| Title: | Annotation Package combining variant data from 1000 Genomes Project for Illumina HumanMethylation450 Bead Chip probes |
|---|---|
| Description: | Includes details on variants for each probe on the 450k bead chip for each of the four populations (Asian, American, African and European) |
| Authors: | Lee Butcher |
| Maintainer: | Tiffany Morris <[email protected]> |
| License: | GPL-3 |
| Version: | 1.48.0 |
| Built: | 2026-10-10 11:05:04 UTC |
| Source: | https://github.com/bioc/Illumina450ProbeVariants.db |
Includes details on variants for each probe on the 450k bead chip for each of the four populations (Asian, American, African and European)
| Package: | Illumina450ProbeVariants.db |
| Type: | Package |
| Version: | 0.99.2 |
| Date: | 2013-10-07 |
| License: | GPL-3 |
Lee Butcher, UCL Cancer Institute, Medical Genomics
Maintainer: Tiffany Morris <[email protected]>
Data Package combining data from 1000 Genomes Project for Illumina HumanMethylation450 Bead Chip probes
data(probe.450K.VCs.af)data(probe.450K.VCs.af)
A data frame with 485512 observations on the following 30 variables.
STRANDa factor with levels to indicate whether the variant is on the forward or reverse strand F R
INFINIUM_DESIGN_TYPEa factor with levels to indicate if the probe is Type I or Type II I II
CHRa factor with levels to indicate which chromosome the probe is located on 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 X Y
MAPINFOa numeric vector indicating the map location on the forward strand of the probed C
starta numeric vector indicating the start location of the probe on the forward strand
enda numeric vector indicating the end location of the probe on the forward strand
probe50VC.ASNa numeric vector indicating how many variants are within 50 base pairs of the probed CG in the Asian (ASN) population with a frequency of >1%
probe10VC.ASNa numeric vector indicating how many variants are within 10 base pairs of the probed CG in the Asian (ASN) population with a frequency of >1%
asn.af.Fa numeric vector indicating the minor allele frequency (between 0-1%) for the occurance of the variant on the probed CG dinucleotide on the forward (F) strand in the Asian (ASN) population
asn.af.Ra numeric vector indicating the minor allele frequency (between 0-1%) for the occurance of the variant on the probed CG dinucleotide on the reverse (R) strand in the Asian (ASN) population
probe50VC.AMRa numeric vector indicating how many variants are within 50 base pairs of the probed CG in the American (AMR) population with a frequency of >1%
probe10VC.AMRa numeric vector indicating how many variants are within 50 base pairs of the probed CG in the American (AMR) population with a frequency of >1%
amr.af.Fa numeric vector indicating the minor allele frequency (between 0-1%) for the occurance of the variant on the probed CG dinucleotide on the forward (F) strand in the American (AMR) population
amr.af.Ra numeric vector indicating the minor allele frequency (between 0-1%) for the occurance of the variant on the probed CG dinucleotide on the reverse (R) strand in the American (AMR) population
probe50VC.AFRa numeric vector indicating how many variants are within 50 base pairs of the probed CG in the African (AFR) population with a frequency of >1%
probe10VC.AFRa numeric vector indicating how many variants are within 50 base pairs of the probed CG in the African (AFR) population with a frequency of >1%
afr.af.Fa numeric vector indicating the minor allele frequency (between 0-1%) for the occurance of the variant on the probed CG dinucleotide on the forward (F) strand in the African (AFR) population
afr.af.Ra numeric vector indicating the minor allele frequency (between 0-1%) for the occurance of the variant on the probed CG dinucleotide on the reverse (R) strand in the African (AFR) population
probe50VC.EURa numeric vector indicating how many variants are within 50 base pairs of the probed CG in the European (EUR) population with a frequency of >1%
probe10VC.EURa numeric vector indicating how many variants are within 50 base pairs of the probed CG in the European (EUR) population with a frequency of >1%
eur.af.Fa numeric vector indicating the minor allele frequency (between 0-1%) for the occurance of the variant on the probed CG dinucleotide on the forward (F) strand in the European (EUR) population
eur.af.Ra numeric vector indicating the minor allele frequency (between 0-1%) for the occurance of the variant on the probed CG dinucleotide on the reverse (R) strand in the European (EUR) population
probe50VC.com1popa numeric vector indicating how many variants are within 50 base pairs of the probed CG and are found in at least one of the four populations with a frequency of >1%
probe10VC.com1popa numeric vector indicating how many variants are within 10 base pairs of the probed CG and are found in at least one of the four populations with a frequency of >1%
diVC.com1pop.Fa factor with levels indicating which variant occurs on the probed CG dinucleotide on the forward (F) strand in at least one of the four populations with a frequency >1% INDEL SNP SV
diVC.com1pop.Ra factor with levels indicating which variant occurs on the probed CG dinucleotide on the reverse (R) strand in at least one of the four populations with a frequency >1% INDEL SNP SV
probe50VC.alla numeric vector indicating how many variants are within 50 base pairs of the probed CG and are common to all four populations with a frequency of >1%
probe10VC.alla numeric vector indicating how many variants are within 10 base pairs of the probed CG and are common to all four populations with a frequency of >1%
diVC.all.Fa factor with levels indicating which variant occurs on the probed CG dinucleotide on the forward (F) strand in all four populations with a frequency >1% INDEL SNP SV
diVC.all.Ra factor with levels indicating which variant occurs on the probed CG dinucleotide on the reverse (R) strand in all four populations with a frequency >1% INDEL SNP SV
Genomes Project Consortia., Abecasis, G. R., Auton, A., Brooks, L. D., DePristo, M. A., Durbin, R. M., Handsaker, R. E., Kang, H. M., Marth, G. T., and McVean, G. A. An integrated map of genetic variation from 1,092 human genomes. Nature, 2012.
data(probe.450K.VCs.af)data(probe.450K.VCs.af)