Primary study · included by 1 review

Chronic malnutrition and oral health status in children aged 1 to 5 years: An observational study.

Vieira et al. 2020 · Vieira Karlla A, Rosa-Júnior Laerto S, Souza Maria A V, et al. · Medicine · 2020

PubMed 32358344doi:10.1097/md.0000000000019595Journal Article; Observational Study

Trial PICO

Not extracted yet. Trial-level population, intervention, comparator, outcomes and design will appear here after the trial extraction run. Until then, the reviews below describe the study.

Results

Not extracted yet. Per-trial results (events, means, effect and weight as each review's forest plot reports them) will appear here after the trial extraction run.

Included by

The bi-directional relationship between growth stunting and early childhood caries: a rapid review.
Non-Cochrane · aetiology · 2023 · cited as Vieira et al. 2020 · Table 1 (row 2, Vieira et al.); reference list [26]
Outcome this study informsPooled effectEvidenceCertainty
Early childhood caries (def-t/dmft caries experience)
Growth stunting (linear growth retardation, low height-for-age) vs Children without growth stunting (normal height-for-age)
APR 0.14 [0.03, 0.69]1 study · 370 participantsUngraded
Early childhood caries (def-t/dmft caries experience)
Growth stunting (linear growth retardation, low height-for-age) vs Children without growth stunting (normal height-for-age)
Correlation (r) -0.0911 study · 82 participantsUngraded
Change in height-for-age z-score (adjusted model)
Early childhood caries / severe early childhood caries vs Caries-free children · ~9.73-month follow-up
Regression coefficient -0.02 [-0.04, 0.01]1 study · 1111 participantsUngraded
Growth stunting / low linear growth (height-for-age z-score)
Early childhood caries / severe early childhood caries vs Caries-free children
The severity of child caries measured by the dmft index correlated with mouth pain and both chronic (stunting) and acute malnutrition (HAZ score) (p<0.0001).1 study · 836 participantsUngraded
Growth stunting / low linear growth (height-for-age z-score)
Early childhood caries / severe early childhood caries vs Caries-free children
MD 0.661 study · 593 participantsUngraded
Early childhood caries (def-t/dmft caries experience)
Growth stunting (linear growth retardation, low height-for-age) vs Children without growth stunting (normal height-for-age) · 2-year follow-up
Pre/post ECC prevalence, dmft, and deep-caries proportion (2-year follow-up) Age 1: prevalence 53.8% to 30.3%, dmft 2.1 to 0.9; Age 2: prevalence 82% to 60%, dmft 5.3 to 3.0, deep caries 19% to 12% (pre vs post)1 study · 1575 participantsUngraded
Early childhood caries (def-t/dmft caries experience)
Growth stunting (linear growth retardation, low height-for-age) vs Children without growth stunting (normal height-for-age)
MEAN 7.371 study · 208 participantsUngraded
Growth stunting / low linear growth (height-for-age z-score)
Early childhood caries / severe early childhood caries vs Caries-free children · 1-year follow-up
OR 1.8 [1.0, 3.0]1 study · 1307 participantsUngraded
Risk of malnutrition (younger children, 6 months to 6 years)
Early childhood caries / severe early childhood caries vs Caries-free children
MD 0.13 [-0.64, 0.38]1 study · 273 participantsUngraded

1 including review in total.