KEGG   Heliomicrobium modesticaldum: HM1_0145
Entry
HM1_0145          CDS       T00653                                 
Name
(GenBank) multidomain protein with s-layer homology region, ig motif, i-set domain, pkd domain
Organism
hmo  Heliomicrobium modesticaldum
SSDB
Motif
Pfam: I-set Ig_3 Flg_new SLH Ig_2 ig Flg_new_2 V-set Big_2 fn3 Receptor_2B4 Big_9 Pur_ac_phosph_N NDNF NDNF_C Sialidase T2SS-T3SS_pil_N
Other DBs
NCBI-ProteinID: ABZ82764
UniProt: B0TDQ1
Position
complement(154255..160629)
AA seq 2124 aa
MNYRVIVAYSFGNYNAEDFVNDQSNWTIIKEFSSTGEKGNNNTWTSYEKFMSSFDSNKIN
FVFYVESSGSGLTVGFDNLRIMDYGAQILIDSQPQDLTVTEGKTATFTVEARGVDLRYQW
KKDGVELNTGDGYVTLPNIPTLTINNVKKSHEGSYTVMITSNLYGGSVTSNAATLTVNPN
NPPAAKDPVPTQSVTEGSTAAFNAADIAEDVDNDPLTITAIVTGPDSAKATASLDSGTVT
LTGVAVGSTSLVVTVSDGTDTADVTVPVSVTAAPVAPTIITQPSSQTVTAGQTAFFTVTA
SGTEPLSYQWKKDDNNLSDGGNISGATTDTLTINNAQVADAGNYTVVVTNAAGSVTSDEA
TLTVNATPAYSAPVLDTDGFPMLNSIDEDDYSSNGNTIAQIVTDGSITCFDGSTAENIAV
TSVDNTNGKWQYSINGGITWLDVSDVTGRVIDLSANSLLLDENARLRFVPNANWNGTSTF
TYRAWQNNAAGLQLDGVDDYVAVSGLGTYPAITIESWIRIDSFSDGFNVIMNGNNWEIPG
LLHSQFLKGNPTQLEIAVYGSPTPYVRFDYDFNQIVGRWTHIAVTINKATGNYKLYVDGV
YKETKYRNLANIPGINVSSFSLGAWNNSGTMQRFSRGIFSDFRLWSVERSEAELAANMAN
GSLTGNESGLIGYWKFNEGNGTVVADSGPGSHNGIIHGGAAWISSSGQTANTTVNGGSTY
FSEAEETANIAVNAVNDAPSQPGAFTTPSLGQSFVSGSNINVAWGEATDIEGDIITYTVD
FWDGNIWITNVYSGTNTSFAFSDTGGINTSSARFRVKASDAEVSSSYSESDEFNIVNTYT
VTFKNWDGSELKTEVVEHGSRATAPEEPTREGYHFTGWDVDFSNITSDLTVTATFAINEY
TLTYIAGEHGSISGDATQTVSHGGNGTAVTAVPDTGYHFVRWSDDVTTATRTDKDVTGNI
TVTAIFEINEYEFTPPSITAQPVSQTVTAGQTVTFTVTAAGDAPLSYQWKKNGNSLIDEG
NISGAATSTLTINSAQAYDAGSYTCYVSNAAGSATSNAATLTVNTAPPANNPPTAKNPVP
TQSVTAGGTATFTASDIAEDTDNDPLTITAIVTGPDTAKATASLNSGTVTLTGVAAGDTS
VVVTVYDGTDTADVTVPVSVTAAPPTLVTSITVRGAGDATTVVNGGTLQMTAEVLPVDAT
DKTVTWSVYSGTGTAGINASTGLLTGTGEGTVTVRATANDGSGVYGEATITVTAAPLPVM
GGSVTISGNAKYGETLTADTSGITYTPDTSDDVPTYQWKRGGADIPGATASTYTLAQADI
GQTITVTVTADGIHATSSVTSAPTAVVDKADGPAAPGAPSLASKTHNSVTLAANAAYEFR
VNGGLWQDSNIFTGLSPETSYTFTARVKETATHKASSESAGLTVSTDAAPAQPDTTPPAV
ADGTITAGSLTHNRVTLSWSKATDDVSPQGALRYRVYYSDSDNIASVTDAVYNGTAAGDY
ATDIGTKEITGLNSNTTYYFNVIVMDEAGNKTAYTMTSVTTAAAPPVNTAPKRKSGVPAT
ATAVVTVNNAYTLDLSTIFEDADGDNLTYKVSVNGAAAVAANKDYSYTPAAVGITTLVFT
ANDGTTDSLDTYTVTLTAGAAVTCTVTFDSQGGSAVASITGVAPGSVITAPSAPTRTGYT
FGGWYKEASCVNAWNFSVDTVTANITLYAKWIYNGGGGGGGGSGSSSSTPATPTYKATVS
GSNISETKLPVSVNTNTDSAATDLGTLAKDIFAGAGTAVLTVPSIPGVNSYTVGIPAASL
