FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4376959259> ?p ?o ?g. }

• W4376959259 endingPage "619" @default.
• W4376959259 startingPage "605" @default.
• W4376959259 abstract "Currently, the effects of motivational interviewing (MI) on children's behavioral changes remain obscure.This systematic review and meta-analysis examined the effects of MI on children's lifestyle behavioral changes (fruits and vegetables [F/V], dairy, sugary beverages, calories, snacks, fat intake, moderate vigorous physical activity [MVPA], and screen time).Six databases (CINAHL, Cochrane, Embase, PsycINFO, PubMed, and Web of Sciences) from 2005 to 2022 were searched. Thirty-one intervention studies with a comparison group met the criteria. Random-effects models were performed to estimate the pooled effects; exploratory moderation analyses with mixed-effects models were used to explore potential intervention moderators.The pooled effect size was 0.10 (p = .334) on ↑F/V, 0.02 (p = .724) on ↑dairy, -0.29 (p < .001) on ↓calories, -0.16 (p = .054) on ↓sugary beverages, -0.22 (p = .002) on ↓snacks, -0.20 (p = .044) on ↓fat, 0.22 (p = .001) on ↑MVPA, and -0.06 (p = .176) on ↓screen time. The effects of MIs were moderated by ↑MI sessions regarding ↓snacks (B = -0.04, p = .010). Multicomponent and clinical programs had greater effects on dairy intake than their counterparts (0.09 vs. -0.21, p = .034; 0.12 vs. -0.14, p = .027, respectively). Similarly, interventions with a fidelity check resulted in greater dairy intake than those without a check (0.29 vs. -0.15, p = .014). A few long-term follow-up assessments revealed effects on ↓F/V (-0.18; p = .143, k = 2), ↓dairy (-0.13, p = .399, k = 4), ↓MVPA (-0.04; p = .611, k = 6), and ↑screen time (0.12; p = .242, k = 4).Our findings support the short-term effects of MI on improving children's lifestyle behaviors. Additional investigations are needed to better sustain children's long-term behavioral changes.Although motivational interviewing (MI) techniques are often recommended and used by clinicians to promote healthy behaviors, their effects on children’s behavioral changes are not clear. This systematic review and meta-analysis examined the effects of MI on children’s lifestyle behavioral changes particularly in children’s intakes in fruits and vegetables, dairy, sugary drinks, calories, snacks, and high-fat diet, as well as children’s physical activity and screen time. A total of 957 articles from six databases were screened for eligibility. Among them, 31 eligible articles were retrieved for knowledge synthesis. This review found that MI techniques were effective in lowering children’s intakes in calories, sugary drinks, snacks, high-fat diets. In addition, MI techniques were also effective in promoting children’s moderate to vigorous physical activities. It seemed that more MI sessions were more likely to decrease children’s snacks intakes. Taken together, our findings support the short-term effects of MI on improving children’s lifestyle behaviors. Additional investigations are needed to better sustain children’s long-term behavioral changes." @default.
• W4376959259 created "2023-05-18" @default.
• W4376959259 creator A5025867752 @default.
• W4376959259 creator A5030338685 @default.
• W4376959259 creator A5048304982 @default.
• W4376959259 creator A5052777757 @default.
• W4376959259 creator A5074078439 @default.
• W4376959259 date "2023-05-17" @default.
• W4376959259 modified "2023-09-30" @default.
• W4376959259 title "Motivational Interviewing in Pediatric Obesity: A Meta-analysis of the Effects on Behavioral Outcomes" @default.
• W4376959259 cites W1534181333 @default.
• W4376959259 cites W1546257197 @default.
• W4376959259 cites W1879306666 @default.
• W4376959259 cites W1917861006 @default.
• W4376959259 cites W1932348581 @default.
• W4376959259 cites W1967534708 @default.
• W4376959259 cites W1972092657 @default.
• W4376959259 cites W1977597980 @default.
• W4376959259 cites W1985706195 @default.
