|
alpexfix()
|
Pooled excess risk estimate using the alternative fixed effect model meta-analysis |
|
alpexrand()
|
Pooled excess risk estimate using the alternative random effect model meta-analysis |
|
estmeta()
|
Meta-analysis of Beta (the parameters or coefficients estimated) from regression models |
|
exsens()
|
Sensitivity analysis for excess relative risk (ERR) or excess odds ratio (EOR) estimates meta-analysis |
|
hetest()
|
Test of heterogeneity |
|
IHD
|
IHD dataset |
|
print(<metaan.ara>)
|
Pooled excess risk estimate using the alternative random effect model meta-analysis |
|
print(<metaan.arf>)
|
Pooled excess risk estimate using the alternative fixed effect model meta-analysis |
|
print(<metaan.era>)
|
Pooled excess risk estimate using the fixed effect model meta-analysis |
|
print(<metaan.erf>)
|
Pooled excess risk estimate using the random effect model meta-analysis |
|
print(<metaan.est>)
|
Meta-analysis of Beta (the parameters or coefficients estimated) from regression models |
|
print(<metaan.ra>)
|
Pooled risk estimate using the random effect model meta-analysis |
|
print(<metaan.rr>)
|
Pooled risk estimate using the fixed effect model meta-analysis |
|
pexfix()
|
Pooled excess risk estimate using the fixed effect model meta-analysis |
|
pexrand()
|
Pooled excess risk estimate using the random effect model meta-analysis |
|
priskfix()
|
Pooled risk estimate using the fixed effect model meta-analysis |
|
priskran()
|
Pooled risk estimate using the random effect model meta-analysis |
|
risksens()
|
Sensitivity analysis for relative risk (or odds ratio) meta-analysis |
|
Tuberculosis
|
Tuberculosis dataset |