Homologs in group_3414

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4 homologs were identified in 4 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_13680 FBDBKF_13680 100.0 Morganella morganii S1 - Insecticidal toxin E
EHELCC_11350 EHELCC_11350 100.0 Morganella morganii S2 - Insecticidal toxin E
NLDBIP_11695 NLDBIP_11695 100.0 Morganella morganii S4 - Insecticidal toxin E
HKOGLL_10165 HKOGLL_10165 100.0 Morganella morganii S5 - Insecticidal toxin E

Distribution of the homologs in the orthogroup group_3414

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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_3414

Swissprot accession Eval Score ID (%) N gaps Alignment length Annot score Gene Description Organism
B6A882 1.21e-81 287 30 20 779 1 yenC2 Toxin subunit YenC2 Yersinia entomophaga
B6A881 3.37e-75 269 31 15 692 1 yenC1 Toxin subunit YenC1 Yersinia entomophaga

  • Number of RefSeq hits:

General

Source Morganella morganii S3
Locus tag LHKJJB_11555
Feature type CDS
Gene -
Product Insecticidal toxin E
Location 93976 - 96774 (strand: -1)
Length 2799 (nucleotides) / 932 (amino acids)

Contig

Accession ZDB_368
Length 188522 nucleotides
Topology linear
Plasmid False

Orthology

Orthogroup group_3414
Orthogroup size 5
N. genomes 5

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Genomic region

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

MNLSEIGELCADTPRMTVFDPRGLTVRTVDFNRKISTDIPEALITRYQYGERGEMQICADPRFSVSAQGNEPGYQNLVSATDLLQRPVHQVSIDSGESLSLLHADGQPEWTTGNPGEEAVSQRFTYDRIGRLLSQHSLNGTEEILLQTRRYSDGVDNAEEYNCRGQCTEIQNNAGTETFTEFDISGKNKTFSRRFWSVRDQSADLNHPPEEEMRMWIHRNDLSASGNVRQLSLSCHESGQERAVYTRRNGYNRRGQLISSHLTDEGGNLHALLISADYHANGACQQEMLGNGVTRYYAQEHFTKRLLRISTWRPGGNKKRYPIQDISYQYDPAGNVTERYDLGREDQYFDNLRITAHNQYRYDSCYRLRRAEGREALNGGKSTLTPLISGSQQLVNYQRWYDYDNAGNMTQLRHSAGQNNWTQVFSVSPESNRSLPQPVSPYEVERFFDSFGNLKESNGVHFTRDSQQQLVRADGARRANGASDYEFYQYDSSGQRCSKLSSRIADGITQARRRETVTYISGMRLCEYDYDGKPQGSHYSLSFPLAGHSAVVCLSEREPEKKEMPLSLMRYNCLDAQGSVALELSAEGDIITQEEYYPFGGTSLFSSRSESEADYKYHRYSNKERDNLTGLYDYGFRYYAPWLCRWISPDPLGIADGMNAYCMVRNNPVTYSDSAGLTSQTIELQELRPSSEYRRIASSVYNTTTEPVPQKSIGDRLRSAGRVLSRPLIAIAQGIARIGRAIRSVISGLRSALQRFRGTGDGADEQGMQLLLPMETESEDFSGRVRITESVLTYSPENNEEDLAWDGFLPDSDGEQEYLWDESDFAIDYGSEAGTDEIFGIGGLDKNNYEDDQLSDYSWDDISLRSESDFGGDNVNYPYEAFNITEGPYDDTTPLLNGSNNRATPAAISSLVLSASIFSLLWWYQSQHTYRR

Flanking regions ( +/- flanking 50bp)

