| Definition | Finegoldia magna ATCC 29328 plasmid pFMC, complete sequence. |
|---|---|
| Accession | NC_010371 |
| Length | 189,163 |
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The map label for this gene is cna [H]
Identifier: 169823640
GI number: 169823640
Start: 108603
End: 118130
Strand: Reverse
Name: cna [H]
Synonym: FMG_P0126
Alternate gene names: 169823640
Gene position: 118130-108603 (Counterclockwise)
Preceding gene: 169823641
Following gene: 169823639
Centisome position: 62.45
GC content: 30.53
Gene sequence:
>9528_bases TTGAACAGAAGAATTACGAGAATTTTTTCGTTTCTTTTAGCGTTTATGATGCTTTTTCAGTTCTCGATGCCGGCGATTAC ATCTCTTGCATATCACGAGGAAGAAAAAGGTGTAATAAAAAATAGCACAAATGTTATACAAGGAAATGAAAAAATTTCTA AAGATTCAAACAAGGCACCGCCTAAGTTAGTCGAACCTGTGAAATTAGATGAAACAAAACTTAAGTCTAGTTTTTCTGGT GAAGACGAAGTAGTTCCGGAAGTTTCTGAAGAATTTGATTTTAAGCCTGTAGGTGCAGTTGAGGCTGATGGTTCTAAAAT CGAATCACTTTCAGTTGATTGGGTTACAGAAGATGCTGTAAAAGATAACAACGATTCTCAATTAAATGTTAAATGGCACG ATGATGGTTTACAAAAAGTTCAATTGAGAATTAACTATGCGTTATCTGGGGGATATGATTATCCAGCAGGATCTATTCAA ATTTCTGTTCCTAAGAAAATTTTTAGAGACAGAGACGGTAATCTAACAGGAATTACGAAGCTTGCTGTATTAGAAGCACC TGATAAATCAGGAGATTTTGCTTATGTTGAAAGGGAAGATTCTTATGTTTTTATAAACACTAAGAAATTATCAGCAGCAA CTCAAGGCTATATGGAAATGAGCTTTGAAGACCTAAGACCTCATACTATTAAGGACAAGGTTACAGGCTATAAGACTGAT GATTTTAGTGCGAATATCAAAGTTCAAACTAAAAACAATCAAGAATTGTCTTTATCATCTAACAAAATAAATGCAGTAGT TGATACAAGAGCGTGGGTTAGTGAAGCTAGTAAAAGAGCTTATTATAGACCTCGTGAAATGTGGTCTAAAGATTATCCTA GTGAATTAAAACCTTCAAATGATAAAGATTATGTTTATATGACATATGACATTCATGCGAAAGCTAATGGTTCTCAACCA TTTAGTTTAAAGGTTGTGGATAAGTCTTCAATGACAGCTAAAGGTAATCCGATAGTTTTAGGATATAAGAAAAGTGATGG AAAGATTGTTAAAGGCAATAATACCGATACTTTGACAGATCCTAATAATTTTAGTGGATTTACTACCGGTTATAACTTTT ATGCGACAGTTTATGTAGCATATCCTAATAAGAATATGGACTATGGTGTTGATTATAAGTTATCTAATAATGTTGATTTT GTGATGACATCAGTTGATGATAAGGAACAAACAAAATCTTCGGCAAGCGATTACAAAGAATATCGTAAGATACAATTCTT AGCACCTGAAGGTCATTTCTGGGTAGATAAAAGAGGAGATCATCAATACAACTATGCTTTAAATAAGCTTCAAAAAGGCG AAGATGTAGAATTAGAGTATTGGGTTAGACCTCGTGCTTTTGGTTATAAGTGGACTATCGAACAAGGAAAAAATCGTGAT GATATTAATAATTACAAGAAAGTTCCTTATAAAGTTATAACAACAGATGAAAACGTCAGATATGACGGATATAAAACATC TTTAGATAAAGATGATTTCGAATTCACTAAATTAACTTTCAAAAAGCCTGTTGTTTATGATTATCAAAAATATCAACAAG ACGGTCGTGGATATTTTGAAAACGAAAGAAACGCTATTGAATATGGCGAGATATTACAAGGATATTATGGATATATTCAA GACAAGGATGATTCTAAAATCCCTGATTTGAATTTAAAAATATCTTATGATGGAAAAACTTTTGAAGATTATGCGACAGT TTCTTATAAAACCGGTAAATGTATAATAACTAAAAAAGATGGTAAGGGTTTAAATAGTGAAACAATAGATTTTCCTAAAA ATGTAGTAGATTTTAGAGTAGAATATGAAACTTTAAATCCAGCAGTAATATTCGAAATGAAACCTTTTATAAAATTAAAA TCTTCAGAAAACATTAAAAACCATATAAATAAGCAACTTGAATCTACTGATACCCCTACAAATTATGTATGGAATAGGGC TAGAATGGATGTTAAATTATATAAGCAAATGAGTTTTATTAACACTGAAGCTCATTATGATATGATTTCAGCGTTTGCTC ATGGATCTATTTTAGATAAAAAGCTTGTTTATGACGGTAGTAAAGAAAATAACATTAGGGATAGATTTGTTGATTTGAAG TATTCTATCACTATGACTAACCAAACAAATATTCAATCTAAAAATGATTTGAATGAGGTTATAAAGTCTGGTTTATATCC TGAACAGAAAGAGGCTATTTGGTACGACTTGTTACCTAAAGGTGTTGTTCCGAATACAAGAAGTTTAAAAATTAATAATG GAACTATTCTTGATGTTAAATTAATCGAAAACTATAAGAATACTGATAGAACTTTAATGATAGTTAAAACTAAAGTTGAA CCTAAGTACAATTATAGTTCTAAAGAAAACTTTACAGGTTATGAAGGTTATAACGCTAAACAAGTTTTAACTTATGATGC AAAATACACTTGGGAGTCTTTAGGTGATTATGGTAAAAAGGTAGATAATGTAGTTGCTTTTGAATCTTTAAGCGAAAATG TTGGTAACATTAAAGGTTATAAAGGTGAACCTGATAATCCATTAGCTGAAAATAACCATACAAGTAAATCAGGTGTATCT AATGTAGCCGATATTATGACTAATTTAAATAAAGATCATAATAATCCTGTTTTCTTGTATTCACATGATTATACTGATTT AATTGTTAATACAATTGCCAAAACATCACTCAGAAAAGATGTTGACGTTAACGAAGAAGGTGTTTTTGGTGATGGTCAAG TTGAAGAATTAGCTAAGAATGTTTTTGAAAACGGTCTTTATACTTATAGACTAAGAATCAAAAACACAGATACTACGAAA GCTAAAGATATAGTTTTCTATGATAATTTAGAAAAGTATGTTCCCGATAAATCTAGTGATGATTATAAAGATACTCAATG GAAAGGAACTTTTGTAGATTTAGATTTATCTTCGTTGAAAGCGAAAGGAATAAGGCCTGTAGTTTATTACTCAACACGAG ACGATTTAGATTTACAAAACGAAAATGATAGGAAGCATAATAATTTAAAAGATAGTAGTATTTGGACTACTACAATGCCT AAAGATAAGTCTACTATTAAAGCTATTGCAATAGACGCTAGCAAAAAAGAAGACGGTAGTGATTATGTATTAGGTTTAAA AGAATCTATTTCAGCTTTTGTTAAGATGAAAGCACCGGAGATTAAAGAAGCTAACAAGAATGATTATTTTGATAAACAAA GAAAAGTTGGGGAAACTGAAGAAGGTTTATCAGGTGGTGCTCATGCGTACAATAGCGTAGTTTCAATAATGACACAAATC GATGCAAAAAAAGGTGTTGAAAGTAAGGATAAGTTAATTAACTACGGCTATACTAAAGTTGGTCTAAAACCATTCTCTAT TAAAGTTAAAAAGAATTGGGATGATGATAATAATAGAGACGGTAAAAGAGTAGATGAAGTCACTTTAAGATTATATGCTA ATGGTAAGAAAACAGACAATATAGTTAAGTTAAATAAAGACAATAAATGGTCTGGTGAATTTGCTGTAACTTATTTAGAT GAAAATTCTAAACCTATTCAATATTCAATCAGTGAAGATGAGGTTGAAGGATATAATCTTAGAATCAATAAGATTGATGA AACAAAAGTTGGCATAAATTATGACGTAAGTAATGTTCACGTTCCTGAAAAGATTGATTTCAAAGGTACTAAAAAATGGT