-
Penalized regression models (+ correlation plots)
-
Gene-mapping of identified loci
-
Calculating, goodness-of-fit and association analysis of overall and partitioned PRS (pPRS)
-
bNMF soft-clustering algorithm results for generating pPRS
Note
You need an existing access to UK Biobank genotypic and phenotypic data. Preferentially to be run in a Windows env with a WSL (Windows Subsystem for Lunux) installed. All dependent Python or R packages should be installed separately
Tip
Each phenotype should be a struct with necessary fields: eid
, rawUKB
, numericFlag
, tag
. Fields info
, source
, and termMeaning
can be left empty. exeid
field includes exclusion criteria (if any). eid
for a binary trait contains only ID of cases with that particular trait.
UKB_STRUCT_ALL
struct with fields:
info: [1×1 struct]
eid: [13884×1 double]
rawUKB: [13884×1 string]
source: [13884×1 string]
numericFlag: 0
exeid: [906×1 double]
ex: [1×1 struct]
termMeaning: [13884×1 string]
tag: "Btrait"
% for a continuous trait:
UKB_STRUCT_ALL =
struct with fields:
info: [1×1 struct]
eid: [274350×1 double]
rawUKB: [274350×1 double]
numericFlag: 1
tag: "cTrait"
termMeaning: ''