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. 2021 Jul 16;10(1):82–112. doi: 10.1007/s40489-021-00278-3

Table 1.

Quality ratings of studies of telehealth interventions for children with ASD using group designs

Study Participant characterstics IV Comparison condition DV Link between research q and data analysis Use of stat tests Random assignment IOA Blind raters Fidelity Attrition Generalizability and/or maintenance Effect size Social validity Rating
Blackman et al. (2020) High Unacceptable High Acceptable High High No evidence Evidence No evidence No evidence No evidence No evidence No evidence Evidence Weak
Dai et al. (2018) Acceptable High High High High Acceptable No evidence N/A N/A No evidence Evidence No evidence No evidence No evidence Weak
Fisher et al. (2020) High Unacceptable High High High Acceptable Evidence Evidence Evidence Evidence Evidence No evidence Evidence No evidence Weak
Hao et al. (2021) Acceptable High High High High Acceptable No evidence Evidence Evidence Evidence Evidence No evidence Evidence No evidence Adequate
Hay-Hansson and Eldevik (2013) High High High High Unacceptable Unacceptable Evidence Evidence No evidence No evidence No evidence Evidence Evidence No evidence Weak
Hepburn et al. (2016) High Acceptable High High High High No evidence Evidence N/A Evidence Evidence No evidence Evidence No evidence Strong
Ingersoll and Berger (2015) High High High Acceptable High High Evidence No evidence No evidence Evidence Evidence No evidence Evidence No evidence Adequate
Ingersoll et al.  (2016) High Acceptable High High High High Evidence Evidence No evidence Evidence No evidence Evidence No evidence No evidence Adequate
Kuravackel et al. (2018) High High High High High High Evidence No evidence No evidence Evidence No evidence No evidence Evidence No evidence Adequate
Lindgren et al. (2016) Acceptable High High High High High No evidence Evidence No evidence Evidence Evidence No evidence No evidence No evidence Adequate
Marino et al. (2020) Acceptable Unacceptable Acceptable High Acceptable Acceptable Evidence No evidence No evidence No evidence Evidence No evidence Evidence No evidence Weak
Pickard et al. (2016) Acceptable High High High High High Evidence Evidence Evidence No evidence Evidence No evidence No evidence No evidence Weak
Ruble et al. (2013) High High High High High High Evidence Evidence No evidence Evidence Evidence No evidence Evidence No evidence Strong
Shire et al. (2020) Acceptable Acceptable High High High High No evidence Evidence Evidence Evidence Evidence No evidence Evidence No evidence Adequate
Vismara et al. (2018) High High High High High High Evidence Evidence Evidence Evidence Evidence Evidence No evidence Evidence Strong
Vismara et al. (2009) Acceptable High Unacceptable High High Unacceptable No evidence Evidence Evidence Evidence Evidence No evidence No evidence No evidence Weak

Quality indicators retrieved from Reichow et al. (2008). Primary quality indicators include thorough descriptions of participant characteristics, independent variables, comparison conditions, and dependent variables; a strong link between the research question(s) and data analysis; and proper use of statistical analyses. Secondary quality indicators include evidence of random assignment, interobserver agreement, blind raters, fidelity, comparable attrition between groups, generalization and/or maintenance, reports of effect size, and social validity. Strong quality is determined by high quality ratings on all primary quality indicators and evidence of four or more secondary quality indicators. Adequate quality is determined by high quality ratings on four or more primary quality indicators with no unacceptable quality ratings on any primary quality indicators and evidence of at least two secondary quality indicators. Weak quality is determined by fewer than four high quality ratings on primary quality indicators or evidence of less than two secondary quality indicators

Note: IV, independent variable; DV, dependent variable; IOA, inter-observer agreement