diff --git a/man/estimate_magnitude.Rd b/man/estimate_magnitude.Rd
index 08657ff..f781261 100644
--- a/man/estimate_magnitude.Rd
+++ b/man/estimate_magnitude.Rd
@@ -109,10 +109,10 @@ it with \code{\link[=plot_magnitude]{plot_magnitude()}}.
 If you want to compare your sample to a known value or reference, then
 use \code{\link[=estimate_mdiff_one]{estimate_mdiff_one()}}.
 
-The estimated mean is from \code{\link[statpsych:ci.mean1]{statpsych::ci.mean1()}} (renamed ci.mean as of
+The estimated mean is from \code{\link[statpsych:ci.mean]{statpsych::ci.mean1()}} (renamed ci.mean as of
 statpsych 1.6).
 
-The estimated median is from \code{\link[statpsych:ci.median1]{statpsych::ci.median1()}} (renamed ci.median
+The estimated median is from \code{\link[statpsych:ci.median]{statpsych::ci.median1()}} (renamed ci.median
 as of statpsych 1.6)
 }
 \examples{
diff --git a/man/estimate_mdiff_one.Rd b/man/estimate_mdiff_one.Rd
index b6f54f6..285d6eb 100644
--- a/man/estimate_mdiff_one.Rd
+++ b/man/estimate_mdiff_one.Rd
@@ -149,12 +149,12 @@ Once you generate an estimate with this function, you can visualize
 it with \code{\link[=plot_mdiff]{plot_mdiff()}} and you can test hypotheses with
 \code{\link[=test_mdiff]{test_mdiff()}}.
 
-The estimated mean differences are from \code{\link[statpsych:ci.mean1]{statpsych::ci.mean1()}} (renamed
+The estimated mean differences are from \code{\link[statpsych:ci.mean]{statpsych::ci.mean1()}} (renamed
 ci.mean as of statpsych 1.6).
 
 The estimated SMDs are from \code{\link[=CI_smd_one]{CI_smd_one()}}.
 
-The estimated median differences are from \code{\link[statpsych:ci.median1]{statpsych::ci.median1()}} (renamed
+The estimated median differences are from \code{\link[statpsych:ci.median]{statpsych::ci.median1()}} (renamed
 ci.median as of statpsych 1.6)
 }
 \examples{
diff --git a/man/estimate_pdiff_one.Rd b/man/estimate_pdiff_one.Rd
index badd75e..80c494a 100644
--- a/man/estimate_pdiff_one.Rd
+++ b/man/estimate_pdiff_one.Rd
@@ -90,7 +90,7 @@ Once you generate an estimate with this function, you can visualize
 it with \code{\link[=plot_pdiff]{plot_pdiff()}} and you can test hypotheses with
 \code{\link[=test_pdiff]{test_pdiff()}}.
 
-The estimated proportion differences are from \code{\link[statpsych:ci.prop1]{statpsych::ci.prop1()}} (renamed
+The estimated proportion differences are from \code{\link[statpsych:ci.prop]{statpsych::ci.prop1()}} (renamed
 ci.prop as of statpsych 1.6).
 }
 \examples{
diff --git a/man/estimate_proportion.Rd b/man/estimate_proportion.Rd
index 1bb283f..04a82da 100644
--- a/man/estimate_proportion.Rd
+++ b/man/estimate_proportion.Rd
@@ -86,7 +86,7 @@ it with \code{\link[=plot_proportion]{plot_proportion()}}.
 If you want to compare your estimate to a known value or reference, then
 use \code{\link[=estimate_pdiff_one]{estimate_pdiff_one()}}.
 
-The estimated proportions are from \code{\link[statpsych:ci.prop1]{statpsych::ci.prop1()}} (renamed
+The estimated proportions are from \code{\link[statpsych:ci.prop]{statpsych::ci.prop1()}} (renamed
 ci.prop as of statpsych 1.6).
 }
 \examples{
diff --git a/man/overview.Rd b/man/overview.Rd
index 7104d06..c6103fa 100644
--- a/man/overview.Rd
+++ b/man/overview.Rd
@@ -90,8 +90,8 @@ vectors, or a data frame.
 }
 \details{
 If equal variance is not assumed, each group is treated independently.  In
-that case, the estimated mean, CI, and SE is from \code{\link[statpsych:ci.mean1]{statpsych::ci.mean1()}},
-and the estimated median, CI, and SE is from \code{\link[statpsych:ci.median1]{statpsych::ci.median1()}}.  If
+that case, the estimated mean, CI, and SE is from \code{\link[statpsych:ci.mean]{statpsych::ci.mean1()}},
+and the estimated median, CI, and SE is from \code{\link[statpsych:ci.median]{statpsych::ci.median1()}}.  If
 equal variance is assumed, each group CI is calculated as with respect to all
 group data, using \code{\link[statpsych:ci.lc.mean.bs]{statpsych::ci.lc.mean.bs()}} and
 \code{\link[statpsych:ci.lc.median.bs]{statpsych::ci.lc.median.bs()}}