Homologs in group_594

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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_00455 EHELCC_00455 100.0 Morganella morganii S2 yfaS Uncharacterized conserved protein YfaS, alpha-2-macroglobulin family
NLDBIP_03005 NLDBIP_03005 100.0 Morganella morganii S4 yfaS Uncharacterized conserved protein YfaS, alpha-2-macroglobulin family
LHKJJB_04520 LHKJJB_04520 100.0 Morganella morganii S3 yfaS Uncharacterized conserved protein YfaS, alpha-2-macroglobulin family
HKOGLL_02525 HKOGLL_02525 100.0 Morganella morganii S5 yfaS Uncharacterized conserved protein YfaS, alpha-2-macroglobulin family
F4V73_RS07160 F4V73_RS07160 90.0 Morganella psychrotolerans - alpha-2-macroglobulin
PMI_RS09135 PMI_RS09135 63.2 Proteus mirabilis HI4320 - alpha-2-macroglobulin

Distribution of the homologs in the orthogroup group_594

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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_594

Swissprot accession Eval Score ID (%) N gaps Alignment length Annot score Gene Description Organism
P76578 0.0 1876 55 10 1659 1 yfhM Alpha-2-macroglobulin Escherichia coli (strain K12)
Q9PDX7 0.0 891 34 24 1619 3 XF_1252 Alpha-2-macroglobulin Xylella fastidiosa (strain 9a5c)
Q87E11 0.0 889 34 24 1619 3 PD_0518 Alpha-2-macroglobulin Xylella fastidiosa (strain Temecula1 / ATCC 700964)
Q8ZDJ2 6.58e-68 258 23 57 1604 3 YPO2573 Alpha-2-macroglobulin homolog Yersinia pestis
Q92HD6 6.09e-56 219 23 73 1773 3 RC0835 Alpha-2-macroglobulin Rickettsia conorii (strain ATCC VR-613 / Malish 7)
Q9CMZ1 1.06e-49 198 20 53 1626 3 PM0659 Alpha-2-macroglobulin Pasteurella multocida (strain Pm70)
Q8YM40 8.69e-27 124 21 41 1256 3 all5100 Alpha-2-macroglobulin homolog Nostoc sp. (strain PCC 7120 / SAG 25.82 / UTEX 2576)
Q9X079 1.04e-07 61 22 13 355 3 TM_0984 Alpha-2-macroglobulin Thermotoga maritima (strain ATCC 43589 / DSM 3109 / JCM 10099 / NBRC 100826 / MSB8)
Q8XV02 4.76e-05 52 23 25 617 3 RSc3030 Alpha-2-macroglobulin Ralstonia nicotianae (strain ATCC BAA-1114 / GMI1000)
Q9RYL9 0.000104 51 22 10 253 3 DR_A0293 Alpha-2-macroglobulin homolog Deinococcus radiodurans (strain ATCC 13939 / DSM 20539 / JCM 16871 / CCUG 27074 / LMG 4051 / NBRC 15346 / NCIMB 9279 / VKM B-1422 / R1)

  • Number of RefSeq hits:

General

Source Morganella morganii S1
Locus tag FBDBKF_01090
Feature type CDS
Gene yfaS
Product Uncharacterized conserved protein YfaS, alpha-2-macroglobulin family
Location 199797 - 204821 (strand: -1)
Length 5025 (nucleotides) / 1674 (amino acids)
In genomic island -

Contig

Accession contig_1
Length 309072 nucleotides
Topology linear
Plasmid False

Orthology

Orthogroup group_594
Orthogroup size 7
N. genomes 7

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Genomic region

Domains

PF00207 Alpha-2-macroglobulin family
PF01835 MG2 domain
PF07678 A-macroglobulin TED domain
PF07703 Alpha-2-macroglobulin bait region domain
PF11974 Bacterial alpha-2-macroglobulin MG3 domain
PF17962 Bacterial macroglobulin domain 6
PF17970 Bacterial Alpha-2-macroglobulin MG1 domain
PF17972 Bacterial Alpha-2-macroglobulin MG5 domain
PF17973 Bacterial Alpha-2-macroglobulin MG10 domain
PF21142 Bacterial alpha-2 macroglobulin MG2 domain
PF21765 A2MG, CUB domain