SGSQGECVLTFSTGAGSVTLPSGMLAGIPGTEESSAGITIGQGDKSGLPEEVKAAVGDRP
IVQLTLTLDGKQTEWNNPSAPVTVSIPYTPTAAELENPEHIVVWYIDGSGSVVSVPNGRY
DPDTGTVTFTTTHFSYYAVSYKQVSFKDVAKDAWYSKAVSFIAAREITTGTGGGNFSPEA
KLTRGQFIVMLLKAYGITPDANPQDNFADAGSTWYTGYLAAARRLKISAGVGGNVFAPEK
EITRQEMFTLLYNALKVIGHLPRGDSGKTLSDFSDADDVALWAKEAMKLLMETGTIGGSG
GKLLPQDTTTRAQMAQVLYSLLTK
NT seq 6375 nt   +upstreamnt  +downstreamnt
atgaattatcgggtgattgttgcgtacagttttggaaattataatgcggaagattttgta
aacgaccagtcgaactggacgattatcaaggaattctcatcaaccggagagaaaggaaat
aacaatacttggaccagttatgaaaaattcatgtcaagctttgactcaaataaaattaat
tttgttttctatgttgaatccagcggtagcggattgacagtgggatttgacaatctcagg
attatggattatggtgcacaaattctaatcgactctcaaccgcaggatttaacagttaca
gagggaaaaacagctacatttactgtagaggcaagaggagtagacttaagataccaatgg
aaaaaggatggcgttgaactgaatacaggtgatggatatgtcactttaccaaatatacca
acattgactatcaataatgtcaagaaatcgcacgaaggcagctacactgtaatgataacg
agtaacctatatggcggtagtgttaccagtaatgccgccacattgacggtaaatccgaat
aatccgcccgcagcgaaagatccggtgccaacccaaagcgttactgaaggaagcacagcc
gcttttaacgcagccgacatcgctgaggatgtggacaatgacccgctgaccatcacggcc
attgtgacaggtccggattccgcaaaggcgacggcaagccttgacagcggcaccgtaacg
ctcaccggcgtggcggtgggcagcacctcgcttgttgtcacagtcagcgacgggacggat
acagcagatgtaaccgtaccggtttccgtcacggcagctcctgtagctccgaccatcatc
actcaaccatccagccaaacggtgaccgcgggacagacagctttcttcacggtaacagcg
tcaggaactgaacctttgagctaccagtggaagaaggacgacaataacctttctgacggc
ggcaatatcagcggagccaccacggacacattgaccatcaacaacgcccaggtggcggac
gctggaaattacactgtagtggtaaccaatgcagcgggcagtgtgaccagcgatgaagca
acgctaactgtaaatgccacaccagcatacagtgcgccggttttggatacagatggattc
ccgatgctcaattcaattgatgaagatgattattcttcaaacggaaatacaattgcacaa
attgttacggatggctcgattacctgctttgatggctcaacggctgaaaatatagctgtt
acatcggtagataacaccaacggtaaatggcagtactcaataaacggaggcattacatgg
ctggatgtcagtgatgtaacaggaagagttatagatcttagcgccaattcccttctactg
gacgaaaatgcccgccttcgttttgtgcccaatgccaattggaatggaacatccaccttt
acatacagggcatggcagaataatgcggcaggcttgcagctggatggcgttgatgattat
gtggctgtatctggtttgggtacttatcccgccattacgatagaaagttggatacgtata
gatagcttttcagacggctttaatgttatcatgaatggcaataactgggaaatacctggc
ttgctgcacagccagttcctcaagggaaacccgacacagctggaaattgcagtatatggt
tcgccgacaccgtacgtccgatttgattacgacttcaatcagattgtcggcagatggacc
catattgccgttacaattaacaaagctactggaaattacaagctttatgtggacggcgta
tataaagagacaaagtatcgtaacttggcaaatatccccggcattaatgtaagcagtttc
agtttaggcgcatggaacaacagcgggacaatgcagcgtttcagcagaggaatcttcagc
gattttcgcttgtggagcgtggagcgcagcgaagccgaattggcggccaacatggctaac
