Haplotype Resolved Genome assembly and annotation for Dihaploid Potato DH_Q29 v1
September 16, 2024 - The Buell Lab at the University of Georgia is pleased to make available a haplotype resolved, chromosome scale genome assembly and genome annotation of the dihaploid potato DH_Q29 v1
JBrowse Genome Browser
Genome Assembly:
- DH_Q29_v1.asm.fa.gz - Genome assembly for dihaploid potato DH_Q29 v1
- DH_Q29_v1.asm.hm.fa.gz - Masked genome assembly for dihaploid potato DH_Q29 v1
- DH_Q29_v1.asm.sm.fa.gz - Soft masked genome assembly for dihaploid potato DH_Q29 v1
Genome Annotation:
- High Confidence Gene Model Set
- DH_Q29_v1.hc_gene_models.cdna.fa.gz - Transcript sequences (cDNA) of high confidence gene models
- DH_Q29_v1.hc_gene_models.cds.fa.gz - Coding sequences (CDS) of high confidence gene models
- DH_Q29_v1.hc_gene_models.pep.fa.gz - Protein sequences of high confidence gene models
- DH_Q29_v1.hc_gene_models.gff3.gz - High confidence gene models annotation in GFF3 format
- Representative High Confidence Gene Model Set
- DH_Q29_v1.hc_gene_models.repr.cdna.fa.gz - Transcript sequences (cDNA) of the representative high confidence gene models
- DH_Q29_v1.hc_gene_models.repr.cds.fa.gz - Coding sequences (CDS) of the representative high confidence gene models
- DH_Q29_v1.hc_gene_models.repr.pep.fa.gz - Protein sequences of the representative high confidence gene models
- DH_Q29_v1.hc_gene_models.repr.gff3.gz - Representative high confidence gene models annotation in GFF3 format
- Working Gene Model Set
- DH_Q29_v1.working_models.cdna.fa.gz - Transcript sequences (cDNA) of working gene models
- DH_Q29_v1.working_models.cds.fa.gz - Coding sequences (CDS) of working gene models
- DH_Q29_v1.working_models.pep.fa.gz - Protein sequences of working gene models
- DH_Q29_v1.working_models.gff3.gz - Working gene models annotation in GFF3 format
- DH_Q29_v1.functional_annotation.txt.gz - Functional annotation for the working gene models
High confidence representative gene models are a subset of the high confidence gene model set. Each representative gene model is the isoform with the longest CDS at each locus.
The set of working gene models contains all loci and isoforms from the annotation pipeline and may include artifacts such as partial gene models.
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