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Summary [?]

A concise summary of the five best matches from well-studied reference species, showing phylogenetic relationships based on multiple sequence alignment and conserved protein domains. Additionally, more matches from the the non-redundant BLAST databases are included as "Additional BLAST Hits".
Query: ACM50353.1 ATP synthase subunit 8 [Nedystoma novaeguineae] ... Query length: 55 aa
ATP synthase subunit 8 ...
ATP synthase subunit 8 [Nedystoma dayi]
55 aa protein
accession:ACN11861.1
ATP synthase subunit 8 ...
ATP synthase subunit 8 [Potamosilurus velutinus]
55 aa protein
accession:ACN11881.1
ATP synthase subunit 8 ...
ATP synthase subunit 8 [Neoarius graeffei]
55 aa protein
accession:ACM50355.1
ATP synthase subunit 8 ...
ATP synthase subunit 8 [Cinetodus crassilabris]
55 aa protein
accession:ACN11875.1
Query: ATP synthase subunit 8 ...
ATP synthase subunit 8 [Nedystoma novaeguineae]
55 aa protein
accession:ACM50353.1
ATP synthase subunit 8 ...
ATP synthase subunit 8 [Nedystoma novaeguineae]
55 aa protein
accession:ACN11859.1

Descriptions

Best hits

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Best hits producing significant alignments
Select for downloading or viewing reports Description Max score Total score Query cover E value Ident Accession
1
ATP synthase subunit 8 [Potamosilurus velutinus]
107 107 100% 6e-2998.18% ACN11881.1
2
ATP synthase subunit 8 [Cinetodus crassilabris]
107 107 100% 8e-2998.18% ACN11875.1
3
ATP synthase subunit 8 [Nedystoma dayi]
107 107 100% 8e-2996.36% ACN11861.1
4
ATP synthase subunit 8 [Nedystoma novaeguineae]
107 107 100% 9e-2998.18% ACN11859.1
5
ATP synthase subunit 8 [Neoarius graeffei]
106 106 100% 2e-2896.36% ACM50355.1