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0  structures 1  species 0  interactions 1  sequence 1  architecture

Protein: A0Q289_CLONN (A0Q289)

Summary

This is the summary of UniProt entry A0Q289_CLONN (A0Q289).

Description: GGDEF domain protein, putative
Source organism: Clostridium novyi (strain NT) (NCBI taxonomy ID 386415)
View Pfam proteome data.
Length: 1804 amino acids

Please note: when we start each new Pfam data release, we take a copy of the UniProt sequence database. This snapshot of UniProt forms the basis of the overview that you see here. It is important to note that, although some UniProt entries may be removed after a Pfam release, these entries will not be removed from Pfam until the next Pfam data release.

Pfam domains

Source Domain Start End
low_complexity n/a 4 14
Pfam A Pkinase 8 270
low_complexity n/a 240 252
low_complexity n/a 1024 1039
low_complexity n/a 1047 1073
low_complexity n/a 1164 1175
Pfam A GGDEF 1468 1623

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Sequence annotations

This section shows a graphical representation of this sequence, with Pfam domains shown in the standard Pfam format. Under the Pfam domain image we show various tracks, illustrating features on this sequence that we found in other databases. You can choose which databases to include using the drop-down panel under the image. More...

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Sequence information

This is the amino acid sequence of the UniProt sequence database entry with the accession A0Q289. This sequence is stored in the Pfam database and updated with each new Pfam release, but this means that the sequence we store may differ from that stored by UniProt.

Sequence:
1
MELINNKYKI IKKIEQNRKS SSYAVQDIVD NKIRKLIIIN SDYLSKTLIN
50
51
FLINNFTDLS NVETEGILKV FNFGLVSSID NKRLAYKQYY YTSEYLKDYY
100
101
KANDLIENLS YKEIIDVYVQ VCMAINYLNL RGIKYEEINL ENILLYKKDN
150
151
KLKVKLMDLV TLEVESSYLK GEIKGGLIFK APEILNGDNP TIESEIYSLG
200
201
VLAVILFFIK NNIKVDFKTD VYSTINDNLL EFDQLYLNEK IKKIIKIIKK
250
251
MISNNPKDRY HNINKMVHDM NKVLGTNYAP YNISEIEKIN VNTPVVDREY
300
301
ELKTIISEYR FMKEKHGENK CIFVHGETGI GKTKILKEVE RILSLDGVSV
350
351
YSTFPSSNNG RNKNLIEFCK KIIYSCRESI GETYKEEFEK FIPQTEEDKN
400
401
FISLESMCSF HEKVRLFKIS ENFIKEVFKE KSSVIIIDNI SVFKKISLEA
450
451
LEYVYNSESI KNLIIILSYN EEDLLEPGFF NFINRMNKNN STINIPLKGL
500
501
SFEGTACLIE KLLGLSEYPI KFSKKIYSET YGNPLFIEET IKNLLLNEII
550
551
YVEEETGKWD IAYNGDYDSL PMPKSIEQAF VSELNKIGAE SYFILEFISI
600
601
FTDGVSQKII EEFMKKDGLN YDDIIEDLTS KGILCRKIED AGFVYDFCSK
650
651
ILKDLVYEKI DEKVEMHREA GELLIKCGEN NIENREEVIY HLERSNQNIR
700
701
AVEYYIENAS KMILLRNHRE ALFNLKKASQ LLPYRYNDEK TRILLKMADI
750
751
YMDLFKFKSA KKILQSAKNI VLETKNKKDE IDVLNREGNI YLNENNYIMA
800
801
FEKINLVDEI LKEIEYKKGF IDSRIILANI YYKKDEYDKV VDTCNEGIIV
850
851
CGNEFIKPKV VLYNIRGNGN RYLKNFDEAV RDYGLVYKNS KSTDYKKGIV
900
901
FAYINLAKIY EDYYQISDIS EEYLMKVTDI CEKNKFLYYE IVALQKLGEV
950
951
YNRRFEYEKA LKIFKDALFK AECIEYKNGI VESLSYIGIL QLKLSNYKAV
1000
1001
FKNLNLVEKY IERNKSSIEN IHQYYLLKGE ILIELGLLKE AKEYLIKALK
1050
1051
AYEKEESLLK LKIKELLVFI KLLDEYGEID LEEYIEYIKN MASNYKNYSN
1100
1101
KVDYIYSCAI ILYEQGYIKY ALRLVEYISQ DNWISVSECV KFKEMYFKGL
1150
1151
MFNDDEKLAF LYEALKLVKA LKNKKIECNI YIKLGDYFNE NGQYNFAAYY
1200
1201
YFEACEIIRV ITEQIPSQYR LKYFKFNNFI KPFEKINFIK HEYFENKIYD
1250
1251
EQLYKKMNVA SEKDLKEVLQ FKKFIKLLDN KKFMKSMGKI YNEFFSIKIK
1300
1301
HQKDIISKLQ CDSIKNLKLI IQYIASKTLA TEAEIVIEDG VNNFKTIASL
1350
1351
TGNDIREENK EIIERVKKTK STFYVFNNEV YFTNFKYKAS MDCKRSFMCI
1400
1401
PIMSYPTENL NFNEEKRHIK INATINGYIY ISSNKFLNSI NQNTLEEIMK
1450
1451
LINLIAYIID KYQLTISCSI DKLTGAYTRK YLEDKLSESI ECANFNNDKF
1500
1501
SIIMFDLDHF KNVNDTFGHQ VGDKVLNNVC GIVMKNLRDG DICGRYGGEE
1550
1551
FISILPGIGE SKALNIAERI RSAVEDSKIL GEKHPVTISI GISTYPQQAQ
1600
1601
LKRELIEKAD QALYIAKDSG RNRCKVWKKE FENKVKVTSK LTGIISGNFA
1650
1651
QDSRNVLAMI ELMDIVNSDL KFEQKVYKAL GHITGITEAE YGNLIFLSND
1700
1701
NKIKENFGRK KLQEDWSYEY VCNKKILQDV INQKQGTCIM EWNETFNSDL
1750
1751
LTVLPEWYSV MVVPIINKNV MKAILYLAIP SKIKKFTREE LNFVTILSKI
1800
1801
MKDI                                                  
1804
 

Show the unformatted sequence.

Checksums:
CRC64:5341A40078104D05
MD5:10b0e104f8f36951202f1eb17029f377