Protein Info for MPMX20_03522 in Enterobacter sp. TBS_079

Annotation: hypothetical protein

These analyses and tools can help you predict a protein's function, but be skeptical. For enzymes, over 10% of annotations from KEGG or SEED are probably incorrect. For other types of proteins, the error rates may be much higher. MetaCyc and Swiss-Prot have low error rates, but the best hits in these databases are often quite distant, so this protein's function may not be the same. TIGRFam has low error rates. Finally, many experimentally-characterized proteins are not in any of these databases. To find relevant papers, use PaperBLAST.

Protein Families and Features

• PF17936: Big_6
  • amino acids 167 to 248 (82 residues), 88.8 bits, see alignment (E = 1.2e-28)
  • amino acids 282 to 344 (63 residues), 40.5 bits, see alignment (E = 1.4e-13)
  • amino acids 382 to 450 (69 residues), 43.2 bits, see alignment (E = 2e-14)
  • amino acids 489 to 550 (62 residues), 39 bits, see alignment (E = 4.1e-13)
  • amino acids 564 to 644 (81 residues), 78.4 bits, see alignment (E = 2e-25)
  • amino acids 648 to 729 (82 residues), 85 bits, see alignment (E = 1.8e-27)
  • amino acids 732 to 813 (82 residues), 78.9 bits, see alignment (E = 1.5e-25)
  • amino acids 843 to 910 (68 residues), 40.4 bits, see alignment (E = 1.5e-13)
  • amino acids 948 to 1012 (65 residues), 36.6 bits, see alignment (E = 2.3e-12)
  • amino acids 1052 to 1116 (65 residues), 28.4 bits, see alignment (E = 8.4e-10)
  • amino acids 1155 to 1225 (71 residues), 37.8 bits, see alignment (E = 9.8e-13)
  • amino acids 1363 to 1426 (64 residues), 30.9 bits, see alignment (E = 1.4e-10)
  • amino acids 1461 to 1527 (67 residues), 31.2 bits, see alignment (E = 1.1e-10)
  • amino acids 1540 to 1619 (80 residues), 73.7 bits, see alignment (E = 5.9e-24)
  • amino acids 1753 to 1819 (67 residues), 34.7 bits, see alignment (E = 8.9e-12)
  • amino acids 1858 to 1922 (65 residues), 32.4 bits, see alignment (E = 4.7e-11)
  • amino acids 1961 to 2032 (72 residues), 38.7 bits, see alignment (E = 5.1e-13)
  • amino acids 2067 to 2133 (67 residues), 35.6 bits, see alignment (E = 4.7e-12)
  • amino acids 2170 to 2237 (68 residues), 43.3 bits, see alignment (E = 1.8e-14)
  • amino acids 2279 to 2340 (62 residues), 34.4 bits, see alignment (E = 1.1e-11)
  • amino acids 2380 to 2448 (69 residues), 43.3 bits, see alignment (E = 1.8e-14)
  • amino acids 2481 to 2552 (72 residues), 36.1 bits, see alignment (E = 3.2e-12)
  • amino acids 2560 to 2641 (82 residues), 74.8 bits, see alignment (E = 2.6e-24)
  • amino acids 2747 to 2825 (79 residues), 64.4 bits, see alignment (E = 4.6e-21)
• PF19077: Big_13
  • amino acids 261 to 353 (93 residues), 63.5 bits, see alignment (E = 1.2e-20)
  • amino acids 372 to 456 (85 residues), 64.6 bits, see alignment (E = 5.1e-21)
  • amino acids 477 to 561 (85 residues), 54.9 bits, see alignment (E = 5.4e-18)
  • amino acids 823 to 917 (95 residues), 62 bits, see alignment (E = 3.3e-20)
  • amino acids 933 to 1021 (89 residues), 62.1 bits, see alignment (E = 3.2e-20)
  • amino acids 1032 to 1125 (94 residues), 62.8 bits, see alignment (E = 1.9e-20)
  • amino acids 1153 to 1233 (81 residues), 57 bits, see alignment (E = 1.2e-18)
  • amino acids 1240 to 1342 (103 residues), 63.2 bits, see alignment (E = 1.4e-20)
  • amino acids 1359 to 1437 (79 residues), 41.7 bits, see alignment (E = 7.2e-14)
  • amino acids 1446 to 1537 (92 residues), 63.2 bits, see alignment (E = 1.5e-20)
  • amino acids 1641 to 1726 (86 residues), 41 bits, see alignment (E = 1.2e-13)
  • amino acids 1743 to 1830 (88 residues), 56.5 bits, see alignment (E = 1.7e-18)
  • amino acids 1855 to 1932 (78 residues), 56.8 bits, see alignment (E = 1.4e-18)
  • amino acids 1946 to 2037 (92 residues), 62.5 bits, see alignment (E = 2.4e-20)
  • amino acids 2057 to 2142 (86 residues), 68.8 bits, see alignment (E = 2.5e-22)
  • amino acids 2166 to 2246 (81 residues), 63.9 bits, see alignment (E = 8.9e-21)
  • amino acids 2261 to 2350 (90 residues), 55.3 bits, see alignment (E = 4.1e-18)
  • amino acids 2375 to 2452 (78 residues), 61.5 bits, see alignment (E = 4.8e-20)
  • amino acids 2467 to 2557 (91 residues), 60.3 bits, see alignment (E = 1.1e-19)
  • amino acids 2654 to 2744 (91 residues), 49.7 bits, see alignment (E = 2.3e-16)
• TIGR01965: VCBS repeat
  • amino acids 3030 to 3104 (75 residues), 19.1 bits, see alignment (E = 1.1e-07)
  • amino acids 3277 to 3336 (60 residues), 19.2 bits, see alignment (E = 1.1e-07)
  • amino acids 3539 to 3597 (59 residues), 20.1 bits, see alignment (E = 5.6e-08)
• TIGR03661: type I secretion C-terminal target domain (VC_A0849 subclass)
  • amino acids 3643 to 3721 (79 residues), 61 bits, see alignment (E = 2e-20)

