Skip to main content
. Author manuscript; available in PMC: 2022 Aug 26.
Published in final edited form as: Dev Med Child Neurol. 2021 Apr 6;63(7):771–784. doi: 10.1111/dmcn.14855

Table 4:

Final summary table listing the results by outcomes for all studies for which data were available to calculate effect sizesa

Outcome Study Comparison Total n Cohen’s d Effect size
Motor
 BSID PDI Ohgi et al.;80 Morgan et al.;17 Palmer et al.;49 Nelson et al.81 Enriched NDT vs standard care; GAME vs standard care; NDT vs developmental stimulation; multisensory+standard care vs standard care 148 0.40; 0.42; −0.63; 0.43 0.19; 0.40; −0.30; 0.12
 GMFM Stark et al.;53 Morgan et al.;17 Law et al.48 sWBV+standard care vs standard care; GAME vs standard care; child- vs context-focused 191 0.13; 0.20; 0.11 0.06; 0.10; 0.05
 GMFM-D Mattern-Baxter et al.54 High- vs low-intensity treadmill training   19 0.36 0.17
 GMFM-E Mattern-Baxter et al.54 High- vs low-intensity treadmill training   19 0.26 0.13
 GMFM-Sitting Park et al.84 Electrical stimulation+NDT vs
NDT
  26 1.27 0.53
 PDMS-2 Morgan et al.;17 Mahoney et al.;43 Mattern-Baxter et al.54 GAME vs standard care equal dose; NDT vs developmental skills; high- vs low-intensity treadmill training   55 0.57; −0.12; −0.29 0.27; −0.16; −0.14
 PMAL-amount Taub et al.;83 Wallen et al.47 CIMT vs standard care; CIMT vs intensive occupational therapy   68 1.61; 0.32 0.62; 0.15
 PMAL-quality Taub et al.;83 Wallen et al.47 CIMT vs standard care; CIMT vs intensive occupational therapy   68 0.75; 0.38 0.35; 0.18
 Daily total steps Mattern-Baxter et al.54 High- vs low-intensity treadmill training   19 −0.40 −0.19
 AHA Wallen et al.47 CIMT vs intensive occupational therapy   50 0.37 0.18
 PEDI-Mobility Mattern-Baxter et al.54 High- vs low-intensity treadmill training   19 −0.40 −0.20
 PEDI-Mobility FSS Law et al.48 Child- vs context-focused 128 0.04 0.02
 PEDI-Mobility CAS Law et al.48 Child- vs context-focused 128 0.01 0.00
 TIME Mahoney et al.43 Developmental skills vs NDT  6 −0.30 −0.15
Cognitive
 BSID MDI Ohgi et al.;80 Palmer et al.;49 Nelson et al.81 Enriched NDT vs standard care; NDT vs developmental stimulation; multisensory+standard care vs standard care 108 0.55; −0.57; 0.59 0.26; −0.27; 0.28
Other/general development
 Vineland-Social Palmer et al.49 NDT vs developmental stimulation   48 −0.25 −0.12
 PEDI-Self-care Stark et al.53 WBV+standard care vs standard
care
  33 0.23 0.11
 PEDI-Self-care Law et al.48 Child- vs context-focused 128 0.14 0.07
FSS
 PEDI-Self-care Law et al.48 Child- vs context-focused 128 −0,02 −0.01
CAS
 COPM Morgan et al.;17 Wallen et al.47 GAME vs standard care; CIMT vs intensive occupational therapy   80 0.25; 0.04 0.12; 0.02
 BSID Morgan et al.17 GAME vs standard care   30 0.42 0.20
 EBS Taub et al.83 CIMT vs standard care   18 1.27 0.53
a

No information is available from nine studies.40,41,46,5052,55,85,86 The mean and standard deviation were used to calculate the effect size.

BSID PDI, Bayley Scales of Infant Development Psychomotor Developmental Index; NDT, neurodevelopmental treatment; GAME, Goals-Activity-Motor Enrichment; GMFM, Gross Motor Function Measure; sWVB, side-alternating, whole-body vibration; PDMS-2, Peabody Developmental Motor Scale, Second Edition; PMAL, Pediatric Motor Activity Log; CIMT, constraint-induced movement therapy; AHA, Assisting Hand Assessment; PEDI, Pediatric Evaluation of Development Inventory; FSS, Functional Skills Scales; CAS, Caregiver Assistance Scales; TIME, Toddler Infant Motor Evaluation; COPM, Canadian Occupational Performance Measure; EBS, Emerging Behaviors Scale.