Homologs in group_23

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14 homologs were identified in 5 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
FBDBKF_13030 FBDBKF_13030 100.0 Morganella morganii S1 - RHS repeat domain-containing protein
FBDBKF_13680 FBDBKF_13680 32.2 Morganella morganii S1 - Insecticidal toxin E
FBDBKF_20435 FBDBKF_20435 73.4 Morganella morganii S1 - RHS repeat domain-containing protein
EHELCC_06345 EHELCC_06345 100.0 Morganella morganii S2 - RHS repeat domain-containing protein
EHELCC_11350 EHELCC_11350 32.2 Morganella morganii S2 - Insecticidal toxin E
EHELCC_19745 EHELCC_19745 73.4 Morganella morganii S2 - RHS repeat domain-containing protein
NLDBIP_06665 NLDBIP_06665 100.0 Morganella morganii S4 - RHS repeat domain-containing protein
NLDBIP_11695 NLDBIP_11695 32.2 Morganella morganii S4 - Insecticidal toxin E
NLDBIP_19760 NLDBIP_19760 73.4 Morganella morganii S4 - RHS repeat domain-containing protein
LHKJJB_03545 LHKJJB_03545 100.0 Morganella morganii S3 - RHS repeat domain-containing protein
LHKJJB_11555 LHKJJB_11555 32.2 Morganella morganii S3 - Insecticidal toxin E
LHKJJB_19725 LHKJJB_19725 73.4 Morganella morganii S3 - RHS repeat domain-containing protein
HKOGLL_10165 HKOGLL_10165 32.2 Morganella morganii S5 - Insecticidal toxin E
HKOGLL_19640 HKOGLL_19640 73.4 Morganella morganii S5 - RHS repeat domain-containing protein

Distribution of the homologs in the orthogroup group_23

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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_23

Swissprot accession Eval Score ID (%) N gaps Alignment length Annot score Gene Description Organism
B6A882 0.0 669 60 7 591 1 yenC2 Toxin subunit YenC2 Yersinia entomophaga
B6A881 0.0 652 56 6 584 1 yenC1 Toxin subunit YenC1 Yersinia entomophaga
E0SGL7 1.43e-07 59 27 10 291 1 rhsC Putative deoxyribonuclease RhsC Dickeya dadantii (strain 3937)
G4NYJ6 1.52e-06 56 22 11 421 1 wapA tRNA3(Ser)-specific nuclease WapA Bacillus spizizenii (strain DSM 15029 / JCM 12233 / NBRC 101239 / NRRL B-23049 / TU-B-10)
Q07833 5.29e-06 54 22 15 496 1 wapA tRNA nuclease WapA Bacillus subtilis (strain 168)
D4G3R4 5.62e-06 54 22 11 421 1 wapA tRNA(Glu)-specific nuclease WapA Bacillus subtilis subsp. natto (strain BEST195)
P16916 0.000142 49 42 2 64 3 rhsA Protein RhsA Escherichia coli (strain K12)
P32109 0.000143 47 41 3 70 5 yibJ Putative uncharacterized protein YibJ Escherichia coli (strain K12)
P16919 0.000744 47 40 2 64 2 rhsD Protein RhsD Escherichia coli (strain K12)

  • Number of RefSeq hits:

General

Source Morganella morganii S5
Locus tag HKOGLL_07020
Feature type CDS
Gene -
Product RHS repeat domain-containing protein
Location 222154 - 224709 (strand: -1)
Length 2556 (nucleotides) / 851 (amino acids)
In genomic island -

Contig

Accession ZDB_683
Length 224720 nucleotides
Topology linear
Plasmid False

Orthology

Orthogroup group_23
Orthogroup size 15
N. genomes 5

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Genomic region

Domains

PF18807 Tripartite Tc toxins repeat

COG entry Annotation(s)

ID Function(s) descr. Function(s) cat. Description
COG3209 General function prediction only (R) R Uncharacterized conserved protein RhaS, contains 28 RHS repeats

