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0  structures 1  species 0  interactions 1  sequence 1  architecture

Protein: A0A078AA09_STYLE (A0A078AA09)

Summary

This is the summary of UniProt entry A0A078AA09_STYLE (A0A078AA09).

Description: Cation channel family protein {ECO:0000313|EMBL:CDW78731.1}
Source organism: Stylonychia lemnae (Ciliate) (NCBI taxonomy ID 5949)
View Pfam proteome data.
Length: 3259 amino acids
Reference Proteome: ✓

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

Download the data used to generate the domain graphic in JSON format.

Show or hide the data used to generate the graphic in JSON format.

Source Domain Start End
disorder n/a 3 5
disorder n/a 23 24
disorder n/a 32 195
low_complexity n/a 40 59
disorder n/a 198 205
disorder n/a 234 249
disorder n/a 253 257
disorder n/a 271 288
disorder n/a 290 300
disorder n/a 302 357
disorder n/a 366 404
disorder n/a 407 444
low_complexity n/a 418 427
disorder n/a 446 448
Pfam Ion_trans 551 817
transmembrane n/a 553 571
transmembrane n/a 591 609
transmembrane n/a 621 638
transmembrane n/a 658 675
low_complexity n/a 681 699
transmembrane n/a 682 704
transmembrane n/a 751 769
transmembrane n/a 781 805
disorder n/a 816 818
disorder n/a 820 822
low_complexity n/a 882 896
disorder n/a 884 902
low_complexity n/a 921 933
disorder n/a 927 953
coiled_coil n/a 932 952
low_complexity n/a 941 955
disorder n/a 959 961
disorder n/a 975 996
disorder n/a 999 1002
disorder n/a 1004 1051
low_complexity n/a 1054 1066
disorder n/a 1068 1069
disorder n/a 1084 1105
coiled_coil n/a 1141 1161
disorder n/a 1154 1155
disorder n/a 1196 1240
disorder n/a 1242 1378
low_complexity n/a 1313 1324
disorder n/a 1381 1383
disorder n/a 1394 1396
disorder n/a 1398 1413
low_complexity n/a 1454 1470
disorder n/a 1553 1562
disorder n/a 1576 1577
disorder n/a 1581 1587
disorder n/a 1589 1603
disorder n/a 1650 1674
low_complexity n/a 1678 1686
disorder n/a 1694 1697
disorder n/a 1719 1761
coiled_coil n/a 1733 1765
low_complexity n/a 1738 1759
low_complexity n/a 1778 1788
Pfam Ion_trans 1842 2087
transmembrane n/a 1881 1900
transmembrane n/a 1907 1926
transmembrane n/a 1946 1967
transmembrane n/a 1974 1995
low_complexity n/a 1994 2008
transmembrane n/a 2053 2076
low_complexity n/a 2060 2071
low_complexity n/a 2066 2075
disorder n/a 2085 2101
low_complexity n/a 2098 2112
low_complexity n/a 2127 2142
disorder n/a 2128 2129
disorder n/a 2131 2136
low_complexity n/a 2160 2170
transmembrane n/a 2194 2217
Pfam Ion_trans 2201 2469
low_complexity n/a 2207 2216
transmembrane n/a 2279 2302
low_complexity n/a 2295 2313
transmembrane n/a 2323 2356
low_complexity n/a 2339 2343
transmembrane n/a 2436 2458
Pfam Ion_trans 2520 2771
transmembrane n/a 2520 2540
transmembrane n/a 2555 2574
transmembrane n/a 2586 2604
transmembrane n/a 2654 2676
transmembrane n/a 2738 2760
low_complexity n/a 2818 2828
low_complexity n/a 2881 2887
disorder n/a 2891 2892
disorder n/a 2927 2933
disorder n/a 2937 2938
disorder n/a 2944 2964
disorder n/a 2966 3023
low_complexity n/a 2969 3000
disorder n/a 3025 3120
disorder n/a 3125 3236
disorder n/a 3238 3259

