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PR01078

Identifier
AMINACHANNEL  [View Relations]  [View Alignment]  
Accession
PR01078
No. of Motifs
13
Creation Date
03-FEB-1999  (UPDATE 12-JUN-1999)
Title
Amiloride-sensitive sodium channel alpha-subunit signature
Database References

PROSITE; PS01206 ASC
BLOCKS; BL01206
PFAM; PF00858 ASC
INTERPRO; IPR001873
Literature References
1. GARTY, H.
Molecular properties of epithelial, amiloride-blockable Na+ channels.
FASEB J. 8 522-528 (1994).
 
2. JENTSCH, T.J.
Trinity of cation channels. 
NATURE 367 412-413 (1994).
 
3, LE, T. AND SAIER, M.H.
Phylogenetic characterization of the epithelial Na+ channel
MOL.MEMBR.BIOL. 13 149-157 (1996).
 
4. WALDMANN, R., CHAMPIGNY, G., BASSILANA, F., VOILLEY, N. AND LAZDUNSKI, M.
Molecular cloning and functional expression of a novel amiloride-sensitive
Na+ channel.
J.BIOL.CHEM. 270(46) 27411-27414 (1995).
 
5. SNYDER, P.M., MCDONALD, F.J., STOKES, J.B. AND WELSH, M.J.
Membrane topology of the amiloride-sensitive epithelial sodium channel.
J.BIOL.CHEM. 269(39) 24379-24383 (1994).

Documentation
The apical membrane of many tight epithelia contains sodium channels that
are primarily characterised by their high affinity to the diuretic blocker
amiloride [1-4]. These channels mediate the first step of active sodium
reabsorption essential for the maintenance of body salt and water
homeostasis [1]. In vertebrates, the channels control reabsorption of
sodium in kidney, colon, lung and sweat glands; they also play a role in
taste perception. 
 
Members of the epithelial Na+ channel (ENaC) family fall into four 
subfamilies, termed alpha, beta, gamma and delta [3]. The proteins exhibit
the same apparent topology, each with two transmembrane (TM) spanning
segments, separated by a large extracellular loop. In most ENaC proteins
studied to date, the extracellular domains are highly conserved and contain
numerous cysteine residues, with flanking C-terminal amphipathic TM regions,
postulated to contribute to the formation of the hydrophilic pores of the 
oligomeric channel protein complexes. It is thought that the well-conserved
extracellular domains serve as receptors to control the activities of the 
channels [3]. 
 
Vertebrate ENaC proteins are similar to degenerins of Caenorhabditis elegans
[5]: deg-1, del-1, mec-4, mec-10 and unc-8. These proteins can be mutated to
cause neuronal degradation, and are also thought to form sodium channels.
 
AMINACHANNEL is a 13-element fingerprint that provides a signature for
amiloride-sensitive sodium channels. The fingerprint was derived from an
initial alignment of 18 sequences: the motifs were drawn from conserved
regions spanning virtually the full alignment length - motif 1 spans
putative TM domain 1; motifs 2-12 reside in the central extracellular
domain; and motif 13 encodes the N-terminus of putative TM domain 2. Two
iterations on OWL31.1 were required to reach convergence, at which point a
true set comprising 30 sequences was identified. Numerous partial matches
were also found, all of which are homologues and fragments that fail to
match six or more motifs.
 
