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#' Handling and analysis of high-throughput phylogenetic sequence data.
#'
#' There are already several ecology and phylogenetic packages available in R,
#' including the adephylo, vegan, ade4, picante, ape, phangorn, phylobase, and OTUbase packages.
#' These can already take advantage of many of the powerful statistical and graphics tools
#' available in R. However, prior to \emph{phyloseq} a user must devise their own methods
#' for parsing the output of their favorite OTU clustering application, and, as a consequence,
#' there is also no standard within Bioconductor (or R generally) for storing or sharing the
#' suite of related data objects that describe a phylogenetic sequencing project.
#' The phyloseq package seeks to address these issues by providing a related set of S4 classes
#' that internally manage the handling tasks associated with organizing, linking, storing,
#' and analyzing phylogenetic sequencing data. \emph{phyloseq} additionally provides some
#' convenience wrappers for input from common clustering applications, common analysis pipelines,
#' and native implementation of methods that are not available in other R packages.
#'
#' @import methods
#' @name phyloseq-package
#' @author Paul J. McMurdie II \email{mcmurdie@@stanford.edu}
#' @references \url{www.stanford.edu/~mcmurdie}
#' @docType package
#' @keywords package
NA
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