Homologs in group_921

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6 homologs were identified in 6 genomes with OrthoFinder.
The following table displays the locus tag of each homolog, the organism to which it belongs, the gene name and product.

Locus tag Identity Source Gene Product
EHELCC_12590 EHELCC_12590 100.0 Morganella morganii S2 - DUF945 domain-containing protein
NLDBIP_12930 NLDBIP_12930 100.0 Morganella morganii S4 - DUF945 domain-containing protein
LHKJJB_12790 LHKJJB_12790 100.0 Morganella morganii S3 - DUF945 domain-containing protein
HKOGLL_11405 HKOGLL_11405 100.0 Morganella morganii S5 - DUF945 domain-containing protein
F4V73_RS05445 F4V73_RS05445 82.4 Morganella psychrotolerans - YdgA family protein
PMI_RS06260 PMI_RS06260 32.3 Proteus mirabilis HI4320 - YdgA family protein

Distribution of the homologs in the orthogroup group_921

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Number of homologs in each genome (first column) and amino-acid identity of the closest homolog (second column).

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Phylogeny of the RefSeq best hits of group_921

Swissprot accession Eval Score ID (%) N gaps Alignment length Annot score Gene Description Organism
P77804 3.13e-65 223 30 12 493 1 ydgA Protein YdgA Escherichia coli (strain K12)
P32128 9.46e-32 131 22 8 488 3 yihF Uncharacterized protein YihF Escherichia coli (strain K12)
P44132 7.68e-07 55 27 4 185 4 HI_1236 Uncharacterized protein HI_1236 Haemophilus influenzae (strain ATCC 51907 / DSM 11121 / KW20 / Rd)

  • Number of RefSeq hits:

General

Source Morganella morganii S1
Locus tag FBDBKF_05000
Feature type CDS
Gene -
Product DUF945 domain-containing protein
Location 4733 - 6322 (strand: 1)
Length 1590 (nucleotides) / 529 (amino acids)

Contig

Accession contig_5
Length 181448 nucleotides
Topology linear
Plasmid False

Orthology

Orthogroup group_921
Orthogroup size 7
N. genomes 7

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Genomic region

Domains

PF06097 Bacterial protein of unknown function (DUF945)

COG entry Annotation(s)

ID Function(s) descr. Function(s) cat. Description
COG5339 Function unknown (S) S Uncharacterized conserved protein YdgA, DUF945 family

Protein Sequence

MKKSLVAVGVIVALGAAWGVASWQTGKKIEANLDEYIAKANKAIKDNYPDAPVTLTAKDFSRGIFSSDVKLIIKETKKSGDTSGEELVILNTIDHGPFPLSQLKSMVFSPNMAAIHSELENNDITKQAFEITGGKSPVATDTRISYDQSFDIDLAVSKINYKKDGEELAFSGADLNVKFDKEFKNVKGKGSSNELTYRKGDRESIVMKGLSFDSDVAKSGDSYFYLGDQNLSLKELAVVNYSDTVSLKDLKLNGTSGSKDNKLTADVDYSLGSLSYRDIDLGAISLKGSLKDLDATSANTLMASVEEYTKLSESMYTEDFDDAKMEALDEKMKSNALGLFKYSPSFAIAPLSWKNSGGESKVNLNVTFNALNEESFKALEHAGSFEKVLPVLVKEFGFNMDLSKPMLTDFVAVAMQSQGMGAKEAKEQGEQGVAQMASMGAMMEIVKVTDKAITMDLKYSNNNIDFNGKKFTVAEFLEKYDQYGALSDNSGDDEGYEEEAIEMDPNGDVTEDVTIGEEPAADVAAPAAQ

Flanking regions ( +/- flanking 50bp)

ACCGTGCGAAAACCTGCAAAATAAATCGCATATAAAGGATGGATTGATCTATGAAAAAGTCGTTAGTTGCTGTTGGCGTTATTGTCGCATTAGGCGCCGCATGGGGTGTAGCTTCATGGCAGACAGGTAAGAAAATTGAAGCAAACCTTGATGAGTATATCGCCAAAGCGAATAAAGCAATCAAGGACAACTACCCTGATGCACCTGTCACGCTGACCGCCAAAGATTTTTCACGCGGTATTTTCAGTTCTGATGTCAAACTGATCATCAAAGAAACGAAAAAAAGCGGTGATACCTCCGGCGAAGAACTTGTGATCCTCAATACTATCGATCACGGTCCGTTCCCGTTATCTCAGCTTAAAAGTATGGTGTTCTCGCCAAATATGGCTGCTATCCACTCTGAGCTGGAAAACAATGACATCACCAAACAAGCCTTCGAAATCACCGGCGGTAAATCCCCGGTTGCAACGGATACCCGTATCAGCTACGACCAGAGTTTCGATATTGATCTTGCTGTCAGCAAAATCAACTATAAGAAAGACGGTGAAGAGCTGGCATTCTCCGGTGCTGATCTGAACGTTAAATTCGACAAAGAATTCAAAAACGTCAAAGGTAAAGGCAGCAGCAATGAACTGACTTACCGTAAAGGCGATCGCGAAAGTATCGTGATGAAAGGCCTGTCATTTGACAGCGATGTTGCCAAATCCGGTGACAGCTACTTCTACCTGGGTGACCAGAATCTGAGCCTGAAAGAGTTAGCGGTTGTTAATTACAGCGATACCGTTTCTCTGAAAGATCTGAAACTGAACGGCACCTCCGGCAGTAAAGATAACAAACTGACTGCAGATGTTGATTACAGCCTGGGTTCACTGAGCTACCGTGATATCGATCTCGGCGCTATCAGCCTGAAAGGTTCTCTGAAAGATCTGGATGCCACTTCCGCGAATACGCTGATGGCATCTGTTGAAGAGTACACCAAACTGTCTGAGTCTATGTACACCGAAGATTTCGACGATGCGAAAATGGAAGCACTGGATGAGAAAATGAAATCCAATGCACTGGGTCTGTTCAAGTACAGCCCGTCCTTCGCTATCGCACCTCTGAGCTGGAAAAACAGCGGCGGTGAGTCAAAAGTTAACCTGAACGTGACCTTCAACGCACTGAACGAAGAGAGCTTTAAAGCGCTGGAACACGCAGGCAGCTTTGAGAAGGTTCTGCCGGTTCTGGTGAAAGAGTTCGGTTTCAATATGGATCTGTCCAAACCGATGCTGACTGATTTCGTCGCAGTTGCCATGCAGTCACAGGGTATGGGCGCGAAAGAAGCCAAAGAACAGGGTGAACAGGGTGTTGCTCAGATGGCCAGCATGGGTGCCATGATGGAAATCGTGAAAGTGACCGATAAAGCGATCACCATGGATCTGAAATACAGCAACAACAACATCGATTTCAACGGTAAGAAATTCACCGTTGCTGAATTCCTGGAAAAATATGACCAGTACGGCGCACTGAGCGATAACAGCGGCGACGACGAAGGTTACGAGGAAGAAGCAATCGAAATGGATCCTAACGGTGATGTTACTGAAGACGTGACTATCGGTGAAGAACCGGCTGCTGACGTTGCGGCTCCTGCTGCTCAGTAATTTCACACTGTTATTATCTGTTGATCAGACAAAAGCCAGTCGTCAGACTG