An update on SPTR37_9f identified a true set of 25 sequences, and 32
partial matches.
Summary Information
  25 codes involving 13 elements
0 codes involving 12 elements
0 codes involving 11 elements
0 codes involving 10 elements
4 codes involving 9 elements
3 codes involving 8 elements
3 codes involving 7 elements
1 codes involving 6 elements
0 codes involving 5 elements
7 codes involving 4 elements
3 codes involving 3 elements
11 codes involving 2 elements
Composite Feature Index
1325252525252525252525252525
120000000000000
110000000000000
100000000000000
94434441004404
81321332003303
72201331013203
60100110001101
50000000000000
43510330120307
32120200000002
23500211031006
12345678910111213
True Positives
DEG1_CAEEL    DEGW_CAEEL    DEGX_CAEEL    DEGY_CAEEL    
DEL1_CAEEL ME10_CAEEL MEC4_CAEBR MEC4_CAEEL
O46547 P91835 SCAA_BOVIN SCAA_CHICK
SCAA_HUMAN SCAA_RAT SCAA_XENLA SCAB_HUMAN
SCAB_RAT SCAB_XENLA SCAD_HUMAN SCAG_HUMAN
SCAG_RAT SCAG_XENLA SCB2_XENLA SCG2_XENLA
UNC8_CAEEL
True Positive Partials
Codes involving 9 elements
ASC1_RAT O35240 P78348 P78349
Codes involving 8 elements
O60263 O75906 O88762
Codes involving 7 elements
BNA1_HUMAN BNA1_RAT FANA_HELAS
Codes involving 6 elements
O55163
Codes involving 4 elements
O61365 O77036 P91100 Q19115
Q20851 Q22970 YSX7_CAEEL
Codes involving 3 elements
O45402 O61370 Q94181
Codes involving 2 elements
O44940 O46104 O46342 O92933
P91102 P91103 P97820 PSG1_HUMAN
Q08265 Q18077 Q19777
Sequence Titles
DEG1_CAEEL  DEGENERIN DEG-1 - CAENORHABDITIS ELEGANS.     
DEGW_CAEEL DEGENERIN-LIKE PROTEIN T28F4.2 IN CHROMOSOME I - CAENORHABDITIS ELEGANS.
DEGX_CAEEL DEGENERIN-LIKE PROTEIN C41C4.5 IN CHROMOSOME II - CAENORHABDITIS ELEGANS.
DEGY_CAEEL DEGENERIN-LIKE PROTEIN ZK770.1 IN CHROMOSOME I - CAENORHABDITIS ELEGANS.
DEL1_CAEEL DEGENERIN DEL-1 - CAENORHABDITIS ELEGANS.
ME10_CAEEL MECHANOSENSORY PROTEIN 10 (DEGENERIN MEC-10) - CAENORHABDITIS ELEGANS.
MEC4_CAEBR MECHANOSENSORY PROTEIN 4 (DEGENERIN MEC-4) - CAENORHABDITIS BRIGGSAE.
MEC4_CAEEL MECHANOSENSORY PROTEIN 4 (DEGENERIN MEC-4) - CAENORHABDITIS ELEGANS.
O46547 EPITHELIAL SODIUM CHANNEL DELTA SUBUNIT - PAN TROGLODYTES (CHIMPANZEE).
P91835 T28B8.5 PROTEIN - CAENORHABDITIS ELEGANS.
SCAA_BOVIN AMILORIDE-SENSITIVE SODIUM CHANNEL ALPHA-SUBUNIT (EPITHELIAL NA+ CHANNEL ALPHA SUBUNIT) (ALPHA ENAC) (NONVOLTAGE-GATED SODIUM CHANNEL 1 ALPHA SUBUNIT) (SCNEA) (ALPHA NACH) - BOS TAURUS (BOVINE).
SCAA_CHICK AMILORIDE-SENSITIVE SODIUM CHANNEL ALPHA-SUBUNIT (EPITHELIAL NA+ CHANNEL ALPHA SUBUNIT) (ALPHA ENAC) (NONVOLTAGE-GATED SODIUM CHANNEL 1 ALPHA SUBUNIT) (SCNEA) (ALPHA NACH) - GALLUS GALLUS (CHICKEN).