COG entry Annotation(s)

ID Function(s) descr. Function(s) cat. Description
COG2373 General function prediction only (R) R Uncharacterized conserved protein YfaS, alpha-2-macroglobulin family

Kegg Ortholog Annotation(s)

KO Description Pathways Modules
K06894 alpha-2-macroglobulin - -

Protein Sequence

MRSPIAGQGPGKKRCIAVLLASALALMGCDDTGSKTTAAGSNDSAPANNNKENSSSSSASSPSAKKTQDAASLAELSKRYAGKDVTIIDASEIQLDGANAMVVTFSVPLDPNQDFSQFARLVDVKNGKLEGAWELSDNLMELRMRHLPPSRELQLSIDRGVRGINERTLVNGYDLKLTTADVVPSVGFASRGSLFPADVLQGLPVFALNVDSIDVNFYRIKPDSLASFLASWQYGNNLQYWNSDDLLNNTDLVYTGRFDLNPQKNTRENMQIPLKDIKPLQEEGVYLAVMQQAGRYSYTMPATLFTLSDIGVSMHSYLNELDVFTQSLAKGSALKGVEIRLLDSKGQLLGKAETDSSGHAKLDRGADAALLLAINNGQTSMIDLKNPALDLAEFDIAGPQGYAKQFFVFGPRDLYRPGETLVINGLLRDGDGHPVKDQPVKVDVLKNDGQVASTFVWQPENGLYQYQYAIPENIETGKLTLRFDLGDNTPRFYSVNVEDFMPERMAMEIKTDKQPITTQQSADFEIEGHYLYGAPAAGNQLTGQLFMRPDREASAKLPGFEFGNIQEENLTRTLDEFDETMDDSGELAFTISNDYWKEVKSPFKLILQASLMETGGRPVTRRADVAVWPAAKMAGIRPVFAKKEVYDYRTDKYVSQYSMDEDSLAEFEIVYTDRQGNKLKADDLNARLIYERRDYYWRWSDSEGWSSGYDQKDLVMSDDKISIAKDGTAKVTVPVSWGAYRLEVVDPSTGLTSSVRFWAGYSWQDNTGGTGAVRPDQVKLKLDKPNYHAGDKVKLNVTAPQAGKGYVLLESSDGPLWWQEVDVPEGGIDVEVPLNKEWTRHDLYATAVVVRPGDSSRQATVKRAVGILHIPMADPARKIDVTLDTPARIRPNQDLTVKIKAKAQDGKAAPEKVNVLISAVDTGVLNITDYKTPDPYDAFFGRKRYSVDQYDVYGQLIEGSGRLGTLRFGGDGGDDLDRGGLKPLTEVQIIAQQAAPVELNAQGEGTVTLPIPDFNGELRLMAQAWTDEDFGHAQNKVIVAAPVISQMALPRFMAGGDRSQLTLDLTNLTDETQNLTVNFSADGMVHLKGAAEKEVTLAKGQRTSVNVPVEAANGFGQGEVFMTVKGLKLPDESSNTYKNSWKIGVRPAYPAETVSYSMSLGNGGEWALPADQIGYLDANTVSGEMTLTSRPPLDISRYIRELYAYPYGCLEQTVSGLYPSLYSSEAELKKLGIKTQTDAGRRQAVMTGIPHLLGMQRSDGSFSLWDNSGAEEPWLTAYATDFLFRAGQRGFDVPADALSNANNRLLRYLQDRSVISSNYYGNSDQMRFAVQAYAGYVLAQQQKAPLGALRQVYQRRDDAASGLALVQLGIALKKMGDADRGNEAIRLGVMKNRDSVYTGDYGSTIRDDAMIIALLSEADSNADQRYGKLQALSAEIQNNRYFSTQESNALYLAGRQYINQSEKPWSALINGQAPAVSRDSALRETLTAVQLNNGISVANRGDAELFGRVNITGYPLQAPHPSSEVLKIKRTYMDLNGNPISIDRLSSGDLVAVRLDIQADRNVPDALVVDLLPAGLELENQNLAAASASLADSAPNLAEAIQDMQQANIRHTEYRDDRFVSQVAVEEYRPVTLVYLARAVTPGKYSVPAPQVESMYIPAWRATGVTPATLEVVR