GCATGTTTTGAAATGAATCTGACTCCGCCGAAAGTATAAGGAACAATATCATGAATTTATCTGAAATTGGTGAACTGTGCGCAGACACCCCCCGGATGACGGTATTTGATCCCAGAGGGCTGACAGTGCGGACAGTGGATTTTAACCGCAAAATCAGTACAGATATACCCGAAGCACTGATAACCCGCTATCAGTATGGAGAAAGAGGTGAAATGCAGATATGTGCTGATCCGCGTTTCAGTGTCTCTGCACAGGGAAATGAACCCGGATATCAGAATCTCGTTTCTGCCACAGATTTACTGCAGCGCCCTGTTCATCAGGTCAGTATCGACAGCGGTGAATCATTAAGCCTGTTGCATGCGGATGGCCAGCCTGAATGGACAACAGGAAATCCGGGAGAGGAGGCAGTCAGCCAGCGTTTTACCTACGATCGTATTGGACGTTTGCTGTCACAGCACAGTCTTAACGGAACAGAAGAGATCTTATTACAGACCCGGCGTTACAGTGATGGTGTTGATAATGCCGAAGAATATAATTGCCGGGGGCAGTGTACAGAGATACAGAATAACGCCGGAACTGAAACATTTACGGAGTTTGATATTTCCGGCAAAAATAAAACGTTCAGCCGCCGTTTCTGGTCAGTACGTGACCAGAGTGCTGATTTGAATCATCCGCCTGAAGAAGAAATGCGGATGTGGATTCACCGTAATGATTTATCGGCATCAGGTAACGTCCGGCAATTATCGTTGTCCTGTCATGAATCCGGACAGGAACGCGCTGTTTATACACGCCGCAATGGGTACAACCGGCGCGGACAGCTTATCAGCAGTCATCTGACTGATGAGGGCGGAAACCTGCATGCATTACTGATATCGGCAGATTATCATGCGAATGGTGCGTGTCAGCAGGAAATGCTGGGTAATGGTGTGACCCGTTATTATGCACAGGAACATTTCACAAAACGGCTGTTGCGTATTTCAACCTGGCGTCCGGGGGGAAATAAAAAACGTTACCCGATTCAGGATATTTCGTATCAGTATGATCCTGCGGGAAATGTTACTGAGCGTTATGATCTGGGCCGGGAGGATCAGTATTTTGATAATCTGCGGATCACGGCACATAATCAGTATCGCTACGATTCCTGCTACCGCTTACGCCGCGCTGAAGGCCGTGAAGCGCTGAATGGCGGAAAAAGTACATTAACGCCGCTTATCAGCGGATCACAGCAGTTAGTGAATTATCAGAGATGGTATGACTATGATAATGCGGGCAATATGACGCAGCTTCGTCACAGTGCCGGACAAAATAACTGGACTCAGGTTTTTTCTGTCTCGCCGGAGAGTAACCGCAGTTTACCGCAGCCGGTTTCACCGTATGAAGTGGAACGCTTTTTTGATAGTTTCGGTAATCTGAAAGAAAGTAACGGCGTGCATTTTACCCGCGACTCACAGCAGCAGCTTGTCCGTGCGGATGGTGCACGGCGGGCAAATGGCGCGTCGGACTATGAGTTTTATCAGTATGACAGCAGCGGTCAGCGTTGCAGTAAACTCAGCAGCCGGATTGCTGACGGTATCACTCAGGCCCGCCGCCGGGAAACGGTGACATATATTTCCGGCATGCGTTTGTGTGAGTATGACTACGACGGTAAACCACAGGGTAGTCATTATTCACTGAGCTTTCCGCTGGCCGGGCATTCAGCGGTGGTATGCCTGTCTGAGCGGGAGCCGGAAAAGAAAGAAATGCCCCTTTCTCTGATGCGTTATAACTGCCTTGATGCGCAGGGCTCGGTCGCGCTGGAGCTGAGTGCAGAGGGCGATATTATTACGCAGGAGGAATATTATCCGTTCGGCGGCACCTCACTGTTCAGTTCGCGGAGTGAGAGTGAAGCAGACTATAAATATCACCGTTACAGCAATAAAGAACGGGATAATCTTACCGGGCTTTACGATTACGGATTCCGTTATTATGCGCCGTGGTTGTGCCGCTGGATCTCGCCGGACCCGCTGGGAATAGCTGATGGTATGAATGCTTATTGTATGGTGCGCAATAACCCGGTGACATACAGCGATAGCGCCGGTCTGACGTCACAGACAATTGAGTTGCAGGAATTGCGGCCTTCATCCGAGTATCGGAGAATAGCATCATCGGTATATAACACCACCACCGAACCGGTACCTCAGAAGAGCATTGGTGACCGGTTACGCAGTGCCGGCAGAGTACTGAGCCGTCCTTTAATCGCTATCGCACAGGGAATTGCCCGGATAGGGCGGGCAATCCGAAGTGTTATCAGCGGGCTCCGTTCTGCATTACAGCGTTTCAGGGGGACAGGTGATGGTGCTGATGAGCAGGGAATGCAGCTGTTGCTACCGATGGAAACTGAGTCAGAAGATTTTTCAGGCAGAGTTCGTATCACAGAATCAGTTTTGACGTATTCACCGGAAAATAATGAGGAAGATCTGGCCTGGGATGGCTTTCTGCCGGACAGCGACGGAGAGCAGGAATATCTTTGGGACGAAAGTGATTTCGCCATAGATTACGGGTCTGAGGCCGGTACTGATGAAATATTTGGTATCGGGGGACTTGATAAAAATAACTATGAGGATGATCAGTTATCCGATTATAGCTGGGATGATATTAGTTTGAGATCGGAATCTGATTTCGGAGGGGATAACGTTAATTATCCATATGAAGCGTTTAATATTACAGAAGGGCCATACGATGACACAACACCACTTCTGAATGGTTCAAATAACAGAGCAACACCGGCAGCTATTTCATCACTGGTATTATCTGCCTCGATTTTCAGCTTGCTGTGGTGGTATCAGTCTCAGCATACCTACCGCCGCTGAAACGGAGACGTTGTTCTGTAAAATAAAAACCGGCCCCGTTAAAGGCCGGT