An index of local sensitivity to non-ignorability for multivariate longitudinal mixed data with potential non-random dropout

Multivariate longitudinal data with mixed continuous and discrete responses with the possibility of non‐ignorable missingness are often common in follow‐up medical studies and their analysis needs to be developed. Standard methods of analysis based on the strong and the unverifiable assumption of mi...

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Published inStatistics in medicine Vol. 29; no. 17; pp. 1779 - 1792
Main Authors Mahabadi, S. Eftekhari, Ganjali, M.
Format Journal Article
LanguageEnglish
Published Chichester, UK John Wiley & Sons, Ltd 30.07.2010
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Online AccessGet full text
ISSN0277-6715
1097-0258
1097-0258
DOI10.1002/sim.3948

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Abstract Multivariate longitudinal data with mixed continuous and discrete responses with the possibility of non‐ignorable missingness are often common in follow‐up medical studies and their analysis needs to be developed. Standard methods of analysis based on the strong and the unverifiable assumption of missing at random (MAR) mechanism could be highly misleading. A way out of this problem is to start with methods that simultaneously allow modelling non‐ignorable mechanism, which includes somehow troubling computations that are often time consuming, then we can use a sensitivity analysis, in which one estimates models under a range of assumptions about non‐ignorability parameters to study the impact of these parameters on key inferences. A general index of sensitivity to non‐ignorability (ISNI) to measure sensitivity of key inferences in a neighborhood of MAR model without fitting a complicated not MAR (NMAR) model for univariate generalized linear models and for models used for univariate longitudinal normal and non‐Gaussian data with potentially NMAR dropout are well presented in the literature. In this paper we extend ISNI methodology to analyze multivariate longitudinal mixed data subject to non‐ignorable dropout in which the non‐ignorable dropout model could be dependent on the mixed responses. The approach is illustrated by analyzing a longitudinal data set in which the general substantive goal of the study is to better understand the relations between parental assessment of child's antisocial behavior and child's reading recognition skill. Copyright © 2010 John Wiley & Sons, Ltd.
AbstractList Multivariate longitudinal data with mixed continuous and discrete responses with the possibility of non-ignorable missingness are often common in follow-up medical studies and their analysis needs to be developed. Standard methods of analysis based on the strong and the unverifiable assumption of missing at random (MAR) mechanism could be highly misleading. A way out of this problem is to start with methods that simultaneously allow modelling non-ignorable mechanism, which includes somehow troubling computations that are often time consuming, then we can use a sensitivity analysis, in which one estimates models under a range of assumptions about non-ignorability parameters to study the impact of these parameters on key inferences. A general index of sensitivity to non-ignorability (ISNI) to measure sensitivity of key inferences in a neighborhood of MAR model without fitting a complicated not MAR (NMAR) model for univariate generalized linear models and for models used for univariate longitudinal normal and non-Gaussian data with potentially NMAR dropout are well presented in the literature. In this paper we extend ISNI methodology to analyze multivariate longitudinal mixed data subject to non-ignorable dropout in which the non-ignorable dropout model could be dependent on the mixed responses. The approach is illustrated by analyzing a longitudinal data set in which the general substantive goal of the study is to better understand the relations between parental assessment of child's antisocial behavior and child's reading recognition skill.Multivariate longitudinal data with mixed continuous and discrete responses with the possibility of non-ignorable missingness are often common in follow-up medical studies and their analysis needs to be developed. Standard methods of analysis based on the strong and the unverifiable assumption of missing at random (MAR) mechanism could be highly misleading. A way out of this problem is to start with methods that simultaneously allow modelling non-ignorable mechanism, which includes somehow troubling computations that are often time consuming, then we can use a sensitivity analysis, in which one estimates models under a range of assumptions about non-ignorability parameters to study the impact of these parameters on key inferences. A general index of sensitivity to non-ignorability (ISNI) to measure sensitivity of key inferences in a neighborhood of MAR model without fitting a complicated not MAR (NMAR) model for univariate generalized linear models and for models used for univariate longitudinal normal and non-Gaussian data with potentially NMAR dropout are well presented in the literature. In this paper we extend ISNI methodology to analyze multivariate longitudinal mixed data subject to non-ignorable dropout in which the non-ignorable dropout model could be dependent on the mixed responses. The approach is illustrated by analyzing a longitudinal data set in which the general substantive goal of the study is to better understand the relations between parental assessment of child's antisocial behavior and child's reading recognition skill.
