Matches in SemOpenAlex for { <https://semopenalex.org/work/W3163045554> ?p ?o ?g. }
- W3163045554 endingPage "e26548" @default.
- W3163045554 startingPage "e26548" @default.
- W3163045554 abstract "Ecological momentary assessment (EMA) tools appear to be useful interventions for collecting real-time data on patients' behavior and functioning. However, concerns have been voiced regarding the acceptability of EMA among patients with schizophrenia and the factors influencing EMA acceptability.The aim of this study was to investigate the acceptability of a passive smartphone-based EMA app, evidence-based behavior (eB2), among patients with schizophrenia spectrum disorders and the putative variables underlying their acceptance.The participants in this study were from an ongoing randomized controlled trial (RCT) of metacognitive training, consisting of outpatients with schizophrenia spectrum disorders (F20-29 of 10th revision of the International Statistical Classification of Diseases and Related Health Problems), aged 18-64 years, none of whom received any financial compensation. Those who consented to installation of the eB2 app (users) were compared with those who did not (nonusers) in sociodemographic, clinical, premorbid adjustment, neurocognitive, psychopathological, insight, and metacognitive variables. A multivariable binary logistic regression tested the influence of the above (independent) variables on being user versus nonuser (acceptability), which was the main outcome measure.Out of the 77 RCT participants, 24 (31%) consented to installing eB2, which remained installed till the end of the study (median follow-up 14.50 weeks) in 14 participants (70%). Users were younger and had a higher education level, better premorbid adjustment, better executive function (according to the Trail Making Test), and higher cognitive insight levels (measured with the Beck Cognitive Insight Scale) than nonusers (univariate analyses) although only age (OR 0.93, 95% CI 0.86-0.99; P=.048) and early adolescence premorbid adjustment (OR 0.75, 95% CI 0.61-0.93; P=.01) survived the multivariable regression model, thus predicting eB2 acceptability.Acceptability of a passive smartphone-based EMA app among participants with schizophrenia spectrum disorders in this RCT where no participant received financial compensation was, as expected, relatively low, and linked with being young and good premorbid adjustment. Further research should examine how to increase EMA acceptability in patients with schizophrenia spectrum disorders, in particular, older participants and those with poor premorbid adjustment.ClinicalTrials.gov NCT04104347; https://clinicaltrials.gov/ct2/show/NCT04104347." @default.
- W3163045554 created "2021-05-24" @default.
- W3163045554 creator A5004120966 @default.
- W3163045554 creator A5004436770 @default.
- W3163045554 creator A5011693404 @default.
- W3163045554 creator A5019146877 @default.
- W3163045554 creator A5025559587 @default.
- W3163045554 creator A5026728523 @default.
- W3163045554 creator A5032246644 @default.
- W3163045554 creator A5054653659 @default.
- W3163045554 creator A5061397008 @default.
- W3163045554 creator A5074635079 @default.
- W3163045554 creator A5074940440 @default.
- W3163045554 creator A5088843751 @default.
- W3163045554 date "2021-07-26" @default.
- W3163045554 modified "2023-10-18" @default.
- W3163045554 title "Use of Ecological Momentary Assessment Through a Passive Smartphone-Based App (eB2) by Patients With Schizophrenia: Acceptability Study" @default.
- W3163045554 cites W1867555023 @default.
- W3163045554 cites W1979283977 @default.
- W3163045554 cites W1987592329 @default.
- W3163045554 cites W1988168171 @default.
- W3163045554 cites W1991576326 @default.
- W3163045554 cites W1992552318 @default.
- W3163045554 cites W1994387609 @default.
- W3163045554 cites W2008289090 @default.
- W3163045554 cites W2072677461 @default.
- W3163045554 cites W2084641214 @default.
- W3163045554 cites W2096358051 @default.
- W3163045554 cites W2099761330 @default.
- W3163045554 cites W2107852547 @default.
- W3163045554 cites W2113641591 @default.
- W3163045554 cites W2116293971 @default.
- W3163045554 cites W2121621539 @default.
- W3163045554 cites W2125813823 @default.
- W3163045554 cites W2129863218 @default.
- W3163045554 cites W2140606211 @default.
- W3163045554 cites W2145914935 @default.
- W3163045554 cites W2149923164 @default.
- W3163045554 cites W2158536764 @default.
- W3163045554 cites W2171510556 @default.
- W3163045554 cites W2267837598 @default.
- W3163045554 cites W2346744086 @default.
- W3163045554 cites W2392412101 @default.
- W3163045554 cites W2548757059 @default.
- W3163045554 cites W2555604029 @default.
- W3163045554 cites W2587037301 @default.
- W3163045554 cites W2590283400 @default.
- W3163045554 cites W2592797645 @default.
- W3163045554 cites W2593574812 @default.
- W3163045554 cites W2727509775 @default.
- W3163045554 cites W2759174152 @default.
- W3163045554 cites W2761724488 @default.
- W3163045554 cites W2763922718 @default.
- W3163045554 cites W2766634159 @default.
- W3163045554 cites W2787977352 @default.
- W3163045554 cites W2792224659 @default.
- W3163045554 cites W2792686706 @default.
- W3163045554 cites W2808759103 @default.
- W3163045554 cites W2882452492 @default.
- W3163045554 cites W2891525603 @default.
- W3163045554 cites W2912041593 @default.
- W3163045554 cites W2955220030 @default.
- W3163045554 cites W2955308548 @default.
- W3163045554 cites W2969382362 @default.
- W3163045554 cites W2980772385 @default.
- W3163045554 cites W2998578856 @default.
- W3163045554 cites W3006471746 @default.
- W3163045554 cites W3015197879 @default.
- W3163045554 cites W3015217122 @default.
- W3163045554 cites W3017743461 @default.
- W3163045554 cites W3023399464 @default.
- W3163045554 cites W3032703209 @default.
- W3163045554 cites W4210651558 @default.
- W3163045554 cites W4254818805 @default.
- W3163045554 doi "https://doi.org/10.2196/26548" @default.
- W3163045554 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8367186" @default.
- W3163045554 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34309576" @default.
- W3163045554 hasPublicationYear "2021" @default.
- W3163045554 type Work @default.
- W3163045554 sameAs 3163045554 @default.
- W3163045554 citedByCount "9" @default.
- W3163045554 countsByYear W31630455542022 @default.
- W3163045554 countsByYear W31630455542023 @default.
- W3163045554 crossrefType "journal-article" @default.
- W3163045554 hasAuthorship W3163045554A5004120966 @default.
- W3163045554 hasAuthorship W3163045554A5004436770 @default.
- W3163045554 hasAuthorship W3163045554A5011693404 @default.
- W3163045554 hasAuthorship W3163045554A5019146877 @default.
- W3163045554 hasAuthorship W3163045554A5025559587 @default.
- W3163045554 hasAuthorship W3163045554A5026728523 @default.
- W3163045554 hasAuthorship W3163045554A5032246644 @default.
- W3163045554 hasAuthorship W3163045554A5054653659 @default.
- W3163045554 hasAuthorship W3163045554A5061397008 @default.
- W3163045554 hasAuthorship W3163045554A5074635079 @default.
- W3163045554 hasAuthorship W3163045554A5074940440 @default.
- W3163045554 hasAuthorship W3163045554A5088843751 @default.
- W3163045554 hasBestOaLocation W31630455541 @default.
- W3163045554 hasConcept C118552586 @default.