Kegg Ortholog Annotation(s)

KO Description Pathways Modules
K11021 insecticidal toxin complex protein TccC - -

Protein Sequence

MISISQICTDKGQDNCSKAVTQTFRYEGADSAGRLLSITEQTAGQNAQVTERFMYAGNSEAEKARNLAGICTHHYDPAGLVQTDSIALTGVPLSITRQLLKDADKPVSWPESNPQTLLSAEKYTTQTIADATGAVLNTTNAAGHQQKVTYDIAGLLRTSRVTVKGGTEKIIIKSVTYSAAGQKLCEEHGNGVVTTYTYEPQTQRLIAVKTEHPARKKIFQDLRYEYDPVGNVLCVTNSAEETRFWHNQKVVPENRYTYDTLYQLVSATGREMANAGQQRSSLPDIYPFDKASYTNYTRNYIYDRAGNMTQIRHSAPATNNNYTTDITVSQRSNRAVLKTLADTPEKAEALFTPGGQQTQLQPGQTLSWTARGELQQVTPVVRNGAAGDRESYRYDAGSQRILKTTVQETGSRTQTQQVIYLPGLELHSGKENYQVICAGVAGRAQVRLLHWQDGKKDHQRFSYDNLIGSSGLETDGDGKLLSQEEYYPFGGTAVLVADADSGIDYKTHRYSGKERDATGLYYYGYRYYQPWAGRWLSSDPAGTVDGLNLYSMVRNNPVSFSDEQGLVAYPRTQIPGTSLYQPGINTGSDREIRGAKLIPPAANTVTELFKGEPVRLDDVLADSTLQQTPLLTDLINPAKVKMDSSTRSSLSAVKGGIMEFNAVHIPAGNNGINALRIIDTETSAFQRGKGTTLAYWVPQGGYADIPAHPENGQPQLVFTPGFSGCSFVADKLDDTTIRVRHVQGGKEDAEYNRLHASEHGHGMIGAMEYRDYGYHENYSGAVLENIQGSAFMKYEGDSWQIKYQRLKNAPGIVSMGEKTSGIVRKQQGLKLEIRHSRERSVVGTGSVPLMH

Flanking regions ( +/- flanking 50bp)