SCAA_HUMAN AMILORIDE-SENSITIVE SODIUM CHANNEL ALPHA-SUBUNIT (LUNG NA+ CHANNEL ALPHA SUBUNIT) (ALPHA ENAC) (NONVOLTAGE-GATED SODIUM CHANNEL 1 ALPHA SUBUNIT) (SCNEA) (ALPHA NACH) - HOMO SAPIENS (HUMAN).
SCAA_RAT AMILORIDE-SENSITIVE SODIUM CHANNEL ALPHA-SUBUNIT (EPITHELIAL NA+ CHANNEL ALPHA SUBUNIT) (ALPHA ENAC) (NONVOLTAGE-GATED SODIUM CHANNEL 1 ALPHA SUBUNIT) (SCNEA) (ALPHA NACH) - RATTUS NORVEGICUS (RAT).
SCAA_XENLA AMILORIDE-SENSITIVE SODIUM CHANNEL ALPHA-SUBUNIT (LUNG NA+ CHANNEL ALPHA SUBUNIT) (ALPHA ENAC) (NONVOLTAGE-GATED SODIUM CHANNEL 1 ALPHA SUBUNIT) (SCNEA) (ALPHA NACH) - XENOPUS LAEVIS (AFRICAN CLAWED FROG).
SCAB_HUMAN AMILORIDE-SENSITIVE SODIUM CHANNEL BETA-SUBUNIT (EPITHELIAL NA+ CHANNEL BETA SUBUNIT) (BETA ENAC) (NONVOLTAGE-GATED SODIUM CHANNEL 1 BETA SUBUNIT) (SCNEB) (BETA NACH) - HOMO SAPIENS (HUMAN).
SCAB_RAT AMILORIDE-SENSITIVE SODIUM CHANNEL BETA-SUBUNIT (EPITHELIAL NA+ CHANNEL BETA SUBUNIT) (BETA ENAC) (NONVOLTAGE-GATED SODIUM CHANNEL 1 BETA SUBUNIT) (SCNEB) (BETA NACH) - RATTUS NORVEGICUS (RAT).
SCAB_XENLA AMILORIDE-SENSITIVE SODIUM CHANNEL BETA-SUBUNIT (EPITHELIAL NA+ CHANNEL BETA SUBUNIT) (BETA ENAC) (NONVOLTAGE-GATED SODIUM CHANNEL 1 BETA SUBUNIT) (SCNEB) (BETA NACH) - XENOPUS LAEVIS (AFRICAN CLAWED FROG).
SCAD_HUMAN AMILORIDE-SENSITIVE SODIUM CHANNEL DELTA-SUBUNIT (EPITHELIAL NA+ CHANNEL DELTA SUBUNIT) (DELTA ENAC) (NONVOLTAGE-GATED SODIUM CHANNEL 1 DELTA SUBUNIT) (SCNED) (DELTA NACH) - HOMO SAPIENS (HUMAN).
SCAG_HUMAN AMILORIDE-SENSITIVE SODIUM CHANNEL GAMMA-SUBUNIT (EPITHELIAL NA+ CHANNEL GAMMA SUBUNIT) (GAMMA ENAC) (NONVOLTAGE-GATED SODIUM CHANNEL 1 GAMMA SUBUNIT) (SCNEG) (GAMMA NACH) - HOMO SAPIENS (HUMAN).
SCAG_RAT AMILORIDE-SENSITIVE SODIUM CHANNEL GAMMA-SUBUNIT (EPITHELIAL NA+ CHANNEL GAMMA SUBUNIT) (GAMMA ENAC) (NONVOLTAGE-GATED SODIUM CHANNEL 1 GAMMA SUBUNIT) (SCNEG) (GAMMA NACH) - RATTUS NORVEGICUS (RAT).
SCAG_XENLA AMILORIDE-SENSITIVE SODIUM CHANNEL GAMMA-SUBUNIT (EPITHELIAL NA+ CHANNEL GAMMA SUBUNIT) (GAMMA ENAC) (NONVOLTAGE-GATED SODIUM CHANNEL 1 GAMMA SUBUNIT) (SCNEG) (GAMMA NACH) - XENOPUS LAEVIS (AFRICAN CLAWED FROG).
SCB2_XENLA AMILORIDE-SENSITIVE SODIUM CHANNEL BETA-2-SUBUNIT (EPITHELIAL NA+ CHANNEL BETA-2 SUBUNIT) (BETA-2 ENAC) (NONVOLTAGE-GATED SODIUM CHANNEL 1 BETA-2 SUBUNIT) (SCNEB2) (BETA-2 NACH) - XENOPUS LAEVIS (AFRICAN CLAWED FROG).
SCG2_XENLA AMILORIDE-SENSITIVE SODIUM CHANNEL GAMMA-2-SUBUNIT (EPITHELIAL NA+ CHANNEL GAMMA-2 SUBUNIT) (GAMMA-2 ENAC) (NONVOLTAGE-GATED SODIUM CHANNEL 1 GAMMA-2 SUBUNIT) (SCNEG2) (GAMMA-2 NACH) - XENOPUS LAEVIS (AFRICAN CLAWED FROG).
UNC8_CAEEL DEGENERIN UNC-8 - CAENORHABDITIS ELEGANS.

ASC1_RAT PROTON GATED CATION CHANNEL ASIC1 - RATTUS NORVEGICUS (RAT).
O35240 PROTON GATED CATION CHANNEL DRASIC - RATTUS NORVEGICUS (RAT).
P78348 SODIUM CHANNEL 2 - HOMO SAPIENS (HUMAN).
P78349 SODIUM CHANNEL 2 - HOMO SAPIENS (HUMAN).

O60263 SODIUM CHANNEL - HOMO SAPIENS (HUMAN).
O75906 PROTON-GATED CATION CHANNEL SUBUNIT - HOMO SAPIENS (HUMAN).
O88762 ASIC-BETA - RATTUS NORVEGICUS (RAT).

BNA1_HUMAN AMILORIDE-SENSITIVE BRAIN SODIUM CHANNEL BNAC1 (BNC1) (DEGENERIN CHANNEL MDEG) - HOMO SAPIENS (HUMAN).
BNA1_RAT AMILORIDE-SENSITIVE BRAIN SODIUM CHANNEL BNAC1 (BNC1) (DEGENERIN CHANNEL MDEG) - RATTUS NORVEGICUS (RAT).
FANA_HELAS FMRFAMIDE-ACTIVATED AMILORIDE-SENSITIVE SODIUM CHANNEL (FANACH) - HELIX ASPERSA (BROWN GARDEN SNAIL).

O55163 PROTON-GATED CATION CHANNELS MODULATORY SUBUNIT MDEG2 - RATTUS NORVEGICUS (RAT).

O61365 PUTATIVE SODIUM CHANNEL - DROSOPHILA MELANOGASTER (FRUIT FLY).
O77036 FLR-1 - CAENORHABDITIS ELEGANS.
P91100 SIMILAR TO DEGENERINS - CAENORHABDITIS ELEGANS.
Q19115 F02D10.5 PROTEIN - CAENORHABDITIS ELEGANS.
Q20851 COSMID F55G1 - CAENORHABDITIS ELEGANS.
Q22970 SIMILAR TO AMILORIDE-SENITIVE SODIIUM CHANNEL SUBUNIT - CAENORHABDITIS ELEGANS.
YSX7_CAEEL HYPOTHETICAL 113.1 KD PROTEIN T28D9.7 IN CHROMOSOME II - CAENORHABDITIS ELEGANS.

O45402 F23B2.3 PROTEIN - CAENORHABDITIS ELEGANS.
O61370 PUTATIVE SODIUM CHANNEL - DROSOPHILA ANANASSAE (FRUIT FLY).
Q94181 SIMILAR TO SODIUM CHANNEL SUBUNIT - CAENORHABDITIS ELEGANS.

