Description Usage Arguments Details Value Examples
A list containing the results of R-loop-forming sequences analysis (RLSeq::analyzeRLFS()
) and
subsequent sample classification RLSeq::predictCondition()
as "POS"
(robustly maps R-loops) or "NEG" (poorly maps R-loops) with all samples
in RLBase.
1 |
quiet |
If TRUE, messages are suppressed. Default: FALSE. |
R-loop-forming sequences were computationally predicted using QmRLFS-finder.py
. The relevant section
of the RLBase data prep protocol can be found here.
Briefly, genomes available from UCSC were downloaded and analyzed with QmRLFS-finder.py
on default settings. The resulting RLFS ranges were converted to .bed
format.
RLFS analysis (via RLSeq::analyzeRLFS()
) implements permutation testing to calculate
the enrichment of a query R-loop mapping peakset within the relevant RLFS ranges. This analysis produces
a p value and a Z-score distribution which are subsequently analyzed with
RLSeq::predictCondition()
(see models), yielding a quality prediction of "POS"
(robustly maps R-loops) or "NEG" (poorly maps R-loops).
This approach was applied to every sample in RLBase (see rlbase_samples) to yield rlfs_res.
rlfs_res
is a named list where each name is the ID of a sample in RLBase (see rlbase_samples).
Each list
item is itself a list
comprising the following:
rlfsData
- A list
with this structure:
perTestResults
An object of the class permTestResultsList
from regioneR
.
Contains the results of permutation testing.
Z-scores
An object of the class localZScoreResultsList
from regioneR
.
Contains the results of local Z-score analysis +/-5kb around each RLFS.
rlfsPred
- A list
with this structure:
Features
A tbl
containing the raw and transformed values of features used in RLSeq::predictCondition()
.
Criteria
A list
containing the results of analyzing the four criteria which must all be TRUE
for a prediction of "POS":
PVal Significant
- The permutation test p value is < .05
ZApex > 0
- The center of the Z-score distribution is > 0.
ZApex > ZEdge
- The center of the Z-score distribution is > left edge and right edge.
Predicted 'Case'
- The classifier predicted the "Case" label ("POS").
prediction
The final prediction: "POS" or "NEG"
A named list
.
1 | rlfsRes <- rlfs_res()
|
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