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Table 1 Characteristics of included studies

From: How effective are family-based and institutional nutrition interventions in improving children’s diet and health? A systematic review

Study, Location

Setting, Disadvantaged population (if indicated)

Interventions

Participants age during intervention

Sample size

Sample size at follow-up

Duration of intervention

Follow-up duration post-intervention

Health & Nutrition Outcomes

Potential risk of bias ratinga

Andersen 2014 [40]

Damsgaard 2014 [83]

OPUS school meal study

Denmark

School

School meals (free)

Years 3 & 4 Mean age 10 years

834 no breakdown by I/C

663

6 month crossover trial

0

Dietary intake (self-report)

M

Anderson 2005 [50]

Scotland

School

School multicomponent

Year 2 & Year 6 classes

6-7 years & 10-11 years

I=158 C=136

I=64 C=65

9 months

0

Dietary intake (self-report) Attitudes & knowledge of heathy eating

W

Baranowski 2000 [51]

Gimme 5

USA

School

School multicomponent- comprehensive

Years 3-5

1864 no breakdown by I/C

1253

2 years

0

Dietary intake (self-report) F&V preferences, Self-efficacy

S

Baranowski 2003 [74]

GEMS Fun, Food and Fitness

USA

Family

Summer camp/ Internet F/U for family

8 years

I=19 C=16

I=17, C=14

3 months

<1mth

Dietary intake (self-report), BMI, PA levels (accelerometry, self-report)

M

Bayer 2009 [64]

Tigerkids

Germany

Preschool

Preschool -multicomponent

Preschool Mean age 6 years

I=1049 C=560, I2=1040 C2=565

I= 850, C=469; I2=872 C2=468

2 years

0

Dietary intake (Parent-report), BMI

S

Bere 2006a,2007, 2010 [45, 85, 88]

Free School Fruit

Norway

School

School-Free Fruit & multicomponent

Year 6/7

Mean age 11.3 years

577 no breakdown by IC

I=286 C= 231

2 years (only 1 year free fruit)

1 year, 3years

Dietary intake (self-report), F&V preferences

S

Bere 2006b [52]

F&V Makes the Marks

Norway

School

School- Paid fruit & multicomponent

Years 6/7

Mean age 11.3 years

450 no breakdown by I/C

I=190 C=179

1 year

1 year

Dietary intake (self-report), F&V accessibility, preferences, modelling

S

Breslin 2012 [70]

Sport For Life

Northern Ireland

School

Low SES schools

School multicomponent

Year 3

8-9 years

I=209 C=207

?

3 months

1 month

Dietary intake (self-report), BMI, PA levels & Screen-time (accelerometry, self-report)

S

Caballero 2003 [53]

Davis 2003 [94],

Himes 2003 [95]

Pathways study

USA

School

Native American community schools

School multicomponent

Year 3

Mean age 7.6 years

I=879 C=825

I=727, C= 682

3 years

0

Dietary intake (self-report, direct observation), BMI, PA levels (accelerometry, self-report)

S

Cameron 2014 [75]

Campbell 2013 [96]

Melbourne InFANT

Australia

Family

Parent groups

Mother-infant pairs

Infants 4-15 months

I=271 C=271

I= 241 C=239

18 months

0

Dietary intake (parent report), BMI, PA levels & Screen-time (accelerometry)

S

Christian 2014 [44]

England

School

School gardening

Primary school ages 7-11

I=529 C=727

I=312 C=329

2 years

0

Dietary intake (observer & parent-report)

W

Cohen 2014 [54]

CHANGE study

USA

School

Low income rural community

School multicomponent

Primary school Years 1-6

1302 no breakdown by I/C

I=251 C=181

2 years

0

Dietary intake (Assisted self-report)

M

Crepinsek 2006 [42]

Universal Free School Breakfast Program

USA

School

Free school breakfast program

Primary School Years 2-6

4358 no breakdown by I/C

I=2212 C=2066

3 years- Evaluation done at 12 months

0

Dietary intake (parent & self-report)

S

De Bock 2012 [65]

Germany

Preschool

Preschool -multicomponent

Preschool Mean age 4.3 years

I=194 C=183

202 No breakdown by IC

6 months

6 months

Dietary intake (parent report), BMI

W

Epstein 2001 [20]

USA

Family

Family - Parent sessions

30 families- 1 parent & 1 child

Mean age 8.7 years

I=15 I2=15

27 No breakdown by IC

6 months

6 months

Dietary intake (parent & self-report), BMI

M

Evans 2013 [55]

Project Tomato

England

School

School multicomponent

Year 3

(7-8yrs)

I=530 C=550

I=331 C=347

10 months

10months

Dietary intake (observer & parent-report)

S

Greening 2011 [56]

TEAM Mississippi Project

USA

School

Low SES rural community

School/Family

6-10 years Mean age 8.3 years

I=224 C=283

I=204 C=246

8 months

0

Dietary intake (parent-report), Fitness & PA levels

S

Hardy 2010 [73]

Munch & Move

Australia

Preschool

Preschool -multicomponent

Mean age 4.5yrs

I=263 C=167

I=218 C=141

5 months

0

Lunch foods (Measurement), Movement skills

M

Hendrie 2011 [76]

Hendrie 2013 [97]

Australia

Family

Family - Parent sessions

4-13 year old children Mean age 8.6yrs

I=76 C=69

I=76 C=64

3 months

3 months

Dietary intake (parent & self-report), BMI, Plasma lipids

M

Hendy 2011 [46]

Kid’s Choice Program USA

School

School rewards program (Lunch)

Years 1-4

457 Both groups

382 both groups

3 months

0

Dietary intake (observation), BMI, PA levels (Pedometery)

S

Hoffman 2010 [57]

USA

School

Low SES urban community

School multicomponent

Kinder, Year 1

Mean age 6.2 years

I=149 C=148

I=113 C=97

6 months

1 year

Dietary intake (observation), BMI, F&V preferences

W

Hopper 1996 [69]

USA

School

School multicomponent

Year 2 & 4 Mean age 8.9 years

I=48 C=49

I=48 C=49

12 weeks

0

Dietary intake (Assisted self & parent-report),BMI

M

Horne 2009 [58]

Food Dudes

Ireland

School

School multicomponent

4-11 years

I=228 C=207

?