O44940 AMILORIDE-SENSITIVE NA+ CHANNEL - DROSOPHILA MELANOGASTER (FRUIT FLY).
O46104 DROSOPHILA MULTIDENDRITIC NEURONS SODIUM CHANNEL 1 - DROSOPHILA MELANOGASTER (FRUIT FLY).
O46342 AMILORIDE-SENSITIVE NA+ CHANNEL - DROSOPHILA MELANOGASTER (FRUIT FLY).
O92933 POLYPROTEIN - HEPATITIS C VIRUS.
P91102 SIMILAR TO DEGENERINS - CAENORHABDITIS ELEGANS.
P91103 SIMILAR TO DEGENERINS - CAENORHABDITIS ELEGANS.
P97820 NIK - MUS MUSCULUS (MOUSE).
PSG1_HUMAN PREGNANCY-SPECIFIC BETA-1-GLYCOPROTEIN 1 PRECURSOR (PSBG-1) (PREGNANCY-SPECIFIC BETA-1 GLYCOPROTEIN D) (FETAL LIVER NON-SPECIFIC CROSS-REACTIVE ANTIGEN-2) (FL-NCA-2) - HOMO SAPIENS (HUMAN).
Q08265 PREGNANCY-SPECIFIC BETA-1 GLYCOPROTEIN PRECURSOR - HOMO SAPIENS (HUMAN).
Q18077 SIMILAR TO AMILORIDE-SENSITIVE SODIUM CHANNEL BETA-SUBUNIT - CAENORHABDITIS ELEGANS.
Q19777 F25D1.4 PROTEIN - CAENORHABDITIS ELEGANS.
Scan History
OWL31_1    2  100  NSINGLE    
SPTR37_9f 2 100 NSINGLE
Initial Motifs
Motif 1  width=18
Element Seqn Id St Int Rpt
TAFWAVLWLCTFGMMYWQ SCAA_HUMAN 84 84 -
TAFWAVLWLCTFGMMYWQ SCAA_RAT 110 110 -
TVFWAVLWLCTFGMMYWQ SCAA_BOVIN 64 64 -
TAFWSVLFILTFGLMYWQ SCAA_CHICK 76 76 -
RLLWIAFTLTAVALIIWQ SCAG_RAT 53 53 -
TAFWLVLFLVTFGLMYWQ SCAA_XENLA 48 48 -
RAVWVVLFLGCMIMLYLN MEC4_CAEEL 108 108 -
KAMWFLLTLLFAALVCWQ SCAB_HUMAN 49 49 -
RAVWVMLFLGCMIMLYLN MEC4_CAEBR 108 108 -
RLLWIGFTLTAVALILWQ SCAG_HUMAN 53 53 -
KAMWFLLTLLFACLVCWQ SCAB_RAT 49 49 -
RAAWVFLLLICAIQFINQ ME10_CAEEL 121 121 -
RWFWYTAFTICLLALLIQ DEGX_CAEEL 92 92 -
RYMWLLCFLFCLSCFGHQ DEGY_CAEEL 57 57 -
KLMWGLIIFSFLLMFAYQ DEG1_CAEEL 80 80 -
RYVWAALFMCMLMAFLLQ UNC8_CAEEL 127 127 -
RFLWVVVSLVCICLCMYS DEL1_CAEEL 67 67 -
TTSWGLLSLGALVALCWQ SCAD_HUMAN 85 85 -