Flanking regions ( +/- flanking 50bp)

ATAATACCGAACAAGTGCCCGTTTTCCGGGCTCACCAGAAAGGATTGATTATGCGTTCTCCGATTGCAGGACAGGGTCCCGGCAAAAAACGCTGCATTGCAGTGCTTCTTGCATCAGCGCTGGCGCTCATGGGTTGTGATGACACCGGCAGTAAAACCACGGCGGCGGGCAGCAATGACAGCGCGCCGGCCAATAATAATAAAGAAAACTCGTCTTCTTCATCTGCTTCCTCTCCGTCTGCGAAAAAAACACAGGATGCCGCATCACTGGCAGAGCTGAGTAAGCGCTACGCCGGAAAAGATGTGACTATCATCGACGCCTCTGAGATTCAGCTCGACGGCGCAAATGCGATGGTGGTGACCTTCTCTGTTCCGCTGGATCCGAACCAGGATTTCAGTCAGTTTGCCCGTCTGGTGGACGTGAAAAACGGCAAGCTGGAAGGTGCCTGGGAGCTGTCGGATAACCTGATGGAACTGCGCATGCGCCATCTGCCGCCGTCACGGGAATTGCAGCTGAGTATCGATCGCGGCGTGCGCGGTATCAATGAGCGCACACTGGTTAACGGTTACGATTTAAAACTGACCACAGCGGATGTGGTACCGAGTGTCGGCTTTGCCAGCCGCGGCTCGCTGTTCCCAGCAGATGTCCTGCAGGGACTGCCGGTATTCGCGCTGAACGTGGACAGTATTGATGTCAATTTTTACCGCATCAAACCGGATTCCCTGGCGTCTTTCCTCGCCAGCTGGCAGTACGGCAACAATCTCCAGTACTGGAATTCTGATGACCTGCTGAATAATACCGATCTGGTCTATACCGGGCGTTTTGATCTCAATCCGCAGAAAAACACCCGCGAAAATATGCAGATCCCGCTGAAGGATATCAAGCCGTTACAGGAAGAGGGCGTGTATCTGGCGGTCATGCAGCAGGCCGGGCGTTACAGCTACACCATGCCTGCCACACTCTTTACCCTGAGTGATATCGGCGTTTCCATGCACAGCTATCTTAATGAGCTGGATGTATTTACTCAGTCGCTGGCCAAAGGCAGCGCACTGAAAGGTGTGGAAATCCGTCTGCTCGACAGCAAAGGTCAGCTTCTGGGTAAAGCAGAAACCGACAGCAGCGGTCATGCAAAACTGGATCGCGGGGCGGATGCCGCGCTGTTACTGGCGATTAATAACGGCCAGACCAGTATGATCGACCTGAAAAACCCGGCGCTTGACCTGGCAGAGTTTGATATCGCCGGTCCGCAGGGCTATGCAAAACAATTCTTCGTTTTTGGTCCGCGTGATCTGTACCGTCCGGGGGAAACTCTGGTAATTAACGGCCTGCTGCGCGACGGCGATGGCCATCCGGTTAAAGATCAGCCTGTCAAAGTGGATGTGCTGAAAAATGACGGTCAGGTGGCTTCCACCTTCGTCTGGCAGCCGGAAAACGGTCTTTATCAGTACCAGTATGCGATTCCGGAAAACATCGAGACCGGTAAGCTGACACTGCGTTTTGACCTCGGGGATAACACACCGCGCTTCTACAGCGTCAATGTGGAAGATTTCATGCCTGAGCGCATGGCGATGGAAATCAAAACCGACAAACAGCCGATCACCACACAGCAATCCGCTGATTTTGAGATTGAAGGCCATTATCTCTATGGTGCACCGGCAGCCGGTAACCAACTGACCGGACAACTCTTTATGCGTCCGGATCGCGAAGCGTCCGCCAAACTGCCGGGCTTTGAATTCGGTAATATTCAGGAAGAGAACCTGACCCGCACCCTGGATGAATTCGACGAAACCATGGATGACAGCGGTGAACTCGCATTCACCATCAGTAATGATTACTGGAAAGAGGTGAAATCGCCGTTTAAATTAATCCTCCAGGCAAGCCTGATGGAAACCGGCGGCCGTCCGGTGACCCGCCGTGCGGATGTCGCGGTATGGCCAGCCGCGAAAATGGCCGGTATTCGTCCGGTCTTCGCCAAAAAAGAGGTTTACGACTACCGCACTGACAAATATGTGTCGCAGTACAGCATGGATGAAGATTCACTGGCTGAATTCGAAATTGTCTATACCGACCGTCAGGGTAATAAGTTAAAAGCGGATGATCTGAATGCGCGTCTGATTTATGAGCGCCGTGATTATTACTGGCGCTGGTCCGACTCCGAAGGCTGGTCGTCAGGTTATGATCAGAAAGACCTCGTGATGTCTGATGACAAAATCAGTATCGCCAAAGACGGCACCGCAAAAGTGACCGTCCCGGTCTCCTGGGGTGCATACCGCCTGGAAGTGGTGGATCCGTCCACCGGGCTGACCAGCAGCGTGCGTTTCTGGGCTGGGTACTCCTGGCAGGATAACACCGGCGGTACCGGTGCGGTTCGCCCGGATCAGGTGAAACTGAAACTGGATAAACCAAATTATCACGCCGGTGATAAAGTTAAACTGAATGTGACCGCACCGCAGGCCGGTAAAGGCTATGTGCTTCTGGAATCCAGTGACGGCCCGCTGTGGTGGCAGGAAGTGGATGTGCCGGAAGGCGGCATCGATGTGGAAGTCCCGCTGAACAAAGAGTGGACACGCCACGACCTGTACGCGACTGCGGTGGTTGTCCGCCCGGGCGACAGCTCCCGTCAGGCGACCGTCAAACGCGCGGTCGGTATCCTGCATATCCCGATGGCCGATCCGGCCCGTAAGATTGATGTGACACTGGATACGCCGGCCCGCATCCGTCCGAATCAGGATCTGACCGTTAAAATCAAAGCAAAAGCACAGGACGGCAAAGCAGCACCGGAAAAAGTGAATGTGCTGATTTCCGCCGTGGACACCGGTGTGCTCAATATCACCGACTATAAAACGCCGGATCCGTATGACGCCTTCTTCGGCCGCAAACGCTACAGCGTGGACCAGTATGATGTCTATGGCCAGCTGATTGAGGGCAGTGGTCGTCTCGGCACACTGCGGTTTGGTGGTGACGGCGGCGATGATCTCGATCGCGGCGGCCTGAAACCGCTGACTGAAGTGCAGATTATCGCGCAGCAGGCGGCACCGGTGGAACTGAATGCGCAGGGTGAAGGTACGGTTACTCTGCCGATTCCGGATTTCAACGGCGAGCTGCGCCTGATGGCTCAGGCCTGGACGGACGAAGATTTCGGCCATGCGCAGAATAAAGTGATTGTTGCCGCACCGGTGATCAGTCAGATGGCACTGCCGCGCTTTATGGCCGGCGGTGACCGTTCACAGCTGACGCTGGATCTGACCAACCTGACCGATGAAACACAGAATCTGACCGTGAATTTCAGTGCGGACGGCATGGTGCATCTCAAAGGGGCGGCAGAGAAAGAAGTCACCCTGGCGAAAGGCCAGCGCACCTCCGTGAATGTTCCGGTTGAAGCGGCAAACGGCTTTGGTCAGGGCGAGGTGTTTATGACGGTCAAAGGGCTGAAACTGCCTGATGAAAGCAGCAACACCTATAAAAACAGCTGGAAAATCGGCGTGCGTCCGGCATACCCGGCTGAAACCGTTTCTTACTCGATGTCACTCGGCAATGGCGGAGAATGGGCGTTACCGGCTGACCAGATCGGTTATCTGGATGCGAATACTGTGTCCGGTGAAATGACGCTGACCAGCCGTCCGCCGCTGGATATCTCGCGTTATATCCGCGAACTCTATGCCTATCCGTACGGCTGTCTGGAGCAGACGGTGAGCGGGCTGTATCCGTCCCTGTACTCCTCTGAGGCTGAGCTGAAGAAACTGGGCATCAAAACCCAGACTGACGCCGGACGCCGCCAGGCGGTGATGACCGGTATTCCGCATCTGCTCGGCATGCAGCGCAGTGACGGCAGCTTCTCCCTGTGGGATAACAGCGGCGCGGAAGAGCCGTGGCTGACTGCATACGCGACAGACTTCCTGTTCCGTGCCGGACAGCGCGGGTTTGATGTCCCGGCGGATGCCCTGAGCAACGCCAATAACCGCCTGCTGCGTTATCTGCAGGATCGCTCGGTGATCAGCAGCAACTATTACGGTAACAGCGATCAGATGCGCTTTGCGGTACAGGCGTATGCCGGTTATGTGCTGGCACAGCAGCAGAAAGCACCGCTCGGCGCACTGCGTCAGGTCTATCAGCGCCGTGACGATGCCGCAAGCGGACTGGCACTGGTGCAGCTGGGTATCGCCCTGAAGAAAATGGGGGATGCGGATCGCGGTAATGAAGCCATCCGTCTGGGTGTGATGAAGAACCGTGACAGCGTCTACACCGGCGATTACGGCAGCACCATCCGTGATGATGCGATGATTATTGCTCTGCTGAGTGAGGCGGATTCCAATGCGGATCAGCGTTACGGCAAGTTGCAGGCACTCTCTGCGGAGATACAGAATAACCGTTACTTCTCCACTCAGGAGAGCAACGCCCTGTATCTGGCAGGCCGTCAGTACATTAATCAGAGCGAAAAACCGTGGTCTGCCCTGATCAACGGACAGGCCCCGGCGGTCAGCCGTGACAGCGCACTGCGTGAAACCCTCACTGCGGTACAGCTGAACAACGGCATCAGTGTCGCGAACCGCGGGGATGCGGAGCTGTTCGGTCGTGTGAATATCACCGGCTATCCGTTACAGGCACCGCATCCGTCATCCGAAGTGCTGAAGATCAAGCGGACGTATATGGATCTGAACGGTAACCCGATCAGCATTGACCGCCTGAGCAGCGGTGACCTGGTGGCTGTCCGTCTGGATATTCAGGCTGACCGCAACGTGCCGGATGCGCTGGTGGTGGATCTGTTACCGGCCGGTCTGGAGCTGGAAAACCAGAACCTGGCGGCAGCCAGTGCAAGTCTGGCGGACAGTGCGCCGAACCTGGCTGAAGCTATCCAGGACATGCAGCAGGCCAATATCCGTCATACCGAGTACCGTGATGATCGCTTTGTCTCCCAGGTGGCCGTGGAAGAGTACCGCCCGGTGACGCTGGTCTATCTGGCCCGCGCGGTTACACCGGGTAAATACAGTGTTCCTGCACCACAGGTGGAATCGATGTATATTCCGGCCTGGCGCGCCACCGGTGTGACACCGGCGACACTGGAAGTGGTTCGTTAACAGCACCGTTTGTTGTCCGCAGCCTCCGGGCTGCGGCAGCAAAATATGTT