View source: R/longitudinalmfuzz.R
longitudinalmfuzz | R Documentation |
This function allows you to identify gene/feature trajectory over longitudinal points. The function uses mfuzz package (for more information refer to https://www.bioconductor.org/packages/release/bioc/html/Mfuzz.html)
longitudinalmfuzz( data_object, group_column = "group", timeColumn = "Time", timeOrder = NULL, donorColumn = "PTID", baseline_timepoint = NULL, featurelist = NULL, group_oi = NULL, mfuzz_thres = 0.25, mfuzz_min.std = 0, max_cluster = NULL, delta = 0.5, plotsize = 10, cl = 2, fileName = NULL, filePATH = NULL )
data_object |
Input PALMO S4 object. It contains annotation information and expression data from Bulk or single cell data. |
group_column |
User-defined group name like 'group','celltype' |
timeColumn |
User-defined time column name like 'Time' |
timeOrder |
(Optional) User-defined order of time variable like ('D1','D2','D3') |
donorColumn |
User-defined donor/participant column name like 'PTID' |
baseline_timepoint |
(Optional) If baseline donors known (like 'PTID1') |
featurelist |
(Optional) User-defined genes/features of interest |
group_oi |
User-defined groups to consider for example from celltypes select few |
mfuzz_thres |
|
mfuzz_min.std |
|
max_cluster |
Number of clusters to explore (Default 2^n) |
delta |
|
plotsize |
Size of plot width and height. Default 10 (in). |
cl |
Number of clusters. Use nCores-1 to run parallel. Default 2 |
fileName |
User-defined file name, Default outputFile |
filePATH |
User-defined output directory PATH Default, current directory |
longitudinal trajectory dataframe
## Not run: longitudinalmfuzz(data_object=palmo_obj, group_column='group', timeColumn='Time', donorColumn='PTID') ## End(Not run)
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