Motif 2 width=17
Element Seqn Id St Int Rpt
DKLVFPAVTICTLNPYR SCAA_HUMAN 123 21 -
DKLVFPAVTVCTLNPYR SCAA_RAT 149 21 -
DKLVFPAVSICTLNPYR SCAA_BOVIN 103 21 -
DRLTFPAVTLCTLNPYR SCAA_CHICK 115 21 -
QKLDFPAVTICNINPYK SCAG_RAT 90 19 -
DKLPFPAVTVCTLNPYR SCAA_XENLA 87 21 -
DTAPFPAITLCNLNPYK MEC4_CAEEL 147 21 -
KTMDFPAVTICNASPFK SCAB_HUMAN 88 21 -
DTAPFPAITLCNLNPYK MEC4_CAEBR 147 21 -
RKLDFPAVTICNINPYK SCAG_HUMAN 90 19 -
KTMNFPAVTVCNSSPFQ SCAB_RAT 88 21 -
DTAPFPAITLCNLNPYK ME10_CAEEL 160 21 -
ENAPFPSITICNLNPYK DEGX_CAEEL 131 21 -
EEIKFPAVTICNMNPYK DEGY_CAEEL 96 21 -
DDVEFPAITFCNLNPYK DEG1_CAEEL 119 21 -
EAAAFPAATVCNLNAFK UNC8_CAEEL 166 21 -
ESAPFPAITVCNLNPFK DEL1_CAEEL 106 21 -
ERKLLPLVTLCDGNPRR SCAD_HUMAN 124 21 -

Motif 3 width=12
Element Seqn Id St Int Rpt
IFACRFNQVSCN SCAA_HUMAN 279 139 -
IFTCRFNQAPCN SCAA_RAT 307 141 -
IFTCRFNQDSCN SCAA_BOVIN 260 140 -
IYACRFNEATCD SCAA_CHICK 266 134 -
LVTCFFDGMSCD SCAG_RAT 258 151 -
IFACRFNEESCT SCAA_XENLA 238 134 -
VHKCSFNGKACD MEC4_CAEEL 447 283 -
ILACLFGAEPCN SCAB_HUMAN 246 141 -
VHKCSFNGKACD MEC4_CAEBR 448 284 -
LVTCFFDGVSCD SCAG_HUMAN 257 150 -
ILACLFGTEPCS SCAB_RAT 244 139 -
IHKCSFNGKPCD ME10_CAEEL 407 230 -
VLKCSFNQKDCQ DEGX_CAEEL 417 269 -
IMKCSFNGRECN DEGY_CAEEL 463 350 -
IEMCSFNGKECD DEG1_CAEEL 436 300 -
VLRCSFNSKDCS UNC8_CAEEL 420 237 -
IKMCSFNGQQCN DEL1_CAEEL 338 215 -
VLSCSYDGLDCQ SCAD_HUMAN 260 119 -

Motif 4 width=17
Element Seqn Id St Int Rpt
NYSHFHHPMYGNCYTFN SCAA_HUMAN 293 2 -
NYSKFHHPMYGNCYTFN SCAA_RAT 321 2 -
NYSHFHHPMYGNCYTFN SCAA_BOVIN 274 2 -
NYTHFHHPLYGNCYTFN SCAA_CHICK 280 2 -
NFTLFHHPMYGNCYTFN SCAG_RAT 272 2 -
NYSSFHHAIYGNCYTFN SCAA_XENLA 252 2 -
DFLTHIDPAFGSCFTFN MEC4_CAEEL 462 3 -
NFTSIFYPHYGNCYIFN SCAB_HUMAN 260 2 -
DFLTHIDPVFGSCFTFN MEC4_CAEBR 463 3 -
NFTLFHHPMHGNCYTFN SCAG_HUMAN 271 2 -
NFTPIFYPDYGNCYIFN SCAB_RAT 258 2 -
DFELVADPTFGNCFVFN ME10_CAEEL 422 3 -
DFTLHYDNTFGNCYTFN DEGX_CAEEL 432 3 -
DFVEYLDPTYGACFTYG DEGY_CAEEL 478 3 -
DFRLHVDPEFGNCFTFN DEG1_CAEEL 451 3 -
DFKLHVDPEYGNCYTFN UNC8_CAEEL 435 3 -
EFKLHIDPSFGNCYTFN DEL1_CAEEL 353 3 -
QFRTFHHPTYGSCYTVD SCAD_HUMAN 274 2 -