TTGACGATAATGATAAAGTAAGACCTAAAGAAATTAAGCTTAATTTGTATGCTAATGACAAGCTTGTTAAAACTCAAAAC ATTAGAGGTACTGGAAATAATTGGGAATACGAATTTAAAGATTTATTTAAGTATGAAAATGGTAAGCTAATTGATTACAA AGTTAAAGAAGAAGTAACTGACAAAGCTTATTATCAGGTAGTTAAAGATAATGTAATAGAAAATCATTATTATCCTTATG GTGATGTTGAGTTAGAAAAGAAAGTTCTTAATGGAACTAATGCAACAAAGGGTAAGGAATATGAGTTTACAGTTTACTTT AAAGGCAAAGATGGTAAAGCTGATGGTAGTTCCTACAAGTATGAAATCATCAATAACTCTATTCTTCCAAATGGTAAGGG TGAACTTAAAAATGGTTATACTTTTAAATTAAAAGAAAACCAAAAGATAGTTATTAAAGATGTTTCAATTTATTCTAAAG TTGAATTTAAAGAAAAGGAAAAAGCTGGCTTTAAATTAGTTAATGATTTAAGAGCTGAACCTAAAGCTAATGATAAAGTT AGTCTAGTGGCTCAAAATGACTATAAGACTACTGGAAAGATTAATATTAAGGCTAAAAAGGTTTTAGAAAATAAAGACTT AAACGCTTATGATTTTATATTCGATTTGTATAAAGACGGTAAAATTATAAAATCAGCATCTAATCTAAAAGATGGATTAG TTTACTTTTCATCACTATACTTTGATAACAAAGATGTAGGAAAAACTTACGAGTATGTAATTAAAGAAAGAGTGAATGAT TCAAAAGGAATGACTTTTGATACTCACGAAGAAAAAGTAAAAGTAAGCATTAAAGATAACGGTGACGGTACTTTGACAAT TACGCCAGATTATGGTGAAAATACTCCACAGTTTAAGAACATCTACAAAGCAACTGGAGATTTAAGCATAAAAGCTTATA AAAAAGTTAAGGGAAGCGTTGATAAAACTTATCCGACATTTAACTTTGTCTTAAAGAACAAAGCTACAGGTTTGAAAGTT GCTGAAGGTGTTAATAACGACAAAGGTGAAATTAATTTCTCAAAGATTAAGTTTGCTGAAAAAGATATCGGTAAAACATT TGAGTTTATTGCTGAAGAAATCAAAGGAAATGACAAAAACATAATCTATGACAATTCACAAATTCAATATACTGTAAAAG TTGTAGATAATGGTGATGGTAAATTATCGTTTGATGTAATAACTAAGGACTTAAAAACTGACGATATCAACAACAAGGAA AACGAACCTGTATTTGTTAACAAGTATTTGCCTGGAAAACTTAAAGTCGAAAAGAGAATCCAGAACGGAGATCCTAATAA AGAATTTAAGTTTAAAATTAAGTTTACTGGCGATGAAAAAGATATTCCAACAGGTAAATTTAACTTGACAAGAGATAAGT TAAAAGAACCACTACAAGCTGTATTTGAAGTGAGTGAAGGAAAAGCTCCAGACCCTATCACACTAAGTCTCGAAGAAGGT ACTCACAGTTTCATACTTCCTAAAGCTGATAAATGGTATTATGATTGGCAAAACAATGGTAAAACTTATAAAGCCGATAC TTTGTTTAGTTATACAGTAGATAGTAATGGTAATATTGCTTTTGATAATAAAGATTTAGTTGTTAAAGATAACAAGATAA TCTTTAAAGCATTTACTGACAAAATCTTGGTTAAAATCGTAGACAATAATGGCTCAAAGGACATGCTGATGTATTCAGCA GAAGGTAATGTTGGTAAATCACATGATTTGAACAACATTTACTGGGCTGAAGATAGTACAAATATTTATGATAAAACATT TAAAGCTGGAACTTTAGTTAATATAGCTAACGGCGATATCTGTAATGTTGATAAGTTTACGTCTCAAGGTCATCTGATGT TTTCTGGATTGTTGATAAAAAATAATATAAGTTTCTTTAACAGTTCTCAAGCTAAAGAAATTAATTTACAAGGTTTCGAC ACATCTAAAGCAACTGACATGAATAGTATGTTCTATAATGCACATTCTACTACAATCAATTTAGGAGATAATTTTGATAC ATCAAATGTAACTAATATGCGTAGTATGTTCGCTAGTTCTCAAGCAACCACAATCAATCTTGGAGACAAGTTTGATACAT CTAAAGTAACTAATATGGAGGATATGTTCCGAGGTTCACAAGCTACTACAATCAATTTCGGAGATAAGTTTGATACAAGC AATGTAACGAATATGAATGGTATGTTCCATAATTCACAAGTTACTACAATCAACCTCGGAGATAAGTTTGATACGAGCAA TGTAACTGACATGCATTATATGTTTTATGATTCAAAAGCTATAACAATCAACCTCGGAAATAAGTTCGATATATCTAAAG TGACTAATATGGGCTATATGTTCTATAAGCTAAAAGCTACTAAAGTCTATATTGGTGATAATGTTTCTCAAAGTTCAATT GACAAGATGATAAACAAAGGTTGGTTAAACCGTTCAAGAATCATCAGAGGCACATATCAAGCTTTAAATAAAGTTAACAC AATGTTTGCTAAAAATGATTTAGCAAATGATTTTGGAAAGATTTTGAAATCTTCGAGAACGGCTTTGGTAAGTTTGATTA AGCCTACGACAAGTTATGCAGCGGCACCTAGAATAGTTCATTCGGGTACTATGGGTACAACTACTTGGGAAATATTTGAC AACAGAGAGCTTGTTTTAAGACCAACATCGGGTAGTGTTGGTGAGTTTACTGTTAATGATTATTCTGGAAATTATGCACC TTGGCATAATTATGAAGGAACTTTTGATAAGATTCGAGTGGAAGGTACTGTAAGACCTATTGGTAGCTTGTATAAGGTTT GGATTGGTTTCTTTGAAAAATCTCAAGCCAAAGAGATTAATTTACAAGGTTTCGATACAAGCAATGTAACAAACATGGAA CATATGTTCTATAATTCTCAAGCAACCACAATCAACCTCGGCGATAAGTTTGATACAAGCAATGTAACAAACATGGACGG TATGTTCTATAATTCTCAAGCAACCACAATCAATTTCGGCGACAAGTTCGATACAAGCAATGTAACGAACATGGATAATA TGTTCAGATATTCTCAAGCAACCACAATCAACCTCGGCGATAAGTTTGATACAAGCAATGTAACAAACATGAGTCATATG TTTACTGATTCAGAAGCAGAAATAATCAATCTCGGAGATATGTTTAATACGAAGAATGTAGAAAATATGCAAAATATGTT TTATCGCTCTCAAGCAATGACAATCAATCTCGGAGATAAGTTCGATACATCAAACGTAACTATTATGAGTGGGATGTTCT ATGAAGCTAAAGCAACTAAAATTTATATACCTTCAAACTTTAAGTTTAAAGATGATACTAAATTGGCTGATATGGCTTAC AATTCATTAAAATATTTATATTCGTGGAGTAGAGAAGACAAGACGTATATAAAGATATCATCTTGGGATTTTGCAGATAA ATTTAATTCTAACCCTTCTGCGATGGCAGGATGGTGGGTTCGAGATAAAAAACCTACAAGTTATACAGTTAAATTCAATA GTAATGGTGCTAACGGCTTAGTTGAAGATATGAAAGTTAAATACGGAGATAGCTTTAAAATACCTGATGCAAGTAATTTA TACTTGTTTAACAAAGAATTTGTAGAGTGGAACACAAGTCCTGATGGAACTGGTACAAGTTATAAAGCTGGCGGGTCTTA TAGTAATTTAGCTAATATTGGTGAGACTGTTACACTTTATGCGATATTTAAGGATAAAGATAATTCAGTTGAAATCAAAA ATGGTGAAGGTGAATTTACTTTAAGGGCTAATGAATCAGTAACTTTTGATAATCTACCTTCAGGATTAGAGTATGAAATC TATGAAGAAACTGATGAAGGATGGCAACTTGTTGAAGCTAAGAATGATAAAGGTGTTATTAAGCCTAACGAAGAAATTGT TTCAACGTTTACTAATAAGTATGATCCTAAATCAACTAATGCTTATATCAAAGGTAGAAAACTATTAGACGGACAAGGTG CTTCAGGATATAAGTTTAATCTTATTAAAGATAATCAAGTAGTTGATACTCAAACATCAACTGAAGGTGGTTTTATAAGC TTTAAGAAACTTGATTTCAACACTAAAGGCGAATTTAACTACACTATAAAAGAAGTCAAAGGTGGTGACAATAATATCAT