Predicted SEED Role

"T1SS secreted agglutinin RTX"

Protein Sequence (3724 amino acids)

>MPMX20_03522 hypothetical protein (Enterobacter sp. TBS_079)
MSQISVISKLTGVETTTEGTQVTLSHSSIVELHVERADVSHFARSGNDLVVTLHSGEVIT
LKNFYVTDAEGVSQLVLEESDGALWWIEDPTGAATYESIASTDVLLAASGGDTGGAAIWP
WVLGGLAVAGGIAVAASSGGGGGGDDDDDNTNPGTPGNPSDPDTTPPNAPSNLQFSSDGK
TVTGTAEPGSTITLKDADGNLVGTGKTGSDGKFTIVLGTPLTNGEQLTATATDSSGNTSQ
AGHVTAPDTTAPDAPDIVIVNDDVGGETGPLTNGQRTDDARPTFSGIGEAGSTITLYDNG
QPIGTTKVDASGNWTFTPGTNLANGSHSITTTATDAAGNTSPASGAVTFVVDTVAPTAPA
ITLVSDDTNPVTGPVSNGGSTNDQRPQLTGTAEAGSTVTIYDGGIAIGTAVVASNGTWTF
TPSINLSESTHQLTVRATDAAGNTGPASPVFTVTVDLTAPTAPTAIVLNDETGAIKGAIT
SGLFTDAAKPVLAGRGEPGGTITIFDNGVPIATVKVQPNGTWSITPDKPLSEGAHSITVQ
VTDAAGNQSGLSQPINFIVDTTPPETPDITLNPAGTQITGTAEPNSSIVITSSDGTIIGR
TTTDGNGNFVATLTPAQTNGQQISVVASDAAGNQSTPATVTATDTTPPVAPGNLQVAENG
QSVSGTAEPGSTVTIKDPNGAVIGETTANSDGTFTAVISPAQTNGEVLTVVATDGSGNAS
LPATADAPDTTAPLAPDNVVVSDDGTKVTGTAEPGSTVTIRENGVTVGEAKANDDGSFTV
TLTPPKANGETLTADATDPAGNTGPTTPAIAPDITAAQTPVIVSVDDDASATTGPVAQNG
LTNDRTPTINGTGEPGTTITLSSGGTVIGTALVPASGVWSITPSSPLADGGHVLTATAVD
AAGNPSGPSNAWSITVDGTAPEVPVISQVVDDVQGSTGALTAGAITNDPTPTLNGTAEPG
STVTIRLDGVDIGTALVGSGGAWTFTPGTPIGNGEHTLTAVTTDAAGNISLPSGGFTFTV
DIIPPPAATITTVTDDVGDVQGPLTSGDITDDTQPLLQGSAPAGTVITLYDGNTLLGTAT
LDGTGGWSFTPTTPLTNGSHSLTVHATDTAGNTTISSPFVLVVDTVAPATPETPEITVNP
DGGTTETPLNPGETTRDTTPTLSGTGNPGDTVTIYNGTDKIGDAEVDSNGNWTWTPDTPL
ANGTYDITLTVTNKDGAGNESAPSQPVTITIDTDPPATPAAPVITDSVSQITGPVADGET
TNDPRPVLSGTGTANDVVIIYDSINGQPATEVGRVTVDSNGNWSWRPDASIDEGSHEFTA
TATDEAGNVSAASPGITITVDTVAPDTPVISAVGGKPDGGVTTDTTPGVGGTGPAGETVI
VYNNGVELGRVEVGSNGEWSLDLPTQTDGPLNITVAAVDAAGNVSGLSPVFTVTVDTTAP
EIPLINTVSDSQLTSNVLYTRDGTPTLTGTGEPGTTVIVSVDGTASTVPVTVQPDGNWSW
TADSTLAEGSHTFTVSAVDPAGNTSGSSAPLSVNVDTLDPAAPAVTGIAAQGTPLTGTAE
AGATITVTDNNGNVLGTGVATGGTFSIALSPAQTDGAVLTVTATDAAGNLSPEASYTVTG
TLPNLPDVPIITAINDDETPVTGDVKDKTTNDITPTLVGTAEAGSIITIYQDGIAVPLIN
VIADADGNWSYTPLIALGEGLHTFEVTATVGLSTSGRSPVATVTVDLTAPDTPTIGSVID
DVGPGTGQLTNGQTTNDNQPTLTGSGTVGDIISVYSNGNLLGTAEVGNTGTWVFTPPALA