12 months

0

Dietary intake (observation)

M

Kristjansdottir 2010 [59]

Iceland

School

School multicomponent

7-9 years

265 No breakdown by I/C

I=58 C=48

2 years

0

Dietary intake (Parent report & measurement)

W

Luepker 1996 [60],

Dwyer 2002 [84]

CATCH

USA

School

School food service changes, curriculum and home program

Year 3 initially

8 to 11 years

5106

4019

(1532 at 3 years post intervention)

3 years

3 years

BP, BMI/skin fold thickness, serum lipids and Apolipoprotein B, dietary intake (self-report), PA/screen time (self-report), fitness (9 minute run)

S

Llargues 2011 [61]

Avall Study

Spain

School

School based curriculum multicomponent, plus home

Year 1

5-7 years

598,

I=272 C=237

I=272, C=236

2 years

0

BMI, dietary intake (parent-report), PA/screen time (parent-report)

S

Moore 2007, 2014 [41], [98]

Murphy 2011 [82]

Welsh Primary School Free Breakfast Initiative

Wales

School

Free school breakfast program

9 to 11 years

RCT trial with repeated X sectional design

1975 had at least baseline and one follow up

12months

0

Dietary intake (Self-report), Classroom cognitive tests, Attitudes towards breakfast (Self-report), Strengths & Difficulties questionnaire (teacher-report)

W

Muth 2008 [62]

IMPACT

USA

School

School curriculum based

Year 4

Mean age 9.9 years

I=38 C=37

I=37 C=36

3 months plus student leader training

0

Dietary intake (Self -report), PA/sedentary behaviour/screen time (Self -report)

S

Natale 2013 [66], [99]

Healthy Caregivers, Healthy children

USA

Preschool

Pre-school multicomponent, environmental and family

2 to 5 years

I=726 C=379

I=238 C=69

2 years

0

Dietary intake (parent-report), sedentary behaviour (parent-report)

W

Natale 2014 [67]

Healthy Inside-Healthy Outside (HI-HO)

USA

Preschool

Pre-school multicomponent

plus home

2 to 5 years

I=238, C=69 dyads

185 dyads

6 months

6 months

Dietary intake (parent-report), BMI, PA levels and screen time (parent-report)

M

Ni Mhurchu 2011 [43]

Free school breakfast

New Zealand

School

Free school breakfast program

Primary school children Mean age 9.4 years

424

375

1 year for longest

0

Breakfast intake/hunger (self-report), food security (family-report) Academic achievement, school attendance (records), Strengths & Difficulties (teacher-report)

M

Olvera 2008, 2010 [77, 81]

Bounce program

USA

Family

Latino mothers/ daughters

Community-based PA and nutrition intervention

Years 3 to 6

46 dyads, I=26 C=20

I=18 C=17

12 weeks

0

Dietary intake (self & parent report), BMI, PA (accelerometer, shuttle run test) exercise heart rate, peak oxygen consumption

M

Perrikou 2013 [72]

Cyprus

School

Teacher modelling (EXPO), curriculum (EDUC) two IV streams

9 years

I1=68, I2=79, C=71

I1=59, I2=67, C=58

29 weeks

1 year

Dietary intake (observation)

M

Perry 2004 [47]

Cafeteria Power Plus Project

USA

School

Cafeteria-based intervention

Years 1 & 3

1668, no breakdown by I/C

1168

2 years

0

Dietary intake (parent-report), BMI

M

Raitakari 2005 [49], Kaitosaari 2006 [48]

Special Turku Coronary Risk Factor Intervention Project for Children (STRIP)

Finland

Family

Family-based low saturated fat diet/nutrition intervention

Infants 7 months old at commencement

I=540 C=522 (families as unit)

I=179 C=190

Ongoing FU visits

9 years & 11 years

Dietary intake (self & parent report), PA (self-report), endothelial function (brachial artery ultrasound), BP, BMI, lipids, glucose, insulin, HOMA-IR, Apolipoprotein A, Apolipoprotein B

W

Rush, 2012 [63]

Project Energize

New Zealand

School

School based nutrition and PA change agent mediated

Primary school children Years 1 -6

I=692 C=660

1352 (~30% lost to follow up, analysis restricted to matched groups)

2 years

0

BP, BMI, % body fat (bioelectrical impedance)

M

Stolley 1997 [78]

USA

Family

Low income African American families

Community-based PA and nutrition IV

7-12 year olds

Pairs I=32, C=33

I=23 daughters & 20 mums

C=27 daughters &18 mums

12 weeks

0

BMI, dietary intake (self-report)

M

Tabak 2012 [79]

Family Ties to Health Program

USA

Family

Family - Phone calls and newsletters

Preschool-aged children

2-5 years

I=25 C=23

I=22 C=21

4 months

0

Dietary intake (parent report)

W

Vereecken 2009 [68]

Beastly Healthy at School

Belgium

Preschool

Pre-school multicomponent

Preschool children

2.5 to 5 years

I=742 kids C=480

I=618 kids C=445

12 weeks

6 months

Dietary intake (observation and parent-report)

S

  1. a S Strong (Low risk of bias), M Moderate (Moderate risk of bias), W Weak (High risk of bias)