ggttctttaacgggaaatgaaagcggacttataggctactggaagtttaatgaagggaat
gggacggttgtggcagatagcgggcctggaagccacaacggaattattcacggcggagct
gcatggatcagttcttccggccagacagccaataccactgtcaacggaggatcgacgtat
tttagtgaagctgaggaaacagcaaacattgccgtaaatgccgtaaatgatgctccgtct
cagcctggcgcatttacaacgccatcattggggcagtcctttgtaagtggaagcaatata
aatgttgcttggggagaagcaacagatatagaaggagacattataacatacacagttgac
ttttgggatgggaatatctggataacgaatgtatattcaggaactaatacatcgttcgct
ttcagcgataccggtggaattaatacatcatcggcaaggttcagagtaaaagccagtgat
gcagaagtatcctcgagttacagcgaaagtgatgaatttaatatcgtaaacacctacaca
gtaaccttcaagaactgggacggaagtgaacttaagacagaggtagtagagcatggcagc
agagcgacagcaccagaagagccgacaagagaaggatatcacttcaccggctgggatgtt
gactttagtaatataacttccgacctgacggtgactgcaacttttgcgataaatgaatac
acgctgacctatatagcaggagaacacggaagcattagcggggacgcaacccagactgta
agccatggaggtaacggaactgctgtaactgctgtaccggatacaggttatcacttcgtc
aggtggagcgatgatgtgaccaccgctaccaggacagataaggatgtcacaggtaacatt
acagtaacagctatctttgaaataaacgaatacgaatttacaccgccgtccataacagca
cagccggtcagtcagacagtaactgcgggacagacagtcaccttcactgtaacagcggca
ggagatgcacctttaagttaccaatggaagaagaatggcaatagtttgatcgacgaaggt
aatatcagcggagctgccacatccacattgaccattaacagtgcacaagcttacgacgca
ggcagctacacctgctatgtaagcaatgccgcgggcagcgcaaccagcaatgcggcaact
ttgacggtgaatacggcgcctcctgcgaacaacccgccaacggcgaaaaatccggtgcca
acccaaagcgtgacggcgggcggcacggccaccttcaccgcttccgatatcgcggaagat
acggacaatgacccgctgaccatcacggctattgtaacaggcccggacacagcaaaggca
acggcaagccttaatagcggcactgttaccctcaccggtgtggcggcgggcgacacatcg
gttgtggtcacggtctacgacgggacggatacagcagatgtaaccgtaccggtttccgtc
acggcagcgccgcccaccctggtaacctccatcaccgtaagaggggcaggcgacgcgaca
acagtggtgaacggcggtaccctgcaaatgacagcggaagtattgcctgttgatgccacg
gataagaccgtgacctggagcgtgtattccggaacgggcacagccggcataaacgcttcc
accggattgctgacgggcaccggagaaggcacggtgacggtaagggcgacagccaacgac
ggctccggggtatacggcgaggcaaccatcaccgtcacggcggcgccgctgccggtcatg
ggcggcagtgtaaccatcagcggcaatgccaaatacggcgaaacactgacagcggataca
tcaggcatcacctataccccggacaccagcgatgacgtgccaacctaccagtggaaacgc
ggcggagcggatatcccgggggccacagcctcaacctacacattggcgcaggccgacatc
ggccagaccatcaccgtgactgtcaccgccgatggcatccacgctacgagcagcgtcacc
agtgctccgacggctgttgtggacaaagccgacgggccggcggccccgggagcaccttcg
ctggcaagcaaaacccacaacagcgtcaccctggcagccaacgcagcctacgaattcagg
gtaaacggaggcctgtggcaggacagcaatatattcacgggtctatcaccggaaacctca
tacacctttaccgccagggtcaaagaaaccgccacccacaaggcatcgtccgagagcgcg
gggctgaccgtatcgacggatgcagcaccggcccagcctgacaccactccgccggccgtg