Multivariate longitudinal data with mixed continuous and discrete responses with the possibility of non‐ignorable missingness are often common in follow‐up medical studies and their analysis needs to be developed. Standard methods of analysis based on the strong and the unverifiable assumption of missing at random (MAR) mechanism could be highly misleading. A way out of this problem is to start with methods that simultaneously allow modelling non‐ignorable mechanism, which includes somehow troubling computations that are often time consuming, then we can use a sensitivity analysis, in which one estimates models under a range of assumptions about non‐ignorability parameters to study the impact of these parameters on key inferences. A general index of sensitivity to non‐ignorability (ISNI) to measure sensitivity of key inferences in a neighborhood of MAR model without fitting a complicated not MAR (NMAR) model for univariate generalized linear models and for models used for univariate longitudinal normal and non‐Gaussian data with potentially NMAR dropout are well presented in the literature. In this paper we extend ISNI methodology to analyze multivariate longitudinal mixed data subject to non‐ignorable dropout in which the non‐ignorable dropout model could be dependent on the mixed responses. The approach is illustrated by analyzing a longitudinal data set in which the general substantive goal of the study is to better understand the relations between parental assessment of child's antisocial behavior and child's reading recognition skill. Copyright © 2010 John Wiley & Sons, Ltd.
Multivariate longitudinal data with mixed continuous and discrete responses with the possibility of non-ignorable missingness are often common in follow-up medical studies and their analysis needs to be developed. Standard methods of analysis based on the strong and the unverifiable assumption of missing at random (MAR) mechanism could be highly misleading. A way out of this problem is to start with methods that simultaneously allow modelling non-ignorable mechanism, which includes somehow troubling computations that are often time consuming, then we can use a sensitivity analysis, in which one estimates models under a range of assumptions about non-ignorability parameters to study the impact of these parameters on key inferences. A general index of sensitivity to non-ignorability (ISNI) to measure sensitivity of key inferences in a neighborhood of MAR model without fitting a complicated not MAR (NMAR) model for univariate generalized linear models and for models used for univariate longitudinal normal and non-Gaussian data with potentially NMAR dropout are well presented in the literature. In this paper we extend ISNI methodology to analyze multivariate longitudinal mixed data subject to non-ignorable dropout in which the non-ignorable dropout model could be dependent on the mixed responses. The approach is illustrated by analyzing a longitudinal data set in which the general substantive goal of the study is to better understand the relations between parental assessment of child's antisocial behavior and child's reading recognition skill.
Author Ganjali, M.
Mahabadi, S. Eftekhari
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References_xml – reference: Jansen I, Hens N, Molenberghs G, Aerts M, Verbeke G, Kenward MG. The nature of sensitivity in missing not at random models. Computational Statistics and Data Analysis 2006; 50:830-858.
– reference: Rubin DB. Inference and missing data. Biometrika 1976; 63:581-592.
– reference: Leon AR, Carriere KC. On the one sample location hypothesis for mixed bivariate data. Communications in Statistics-Theory and Methods 2000; 29:2573-2581.
– reference: Copas JB, Eguchi S. Local sensitivity approximations for selectivity bias. Journal of the Royal Statistical Society, Series B 2001; 63:871-895.
– reference: Xie H. A local sensitivity analysis approach to longitudinal non-Gaussian data with non-ignorable dropout. Statistics in Medicine 2008; 27:3155-3177.
– reference: Ganjali M. A model for mixed continuous and discrete responses with possibility of missing responses. Journal of Sciences, Islamic Republic of Iran 2003; 14(1):53-60.
– reference: Reid JB. Prevention of conduct disorder before and after school entry. Relating Interventions to Developmental Findings. Development and Psychopathology 1993; 5:243-262.
– reference: Troxel AB, Ma G, Heitjan DF. An index of sensitivity to nonignorability. Statistica Sinica 2004; 14:1221-1237.
– reference: Copas JB, Li HG. Inference for non-random samples (with Discussion). Journal of the Royal Statistical Society, Series B 1997; 59:55-95.
– reference: Fitzmaurce GM, Laird NM. Regression models for bivariate discrete and continuous outcome with clustering. Journal of the American Statistical Association 1995; 90:845-852.
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– reference: Olkin L, Tate RF. Multivariate correlation models with mixed discrete and continuous variables. Annals of Mathematical Statistics 1961; 32:448-456.
– reference: Daniels MJ, Hogan JW. Missing Data in Longitudinal Studies. Chapman and Hall, CRC: London, Boca Raton, 2008.
– reference: Ganjali M, Shafie K. A transition model for an ordered cluster of mixed continuous and discrete responses with non-monotone missingness. Journal of Applied Statistical Sciences 2007; 15(3):331-343.
– reference: Rotnitzky A, Robins JM, Scharfstein DO. Semiparametric regression for repeated outcomes with nonignorable nonresponse. Journal of the American Statistical Association 1998; 93:1321-1339.
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Snippet Multivariate longitudinal data with mixed continuous and discrete responses with the possibility of non‐ignorable missingness are often common in follow‐up...
Multivariate longitudinal data with mixed continuous and discrete responses with the possibility of non-ignorable missingness are often common in follow-up...
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SubjectTerms Child
Child Behavior - psychology
Child Development
Child, Preschool
Data Interpretation, Statistical
discrete and continuous responses
Humans
latent variables
Longitudinal Studies
longitudinal study
missing responses
Models, Statistical
Patient Dropouts
Reading
sensitivity analysis
Title An index of local sensitivity to non-ignorability for multivariate longitudinal mixed data with potential non-random dropout
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https://onlinelibrary.wiley.com/doi/abs/10.1002%2Fsim.3948
https://www.ncbi.nlm.nih.gov/pubmed/20658547
https://www.proquest.com/docview/734012283
Volume 29
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