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Sequence information

This is the amino acid sequence of the UniProt sequence database entry with the accession A0A078AA09. 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
MKMQLRQVQC PYSPNYLLRS LKFYHNIYQR EDMTDVNAII SDNPKNVSSK
50
51
PPKSPKRDSS LNKQINAGAN GPPSDTQQQE AVPQFSTNPD QNPPTSQINS
100
101
QLPQNSTNSN QGKQPKINNG LVTQYGRQLS GNHDLELNFK KKSKRANEPI
150
151
TQQKISFKAA RMSQGGDSEK ISPLEQKSGT LQKNTTMRIL KNQNNMAPFQ
200
201
SNGFSKFSQQ RTINLNFFDD LQLGFENVDV QNLNYDGVSN SVHNQGKPDQ
250
251
WFQDPNFSVI YKNPKGSEFL DNGDYEDEKM YESRELDTPQ LVDSARNVMM
300
301
PKHINMSITP PAHSNSLRGT PMFIENQNGN LNHQVSIQLN NPSYNSNAQI
350
351
QQNHVFIDDL HNSELDIGAI HHKSQTSKFA DDDYTTQNKD SEENDFIPKF
400
401
SVLNKNQTMQ TDDHLLRPKS KSQKDKKKHP INMDLTKSED QSLMERMKRR
450
451
MEHSIVHIDA DLDNSDIYKR FNYDINEKPQ LDDKRAKAMI MNQFQDYQAK
500
501
GANDDNSFLM IVDKLPIERV DDFEGRCIRF KQILCITRIN INHLAFAIIK
550
551
SKLFEAVSLL VIVANSVSLA IEDPTDNTPK DYQDFMDTLF LALYTIEMAL
600
601
KIIGLGFAFN RGAYLRDAWN IMDFVIVVTA YLPLILQGGS LNLSGLRAFR
650
651
VLRPLKSISS IEGLKVIVSA LLSSLPLLRD TIIVLLFFFF IFAIAGLQLF
700
701
GGYLKKRCVN IETGVAHPDD DFCGYKDCDP GYFCGKRNEN PNFGQTSFDT
750
751
IFYSLIAIFT SVTLEGWTAT MHQIDKSFTN LSFFFFIPLV FIGAFFLMNL
800
801
TLAVIKSKFT KQHEDRKLEK QRGMGNKKAL ANDYVDYDYL DEVAKKIREE
850
851
NELELRKKIL KKWRMILFIK ERIRVRIKQY KEKKINNDTQ TNKNKTTFAS
900
901
TGLENAGNTL GYDYGLLFGT LEQNQEGESQ QNSSAKLELE TQQSQRQLLQ
950
951
NQSRSNAQQI NLAILGDEKN VKISNNGNKI NIHTLRNFDH EAIAEEDDEY
1000
1001
KTEFSNIIAN NRHFSNKHLQ SSKNVRNGSN GSKSTPKSGT QNDQSEIRRL
1050
1051
SSRGLNFNNQ IQFLNNNKPD GILIESPGKK IKLVGMQSFK KNDKNKRREQ
1100
1101
QQVLDNNILS VRNSRRLSKK VSIDGQFFID FVNHDLDILE KNFSEDQLAD
1150
1151
IARQVEEVEN IANTSQILEM IDDEQFRGQQ FSEISILTDD FLQRNPNFIP
1200
1201
NMRSEEEIND DKNQTPHTQA TGQFAKSGNN YYRQRSKNTN HYFMSQDLSI
1250
1251
SYEYDDNQEQ IHNQIENYQK INESPQTYQS ISNDIINSNE VPINRQITDF
1300
1301
SGSNNNINQR DNPRGYNNNY GGRNGKKTES TATNPQNNLS HSNLTTINQN
1350
1351
GTIQSDANPL IVNQKTRDGK EMRRRTMGSA KIIPYELNSF DPKTADEIIK
1400
1401
IRHGPNTISN QDTIPIDKSV LNSRFLISDY LQKHQKVYIK KEKFDFNFAS
1450
1451
QDIFEQREEI MKEKIKEEKR ITATSYSKNF GLKPYQKKVC YSPKLYTPDE
1500
1501
DQIEYLHYLG LDPSELMTLI QLQYNEPYIT NIHVTGTLSI AIHDKKDIRT
1550
1551
NKTRKIQNIN LKMDDNEEMF NDSFNQSMSV FNGQGTNNSI NAQSPLKRYN
1600
1601