EGNNVLTIRETDPAGNESGLSTGFTIVVDTVSTTPVITNVTDNVGNAATTVVSGDPTNDA
TPTLSGTAEANSVVKIFDGGTQIAVVTADGTGAWTFTPDTALSEGPHAFTVTATDPQGNV
SQVSNGWNVVVDLTAPTVPTLDTVNDNAPGGVTGNLTSGQVTNDTTPTIGGTGQPGSTIH
IMNNGTQIGLATVDGSGNWTFTPSTPLGDGNYLLRAYATDATGNASANSSVFAFTVDAAG
PAAPLVSSVIDDVGPVTGTLTTGNSTNDARPTFNGTGEVGATVHIIVDGNEIGTAVVNAQ
GNWTYTPDTALSDGPHAITFNATDAAGNTGSTTAPFNLTVDTAPPAAPAITTAGDNAGSI
QTPLTSGQSTDDTTPTLTGTAAANATVTIYENGQPVGTALADGTGAWSFTPSSALSNGSH
TWTATATDAAGNVSPASPGFTLVVDTSAPNAPVISQAVDDAGSIIGPLSSGQTTDDTVPR
LVGTSEPFATVNIYEGTTLVGTGTADASGNWSILLTTTLATGAHSFTAQATDAAGNTSVS
SAAFSLTIDTTPPALPVLSSIVDDVGNAATPIANGGLTNDAQPTLTGTAEAGATVKIFDN
GVQIGSAVATGGAWSFTPSPALSNGSHSLTFTATDAAGNTSAPTTAYVINVDAAAPAAPV
ISAVVDDVGSITGPVTGNNPTNDARPALNGTAEANATVRIYDGTTLVGTVTADANGNWTL
PQTTTTLTEGTHNFTATATDAAGNTSTPSATTTITVDLTAPNVPASLAVITNGTHVTGTA
EAGSTVTITTSTGTVLGTATADGSGNFNATITPAQTNGESLLVYATDKAGNAGVSTSVIA
PATPVPNAPLITTINDNVGTVTGNLTNGKTTDDTTPTLSGTALPGTTVTLYNNGVSMGTA
VADSSGNWTFTTPALSEGSHAFTATATNSSGTSPVSSATSVIVDLTAPTAPTGTFNADGS
VLTGNAEAGSTVSIRLSDGSTVTTIAGSNGTYSYTFLNKQTEGQTLQITATDAAGNTSQP
GSALAPVVPLSASNNVEELDISTTATVTNSQYSDYGFLLVGAVGNVLTLLGNDTAQVDFT
VGSGGNADIVVNANATGAVLSLLNTLELVVQRWDSVNGTWTTVVDTGQPQFADLLTLGAT
GVSLNLTGLANGDYRVLSYNTNLLATGSYTSLDVAVKETSAGTVTGDTSLNGNVILDADP
TAGSDNAPAGTTVSAVTNALGVTTSVNADGTVVQGQYGTLTINRDGSYTYNLTDTSASVV
GRTESFTYTITHNGVSASANLVLSLGAGTTANGIVAVDDTASLTFDTSVHEINNGTSSQG
GFTVVGINLGNTLGLNLLDDLSNPIIYNVEEGTTRTMTIQASVGGVALASVFDLYVYKFN
NATQTFEQMRVEPGWLRAPLLGGTSSQLTLNLPAGEYLFLLNTAAGITALTAYTLNVLED
HVYSVSSVGETTTGDVLDNDVATGAVVSEVNGVAVNSSGLTDIQGEYGTLSINASGQYTY
TLKAGVGADAISTPDTFVYTITAPNGAKDTASLNITPTARAMDAVNDVSTAMDVTSVHHT
TTYSDTTVGTASWTTALLSSTQGSGSGTFVVDPNTALHNVSLHFNVASLLALGGLTVNWS
ISDGSNVVRSGSFSGGSLLGGNIDIALSGLDLNAGNYTLSYTGSVPGLSVGNITITPSVN
GTTYSLTQFDSTSGHTVDGNIFDGTDSAGAMDQLHSVDTRLSVTGYNGVTTTLDPYTGSA
TVNVVGHYGTLAIAADGHYTYTLNTGVSLSTITSKETFNYTLTDADGKTDSATLTINMAP
QFISSEHNDVITGTAYGDTLIYQVLNATAGNATAGNVSSTAGDHWTNFSLTQGDKIDIGD
LLVGWNGSSSTLGNYLHVTNSNGNTVISIDRDGSGSTYTNTTLVTLDNVQTTYDELVNQQ
HIVT