Questionnaire asked about consumption of sweet drinks | Sweet drinks consumed in the evening/night vs. no sweet drinks consumed | Caries experience in past 12 months | Positive | 18% vs. 29% p=0.004* Measure of association not reported. |
Majorana, 2014 | Italian toddlers born to mothers attending two obstetric wards | 2395 | 24-30 months | Self-administered questionnaire for mothers with questions about SSB consumption | ≥2 servings day vs. ≤1 servings of SSBs, (1 serving = 250mL) | Odds of higher International Caries Detection and Assessment System score | Positive | OR = 1.18 [95%CI: 0.99-1.40]* |
Mello, 2008 | Sample of schoolchildren in Portugal | 700 | 13 years | Semi-quantitative FFQ | ≥2 servings/week vs. ≤2 servings/week of soft drinks derived from cola, other soft drinks and any soft drinks (1 serving = not reported) | Odds of ≥4 decayed, missing and filled teeth | Positive | Soft drinks from cola OR = 2.23 [95%CI: 1.50, 3.31]* Other soft drinks OR = 1.54 [95%CI: 1.05, 2.26]* Any soft drinks OR = 1.88 [95%CI: 1.07, 3.29]* |
Nakayama, 2015 | Japanese infants | 1675 | 18-23 months | Questionnaire for parents or guardian with questions about SSB consumption | Drinking soda ≥4 times/week vs. <4 times/week, (1 serving = not reported) | Odds of early childhood caries | Positive | OR = 3.70 [95%CI: 1.07, 12.81] * |
Pacey, 2010 | Inuit preschool-aged children in Nunavut, Canada | 388 | 3-5 years | Past-month qualitative FFQ, 24-hour dietary recall (with repeat 24-hour recalls on 20% of sub-sample) | Mean SSB consumption compared between groups of Reported Caries Experience | Reported Caries Experience (RCE) | Positive | Mean SSB consumption /day among those with RCE 0.8 [SE=0.1] Mean SSB consumption /day among those without RCE 0.5 [SE=0.1] *Significant difference between groups. |
Skinner, 2015 | Random sample of adolescents in Australia | 1187 | 14 to 15 years | Questionnaire including questions about SSB consumption | 0 cup of soft drinks or cordial vs. 1-2 cups per day vs. 3+ cups per day | Mean decayed, missing and filled permanent teeth | Positive | 0 cups per day Male: 1.14 Female: 0.81 1-2 cups per day Male: 1.12 Female: 1.47 3+ cups per day Male: 1.69 Female: 1.39 *Significant difference between groups. Measure of variation not reported Note: this result is for soft drinks or cordial. See full paper for sweetened fruit juice, diet soft drinks and sports drinks. |
Wilder, 2016 | School-based sample of third grade students in Georgia, U.S. | 2944 | 8 and 9 years | Supplemental survey including questions about SSB consumption | Increment of a serving/day of SSB, (1 serving = not reported) | Prevalence ratio of caries experience | Positive | PR: 1.22 [95%CI: 1.13, 1.32]* |
Longitudinal Studies | ||||||||
Lim, 2008 | Low-income African American children in Detroit | 369 | 3-5 years, followed-up 2 years later | Block Kids FFQ | Change from low SSB consumption cluster to high SSB consumption cluster vs. low consumers at both time periods | Incident decayed, missing and filled deciduous teeth and incident filled surfaces at follow-up | Positive | New d 2 mfs: IRR=1.75 [95%CI: 1.16, 2.64]* New filled surface: IRR=2.67 [95%CI: 1.36, 5.23]* |
Park, 2015 | U.S. children in Infant Feeding Practices Study II and Follow-up Study | 1274 | 10-12 months, followed-up at 6 years of age | 10 postpartum surveys through infancy, which asked about intake of SSBs during past 7 days | Any SSBs vs. no SSBs during infancy SSB introduction at or after 6 months, SSB introduction before 6 months vs. Never consumed SSBs during infancy SSB consumption < 1 time/week, 1-3 times/week, ≥3 times/week vs. No SSBs | Dental caries in child’s lifetime at follow-up | Mixed | Any vs. No intake during infancy OR = 1.14 [95%CI: 0.82, 1.57] SSB intro at or after 6 months vs. no SSB OR = 1.07 [95%CI: 0.76, 1.52] SSB intro before 6 months vs. no SSB OR = 1.29 [95%CI: 0.77, 2.17] Consumed <1 time/week vs. No SSBs during infancy OR = 1.15 [95%CI: 0.61, 2.18] Consumed 1-3 times/week vs. No SSBs during infancy OR = 0.85 [95%CI: 0.48, 1.49] Consumed ≥3 times/week vs. No SSBs during infancy OR = 1.83 [95%CI: 1.14, 2.92]* |
Warren, 2009 | Children in rural community in Iowa enrolled in WIC program | 212 | 6-24 months, followed-up 9 and 18 months later | Questionnaire asking about SSB consumption at each follow-up | SSB consumption vs. no SSB consumption at baseline | Odds of caries at 18-month follow-up | Positive | OR = 3.0 [95%CI: 1.1, 8.6]* |
Warren, 2016 | American Indian infants from Northern Plains Tribal community | 232 | Infants followed-up at 4, 8, 12, 16, 22, 28 and 36 months | Validated beverage frequency questionnaire for parents adapted from Iowa Fluoride study, a 24-h dietary recall tool and food habit questionnaire | Added-sugar beverage intake as proportion of total | Odds of caries experience at follow-up | Positive | OR = 1.02 [95%CI: 1.00, 1.04]* |
Watanabe, 2014 | Japanese infants recruited from Kobe City Public Health Center | 31,202 | 1.5 years, followed-up 21 months later (at ~3 years old) | Questionnaire for parents asking about SSB consumption and frequency | Daily SSB consumption vs. no SSB consumption, at baseline | Odds of dental caries at 3-years | Positive | OR = 1.56 [95%CI: 1.46, 1.65]* |
Wigen, 2015 | Children in the Norwegian Mother and Child Cohort Study | 1095 | 1.5 years, followed-up at 5 years old | Questionnaire for parents asking about SSB consumption | SSBs offered at least once a week vs. less than once a week, at 1.5 years | Odds of decayed, missing and filled deciduous teeth | Positive | OR = 1.8 [95%CI: 1.1, 2.9]* |
Intervention Studies | ||||||||
Author, Year | Setting | Sample Size | Sample Age | Intervention | Control | Primary Outcome | Direction of Association | Findings |
Maupomé, 2010 | American Indian toddlers in U.S. | Four geographically separate tribal groups (3 intervention groups, 1 control group); Group A = 63 enrolled, 53 completed. Group B = 62 enrolled, 56 completed; Group C = 80 enrolled, 69 completed. Group D = NR. | 18-30 months, | 3-pronged approach: 1) increase breastfeeding, 2) limit SSB consumption, 3) promote consumption of water for thirst Each intervention group measured at pre and post; also compared to control group to account for secular trends | No intervention received. | Post-pre difference in fraction of affected mouths by incident caries (d1t and d2t) | Positive | d1t Group A: -0.574 [SDE: 0.159]* Group B: -0.300 [SDE: 0.140]* Group C: -0.631 [0.157]* d2t Group A: -0.449 [SDE: 0.180]* Group B: -0.430 [SDE: 0.153]* Group C: -0.342 [SDE: 0.181] |