AGGGCGACTGATGATCAGCATCAGTCAGATCTGCACGGATAAGGGGCAGGATAACTGCAGCAAGGCCGTGACTCAGACTTTCCGGTATGAAGGTGCGGATTCAGCCGGGCGTCTGCTGAGTATCACTGAACAGACCGCCGGGCAGAACGCTCAGGTAACTGAACGTTTTATGTATGCAGGCAACAGTGAGGCGGAGAAAGCAAGAAACCTCGCGGGTATCTGTACACACCATTATGATCCGGCTGGTCTGGTGCAGACGGACAGCATTGCGCTGACCGGCGTGCCGTTATCCATAACCCGTCAGTTGCTGAAAGATGCGGATAAGCCGGTTAGCTGGCCGGAAAGCAATCCGCAAACATTATTATCTGCTGAAAAATACACCACACAAACCATTGCAGATGCGACCGGTGCGGTGCTGAACACCACGAATGCGGCGGGTCATCAGCAAAAAGTGACTTATGATATCGCCGGATTACTGCGCACCAGCCGGGTGACGGTGAAAGGCGGTACGGAGAAAATCATTATCAAATCTGTGACGTATTCCGCTGCCGGGCAGAAGCTGTGTGAGGAGCACGGTAACGGTGTAGTGACCACTTACACTTATGAACCGCAAACCCAGCGCCTGATTGCTGTCAAAACCGAACATCCGGCACGGAAAAAAATATTTCAGGATCTGCGTTATGAATACGATCCGGTCGGCAATGTGCTGTGTGTGACCAATAGCGCCGAGGAGACGCGATTCTGGCATAATCAGAAAGTGGTGCCGGAAAACCGATACACTTACGATACCCTGTATCAGCTGGTCAGCGCCACCGGGCGCGAGATGGCCAATGCCGGACAGCAACGCAGTTCCCTGCCGGATATTTACCCGTTTGATAAAGCCAGTTACACCAATTACACCCGCAACTATATCTATGATCGCGCCGGGAATATGACGCAGATCCGTCACTCAGCACCTGCTACCAATAATAACTACACCACGGATATCACTGTCAGTCAGCGCAGCAACCGCGCAGTACTGAAAACCCTGGCGGACACGCCGGAGAAAGCGGAAGCCCTGTTTACCCCGGGCGGACAACAGACACAGTTACAGCCGGGACAAACTCTGTCATGGACTGCGCGCGGCGAGCTGCAACAGGTTACGCCGGTGGTGCGTAACGGTGCCGCCGGTGACCGCGAAAGCTACCGTTATGATGCGGGCAGCCAGCGTATCCTGAAAACCACCGTGCAGGAAACCGGTAGCAGAACACAGACACAGCAGGTCATCTATCTGCCGGGGCTGGAGCTGCACAGCGGAAAAGAAAACTATCAGGTGATCTGCGCCGGTGTTGCCGGGCGGGCACAGGTGCGGCTGCTGCACTGGCAGGACGGTAAGAAAGATCACCAGCGGTTCAGTTATGACAATCTGATCGGCAGCAGCGGCCTGGAAACGGACGGTGACGGTAAGCTGCTGAGTCAGGAGGAATATTATCCGTTCGGCGGCACGGCGGTGCTGGTGGCGGATGCGGACAGCGGCATTGACTACAAAACCCACCGTTATTCCGGCAAAGAGCGGGATGCGACCGGGCTGTATTACTACGGCTACCGCTATTATCAGCCGTGGGCAGGGCGCTGGCTGAGTTCAGACCCGGCAGGAACCGTTGACGGACTGAATCTGTATTCAATGGTGAGGAATAATCCGGTGTCATTTTCTGATGAACAGGGGCTTGTTGCTTATCCGCGCACACAAATTCCCGGAACATCTCTTTATCAACCGGGTATCAATACAGGCAGTGACAGGGAAATTCGGGGCGCTAAGTTGATACCTCCGGCAGCGAACACGGTTACTGAATTATTTAAAGGAGAACCCGTCAGGCTGGATGATGTATTAGCTGACAGTACATTACAGCAAACACCTCTGCTTACTGACCTGATTAACCCGGCGAAGGTAAAAATGGACAGTTCGACGCGAAGTTCTCTTTCTGCCGTTAAAGGCGGAATAATGGAATTTAATGCTGTTCATATACCGGCCGGAAATAACGGTATCAATGCATTACGGATTATTGATACCGAAACATCGGCTTTCCAGAGAGGGAAAGGAACAACATTAGCATATTGGGTTCCGCAAGGAGGATATGCGGATATTCCTGCCCATCCTGAAAATGGTCAGCCTCAGTTGGTATTCACGCCGGGGTTCAGCGGGTGCTCGTTTGTTGCTGATAAACTGGATGATACGACTATCAGGGTACGACATGTTCAGGGAGGTAAAGAAGATGCCGAGTATAACAGATTACATGCGTCTGAGCATGGGCATGGAATGATTGGAGCAATGGAATATCGCGACTACGGATATCATGAAAACTACAGCGGAGCAGTTCTGGAAAATATCCAGGGATCAGCATTTATGAAATATGAAGGAGACTCATGGCAAATTAAATACCAGCGCCTGAAAAATGCACCGGGTATTGTTTCTATGGGTGAAAAAACATCCGGAATAGTAAGAAAACAACAGGGGCTTAAGCTCGAAATCCGCCATAGCAGGGAACGCAGTGTTGTTGGTACTGGTTCTGTTCCTTTAATGCATTGATGAAAGATTATTGTAATAATAAGCTAAAAAGCACTTCCCCCGGGAAGTGC