linked_mhaps: Microhaplotype data from kelp rockfish _Sebastes atrovirens_...
In eriqande/CKMRsim: Inference of Pairwise Relationships Using Likelihood Ratios
linked_mhaps R Documentation
Microhaplotype data from kelp rockfish Sebastes atrovirens with pretend linkage positions
Description
These are data from 165 amplicons sequenced in two different runs of an Illumina
MiSeq machine at the SWFSC lab in Santa Cruz. Genotypes of roughly 150 individuals
were called an resolved into haplotypes using the fact that each short read comes
from a single chromosome. These were randomly assigned to some positions on some random
chromosomes for testing linkage stuff.
Usage
linked_mhaps
Format
This tibble includes 825 alleles/haplotypes from 165 genomic regions and
is in the format of long_markers. However since true positions
of these markers in the genome are not known I just pretended that we knew some (randomly generated)
locations. The column
Chrom Is randomly given Locus has the name of each locus in it. The column
Pos has a random position (in base pairs) for each locus. The
Allele column gives the sequences of each allele/haplotype observed in the population.
eriqande/CKMRsim documentation built on Aug. 2, 2024, 7:23 a.m.
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| linked_mhaps | R Documentation |
Microhaplotype data from kelp rockfish Sebastes atrovirens with pretend linkage positions
Description
These are data from 165 amplicons sequenced in two different runs of an Illumina MiSeq machine at the SWFSC lab in Santa Cruz. Genotypes of roughly 150 individuals were called an resolved into haplotypes using the fact that each short read comes from a single chromosome. These were randomly assigned to some positions on some random chromosomes for testing linkage stuff.
Usage
linked_mhaps
Format
This tibble includes 825 alleles/haplotypes from 165 genomic regions and
is in the format of long_markers. However since true positions
of these markers in the genome are not known I just pretended that we knew some (randomly generated)
locations. The column
Chrom Is randomly given Locus has the name of each locus in it. The column
Pos has a random position (in base pairs) for each locus. The
Allele column gives the sequences of each allele/haplotype observed in the population.
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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