TTATGACGGACATGAAGAAAAAGTTAAAGTAGTTGTTAGTGAAGATAAAAAAGGCAACTTAAAAGCAGATATAACTTATG ATAGTGATGGAGTAATTTTCAACAATAAGACTAAACCTTCTAAGCTAGTTTTAAAGAAACTTGTCGAAGGAACTGATAAC AAGACTAAAAACTTTAAATTCAGCGTAAATATTGATGGAAATGTTCAAGAAATTACTTTGAAGAACAATGAAGTTAAAGA ATTTACTAATTTGAAAGCTGATAGTCGTTATGAAATCAAGGAATTAAATATCCCTGATGGATACAAGTTGAAATCTATTG ATAAAGCTAGTGGTATTGTTGGTGTAAACGAAGTAGTAAATGTAATTGCAACTAATGAGTACAACGCTAAAGGTAGTTTT AATATCAAGGCTACGAAGTTACTTGAAAATAAAGACTTAAAGCAAGGTCAATTTAAGTTTGTCCTATTAGACGAAAACAA CAAGACAGTTGCTGAATCTAACAATGATTCTAACGGCAATATTGATTTTGGTTTAGTAGATATTGAAAAGGCTGGTAATT TCACATATAAGATTAAAGAAATTAACGATAGCCAAAAAGATATAGTTTATGATACTCACGAAGAAATCGTGAAAGTAAAT GCAGTAGACGAAAACAATGGTAATTTGAAAGTTAATGTAGCTTATGATGCTGACGGTGCAGTATTTAAGAATAATTACAA GCCTGAAATCCCTAAAGAAGAAAATTTTGGAAACTTAAAGATTAGTAAGAATGTTCTTAACCTAACTGACAGTATTAAAA ACAAAGAATATAGTTTTAAGATTTCATTAACTAAAGATAATAAACCATTAGCTGGTGAATATAATGCACAATCTAGTAAT GGTTTAACACAAGTTGTTAAAAATGGTGCAACTTTGACCATTAAAAACAATGAAATTTTAACTATTGAAAAATTACCTGA AAATGTTGATGTAAAAATTGAAGAAATATTACCTAAAGGTTTTGAATTAAACAGTAATTCAGTAGTTCAAACTAAGATCA TCAAAGATAAGACATCTGAATTAAAATTAGTTAATGAATACAAGCCAATTGGTAGTTTTAACTTCAAAGGTACTAAGAAG TTATTAGGCAAAGACATTTCTAAGTATAAATTCACATTTACAGTAGTTAAAGACGGTGAATTAATACAGAAAGCCTATAA TAACGAAGATGGTGAAATCTTGTTTAAAGATATTACTCTAGGTTTTGAAGATATTGGAAAGACTTATGAGTATGAAATCT TTGAATCTAATGATAGGCAAAAAGATATTAAATATGATGACAAGATTTACAAAGTAAAAGTAGAAATCAAAGATGATGGA GAAGGTAATATCACAGGTGTTGTAAATACTGATGACATAATATTTACTAATGCTCATCAACAACTTGTAGTAACCGGTCT TAACTCATCAATGATAGTAATGGTAAGTTTACTAGGCTTAATAGCAATAGCCTATGTAATAAAGAAAAGAAAATCGGTGG AGGAATAA
Upstream 100 bases:
>100_bases GTATATTATGGTTATATATAATCTGAATATTCTAGATACTTCTTAATCAATACAAACAGACATTAATCTCACAAAAAAAT ATACGGAAAGGAGAAATAAT
Downstream 100 bases:
>100_bases TTTCCTCCTAACCGATTAAATTAAAGGAGTAAAATTTTATGAACAAAAACACAATTAAAAAAGCAGTAATGACAACTTTA GCATTATCTTTAATGCTACA
Product: hypothetical protein
Products: NA
Alternate protein names: NA
Number of amino acids: Translated: 3175; Mature: 3175
Protein sequence:
>3175_residues MNRRITRIFSFLLAFMMLFQFSMPAITSLAYHEEEKGVIKNSTNVIQGNEKISKDSNKAPPKLVEPVKLDETKLKSSFSG EDEVVPEVSEEFDFKPVGAVEADGSKIESLSVDWVTEDAVKDNNDSQLNVKWHDDGLQKVQLRINYALSGGYDYPAGSIQ ISVPKKIFRDRDGNLTGITKLAVLEAPDKSGDFAYVEREDSYVFINTKKLSAATQGYMEMSFEDLRPHTIKDKVTGYKTD DFSANIKVQTKNNQELSLSSNKINAVVDTRAWVSEASKRAYYRPREMWSKDYPSELKPSNDKDYVYMTYDIHAKANGSQP FSLKVVDKSSMTAKGNPIVLGYKKSDGKIVKGNNTDTLTDPNNFSGFTTGYNFYATVYVAYPNKNMDYGVDYKLSNNVDF VMTSVDDKEQTKSSASDYKEYRKIQFLAPEGHFWVDKRGDHQYNYALNKLQKGEDVELEYWVRPRAFGYKWTIEQGKNRD DINNYKKVPYKVITTDENVRYDGYKTSLDKDDFEFTKLTFKKPVVYDYQKYQQDGRGYFENERNAIEYGEILQGYYGYIQ DKDDSKIPDLNLKISYDGKTFEDYATVSYKTGKCIITKKDGKGLNSETIDFPKNVVDFRVEYETLNPAVIFEMKPFIKLK SSENIKNHINKQLESTDTPTNYVWNRARMDVKLYKQMSFINTEAHYDMISAFAHGSILDKKLVYDGSKENNIRDRFVDLK YSITMTNQTNIQSKNDLNEVIKSGLYPEQKEAIWYDLLPKGVVPNTRSLKINNGTILDVKLIENYKNTDRTLMIVKTKVE PKYNYSSKENFTGYEGYNAKQVLTYDAKYTWESLGDYGKKVDNVVAFESLSENVGNIKGYKGEPDNPLAENNHTSKSGVS NVADIMTNLNKDHNNPVFLYSHDYTDLIVNTIAKTSLRKDVDVNEEGVFGDGQVEELAKNVFENGLYTYRLRIKNTDTTK AKDIVFYDNLEKYVPDKSSDDYKDTQWKGTFVDLDLSSLKAKGIRPVVYYSTRDDLDLQNENDRKHNNLKDSSIWTTTMP KDKSTIKAIAIDASKKEDGSDYVLGLKESISAFVKMKAPEIKEANKNDYFDKQRKVGETEEGLSGGAHAYNSVVSIMTQI DAKKGVESKDKLINYGYTKVGLKPFSIKVKKNWDDDNNRDGKRVDEVTLRLYANGKKTDNIVKLNKDNKWSGEFAVTYLD ENSKPIQYSISEDEVEGYNLRINKIDETKVGINYDVSNVHVPEKIDFKGTKKWFDDNDKVRPKEIKLNLYANDKLVKTQN IRGTGNNWEYEFKDLFKYENGKLIDYKVKEEVTDKAYYQVVKDNVIENHYYPYGDVELEKKVLNGTNATKGKEYEFTVYF KGKDGKADGSSYKYEIINNSILPNGKGELKNGYTFKLKENQKIVIKDVSIYSKVEFKEKEKAGFKLVNDLRAEPKANDKV SLVAQNDYKTTGKINIKAKKVLENKDLNAYDFIFDLYKDGKIIKSASNLKDGLVYFSSLYFDNKDVGKTYEYVIKERVND SKGMTFDTHEEKVKVSIKDNGDGTLTITPDYGENTPQFKNIYKATGDLSIKAYKKVKGSVDKTYPTFNFVLKNKATGLKV AEGVNNDKGEINFSKIKFAEKDIGKTFEFIAEEIKGNDKNIIYDNSQIQYTVKVVDNGDGKLSFDVITKDLKTDDINNKE NEPVFVNKYLPGKLKVEKRIQNGDPNKEFKFKIKFTGDEKDIPTGKFNLTRDKLKEPLQAVFEVSEGKAPDPITLSLEEG THSFILPKADKWYYDWQNNGKTYKADTLFSYTVDSNGNIAFDNKDLVVKDNKIIFKAFTDKILVKIVDNNGSKDMLMYSA EGNVGKSHDLNNIYWAEDSTNIYDKTFKAGTLVNIANGDICNVDKFTSQGHLMFSGLLIKNNISFFNSSQAKEINLQGFD TSKATDMNSMFYNAHSTTINLGDNFDTSNVTNMRSMFASSQATTINLGDKFDTSKVTNMEDMFRGSQATTINFGDKFDTS NVTNMNGMFHNSQVTTINLGDKFDTSNVTDMHYMFYDSKAITINLGNKFDISKVTNMGYMFYKLKATKVYIGDNVSQSSI DKMINKGWLNRSRIIRGTYQALNKVNTMFAKNDLANDFGKILKSSRTALVSLIKPTTSYAAAPRIVHSGTMGTTTWEIFD NRELVLRPTSGSVGEFTVNDYSGNYAPWHNYEGTFDKIRVEGTVRPIGSLYKVWIGFFEKSQAKEINLQGFDTSNVTNME HMFYNSQATTINLGDKFDTSNVTNMDGMFYNSQATTINFGDKFDTSNVTNMDNMFRYSQATTINLGDKFDTSNVTNMSHM