Description Usage Arguments Value Examples
Generates a summerized experiment from NanoString count data in an nSolver RCC Collector Tool Format or matrix and (optional) sample annotations including group, batch, and sample pairing.
1 2 3 4 5 6 7 8 9 10 11 12 |
rccexp_dir |
Full path to the csv file generated by nSolver RCC Collector Tool Format Export. Default = NULL |
count_data |
a matrix of count data; genes as rows, samples as columns. Contains 3 columns called "Code_Class", "Gene_Name" & "Accession". Code_class contains probe annotations "Endogenous", "Positive" and "Negative". Default = NULL |
group |
Biological groups for each lane of counts defined by a factor or vector. Default = NULL |
batch |
Batch information such as nanostring chip ID, defined by a factor or vector of integers. Default = NULL |
pair |
Sample pairing defined by a factor or vector. Default = NULL |
samp_id |
Sample IDs defined by a factor or vector. This is used to build the replicate matrix. Default = NULL |
output_log |
File path to directory where the summarized experiment will be saved |
count_se |
File path to an already generated summarized experiment |
low_reps |
Force Ccount_set to build if a group contains less than 2 replicates. Default = FALSE |
verbose |
Verbosity ON/OFF. Default = TRUE |
A summarized experiment
1 2 3 4 5 6 7 8 9 10 11 12 | # biological groups
rnf5_group <- c(rep("WT", 5), rep("KO", 5))
# sample ids
rnf5_sampleid <- c("GSM3638131", "GSM3638132", "GSM3638133", "GSM3638134",
"GSM3638135", "GSM3638136", "GSM3638137", "GSM3638138",
"GSM3638139", "GSM3638140")
# build count_set
rnf5_count_set <- count_set(count_data = Rnf5,
group = rnf5_group,
samp_id = rnf5_sampleid)
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