INPHARED2

INPHARED2 is the new home of the INPHARED resource, providing a curated, regularly updated set of complete bacteriophage genomes with associated metadata and genome quality information, including CheckV assessments and taxonomy generated using taxMyPhage.

Building on the original database, INPHARED2 provides an expanded and improved reference resource for phage genomics; the updated resource and analysis are described in our INPHARED2 preprint. It provides an easy-to-use online search function alongside bulk data downloads.

Explore INPHARED2 data visually

Create interactive summaries of genome metadata and download the resulting figures.

Open graphs

Search INPHARED

Search by accession, description, host or taxonomy. The filters below reflect the initial INPHARED2 display specification.

Host (NCBI)

Family (NCBI)

Genus (TaxMyPhage)

CheckV quality

PhageLeads lifestyle

Rows

Clear

Choose fields for download

36350 matching reference genomes out of 36350. Search and filters are active; download will follow after the fields are finalised.

INPHARED2 search results

The results table contains the selected original taxonomy, CheckV, TaxMyPhage and PhageLeads fields. It can be scrolled horizontally for the full record.

Accession ▲	Description	Genome Length (bp)	molGC (%)	Host	Baltimore Group	Lowest Taxa	Genus	Sub-family	Family	Order	Class	Phylum	Kingdom	Realm	Isolation Host	CheckV quality	CheckV MIUVIG quality	CheckV completeness	CheckV completeness method	TaxMyPhage genus	TaxMyPhage species	TaxMyPhage message	PhageLeads lifestyle	PhageLeads problematic genes
KX576639	Mycobacterium phage DudeLittle	52917	63.479	Mycobacterium	Group I	Turbidovirus	Turbidovirus	Unclassified	Unclassified	Unclassified	Caudoviricetes	Uroviricota	Heunggongvirae	Duplodnaviria	Mycobacterium smegmatis str. MC2 155	High-quality	High-quality	100.000	AAI-based (high-confidence)	Turbidovirus	Turbidovirus new_name	Current ICTV taxonomy and the clustering on genomic similarity algorithm output appear to be consistent at the genus level	temperate	integrase orf_33;immunity orf_72
KX576640	Arthrobacter phage RcigaStruga	43891	60.650	Arthrobacter	Group I	Korravirus	Korravirus	Unclassified	Unclassified	Unclassified	Caudoviricetes	Uroviricota	Heunggongvirae	Duplodnaviria	Arthrobacter sp. ATCC 21022	High-quality	High-quality	100.000	AAI-based (high-confidence)	Korravirus	Korravirus huntingdon	Current ICTV taxonomy and the clustering on genomic similarity algorithm output appear to be consistent at the genus level	lytic
KX576641	Arthrobacter phage Lucy	42944	60.705	Arthrobacter	Group I	Korravirus	Korravirus	Unclassified	Unclassified	Unclassified	Caudoviricetes	Uroviricota	Heunggongvirae	Duplodnaviria	Arthrobacter sp. ATCC 21022	High-quality	High-quality	98.230	AAI-based (high-confidence)	Korravirus	Korravirus drrobert	Current ICTV taxonomy and the clustering on genomic similarity algorithm output appear to be consistent at the genus level	lytic
KX576642	Arthrobacter phage Massimo	15556	60.112	Arthrobacter	Group I	Decurrovirus	Decurrovirus	Unclassified	Unclassified	Unclassified	Caudoviricetes	Uroviricota	Heunggongvirae	Duplodnaviria	Arthrobacter sp. ATCC 21022	High-quality	High-quality	99.700	AAI-based (high-confidence)	Decurrovirus	Decurrovirus decurro	Current ICTV taxonomy and the clustering on genomic similarity algorithm output appear to be consistent at the genus level	lytic
KX576643	Mycobacterium phage FriarPreacher	68415	66.427	Mycobacterium	Group I	Pegunavirus	Pegunavirus	Bclasvirinae	Unclassified	Unclassified	Caudoviricetes	Uroviricota	Heunggongvirae	Duplodnaviria	Mycobacterium smegmatis str. MC2 155	High-quality	High-quality	98.470	AAI-based (high-confidence)	Pegunavirus	Pegunavirus soto	Current ICTV taxonomy and the clustering on genomic similarity algorithm output appear to be consistent at the genus level	lytic
KX576644	Mycobacterium phage WillSterrel	58608	61.637	Mycobacterium	Group I	Cheoctovirus	Cheoctovirus	Gracegardnervirinae	Unclassified	Unclassified	Caudoviricetes	Uroviricota	Heunggongvirae	Duplodnaviria	Mycobacterium smegmatis str. MC2 155	High-quality	High-quality	100.000	AAI-based (high-confidence)	Cheoctovirus	Cheoctovirus willsterrel	The number of expected genera is different from the predicted number of genus clusters. It will require more manual curation	temperate	integrase orf_39;cro orf_44;antirepressor orf_45
KX576645	Mycobacterium phage Derpp	68637	66.372	Mycobacterium	Group I	Pegunavirus	Pegunavirus	Bclasvirinae	Unclassified	Unclassified	Caudoviricetes	Uroviricota	Heunggongvirae	Duplodnaviria	Mycobacterium smegmatis str. MC2 155	High-quality	High-quality	98.790	AAI-based (high-confidence)	Pegunavirus	Pegunavirus oline	Current ICTV taxonomy and the clustering on genomic similarity algorithm output appear to be consistent at the genus level	lytic
KX576646	Mycobacterium phage TyrionL	68637	66.375	Mycobacterium	Group I	Pegunavirus	Pegunavirus	Bclasvirinae	Unclassified	Unclassified	Caudoviricetes	Uroviricota	Heunggongvirae	Duplodnaviria	Mycobacterium smegmatis str. MC2 155	High-quality	High-quality	98.790	AAI-based (high-confidence)	Pegunavirus	Pegunavirus oline	Current ICTV taxonomy and the clustering on genomic similarity algorithm output appear to be consistent at the genus level	lytic
KX576647	Mycobacterium phage CharlieGBrown	68604	66.394	Mycobacterium	Group I	Pegunavirus	Pegunavirus	Bclasvirinae	Unclassified	Unclassified	Caudoviricetes	Uroviricota	Heunggongvirae	Duplodnaviria	Mycobacterium smegmatis str. MC2 155	High-quality	High-quality	98.740	AAI-based (high-confidence)	Pegunavirus	Pegunavirus oline	Current ICTV taxonomy and the clustering on genomic similarity algorithm output appear to be consistent at the genus level	lytic
KX578042	Leuconostoc phage Ln-7	28093	36.301	Leuconostoc	Group I	Unaquatrovirus	Unaquatrovirus	Mccleskeyvirinae	Unclassified	Unclassified	Caudoviricetes	Uroviricota	Heunggongvirae	Duplodnaviria	Leuconostoc mesenteroides subsp. mesenteroides D4b	High-quality	High-quality	97.400	AAI-based (high-confidence)	Unaquatrovirus	Unaquatrovirus Ln7	Current ICTV taxonomy and the clustering on genomic similarity algorithm output appear to be consistent at the genus level	lytic