KTTFSGTRKQ NLRILGEADQ FNNDVKTELF MKSTTNVILS KSIKRAKPNV
1650
1651
SLIGEIRKRQ GGQSENNQTV MDSAVKRELL LKKAAAKDPQ LQRRLILSEV
1700
1701
NRDANRSEIF RIIRNKRLNR MTQEEKDNNP KVVAMLKIEK NDDEEEEEEE
1750
1751
EEEDTNSEEE QVNDDFLDWP LECRVEILKA KKKAISSKKN TVQWSGQDVL
1800
1801
TDFDPQHAFK AISQISKVRI WPKWIFGYWK QFQVPLKLFV KGPIFDNLMT
1850
1851
ASVFVNTVAL ALDKYGINST DQQNLSTMNT IFTWIFICEL SFKLIGLGPV
1900
1901
KYFKDKMNYL DCMVVILSIV EMTILSNSGT NLSAFRSIRI FRTFRVLRVA
1950
1951
RLLRSMQSMQ VIISVLIRSM DSFIYLALLL MLFIFIYALL GMQIFGGNFD
2000
2001
FEENFNDPPG VPRTNFNNFN SAFLTTFQIL TLEGWPNLLY DALRSGVSQP
2050
2051
ISILYFISWV FLGNFMLLNL FLAILLDSFT EETPHKSNGE EGDEKAIRKK
2100
2101
HLEELGKKEG QELIEYYQEA KDQSGNDKSK KGLGVKKKKK KKKRDENILD
2150
2151
ESFEFTKEAL TKKVVTKKKK VDFEGVDCNL SFYFMTKKNK LRIFLYRIVT
2200
2201
HTGFETVILI LIILSSIKLV VDTYIYDYPE DDLIQVISAD VDYFFTAIFA
2250
2251
MESVLKSLAF GFIQDKGSYL RETWSQLDFF IVCTSLIDAS FESVNLPIIK
2300
2301
ILRLLRTLRP LRFISHNSGM KTIVVALLGS VSGIFNVLIV VVVVWMMFGI
2350
2351
LAVNFFGGKM QYCSELPYLY HNKVQCLQNR GQWKTQDYNF DNVPQAMITL
2400
2401
FALATLENWP DIMYNTINSQ GVEIGPAINA SPLNGYFFVV YILIGSFLFL
2450
2451
NLFVGVIFKE FQDAQEEEKA SLMLKEQQAK WVDIMKMIIN SNPDLETTNK
2500
2501
PKQLWRAQIH SVMTGACFKY NYVDIFIMTC IVLNMFQMAI NFEGSSLEYN
2550
2551
NMLDYINYFF TGIFALECLF KLLAYGGSYF KTSWNIFDFC VVSASFFDIV
2600
2601
MNQLSTNSLK FLRVGPQLAR VMRVMRVSRL FRLINKYKGL QALIQTITFS
2650
2651
LPSLFNVFSL LMLVYFIFAV LGNFLFRGIT KGQVVDENTN FINFSASMMT
2700
2701
MIRMSTGEDW IYVMYDCMRT EEDNCIPGQN CGINYAPVFF IPYIMITQFI
2750
2751
MLNLFIMVII QQFEIYYLQE DNVLERFKDD LVLFKKNWTR FTADHDCLKL
2800
2801
KDTKLVNYFR AMDPPLGMSD KSDKDIIKDV VLMELQSDED GFVYFHELLY
2850
2851
RTMRRYYGEL HVKNKILVDH ELRTMQKIEA IKMKMKKKSL KNERNQAAQV
2900
2901
NPFMLQMYMN ISFKAWKNQY STNKDKREQE KVYLEQHNQD NFDLLSEDTF
2950
2951
QMNETRKSEQ LQQEWEYVTE EDIECSDEDD DRSSYEDDSE EEEEDEDEDS
3000
3001
SRMLRQRPVN VSHVVANRKK LQSILKSSKA ASRELSKSLH NTSEAEIKIK
3050
3051
QEENASPPSL AVKQDGQVKR LSTRSNLTVE VPKKRISNSQ RPPSNRITNE
3100
3101
NENNSKPSGR SPILLQENVV IPTTHQQFRF DLDKVNGQQH QQIKSPQPFK
3150
3151
IKEQSVVPEI NTQRIQSNSH TAGQQSHRKR DNVIVSSRSG SQGDLRDGDS
3200
3201
VGDDRDQLQD HDPMGRSMKD DENSDQIVLL KINMNANANG QQLINTNVDN
3250
3251
LPNQKHYHK                                             
3259
 

Show the unformatted sequence.

Checksums:
CRC64:ADA70E13472637CC
MD5:b468d5fb2693e128b600696df5198d21