metadata: contig_metadata: 1 row where bioproject = "PRJNA415636", tax_kingdom = "Bacillati" and tax

1 row where bioproject = "PRJNA415636", tax_kingdom = "Bacillati" and tax_phylum = "Chloroflexota"

descending

Link	rowid ▼	query	bioproject	node	length	coverage	rel_abundance	taxname_lca	taxid_lca	taxoncategory	taxoncategorysimple	bits	evalue	lowcoverage_flag	analysis_used	target	taxid	gene	allele	pident	sumperc_cov	alnlen	mismatch	qcov	gapopen	qstart	qend	tstart	tend	target_title	analysis	sumalnlen	maxbits	bits_percmax	tax_superkingdom	tax_clade	tax_kingdom	tax_phylum	tax_class	tax_order	tax_family	tax_genus	tax_species
27770744	27770744	PRJNA415636_S_NODE_2104_length_318_cov_2.719557_g2057_i0	PRJNA415636	2104	318	2.719557	8.64819126	Phototrophicaceae bacterium	3069543	Bacteria	Bacteria	93.6	4.22e-21		NR	HEX2906967.1	3069543	g2057	i0	43.6	0.952830188679245	101	56	95.3	1	303	1	95	194	HEX2906967.1 isoprenylcysteine carboxylmethyltransferase family protein [Phototrophicaceae bacterium]	diamond	303	93.6	1	Bacteria		Bacillati	Chloroflexota	Candidatus Thermofontia	Phototrophicales	Phototrophicaceae		Phototrophicaceae bacterium

Advanced export

JSON shape: default, array, newline-delimited

CREATE TABLE contig_metadata(query VARCHAR, bioproject VARCHAR, node VARCHAR, length VARCHAR, coverage VARCHAR, rel_abundance VARCHAR, taxname_lca VARCHAR, taxid_lca VARCHAR, taxoncategory VARCHAR, taxoncategorysimple VARCHAR, bits VARCHAR, evalue VARCHAR, lowcoverage_flag VARCHAR, analysis_used VARCHAR, "target" VARCHAR, taxid VARCHAR, gene VARCHAR, allele VARCHAR, pident VARCHAR, sumperc_cov VARCHAR, alnlen VARCHAR, mismatch VARCHAR, qcov VARCHAR, gapopen VARCHAR, qstart VARCHAR, qend VARCHAR, tstart VARCHAR, tend VARCHAR, target_title VARCHAR, analysis VARCHAR, sumalnlen VARCHAR, maxbits VARCHAR, bits_percmax VARCHAR, tax_superkingdom VARCHAR, tax_clade VARCHAR, tax_kingdom VARCHAR, tax_phylum VARCHAR, tax_class VARCHAR, tax_order VARCHAR, tax_family VARCHAR, tax_genus VARCHAR, tax_species VARCHAR);;