• W4376959259 cites W1999897622 @default.
• W4376959259 cites W2003485160 @default.
• W4376959259 cites W2006242266 @default.
• W4376959259 cites W2006727029 @default.
• W4376959259 cites W2017134161 @default.
• W4376959259 cites W2017904451 @default.
• W4376959259 cites W2022186585 @default.
• W4376959259 cites W2031370419 @default.
• W4376959259 cites W2090857190 @default.
• W4376959259 cites W2094051691 @default.
• W4376959259 cites W2105149876 @default.
• W4376959259 cites W2118891970 @default.
• W4376959259 cites W2119620182 @default.
• W4376959259 cites W2126018236 @default.
• W4376959259 cites W2130004164 @default.
• W4376959259 cites W2132554507 @default.
• W4376959259 cites W2137800487 @default.
• W4376959259 cites W2143559567 @default.
• W4376959259 cites W2146377483 @default.
• W4376959259 cites W2147315135 @default.
• W4376959259 cites W2150813671 @default.
• W4376959259 cites W2156371066 @default.
• W4376959259 cites W2159569718 @default.
• W4376959259 cites W2169832553 @default.
• W4376959259 cites W2170073265 @default.
• W4376959259 cites W2170892587 @default.
• W4376959259 cites W2171853361 @default.
• W4376959259 cites W2177152866 @default.
• W4376959259 cites W2197122053 @default.
• W4376959259 cites W2261281274 @default.
• W4376959259 cites W2325745212 @default.
• W4376959259 cites W2331241345 @default.
• W4376959259 cites W2338647121 @default.
• W4376959259 cites W2412232878 @default.
• W4376959259 cites W2567362164 @default.
• W4376959259 cites W2574861494 @default.
• W4376959259 cites W2615308416 @default.
• W4376959259 cites W2618265115 @default.
• W4376959259 cites W2621067717 @default.
• W4376959259 cites W2622096053 @default.
• W4376959259 cites W2760571569 @default.
• W4376959259 cites W2763736909 @default.
• W4376959259 cites W2766343510 @default.
• W4376959259 cites W2792507811 @default.
• W4376959259 cites W2794031374 @default.
• W4376959259 cites W2809019540 @default.
• W4376959259 cites W2896005440 @default.
• W4376959259 cites W2902999784 @default.
• W4376959259 cites W2911443646 @default.
• W4376959259 cites W2923140384 @default.
• W4376959259 cites W2929212821 @default.
• W4376959259 cites W2940462739 @default.
• W4376959259 cites W2945862429 @default.
• W4376959259 cites W2955414882 @default.
• W4376959259 cites W2991411334 @default.
• W4376959259 cites W2998464216 @default.
• W4376959259 cites W3025058289 @default.
• W4376959259 cites W3043578992 @default.
• W4376959259 cites W3092488386 @default.
• W4376959259 cites W3093003646 @default.
• W4376959259 cites W3127972094 @default.
• W4376959259 cites W3158822088 @default.
• W4376959259 cites W3177061544 @default.
• W4376959259 cites W3178542022 @default.
• W4376959259 cites W4206471363 @default.
• W4376959259 cites W4307639566 @default.
• W4376959259 cites W878801443 @default.
• W4376959259 doi "https://doi.org/10.1093/abm/kaad006" @default.
• W4376959259 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37195909" @default.
• W4376959259 hasPublicationYear "2023" @default.
• W4376959259 type Work @default.
• W4376959259 citedByCount "0" @default.
• W4376959259 crossrefType "journal-article" @default.
• W4376959259 hasAuthorship W4376959259A5025867752 @default.
• W4376959259 hasAuthorship W4376959259A5030338685 @default.
• W4376959259 hasAuthorship W4376959259A5048304982 @default.
• W4376959259 hasAuthorship W4376959259A5052777757 @default.
• W4376959259 hasAuthorship W4376959259A5074078439 @default.
• W4376959259 hasBestOaLocation W43769592591 @default.

• next