Motif 5 width=19
Element Seqn Id St Int Rpt
GINNGLSLMLRAEQNDFIP SCAA_HUMAN 323 13 -
GVNNGLSLTLRTEQNDFIP SCAA_RAT 351 13 -
GVNNGLSLTLRTEQNDFIP SCAA_BOVIN 304 13 -
GINNGLSLVVRTEQNDFIP SCAA_CHICK 309 12 -
GSEYGLQVILYINEDEYNP SCAG_RAT 302 13 -
GIKNGLTLVLRTEQHDYIP SCAA_XENLA 284 15 -
GPMYGLRMLVYVNASDYMP MEC4_CAEEL 491 12 -
GTEFGLKLILDIGQEDYVP SCAB_HUMAN 290 13 -
GPMYGLRMLVYVNASDYMP MEC4_CAEBR 492 12 -
GSEYGLQVILYINEEEYNP SCAG_HUMAN 301 13 -
GTEFGLKLILDIGQEDYVP SCAB_RAT 288 13 -
GPQYGLRVMLFVNASDYLP ME10_CAEEL 451 12 -
GANYGLRVLLYANVSEYLP DEGX_CAEEL 461 12 -
GPAYGLRLEVFVNVTEYLP DEGY_CAEEL 506 11 -
GPMYGIRVLLFVNTSDYMS DEG1_CAEEL 480 12 -
GPMYGLRLLLNVHQSDYMP UNC8_CAEEL 464 12 -
GPSYGLRLMMFVNSSDYLP DEL1_CAEEL 382 12 -
GITHGVGLVLRVEQQPHLP SCAD_HUMAN 299 8 -

Motif 6 width=19
Element Seqn Id St Int Rpt
GARVMVHGQDEPAFMDDGG SCAA_HUMAN 348 6 -
GARVMVHGQDEPAFMDDGG SCAA_RAT 376 6 -
GARVMVHERDEPAFMDDAG SCAA_BOVIN 329 6 -
GARVMVHDQNEPAFMDDGG SCAA_CHICK 334 6 -
GAKVLIHQQNEYPFIEDVG SCAG_RAT 327 6 -
GARVLVHGHKEPAFMDDNG SCAA_XENLA 309 6 -
GVRLTIHDKEDFPFPDTFG MEC4_CAEEL 515 5 -
GVRLMLHEQRSYPFIRDEG SCAB_HUMAN 315 6 -
GVRLTIHDKEDFPFPDTFG MEC4_CAEBR 516 5 -
GAKVIIHRQDEYPSVEDVG SCAG_HUMAN 326 6 -
GARLMLHEQRTYPFIREEG SCAB_RAT 313 6 -
GIRLTIHDKDDFPFPDTFG ME10_CAEEL 475 5 -
GFRITVHDKHIVPFPDAFG DEGX_CAEEL 485 5 -
GVRLTVHATDEQPFPDTLG DEGY_CAEEL 530 5 -
GVRLAIHPPTEYPFPDTFG DEG1_CAEEL 504 5 -
GVRLVVHEQDQEPFPDTFG UNC8_CAEEL 488 5 -
GVRIAIHGKEECPFPDTFG DEL1_CAEEL 406 5 -
GIRVMVHGRNHTPFLGHHS SCAD_HUMAN 324 6 -

