UkbiobankDump

Dump data https://afb.ukbiobank.ac.uk/ ukbiobank server. The server might not like too many requests. Use a your own risk. Doesn't work with jdk17 (?!)
Usage
This program is now part of the main jvarkit tool. See jvarkit for compiling.
Usage: java -jar dist/jvarkit.jar ukbbdump [options] Files
Usage: ukbbdump [options] Files
Options:
--api
API base url
Default: https://afb.ukbiobank.ac.uk/api
--debug
debug
Default: false
* -R, --dict
A SAM Sequence dictionary source: it can be a *.dict file, a fasta file
indexed with 'picard CreateSequenceDictionary' or 'samtools dict', or
any hts file containing a dictionary (VCF, BAM, CRAM, intervals...)
-h, --help
print help and exit
--helpFormat
What kind of help. One of [usage,markdown,xml].
--region
limit to that region. An interval as the following syntax :
"chrom:start-end". Some jvarkit programs also allow the following syntax
: "chrom:middle+extend" or "chrom:start-end+extend" or
"chrom:start-end+extend-percent%".A program might use a Reference
sequence to fix the chromosome name (e.g: 1->chr1)
--retry
max-retry
Default: 10
--seconds
wait 'x' seconds between each call to the API
Default: 10
--version
print version and exit
-o
Output file. Optional . Default: stdout
Keywords
- ukbiobank
Creation Date
20250425
Source code
Contribute
- Issue Tracker: http://github.com/lindenb/jvarkit/issues
- Source Code: http://github.com/lindenb/jvarkit
License
The project is licensed under the MIT license.
Citing
Should you cite ukbbdump ? https://github.com/mr-c/shouldacite/blob/master/should-I-cite-this-software.md
The current reference is:
http://dx.doi.org/10.6084/m9.figshare.1425030
Lindenbaum, Pierre (2015): JVarkit: java-based utilities for Bioinformatics. figshare. http://dx.doi.org/10.6084/m9.figshare.1425030
WARNING
I cannot explain why this software doesn't run with jdk17 (I always get a http error 403) but runs with jdk23...
$ java -jar jvarkit.jar ukbbdump -R ref.dict --region "chr3:38000000-39000000"
Chrom Pos rsID Ref Alt nHomozygotes HGVSp maxImpact maxConsequence alleleCount alleleNum alleleFreq geneSymbol
chr3 38000013 . A G 0 NM_001370264.1:c.672+574A>G,NM_001370265.1:c.573+574A>G,NM_001385038.1:c.1182+574A>G,NM_001385039.1:c.1182+574A>G,NM_015873.4:c.1182+574A>G LOWEST intron_variant 13 981062 0.0000132509464233657 VILL
chr3 38000014 . G A 0 NM_001370264.1:c.672+575G>A,NM_001370265.1:c.573+575G>A,NM_001385038.1:c.1182+575G>A,NM_001385039.1:c.1182+575G>A,NM_015873.4:c.1182+575G>A LOWEST intron_variant 3 981092 0.0000030578172077644096 VILL
chr3 38000015 . G A 0 NM_001370264.1:c.672+576G>A,NM_001370265.1:c.573+576G>A,NM_001385038.1:c.1182+576G>A,NM_001385039.1:c.1182+576G>A,NM_015873.4:c.1182+576G>A LOWEST intron_variant 3 981092 0.0000030578172077644096 VILL
chr3 38000018 rs1319217247 G A 0 NM_001370264.1:c.672+579G>A,NM_001370265.1:c.573+579G>A,NM_001385038.1:c.1182+579G>A,NM_001385039.1:c.1182+579G>A,NM_015873.4:c.1182+579G>A LOWEST intron_variant 2 981088 0.0000020385531165400047 VILL
chr3 38000021 rs6806791 G A 32 NM_001370264.1:c.672+582G>A,NM_001370265.1:c.573+582G>A,NM_001385038.1:c.1182+582G>A,NM_001385039.1:c.1182+582G>A,NM_015873.4:c.1182+582G>A LOWEST intron_variant 1342 981080 0.0013678802951848984 VILL
chr3 38000022 rs937502348 T C 0 NM_001370264.1:c.672+583T>C,NM_001370265.1:c.573+583T>C,NM_001385038.1:c.1182+583T>C,NM_001385039.1:c.1182+583T>C,NM_015873.4:c.1182+583T>C LOWEST intron_variant 4 981070 0.0000040771810370309966 VILL
chr3 38000027 . T C 0 NM_001370264.1:c.672+588T>C,NM_001370265.1:c.573+588T>C,NM_001385038.1:c.1182+588T>C,NM_001385039.1:c.1182+588T>C,NM_015873.4:c.1182+588T>C LOWEST intron_variant 1 981072 0.0000010192931813363342 VILL
chr3 38000033 . C G 0 NM_001370264.1:c.672+594C>G,NM_001370265.1:c.573+594C>G,NM_001385038.1:c.1182+594C>G,NM_001385039.1:c.1182+594C>G,NM_015873.4:c.1182+594C>G LOWEST intron_variant 3 981056 0.000003057929414834627 VILL