Seagrasses

This page collects assemblies, annotations, and supplementary data for the Amphibolis antarctica and Posidonia australis genome assemblies.

The raw reads and assemblies are deposited in the SRA under BioProject PRJNA835502

Posidonia australis

Draft genome assembly:

P_australis_genome_bigger1kbp.fasta.gz

MAKER annotation:

GFF of all evidence: P_australis_genome_bigger1kbp.all.gff.gz

GFF of gene models only: P_australis_genome_bigger1kbp.all.gene_models.gff.gz

Proteins (fasta): P_australis_genome_bigger1kbp.all.maker.proteins.fasta.gz

Transcripts/CDS (fasta): P_australis_genome_bigger1kbp.all.maker.transcripts.fasta.gz

Amphibolis antarctica

Draft genome assembly:

A_antarctica_genome_bigger1kbp.fasta.gz

MAKER annotation:

GFF of all evidence: A_antarctica_genome_bigger1kbp.all.gff.gz

GFF of gene models only: A_antarctica_genome_bigger1kbp.all.gene_models.gff.gz

Proteins (fasta): A_antarctica_genome_bigger1kbp.all.maker.proteins.fasta.gz

Transcripts/CDS (fasta): A_antarctica_genome_bigger1kbp.all.maker.transcripts.fasta.gz

EDTA results

These are EDTA TE libraries, annotated using TEfinder using rexdb-plant. I renamed the TE names, if TEfinder had no hit, I used the EDTA name.

For example, this is the TEfinder output:

   >TE_00000000#Unknown TE_00000000#DNA/DTC

Saying that TEfinder does not know the class, but EDTA has it under DNA/DTC based on the tool that predicted it.

I replaced these cases with a small script, this is the final name in the files below in cases where TEfinder could not find a class:

   >TE_00000000#DNA/DTC TE_00000000#DNA/DTC

Amphibolis antarctica: A_antarctica_genome_bigger1kbp.fasta.mod.EDTA.TElib.fa.rexdb-plant.cls.renamed.lib.fa.gz

Posidonia australis: P_australis_genome_bigger1kbp.fasta.mod.EDTA.TElib.fa.rexdb-plant.cls.renamed.lib.fa.gz

Zostera muelleri: Zmu_v1_scaffolds.big1k.merged_scaffolds.renamed.fa.mod.EDTA.TElib.fa.rexdb.cls.renamed.lib.fa.gz

Zostera marina: Zostera_marina.mainGenome.fasta.mod.EDTA.TElib.fa.rexdb-plant.cls.renamed.lib.fa.gz