gcggacggaaccatcactgccggcagcctcacccataaccgagtcactttgagctggagc
aaggcgacggacgatgtgagcccccagggcgctctgcggtatcgggtctattattcggat
tcagacaatatagcatcagtaacagacgcggtatataacggcacagcagcaggagattac
gcaacagatatcggcacaaaagaaattaccggcttgaatagcaataccacctactacttt
aacgtcatcgttatggacgaagccgggaacaaaaccgcttacaccatgacatcagtaacc
accgcggccgcgccgcccgtgaacaccgcgccgaagcgcaaatccggcgtaccggcaaca
gcgacggccgtcgtgaccgtgaacaacgcctacacccttgatctgtccaccatattcgag
gatgccgacggcgacaatctgacctacaaggtatcggtgaacggcgccgcggcggttgcg
gcaaacaaagattattcatacacgccggctgctgtaggtataaccaccctggtattcaca
gccaacgatgggacaacggattccttagacacgtacaccgtaaccctgacggccggtgcc
gctgtaacctgcaccgtcactttcgactcccagggcggcagtgcggtagcaagcattacc
ggcgttgcaccgggctccgtcataaccgcgccgtccgcgccgacacggactggctatacc
ttcggcggctggtataaggaagcgtcctgcgtcaacgcctggaacttcagcgttgacacg
gtaacggcgaatataaccctctatgccaaatggatatataatggcggcggaggcggcgga
ggcggcagcggcagcagtagcagcactcctgccaccccaacatacaaggccaccgtatcc
gggagcaacatatcagaaaccaaactgcccgtcagtgtcaatacaaatacggacagtgcg
gcaacagaccttggtacactggccaaagatatctttgccggcgcggggacggcagtcctc
acagtaccctccattcccggcgtgaactcctataccgtaggaatacccgccgcttccctg
tcaggatcacaaggggaatgcgtactgaccttctccaccggcgcgggcagcgtcaccctc
ccgtccggcatgctggcgggaattccgggaacggaagaatcgagcgcaggtatcaccatc
ggccaaggtgacaagtccggcctgccggaggaagtaaaagcagccgtcggcgaccggcct
attgtccagctcaccctgaccctggacggcaagcagaccgaatggaacaacccaagcgcg
ccggtgacggtaagcatcccctatacgccgacggcggcggagctggaaaaccccgagcat
atcgtggtctggtacatcgacggcagcggcagcgtggtttcggtgcccaacgggcgctac
gacccggatacaggcaccgtgacattcaccaccacccacttcagctattatgccgtaagc
tacaagcaggtgagcttcaaggacgtggcaaaggatgcgtggtactcaaaagcggtttcc
ttcatcgccgccagggagatcactaccggcacgggaggcggcaatttcagccccgaagcg
aagctgaccagggggcagttcatcgttatgctgctgaaggcgtacggcataacccccgat
gcaaacccgcaggacaatttcgcggacgcgggcagcacctggtataccggctacctggct
gcggccaggaggcttaaaatatccgcgggcgtgggcggcaacgtgttcgcccccgaaaag
gaaatcacccgccaggaaatgttcactttgctgtacaacgcgctgaaagtaatcggccat
ctgccccggggcgattcgggtaagacgctctcagacttcagcgacgcggacgacgtcgcc
ctctgggcgaaagaggcaatgaagctgctgatggaaaccggcaccatcggcggcagcggc
ggcaaacttttgcctcaggacaccaccaccagggcgcagatggcccaggtactgtacagt
ttgctgacaaaatag

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Genome (1)   
   KEGG GENOME (1)   
Gene (168)   
   RefGene (166)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (17)   
   Pfam (17)   
All databases (187)   

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