\name{inSilicoFragmentation} \alias{inSilicoFragmentation} %- Also NEED an '\alias' for EACH other topic documented here. \title{ In silico fragmentation } \description{ Function to perform a complete in silico fragmentation of input sequence. Provides wrapper to a number of different functions, each of which determines additional information about each fragment. } \usage{ inSilicoFragmentation(sequence, fwd.tag = "", rev.tag = "", type = c("T", "C"), lower.threshold = 1500, upper.threshold = 7000, fwd.primer = 0, rev.primer = 0, multiple.conversion = FALSE) } %- maybe also 'usage' for other objects documented here. \arguments{ \item{sequence}{ Nucleotide sequence input as a character string } \item{fwd.tag}{Nucleotide tag sequence 5' of the forward primer} \item{rev.tag}{T7-containing nucleotide tag sequence 5' of the reverse primer} \item{type}{ One of 'T' or 'C' indicating which cleavage reaction to use } \item{lower.threshold}{Lower limit (in Da) of usable mass window (default: \option{1500})} \item{upper.threshold}{Upper limit (in Da) of usable mass window (default: \option{7000})} \item{fwd.primer}{Length (in bp) of forward primer} \item{rev.primer}{Length (in bp) of reverse primer} \item{multiple.conversion}{Logical value specifying whether or not to include multiple CGs on the same conversion control fragment where possible (default is \code{FALSE}).} } \details{ In silico fragmentation analysis includes RNAse A digestion, peak mapping and overlap detection, CG detection, assayability and conversion controls. } \value{ Returns a list of \code{MassArrayFragment} objects, each with extensive contextual and other information } \author{ Reid F. Thompson (\email{rthompso@aecom.yu.edu}), John M. Greally (\email{jgreally@aecom.yu.edu}) } \examples{ inSilicoFragmentation("GGGTTAGTCC") } \seealso{ See Also as \code{\linkS4class{MassArrayFragment}} } % Add one or more standard keywords, see file 'KEYWORDS' in the % R documentation directory. \keyword{manip } \keyword{character } \keyword{ attribute }