FTDSEAEIINLGDMFNTKNVENMQNMFYRSQAMTINLGDKFDTSNVTIMSGMFYEAKATKIYIPSNFKFKDDTKLADMAY NSLKYLYSWSREDKTYIKISSWDFADKFNSNPSAMAGWWVRDKKPTSYTVKFNSNGANGLVEDMKVKYGDSFKIPDASNL YLFNKEFVEWNTSPDGTGTSYKAGGSYSNLANIGETVTLYAIFKDKDNSVEIKNGEGEFTLRANESVTFDNLPSGLEYEI YEETDEGWQLVEAKNDKGVIKPNEEIVSTFTNKYDPKSTNAYIKGRKLLDGQGASGYKFNLIKDNQVVDTQTSTEGGFIS FKKLDFNTKGEFNYTIKEVKGGDNNIIYDGHEEKVKVVVSEDKKGNLKADITYDSDGVIFNNKTKPSKLVLKKLVEGTDN KTKNFKFSVNIDGNVQEITLKNNEVKEFTNLKADSRYEIKELNIPDGYKLKSIDKASGIVGVNEVVNVIATNEYNAKGSF NIKATKLLENKDLKQGQFKFVLLDENNKTVAESNNDSNGNIDFGLVDIEKAGNFTYKIKEINDSQKDIVYDTHEEIVKVN AVDENNGNLKVNVAYDADGAVFKNNYKPEIPKEENFGNLKISKNVLNLTDSIKNKEYSFKISLTKDNKPLAGEYNAQSSN GLTQVVKNGATLTIKNNEILTIEKLPENVDVKIEEILPKGFELNSNSVVQTKIIKDKTSELKLVNEYKPIGSFNFKGTKK LLGKDISKYKFTFTVVKDGELIQKAYNNEDGEILFKDITLGFEDIGKTYEYEIFESNDRQKDIKYDDKIYKVKVEIKDDG EGNITGVVNTDDIIFTNAHQQLVVTGLNSSMIVMVSLLGLIAIAYVIKKRKSVEE
Sequences:
>Translated_3175_residues MNRRITRIFSFLLAFMMLFQFSMPAITSLAYHEEEKGVIKNSTNVIQGNEKISKDSNKAPPKLVEPVKLDETKLKSSFSG EDEVVPEVSEEFDFKPVGAVEADGSKIESLSVDWVTEDAVKDNNDSQLNVKWHDDGLQKVQLRINYALSGGYDYPAGSIQ ISVPKKIFRDRDGNLTGITKLAVLEAPDKSGDFAYVEREDSYVFINTKKLSAATQGYMEMSFEDLRPHTIKDKVTGYKTD DFSANIKVQTKNNQELSLSSNKINAVVDTRAWVSEASKRAYYRPREMWSKDYPSELKPSNDKDYVYMTYDIHAKANGSQP FSLKVVDKSSMTAKGNPIVLGYKKSDGKIVKGNNTDTLTDPNNFSGFTTGYNFYATVYVAYPNKNMDYGVDYKLSNNVDF VMTSVDDKEQTKSSASDYKEYRKIQFLAPEGHFWVDKRGDHQYNYALNKLQKGEDVELEYWVRPRAFGYKWTIEQGKNRD DINNYKKVPYKVITTDENVRYDGYKTSLDKDDFEFTKLTFKKPVVYDYQKYQQDGRGYFENERNAIEYGEILQGYYGYIQ DKDDSKIPDLNLKISYDGKTFEDYATVSYKTGKCIITKKDGKGLNSETIDFPKNVVDFRVEYETLNPAVIFEMKPFIKLK SSENIKNHINKQLESTDTPTNYVWNRARMDVKLYKQMSFINTEAHYDMISAFAHGSILDKKLVYDGSKENNIRDRFVDLK YSITMTNQTNIQSKNDLNEVIKSGLYPEQKEAIWYDLLPKGVVPNTRSLKINNGTILDVKLIENYKNTDRTLMIVKTKVE PKYNYSSKENFTGYEGYNAKQVLTYDAKYTWESLGDYGKKVDNVVAFESLSENVGNIKGYKGEPDNPLAENNHTSKSGVS NVADIMTNLNKDHNNPVFLYSHDYTDLIVNTIAKTSLRKDVDVNEEGVFGDGQVEELAKNVFENGLYTYRLRIKNTDTTK AKDIVFYDNLEKYVPDKSSDDYKDTQWKGTFVDLDLSSLKAKGIRPVVYYSTRDDLDLQNENDRKHNNLKDSSIWTTTMP KDKSTIKAIAIDASKKEDGSDYVLGLKESISAFVKMKAPEIKEANKNDYFDKQRKVGETEEGLSGGAHAYNSVVSIMTQI DAKKGVESKDKLINYGYTKVGLKPFSIKVKKNWDDDNNRDGKRVDEVTLRLYANGKKTDNIVKLNKDNKWSGEFAVTYLD ENSKPIQYSISEDEVEGYNLRINKIDETKVGINYDVSNVHVPEKIDFKGTKKWFDDNDKVRPKEIKLNLYANDKLVKTQN IRGTGNNWEYEFKDLFKYENGKLIDYKVKEEVTDKAYYQVVKDNVIENHYYPYGDVELEKKVLNGTNATKGKEYEFTVYF KGKDGKADGSSYKYEIINNSILPNGKGELKNGYTFKLKENQKIVIKDVSIYSKVEFKEKEKAGFKLVNDLRAEPKANDKV SLVAQNDYKTTGKINIKAKKVLENKDLNAYDFIFDLYKDGKIIKSASNLKDGLVYFSSLYFDNKDVGKTYEYVIKERVND SKGMTFDTHEEKVKVSIKDNGDGTLTITPDYGENTPQFKNIYKATGDLSIKAYKKVKGSVDKTYPTFNFVLKNKATGLKV AEGVNNDKGEINFSKIKFAEKDIGKTFEFIAEEIKGNDKNIIYDNSQIQYTVKVVDNGDGKLSFDVITKDLKTDDINNKE NEPVFVNKYLPGKLKVEKRIQNGDPNKEFKFKIKFTGDEKDIPTGKFNLTRDKLKEPLQAVFEVSEGKAPDPITLSLEEG THSFILPKADKWYYDWQNNGKTYKADTLFSYTVDSNGNIAFDNKDLVVKDNKIIFKAFTDKILVKIVDNNGSKDMLMYSA EGNVGKSHDLNNIYWAEDSTNIYDKTFKAGTLVNIANGDICNVDKFTSQGHLMFSGLLIKNNISFFNSSQAKEINLQGFD TSKATDMNSMFYNAHSTTINLGDNFDTSNVTNMRSMFASSQATTINLGDKFDTSKVTNMEDMFRGSQATTINFGDKFDTS NVTNMNGMFHNSQVTTINLGDKFDTSNVTDMHYMFYDSKAITINLGNKFDISKVTNMGYMFYKLKATKVYIGDNVSQSSI DKMINKGWLNRSRIIRGTYQALNKVNTMFAKNDLANDFGKILKSSRTALVSLIKPTTSYAAAPRIVHSGTMGTTTWEIFD NRELVLRPTSGSVGEFTVNDYSGNYAPWHNYEGTFDKIRVEGTVRPIGSLYKVWIGFFEKSQAKEINLQGFDTSNVTNME HMFYNSQATTINLGDKFDTSNVTNMDGMFYNSQATTINFGDKFDTSNVTNMDNMFRYSQATTINLGDKFDTSNVTNMSHM FTDSEAEIINLGDMFNTKNVENMQNMFYRSQAMTINLGDKFDTSNVTIMSGMFYEAKATKIYIPSNFKFKDDTKLADMAY NSLKYLYSWSREDKTYIKISSWDFADKFNSNPSAMAGWWVRDKKPTSYTVKFNSNGANGLVEDMKVKYGDSFKIPDASNL YLFNKEFVEWNTSPDGTGTSYKAGGSYSNLANIGETVTLYAIFKDKDNSVEIKNGEGEFTLRANESVTFDNLPSGLEYEI YEETDEGWQLVEAKNDKGVIKPNEEIVSTFTNKYDPKSTNAYIKGRKLLDGQGASGYKFNLIKDNQVVDTQTSTEGGFIS FKKLDFNTKGEFNYTIKEVKGGDNNIIYDGHEEKVKVVVSEDKKGNLKADITYDSDGVIFNNKTKPSKLVLKKLVEGTDN KTKNFKFSVNIDGNVQEITLKNNEVKEFTNLKADSRYEIKELNIPDGYKLKSIDKASGIVGVNEVVNVIATNEYNAKGSF NIKATKLLENKDLKQGQFKFVLLDENNKTVAESNNDSNGNIDFGLVDIEKAGNFTYKIKEINDSQKDIVYDTHEEIVKVN AVDENNGNLKVNVAYDADGAVFKNNYKPEIPKEENFGNLKISKNVLNLTDSIKNKEYSFKISLTKDNKPLAGEYNAQSSN GLTQVVKNGATLTIKNNEILTIEKLPENVDVKIEEILPKGFELNSNSVVQTKIIKDKTSELKLVNEYKPIGSFNFKGTKK LLGKDISKYKFTFTVVKDGELIQKAYNNEDGEILFKDITLGFEDIGKTYEYEIFESNDRQKDIKYDDKIYKVKVEIKDDG EGNITGVVNTDDIIFTNAHQQLVVTGLNSSMIVMVSLLGLIAIAYVIKKRKSVEE >Mature_3175_residues MNRRITRIFSFLLAFMMLFQFSMPAITSLAYHEEEKGVIKNSTNVIQGNEKISKDSNKAPPKLVEPVKLDETKLKSSFSG EDEVVPEVSEEFDFKPVGAVEADGSKIESLSVDWVTEDAVKDNNDSQLNVKWHDDGLQKVQLRINYALSGGYDYPAGSIQ ISVPKKIFRDRDGNLTGITKLAVLEAPDKSGDFAYVEREDSYVFINTKKLSAATQGYMEMSFEDLRPHTIKDKVTGYKTD DFSANIKVQTKNNQELSLSSNKINAVVDTRAWVSEASKRAYYRPREMWSKDYPSELKPSNDKDYVYMTYDIHAKANGSQP FSLKVVDKSSMTAKGNPIVLGYKKSDGKIVKGNNTDTLTDPNNFSGFTTGYNFYATVYVAYPNKNMDYGVDYKLSNNVDF VMTSVDDKEQTKSSASDYKEYRKIQFLAPEGHFWVDKRGDHQYNYALNKLQKGEDVELEYWVRPRAFGYKWTIEQGKNRD DINNYKKVPYKVITTDENVRYDGYKTSLDKDDFEFTKLTFKKPVVYDYQKYQQDGRGYFENERNAIEYGEILQGYYGYIQ DKDDSKIPDLNLKISYDGKTFEDYATVSYKTGKCIITKKDGKGLNSETIDFPKNVVDFRVEYETLNPAVIFEMKPFIKLK SSENIKNHINKQLESTDTPTNYVWNRARMDVKLYKQMSFINTEAHYDMISAFAHGSILDKKLVYDGSKENNIRDRFVDLK YSITMTNQTNIQSKNDLNEVIKSGLYPEQKEAIWYDLLPKGVVPNTRSLKINNGTILDVKLIENYKNTDRTLMIVKTKVE PKYNYSSKENFTGYEGYNAKQVLTYDAKYTWESLGDYGKKVDNVVAFESLSENVGNIKGYKGEPDNPLAENNHTSKSGVS NVADIMTNLNKDHNNPVFLYSHDYTDLIVNTIAKTSLRKDVDVNEEGVFGDGQVEELAKNVFENGLYTYRLRIKNTDTTK AKDIVFYDNLEKYVPDKSSDDYKDTQWKGTFVDLDLSSLKAKGIRPVVYYSTRDDLDLQNENDRKHNNLKDSSIWTTTMP KDKSTIKAIAIDASKKEDGSDYVLGLKESISAFVKMKAPEIKEANKNDYFDKQRKVGETEEGLSGGAHAYNSVVSIMTQI DAKKGVESKDKLINYGYTKVGLKPFSIKVKKNWDDDNNRDGKRVDEVTLRLYANGKKTDNIVKLNKDNKWSGEFAVTYLD ENSKPIQYSISEDEVEGYNLRINKIDETKVGINYDVSNVHVPEKIDFKGTKKWFDDNDKVRPKEIKLNLYANDKLVKTQN IRGTGNNWEYEFKDLFKYENGKLIDYKVKEEVTDKAYYQVVKDNVIENHYYPYGDVELEKKVLNGTNATKGKEYEFTVYF KGKDGKADGSSYKYEIINNSILPNGKGELKNGYTFKLKENQKIVIKDVSIYSKVEFKEKEKAGFKLVNDLRAEPKANDKV SLVAQNDYKTTGKINIKAKKVLENKDLNAYDFIFDLYKDGKIIKSASNLKDGLVYFSSLYFDNKDVGKTYEYVIKERVND SKGMTFDTHEEKVKVSIKDNGDGTLTITPDYGENTPQFKNIYKATGDLSIKAYKKVKGSVDKTYPTFNFVLKNKATGLKV AEGVNNDKGEINFSKIKFAEKDIGKTFEFIAEEIKGNDKNIIYDNSQIQYTVKVVDNGDGKLSFDVITKDLKTDDINNKE NEPVFVNKYLPGKLKVEKRIQNGDPNKEFKFKIKFTGDEKDIPTGKFNLTRDKLKEPLQAVFEVSEGKAPDPITLSLEEG THSFILPKADKWYYDWQNNGKTYKADTLFSYTVDSNGNIAFDNKDLVVKDNKIIFKAFTDKILVKIVDNNGSKDMLMYSA EGNVGKSHDLNNIYWAEDSTNIYDKTFKAGTLVNIANGDICNVDKFTSQGHLMFSGLLIKNNISFFNSSQAKEINLQGFD TSKATDMNSMFYNAHSTTINLGDNFDTSNVTNMRSMFASSQATTINLGDKFDTSKVTNMEDMFRGSQATTINFGDKFDTS NVTNMNGMFHNSQVTTINLGDKFDTSNVTDMHYMFYDSKAITINLGNKFDISKVTNMGYMFYKLKATKVYIGDNVSQSSI DKMINKGWLNRSRIIRGTYQALNKVNTMFAKNDLANDFGKILKSSRTALVSLIKPTTSYAAAPRIVHSGTMGTTTWEIFD NRELVLRPTSGSVGEFTVNDYSGNYAPWHNYEGTFDKIRVEGTVRPIGSLYKVWIGFFEKSQAKEINLQGFDTSNVTNME HMFYNSQATTINLGDKFDTSNVTNMDGMFYNSQATTINFGDKFDTSNVTNMDNMFRYSQATTINLGDKFDTSNVTNMSHM FTDSEAEIINLGDMFNTKNVENMQNMFYRSQAMTINLGDKFDTSNVTIMSGMFYEAKATKIYIPSNFKFKDDTKLADMAY NSLKYLYSWSREDKTYIKISSWDFADKFNSNPSAMAGWWVRDKKPTSYTVKFNSNGANGLVEDMKVKYGDSFKIPDASNL YLFNKEFVEWNTSPDGTGTSYKAGGSYSNLANIGETVTLYAIFKDKDNSVEIKNGEGEFTLRANESVTFDNLPSGLEYEI YEETDEGWQLVEAKNDKGVIKPNEEIVSTFTNKYDPKSTNAYIKGRKLLDGQGASGYKFNLIKDNQVVDTQTSTEGGFIS FKKLDFNTKGEFNYTIKEVKGGDNNIIYDGHEEKVKVVVSEDKKGNLKADITYDSDGVIFNNKTKPSKLVLKKLVEGTDN KTKNFKFSVNIDGNVQEITLKNNEVKEFTNLKADSRYEIKELNIPDGYKLKSIDKASGIVGVNEVVNVIATNEYNAKGSF NIKATKLLENKDLKQGQFKFVLLDENNKTVAESNNDSNGNIDFGLVDIEKAGNFTYKIKEINDSQKDIVYDTHEEIVKVN AVDENNGNLKVNVAYDADGAVFKNNYKPEIPKEENFGNLKISKNVLNLTDSIKNKEYSFKISLTKDNKPLAGEYNAQSSN GLTQVVKNGATLTIKNNEILTIEKLPENVDVKIEEILPKGFELNSNSVVQTKIIKDKTSELKLVNEYKPIGSFNFKGTKK LLGKDISKYKFTFTVVKDGELIQKAYNNEDGEILFKDITLGFEDIGKTYEYEIFESNDRQKDIKYDDKIYKVKVEIKDDG EGNITGVVNTDDIIFTNAHQQLVVTGLNSSMIVMVSLLGLIAIAYVIKKRKSVEE
Specific function: Mediates attachment of staphylococcal cells to collagen- containing substrata [H]
COG id: NA
COG function: NA
Gene ontology:
Cell location: Secreted, cell wall; Peptidoglycan-anchor (Potential) [H]
Metaboloic importance: NA
Operon status: Not Known
Operon components: None
Similarity: NA
Homologues:
None
Paralogues:
None
Copy number: NA
Swissprot (AC and ID): NA
Other databases:
- InterPro: IPR008966 - InterPro: IPR008456 - InterPro: IPR008454 - InterPro: IPR008970 - InterPro: IPR019931 [H]
Pfam domain/function: PF05738 Cna_B; PF05737 Collagen_bind [H]
EC number: NA
Molecular weight: Translated: 360701; Mature: 360701
Theoretical pI: Translated: 6.33; Mature: 6.33
Prosite motif: NA
Important sites: NA
Signals:
None
Transmembrane regions:
None
Cys/Met content:
0.1 %Cys (Translated Protein) 1.9 %Met (Translated Protein) 1.9 %Cys+Met (Translated Protein) 0.1 %Cys (Mature Protein) 1.9 %Met (Mature Protein) 1.9 %Cys+Met (Mature Protein)
Secondary structure:
>Translated Secondary Structure MNRRITRIFSFLLAFMMLFQFSMPAITSLAYHEEEKGVIKNSTNVIQGNEKISKDSNKAP CCCHHHHHHHHHHHHHHHHHCCCCHHHHHHHHHCCCCCEECCCCEEECCCCCCCCCCCCC PKLVEPVKLDETKLKSSFSGEDEVVPEVSEEFDFKPVGAVEADGSKIESLSVDWVTEDAV CHHCCCCCCCHHHHHHCCCCCCCCCCCHHHHCCCCCCCEEECCCCEEEEEEEEEEEHHHH KDNNDSQLNVKWHDDGLQKVQLRINYALSGGYDYPAGSIQISVPKKIFRDRDGNLTGITK CCCCCCEEEEEECCCCCEEEEEEEEEEEECCCCCCCCEEEEECCHHHHCCCCCCEEEEEE LAVLEAPDKSGDFAYVEREDSYVFINTKKLSAATQGYMEMSFEDLRPHTIKDKVTGYKTD EEEEECCCCCCCEEEEEECCCEEEEEEEECCHHHCCHHEECHHHCCCCEEHHCCCCEECC DFSANIKVQTKNNQELSLSSNKINAVVDTRAWVSEASKRAYYRPREMWSKDYPSELKPSN CCCEEEEEEECCCCEEEECCCCEEEEEECHHHHHHHHHHHCCCCHHHHCCCCCCCCCCCC DKDYVYMTYDIHAKANGSQPFSLKVVDKSSMTAKGNPIVLGYKKSDGKIVKGNNTDTLTD CCCEEEEEEEEEEECCCCCCEEEEEEECCCCCCCCCEEEEEEECCCCEEEECCCCCCCCC PNNFSGFTTGYNFYATVYVAYPNKNMDYGVDYKLSNNVDFVMTSVDDKEQTKSSASDYKE CCCCCCEECCEEEEEEEEEEECCCCCCCCEEEEECCCCEEEEECCCCHHHHHHHHHHHHH YRKIQFLAPEGHFWVDKRGDHQYNYALNKLQKGEDVELEYWVRPRAFGYKWTIEQGKNRD HEEEEEECCCCCEEEECCCCCCHHHHHHHHCCCCCCEEEEEECCCCCCEEEEECCCCCCC DINNYKKVPYKVITTDENVRYDGYKTSLDKDDFEFTKLTFKKPVVYDYQKYQQDGRGYFE CCCHHHCCCEEEEECCCCEEECCEECCCCCCCCEEEEEEECCCEEECHHHHHHCCCCCCC NERNAIEYGEILQGYYGYIQDKDDSKIPDLNLKISYDGKTFEDYATVSYKTGKCIITKKD CCCCCHHHHHHHHHHHCEEECCCCCCCCCEEEEEEECCCCCCCEEEEEEECCEEEEEECC GKGLNSETIDFPKNVVDFRVEYETLNPAVIFEMKPFIKLKSSENIKNHINKQLESTDTPT CCCCCCCCCCCCCCEEEEEEEEEECCCEEEEEECCCEEECCCCCHHHHHHHHHHCCCCCH NYVWNRARMDVKLYKQMSFINTEAHYDMISAFAHGSILDKKLVYDGSKENNIRDRFVDLK HHEEHHHHCCHHHHHHHHHHCCHHHHHHHHHHHCCCCCCCEEEECCCCCCCCCCEEEEEE YSITMTNQTNIQSKNDLNEVIKSGLYPEQKEAIWYDLLPKGVVPNTRSLKINNGTILDVK EEEEECCCCCCCCHHHHHHHHHHCCCCCHHCEEEEECCCCCCCCCCCEEEECCCEEEEEE LIENYKNTDRTLMIVKTKVEPKYNYSSKENFTGYEGYNAKQVLTYDAKYTWESLGDYGKK EECCCCCCCCEEEEEEEECCCCCCCCCCCCCCCCCCCCCCEEEEEECCCCHHHHHHHHHH VDNVVAFESLSENVGNIKGYKGEPDNPLAENNHTSKSGVSNVADIMTNLNKDHNNPVFLY HHHHHHHHHHHHCCCCCCCCCCCCCCCCCCCCCCCHHHHHHHHHHHHHCCCCCCCCEEEE SHDYTDLIVNTIAKTSLRKDVDVNEEGVFGDGQVEELAKNVFENGLYTYRLRIKNTDTTK ECCHHHHHHHHHHHHHHHCCCCCCCCCCCCCCHHHHHHHHHHHCCEEEEEEEEECCCCCC AKDIVFYDNLEKYVPDKSSDDYKDTQWKGTFVDLDLSSLKAKGIRPVVYYSTRDDLDLQN CEEEEEECCHHHHCCCCCCCCCCCCCCCEEEEEEEHHHHHCCCCCEEEEECCCCCCCCCC ENDRKHNNLKDSSIWTTTMPKDKSTIKAIAIDASKKEDGSDYVLGLKESISAFVKMKAPE CCCCCCCCCCCCCEEEEECCCCCCEEEEEEEECCCCCCCCCEEEEEHHHHHHHEEECCCC IKEANKNDYFDKQRKVGETEEGLSGGAHAYNSVVSIMTQIDAKKGVESKDKLINYGYTKV CCCCCCCCCCHHHHHCCCCHHCCCCCHHHHHHHHHHHHHHHHHCCCCCHHHHEECCEEEE GLKPFSIKVKKNWDDDNNRDGKRVDEVTLRLYANGKKTDNIVKLNKDNKWSGEFAVTYLD CCEEEEEEEEECCCCCCCCCCCEEEEEEEEEEECCCCCCCEEEECCCCCCCCCEEEEEEC ENSKPIQYSISEDEVEGYNLRINKIDETKVGINYDVSNVHVPEKIDFKGTKKWFDDNDKV CCCCCEEEECCCCCCCCEEEEEEEECCEEECEEECCCCEECCCCCCCCCCCCCCCCCCCC RPKEIKLNLYANDKLVKTQNIRGTGNNWEYEFKDLFKYENGKLIDYKVKEEVTDKAYYQV CCEEEEEEEEECCEEEEEECCCCCCCCCCEEHHHHHCCCCCCEEEEEHHHHHHHHHHHHH VKDNVIENHYYPYGDVELEKKVLNGTNATKGKEYEFTVYFKGKDGKADGSSYKYEIINNS HHHHHHHCCCCCCCCCCHHHHHHCCCCCCCCCEEEEEEEEECCCCCCCCCCEEEEEECCC ILPNGKGELKNGYTFKLKENQKIVIKDVSIYSKVEFKEKEKAGFKLVNDLRAEPKANDKV CCCCCCCCCCCCEEEEEECCCEEEEEEEEEEEEEECCHHHHCCHHHHHHHCCCCCCCCEE SLVAQNDYKTTGKINIKAKKVLENKDLNAYDFIFDLYKDGKIIKSASNLKDGLVYFSSLY EEEECCCCCCCEEEEEEEEEECCCCCCCHHHHHHHHHCCCEEEECCCCCHHHHHEEEEEE FDNKDVGKTYEYVIKERVNDSKGMTFDTHEEKVKVSIKDNGDGTLTITPDYGENTPQFKN ECCCCCCHHHHHHHHHHCCCCCCCEEECCCCEEEEEEEECCCEEEEECCCCCCCCCHHHH IYKATGDLSIKAYKKVKGSVDKTYPTFNFVLKNKATGLKVAEGVNNDKGEINFSKIKFAE HHHCCCCCEEEEHHHHCCCCCCCCCCEEEEEECCCCCEEEECCCCCCCCCEEEHHEEECH KDIGKTFEFIAEEIKGNDKNIIYDNSQIQYTVKVVDNGDGKLSFDVITKDLKTDDINNKE HHHHHHHHHHHHHHCCCCCEEEECCCEEEEEEEEEECCCCEEEEEEEECCCCCCCCCCCC NEPVFVNKYLPGKLKVEKRIQNGDPNKEFKFKIKFTGDEKDIPTGKFNLTRDKLKEPLQA CCCEEEEECCCCCEEEEHHHCCCCCCCEEEEEEEECCCCCCCCCCCEECCHHHHHHHHHH VFEVSEGKAPDPITLSLEEGTHSFILPKADKWYYDWQNNGKTYKADTLFSYTVDSNGNIA HHHHCCCCCCCCEEEEECCCCCEEEEECCCCEEEEECCCCCEEEECEEEEEEECCCCCEE FDNKDLVVKDNKIIFKAFTDKILVKIVDNNGSKDMLMYSAEGNVGKSHDLNNIYWAEDST ECCCCEEEECCEEEEEEECCEEEEEEEECCCCCEEEEEECCCCCCCCCCCCEEEEECCCC NIYDKTFKAGTLVNIANGDICNVDKFTSQGHLMFSGLLIKNNISFFNSSQAKEINLQGFD CHHHCEECCCCEEEECCCCEECCCCCCCCCCEEEEEEEEECCCCCCCCCCCEEEEEECCC TSKATDMNSMFYNAHSTTINLGDNFDTSNVTNMRSMFASSQATTINLGDKFDTSKVTNME CCCCCCCHHEEEECCCCEEECCCCCCCCCHHHHHHHHCCCCCEEEECCCCCCCCCCCCHH DMFRGSQATTINFGDKFDTSNVTNMNGMFHNSQVTTINLGDKFDTSNVTDMHYMFYDSKA HHHCCCCEEEEECCCCCCCCCCCCCCCEEECCEEEEEECCCCCCCCCCCEEEEEEECCEE ITINLGNKFDISKVTNMGYMFYKLKATKVYIGDNVSQSSIDKMINKGWLNRSRIIRGTYQ EEEECCCEECHHHHCCCCEEEEEEEEEEEEECCCCCHHHHHHHHHHCCCCHHHHHHHHHH ALNKVNTMFAKNDLANDFGKILKSSRTALVSLIKPTTSYAAAPRIVHSGTMGTTTWEIFD HHHHHHHHHHHHHHHHHHHHHHHCCCCEEEEEECCCCCHHCCCEEEECCCCCCEEEEEEC NRELVLRPTSGSVGEFTVNDYSGNYAPWHNYEGTFDKIRVEGTVRPIGSLYKVWIGFFEK CCEEEEEECCCCCCEEEEECCCCCCCCCCCCCCCCEEEEEEEECCCHHHHHHHHHHHHCC SQAKEINLQGFDTSNVTNMEHMFYNSQATTINLGDKFDTSNVTNMDGMFYNSQATTINFG CCCCEEEEECCCCCCCCCHHHEEECCCEEEEECCCCCCCCCCCCCCCEEECCCEEEEECC