Chardonnay genome assembly and annotations

<p>Annotations relating to the Chardonnay genome assembly (the study is published here: https://doi.org/10.1371/journal.pgen.1007807). The assembly is also available at NCBI: BioProject: PRJNA399599.</p> <p><strong>chardonnay_p-ctg.fasta / chardonnay_h-ctg.fasta:</strong></p> <p>Contig assembly for Chardonnay. chardonnay_p-ctg.fasta = primary contigs (haploid representation), chardonnay_h-ctg.fasta = haplotigs (alt contigs for phased regions in haploid assembly).</p> <p><strong>p-h.maker.gff / p-h.maker.proteins.faa / p-h.maker.transcripts.fna:</strong></p> <p>Maker-predicted gene annotations.</p> <p><strong>p-h.maker.draft-names.tsv / p-h.orthomcl.orthoGroups.tsv / p-h.KEGG.tsv:</strong></p> <p>Draft names (based on UniprotKB blastP hits), OrthoMCL annotations, and KEGG annotations for maker-predicted genes.</p> <p><strong>p-h.repeats.gff:</strong></p> <p>RepeatMasker-based repeat annotations.</p> <p><strong>chardonnay_primary_contigs_chromosome-order.fa / chardonnay_haplotigs_chromosome-order.fa:</strong></p> <p>Contigs placed in chromosome-order (using PN40024 as reference).</p> <p><strong>chardonnay_primary_contig_mappings.tsv / chardonnay_haplotig_mappings.tsv:</strong></p> <p>Mapping coordinates for chromosome-ordered contigs.</p> <p><strong>kmer-based_parentage.primary_contigs.bed / kmer-based_parentage.haplotigs.bed:</strong></p> <p>Parentage assignments using the kmer-based method described in the study.</p> <p><strong>SNP-based_parentage.primary_contigs.bed / SNP-based_parentage.haplotigs.bed:</strong></p> <p>Parentage assignments using SNP-based method (view haplotig assignments against primary contigs) described in the study.</p> <p><strong>p-ctg.gene-expansion-candidates.tsv / h-ctg.gene-expansion-candidates.tsv / p-ctg.gene-expansion-candidates.bed / h-ctg.gene-expansion-candidates.bed:</strong></p> <p>Gene expansion candidates (TSV = 1 row per predicted orthogroup, BED = annotations for viewing).</p> <p><strong>PN_and_CH.FAR2.msa.png: </strong></p> <p>Multi Sequence Alignment for expansion of FAR2-like genes in described in Chardonnay genome assembly publication described in the study.</p>