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Self-Controlled Case Series Studies: A Modelling Guide with R
provides the first comprehensive account of the self-controlled
case series (SCCS) method, a statistical technique for
investigating associations between outcome events and time-varying
exposures. The method only requires information from individuals
who have experienced the event of interest, and automatically
controls for multiplicative time-invariant confounders, even when
these are unmeasured or unknown. It is increasingly being used in
epidemiology, most frequently to study the safety of vaccines and
pharmaceutical drugs. Key features of the book include: A thorough
yet accessible description of the SCCS method, with mathematical
details provided in separate starred sections. Comprehensive
discussion of assumptions and how they may be verified. A detailed
account of different SCCS models, extensions of the SCCS method,
and the design of SCCS studies. Extensive practical illustrations
and worked examples from epidemiology. Full computer code from the
associated R package SCCS, which includes all the data sets used in
the book. The book is aimed at a broad range of readers, including
epidemiologists and medical statisticians who wish to use the SCCS
method, and also researchers with an interest in statistical
methodology. The three authors have been closely involved with the
inception, development, popularisation and programming of the SCCS
method.
Self-Controlled Case Series Studies: A Modelling Guide with R
provides the first comprehensive account of the self-controlled
case series (SCCS) method, a statistical technique for
investigating associations between outcome events and time-varying
exposures. The method only requires information from individuals
who have experienced the event of interest, and automatically
controls for multiplicative time-invariant confounders, even when
these are unmeasured or unknown. It is increasingly being used in
epidemiology, most frequently to study the safety of vaccines and
pharmaceutical drugs. Key features of the book include: A thorough
yet accessible description of the SCCS method, with mathematical
details provided in separate starred sections. Comprehensive
discussion of assumptions and how they may be verified. A detailed
account of different SCCS models, extensions of the SCCS method,
and the design of SCCS studies. Extensive practical illustrations
and worked examples from epidemiology. Full computer code from the
associated R package SCCS, which includes all the data sets used in
the book. The book is aimed at a broad range of readers, including
epidemiologists and medical statisticians who wish to use the SCCS
method, and also researchers with an interest in statistical
methodology. The three authors have been closely involved with the
inception, development, popularisation and programming of the SCCS
method.
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