DKFDTSNVTNMDNMFRYSQATTINLGDKFDTSNVTNMSHMFTDSEAEIINLGDMFNTKNV CCCCCCCCCCHHHHHEECCEEEEECCCCCCCCCCCCHHHEECCCCCEEEEECCCCCCCCH ENMQNMFYRSQAMTINLGDKFDTSNVTIMSGMFYEAKATKIYIPSNFKFKDDTKLADMAY HHHHHHHHCCEEEEEECCCCCCCCCEEEEECEEEEECEEEEEECCCCCCCCCCCHHHHHH NSLKYLYSWSREDKTYIKISSWDFADKFNSNPSAMAGWWVRDKKPTSYTVKFNSNGANGL HHHHHHEEECCCCCEEEEEECCCCHHHCCCCCCCEEEEEEECCCCCEEEEEECCCCCCCC VEDMKVKYGDSFKIPDASNLYLFNKEFVEWNTSPDGTGTSYKAGGSYSNLANIGETVTLY HHHEEEECCCCCCCCCCCCEEEEEEEEEEECCCCCCCCCCEECCCCCHHHHHCCCEEEEE AIFKDKDNSVEIKNGEGEFTLRANESVTFDNLPSGLEYEIYEETDEGWQLVEAKNDKGVI EEEECCCCEEEEECCCCCEEEEECCEEEECCCCCCCEEEEEECCCCCEEEEEECCCCCCC KPNEEIVSTFTNKYDPKSTNAYIKGRKLLDGQGASGYKFNLIKDNQVVDTQTSTEGGFIS CCCHHHHHHHHCCCCCCCCCEEEECEEEECCCCCCCEEEEEEECCEEEECCCCCCCCEEE FKKLDFNTKGEFNYTIKEVKGGDNNIIYDGHEEKVKVVVSEDKKGNLKADITYDSDGVIF EEEECCCCCCCEEEEEEEECCCCCCEEECCCCCEEEEEEECCCCCCEEEEEEECCCCEEE NNKTKPSKLVLKKLVEGTDNKTKNFKFSVNIDGNVQEITLKNNEVKEFTNLKADSRYEIK CCCCCHHHHHHHHHHCCCCCCCCCEEEEEEECCCEEEEEECCCCHHHHHCCCCCCCEEEE ELNIPDGYKLKSIDKASGIVGVNEVVNVIATNEYNAKGSFNIKATKLLENKDLKQGQFKF EECCCCCCEECCCCCCCCCEEHHHHEEEEECCCCCCCCEEEEEEEEEECCCCCCCCCEEE VLLDENNKTVAESNNDSNGNIDFGLVDIEKAGNFTYKIKEINDSQKDIVYDTHEEIVKVN EEEECCCCEEECCCCCCCCCEEEEEEEEECCCCEEEEEEECCCCCCCEEEECCCCEEEEE AVDENNGNLKVNVAYDADGAVFKNNYKPEIPKEENFGNLKISKNVLNLTDSIKNKEYSFK EEECCCCEEEEEEEECCCCCEEECCCCCCCCCCCCCCCEEEECHHHHHHHHHCCCEEEEE ISLTKDNKPLAGEYNAQSSNGLTQVVKNGATLTIKNNEILTIEKLPENVDVKIEEILPKG EEEECCCCCCCCCCCCCCCCCHHHHHHCCCEEEECCCEEEEEEECCCCCCEEHHHHCCCC FELNSNSVVQTKIIKDKTSELKLVNEYKPIGSFNFKGTKKLLGKDISKYKFTFTVVKDGE EECCCCCEEEEEEECCCCCCEEEEECCCCCCCCCCCCHHHHHCCCCCCEEEEEEEEECCH LIQKAYNNEDGEILFKDITLGFEDIGKTYEYEIFESNDRQKDIKYDDKIYKVKVEIKDDG HHHHHHCCCCCCEEEEEEECCHHHCCCEEEEEEECCCCCCCCCCCCCEEEEEEEEEEECC EGNITGVVNTDDIIFTNAHQQLVVTGLNSSMIVMVSLLGLIAIAYVIKKRKSVEE CCCEEEEEECCCEEEECCCCEEEEEECCCCHHHHHHHHHHHHHHHHHHHHHCCCC >Mature Secondary Structure MNRRITRIFSFLLAFMMLFQFSMPAITSLAYHEEEKGVIKNSTNVIQGNEKISKDSNKAP CCCHHHHHHHHHHHHHHHHHCCCCHHHHHHHHHCCCCCEECCCCEEECCCCCCCCCCCCC PKLVEPVKLDETKLKSSFSGEDEVVPEVSEEFDFKPVGAVEADGSKIESLSVDWVTEDAV CHHCCCCCCCHHHHHHCCCCCCCCCCCHHHHCCCCCCCEEECCCCEEEEEEEEEEEHHHH KDNNDSQLNVKWHDDGLQKVQLRINYALSGGYDYPAGSIQISVPKKIFRDRDGNLTGITK CCCCCCEEEEEECCCCCEEEEEEEEEEEECCCCCCCCEEEEECCHHHHCCCCCCEEEEEE LAVLEAPDKSGDFAYVEREDSYVFINTKKLSAATQGYMEMSFEDLRPHTIKDKVTGYKTD EEEEECCCCCCCEEEEEECCCEEEEEEEECCHHHCCHHEECHHHCCCCEEHHCCCCEECC DFSANIKVQTKNNQELSLSSNKINAVVDTRAWVSEASKRAYYRPREMWSKDYPSELKPSN CCCEEEEEEECCCCEEEECCCCEEEEEECHHHHHHHHHHHCCCCHHHHCCCCCCCCCCCC DKDYVYMTYDIHAKANGSQPFSLKVVDKSSMTAKGNPIVLGYKKSDGKIVKGNNTDTLTD CCCEEEEEEEEEEECCCCCCEEEEEEECCCCCCCCCEEEEEEECCCCEEEECCCCCCCCC PNNFSGFTTGYNFYATVYVAYPNKNMDYGVDYKLSNNVDFVMTSVDDKEQTKSSASDYKE CCCCCCEECCEEEEEEEEEEECCCCCCCCEEEEECCCCEEEEECCCCHHHHHHHHHHHHH YRKIQFLAPEGHFWVDKRGDHQYNYALNKLQKGEDVELEYWVRPRAFGYKWTIEQGKNRD HEEEEEECCCCCEEEECCCCCCHHHHHHHHCCCCCCEEEEEECCCCCCEEEEECCCCCCC DINNYKKVPYKVITTDENVRYDGYKTSLDKDDFEFTKLTFKKPVVYDYQKYQQDGRGYFE CCCHHHCCCEEEEECCCCEEECCEECCCCCCCCEEEEEEECCCEEECHHHHHHCCCCCCC NERNAIEYGEILQGYYGYIQDKDDSKIPDLNLKISYDGKTFEDYATVSYKTGKCIITKKD CCCCCHHHHHHHHHHHCEEECCCCCCCCCEEEEEEECCCCCCCEEEEEEECCEEEEEECC GKGLNSETIDFPKNVVDFRVEYETLNPAVIFEMKPFIKLKSSENIKNHINKQLESTDTPT CCCCCCCCCCCCCCEEEEEEEEEECCCEEEEEECCCEEECCCCCHHHHHHHHHHCCCCCH NYVWNRARMDVKLYKQMSFINTEAHYDMISAFAHGSILDKKLVYDGSKENNIRDRFVDLK HHEEHHHHCCHHHHHHHHHHCCHHHHHHHHHHHCCCCCCCEEEECCCCCCCCCCEEEEEE YSITMTNQTNIQSKNDLNEVIKSGLYPEQKEAIWYDLLPKGVVPNTRSLKINNGTILDVK EEEEECCCCCCCCHHHHHHHHHHCCCCCHHCEEEEECCCCCCCCCCCEEEECCCEEEEEE LIENYKNTDRTLMIVKTKVEPKYNYSSKENFTGYEGYNAKQVLTYDAKYTWESLGDYGKK EECCCCCCCCEEEEEEEECCCCCCCCCCCCCCCCCCCCCCEEEEEECCCCHHHHHHHHHH VDNVVAFESLSENVGNIKGYKGEPDNPLAENNHTSKSGVSNVADIMTNLNKDHNNPVFLY HHHHHHHHHHHHCCCCCCCCCCCCCCCCCCCCCCCHHHHHHHHHHHHHCCCCCCCCEEEE SHDYTDLIVNTIAKTSLRKDVDVNEEGVFGDGQVEELAKNVFENGLYTYRLRIKNTDTTK ECCHHHHHHHHHHHHHHHCCCCCCCCCCCCCCHHHHHHHHHHHCCEEEEEEEEECCCCCC AKDIVFYDNLEKYVPDKSSDDYKDTQWKGTFVDLDLSSLKAKGIRPVVYYSTRDDLDLQN CEEEEEECCHHHHCCCCCCCCCCCCCCCEEEEEEEHHHHHCCCCCEEEEECCCCCCCCCC ENDRKHNNLKDSSIWTTTMPKDKSTIKAIAIDASKKEDGSDYVLGLKESISAFVKMKAPE CCCCCCCCCCCCCEEEEECCCCCCEEEEEEEECCCCCCCCCEEEEEHHHHHHHEEECCCC IKEANKNDYFDKQRKVGETEEGLSGGAHAYNSVVSIMTQIDAKKGVESKDKLINYGYTKV CCCCCCCCCCHHHHHCCCCHHCCCCCHHHHHHHHHHHHHHHHHCCCCCHHHHEECCEEEE GLKPFSIKVKKNWDDDNNRDGKRVDEVTLRLYANGKKTDNIVKLNKDNKWSGEFAVTYLD CCEEEEEEEEECCCCCCCCCCCEEEEEEEEEEECCCCCCCEEEECCCCCCCCCEEEEEEC