diff --git a/R/CIDR.R b/R/CIDR.R
index b8805e3..69f923d 100644
--- a/R/CIDR.R
+++ b/R/CIDR.R
@@ -140,8 +140,7 @@ setGeneric("determineDropoutCandidates", function(object, min1=3, min2=8, N=2000
 #' is a dropout candidate, otherwise the value is \code{false}.
 #'
 #' @param object the scData class object
-#' @param min1 technical parameter used in estimating the minimum point between the first two modes of the density curve of logTPM for each cell
-#' @param min2 technical parameter used in estimating the minimum point between the first two modes of the density curve of logTPM for each cell
+#' @param min1,min2 technical parameters used in estimating the minimum point between the first two modes of the density curve of logTPM for each cell
 #' @param alpha a cutoff quantile in the range [0,1]. Thresholds outside this will be adjusted to the quantile boundary.
 #' @param N number of cells to consider when determining the threshold value for dropout candidates; used in conjunction with the \code{fast} parameter
 #' @param fast boolean; if \code{TRUE} (default), implements a fast version for datasets with a sample size greater than N
diff --git a/man/determineDropoutCandidates.Rd b/man/determineDropoutCandidates.Rd
index 021b648..d8ddd90 100644
--- a/man/determineDropoutCandidates.Rd
+++ b/man/determineDropoutCandidates.Rd
@@ -11,9 +11,7 @@
 \arguments{
 \item{object}{the scData class object}
 
-\item{min1}{technical parameter used in estimating the minimum point between the first two modes of the density curve of logTPM for each cell}
-
-\item{min2}{technical parameter used in estimating the minimum point between the first two modes of the density curve of logTPM for each cell}
+\item{min1, min2}{technical parameters used in estimating the minimum point between the first two modes of the density curve of logTPM for each cell}
 
 \item{N}{number of cells to consider when determining the threshold value for dropout candidates; used in conjunction with the \code{fast} parameter}