ENSKPIQYSISEDEVEGYNLRINKIDETKVGINYDVSNVHVPEKIDFKGTKKWFDDNDKV CCCCCEEEECCCCCCCCEEEEEEEECCEEECEEECCCCEECCCCCCCCCCCCCCCCCCCC RPKEIKLNLYANDKLVKTQNIRGTGNNWEYEFKDLFKYENGKLIDYKVKEEVTDKAYYQV CCEEEEEEEEECCEEEEEECCCCCCCCCCEEHHHHHCCCCCCEEEEEHHHHHHHHHHHHH VKDNVIENHYYPYGDVELEKKVLNGTNATKGKEYEFTVYFKGKDGKADGSSYKYEIINNS HHHHHHHCCCCCCCCCCHHHHHHCCCCCCCCCEEEEEEEEECCCCCCCCCCEEEEEECCC ILPNGKGELKNGYTFKLKENQKIVIKDVSIYSKVEFKEKEKAGFKLVNDLRAEPKANDKV CCCCCCCCCCCCEEEEEECCCEEEEEEEEEEEEEECCHHHHCCHHHHHHHCCCCCCCCEE SLVAQNDYKTTGKINIKAKKVLENKDLNAYDFIFDLYKDGKIIKSASNLKDGLVYFSSLY EEEECCCCCCCEEEEEEEEEECCCCCCCHHHHHHHHHCCCEEEECCCCCHHHHHEEEEEE FDNKDVGKTYEYVIKERVNDSKGMTFDTHEEKVKVSIKDNGDGTLTITPDYGENTPQFKN ECCCCCCHHHHHHHHHHCCCCCCCEEECCCCEEEEEEEECCCEEEEECCCCCCCCCHHHH IYKATGDLSIKAYKKVKGSVDKTYPTFNFVLKNKATGLKVAEGVNNDKGEINFSKIKFAE HHHCCCCCEEEEHHHHCCCCCCCCCCEEEEEECCCCCEEEECCCCCCCCCEEEHHEEECH KDIGKTFEFIAEEIKGNDKNIIYDNSQIQYTVKVVDNGDGKLSFDVITKDLKTDDINNKE HHHHHHHHHHHHHHCCCCCEEEECCCEEEEEEEEEECCCCEEEEEEEECCCCCCCCCCCC NEPVFVNKYLPGKLKVEKRIQNGDPNKEFKFKIKFTGDEKDIPTGKFNLTRDKLKEPLQA CCCEEEEECCCCCEEEEHHHCCCCCCCEEEEEEEECCCCCCCCCCCEECCHHHHHHHHHH VFEVSEGKAPDPITLSLEEGTHSFILPKADKWYYDWQNNGKTYKADTLFSYTVDSNGNIA HHHHCCCCCCCCEEEEECCCCCEEEEECCCCEEEEECCCCCEEEECEEEEEEECCCCCEE FDNKDLVVKDNKIIFKAFTDKILVKIVDNNGSKDMLMYSAEGNVGKSHDLNNIYWAEDST ECCCCEEEECCEEEEEEECCEEEEEEEECCCCCEEEEEECCCCCCCCCCCCEEEEECCCC NIYDKTFKAGTLVNIANGDICNVDKFTSQGHLMFSGLLIKNNISFFNSSQAKEINLQGFD CHHHCEECCCCEEEECCCCEECCCCCCCCCCEEEEEEEEECCCCCCCCCCCEEEEEECCC TSKATDMNSMFYNAHSTTINLGDNFDTSNVTNMRSMFASSQATTINLGDKFDTSKVTNME CCCCCCCHHEEEECCCCEEECCCCCCCCCHHHHHHHHCCCCCEEEECCCCCCCCCCCCHH DMFRGSQATTINFGDKFDTSNVTNMNGMFHNSQVTTINLGDKFDTSNVTDMHYMFYDSKA HHHCCCCEEEEECCCCCCCCCCCCCCCEEECCEEEEEECCCCCCCCCCCEEEEEEECCEE ITINLGNKFDISKVTNMGYMFYKLKATKVYIGDNVSQSSIDKMINKGWLNRSRIIRGTYQ EEEECCCEECHHHHCCCCEEEEEEEEEEEEECCCCCHHHHHHHHHHCCCCHHHHHHHHHH ALNKVNTMFAKNDLANDFGKILKSSRTALVSLIKPTTSYAAAPRIVHSGTMGTTTWEIFD HHHHHHHHHHHHHHHHHHHHHHHCCCCEEEEEECCCCCHHCCCEEEECCCCCCEEEEEEC NRELVLRPTSGSVGEFTVNDYSGNYAPWHNYEGTFDKIRVEGTVRPIGSLYKVWIGFFEK CCEEEEEECCCCCCEEEEECCCCCCCCCCCCCCCCEEEEEEEECCCHHHHHHHHHHHHCC SQAKEINLQGFDTSNVTNMEHMFYNSQATTINLGDKFDTSNVTNMDGMFYNSQATTINFG CCCCEEEEECCCCCCCCCHHHEEECCCEEEEECCCCCCCCCCCCCCCEEECCCEEEEECC DKFDTSNVTNMDNMFRYSQATTINLGDKFDTSNVTNMSHMFTDSEAEIINLGDMFNTKNV CCCCCCCCCCHHHHHEECCEEEEECCCCCCCCCCCCHHHEECCCCCEEEEECCCCCCCCH ENMQNMFYRSQAMTINLGDKFDTSNVTIMSGMFYEAKATKIYIPSNFKFKDDTKLADMAY HHHHHHHHCCEEEEEECCCCCCCCCEEEEECEEEEECEEEEEECCCCCCCCCCCHHHHHH NSLKYLYSWSREDKTYIKISSWDFADKFNSNPSAMAGWWVRDKKPTSYTVKFNSNGANGL HHHHHHEEECCCCCEEEEEECCCCHHHCCCCCCCEEEEEEECCCCCEEEEEECCCCCCCC VEDMKVKYGDSFKIPDASNLYLFNKEFVEWNTSPDGTGTSYKAGGSYSNLANIGETVTLY HHHEEEECCCCCCCCCCCCEEEEEEEEEEECCCCCCCCCCEECCCCCHHHHHCCCEEEEE AIFKDKDNSVEIKNGEGEFTLRANESVTFDNLPSGLEYEIYEETDEGWQLVEAKNDKGVI EEEECCCCEEEEECCCCCEEEEECCEEEECCCCCCCEEEEEECCCCCEEEEEECCCCCCC KPNEEIVSTFTNKYDPKSTNAYIKGRKLLDGQGASGYKFNLIKDNQVVDTQTSTEGGFIS CCCHHHHHHHHCCCCCCCCCEEEECEEEECCCCCCCEEEEEEECCEEEECCCCCCCCEEE FKKLDFNTKGEFNYTIKEVKGGDNNIIYDGHEEKVKVVVSEDKKGNLKADITYDSDGVIF EEEECCCCCCCEEEEEEEECCCCCCEEECCCCCEEEEEEECCCCCCEEEEEEECCCCEEE NNKTKPSKLVLKKLVEGTDNKTKNFKFSVNIDGNVQEITLKNNEVKEFTNLKADSRYEIK CCCCCHHHHHHHHHHCCCCCCCCCEEEEEEECCCEEEEEECCCCHHHHHCCCCCCCEEEE ELNIPDGYKLKSIDKASGIVGVNEVVNVIATNEYNAKGSFNIKATKLLENKDLKQGQFKF EECCCCCCEECCCCCCCCCEEHHHHEEEEECCCCCCCCEEEEEEEEEECCCCCCCCCEEE VLLDENNKTVAESNNDSNGNIDFGLVDIEKAGNFTYKIKEINDSQKDIVYDTHEEIVKVN EEEECCCCEEECCCCCCCCCEEEEEEEEECCCCEEEEEEECCCCCCCEEEECCCCEEEEE AVDENNGNLKVNVAYDADGAVFKNNYKPEIPKEENFGNLKISKNVLNLTDSIKNKEYSFK EEECCCCEEEEEEEECCCCCEEECCCCCCCCCCCCCCCEEEECHHHHHHHHHCCCEEEEE ISLTKDNKPLAGEYNAQSSNGLTQVVKNGATLTIKNNEILTIEKLPENVDVKIEEILPKG EEEECCCCCCCCCCCCCCCCCHHHHHHCCCEEEECCCEEEEEEECCCCCCEEHHHHCCCC FELNSNSVVQTKIIKDKTSELKLVNEYKPIGSFNFKGTKKLLGKDISKYKFTFTVVKDGE EECCCCCEEEEEEECCCCCCEEEEECCCCCCCCCCCCHHHHHCCCCCCEEEEEEEEECCH LIQKAYNNEDGEILFKDITLGFEDIGKTYEYEIFESNDRQKDIKYDDKIYKVKVEIKDDG HHHHHHCCCCCCEEEEEEECCHHHCCCEEEEEEECCCCCCCCCCCCCEEEEEEEEEEECC EGNITGVVNTDDIIFTNAHQQLVVTGLNSSMIVMVSLLGLIAIAYVIKKRKSVEE CCCEEEEEECCCEEEECCCCEEEEEECCCCHHHHHHHHHHHHHHHHHHHHHCCCC
PDB accession: NA
Resolution: NA
Structure class: Alpha Beta
Cofactors: NA
Metal ions: NA
Kcat value (1/min): NA
Specific activity: NA
Km value (mM): NA
Substrates: NA
Specific reaction: NA
General reaction: NA
Inhibitor: NA
Structure determination priority: 9.0
TargetDB status: NA
Availability: NA
References: 1311320; 8218209; 9334749 [H]