Motif 7 width=17
Element Seqn Id St Int Rpt
SMRKETLDRLGGDYGDC SCAA_HUMAN 378 11 -
SMRKEALDSLGGNYGDC SCAA_RAT 406 11 -
SMSKEAVDRLGGDYGDC SCAA_BOVIN 359 11 -
SMRKEMTERLGGSYSDC SCAA_CHICK 364 11 -
GMHLTESFKLSEPYSQC SCAG_RAT 357 11 -
GMKKETINRLGGKYSDC SCAA_XENLA 339 11 -
GLRLRKMSRLPAPYGDC MEC4_CAEEL 545 11 -
GVLVDKLQRMGEPYSPC SCAB_HUMAN 345 11 -
GLRLRKMSRLPAPYGDC MEC4_CAEBR 546 11 -
GMHLTESFKLSEPSSQC SCAG_HUMAN 356 11 -
GVLLDKLQGKGEPYSPC SCAB_RAT 343 11 -
GMRMKKMSRLPAPYGDC ME10_CAEEL 505 11 -
GVRMKQFIRLEPPYGHC DEGX_CAEEL 515 11 -
GIKLKSMVRLPAPYGDC DEGY_CAEEL 560 11 -
GIKKKVMQRLPAPYGEC DEG1_CAEEL 534 11 -
GLKTKELHRLSAPWGNC UNC8_CAEEL 518 11 -
GISLRNINRLPQPYGNC DEL1_CAEEL 436 11 -
SIREDEVHRLGSPYGHC SCAD_HUMAN 354 11 -

Motif 8 width=12
Element Seqn Id St Int Rpt
YTQQVCIHSCFQ SCAA_HUMAN 411 16 -
YTQQVCIHSCFQ SCAA_RAT 439 16 -
YTQQVCIHSCFQ SCAA_BOVIN 392 16 -
YTEQVCIRSCFQ SCAA_CHICK 397 16 -
YSLQICLYSCFQ SCAG_RAT 390 16 -
YTEQVCVRSCFQ SCAA_XENLA 372 16 -
YSVEGCYRSCFQ MEC4_CAEEL 577 15 -
YSIQACLRSCFQ SCAB_HUMAN 381 19 -
YSVEGCYRSCFQ MEC4_CAEBR 578 15 -
YSLQICLHSCFQ SCAG_HUMAN 389 16 -
YSIQACLHSCFQ SCAB_RAT 379 19 -
YSTEGCYRTCFQ ME10_CAEEL 537 15 -
YSVEACHRSCAQ DEGX_CAEEL 548 16 -
YNTEGCQRSCIQ DEGY_CAEEL 592 15 -
YHPEGCHRSCFQ DEG1_CAEEL 568 17 -
YSPEGCHRNCFQ UNC8_CAEEL 549 14 -
YEPEGCFRSCYQ DEL1_CAEEL 469 16 -
YTRQACLVSCFQ SCAD_HUMAN 387 16 -

Motif 9 width=18
Element Seqn Id St Int Rpt
QESMIKECGCAYIFYPRP SCAA_HUMAN 422 -1 -
QENMIKKCGCAYIFYPKP SCAA_RAT 450 -1 -
QESMIKECGCAYIFYPRP SCAA_BOVIN 403 -1 -
QLNMVKRCSCAYYFYPLP SCAA_CHICK 408 -1 -
QTKMVEKCGCAQYSQPLP SCAG_RAT 401 -1 -
QAAMVARCGCGYAFYPLS SCAA_XENLA 383 -1 -
QQLVLKECRCGDPRFPVP MEC4_CAEEL 588 -1 -
QDHMIRNCNCGHYLYPLP SCAB_HUMAN 392 -1 -
QQLVLKECRCGDPRFPVP MEC4_CAEBR 589 -1 -
QTKMVEKCGCAQYSQPLP SCAG_HUMAN 400 -1 -
QDHMIHNCSCGHYLYPLP SCAB_RAT 390 -1 -
QELIIDRCGCSDPRFPSI ME10_CAEEL 548 -1 -
QKVIVEACGCADPMYPVA DEGX_CAEEL 559 -1 -
QKHLSKTCGCGDPRFPPY DEGY_CAEEL 603 -1 -
QNGLIDDCSCGDPRFPVP DEG1_CAEEL 579 -1 -
QLKVLEICGCGDPRFPLP UNC8_CAEEL 560 -1 -
QYRIIAKCGCADPRYPKP DEL1_CAEEL 480 -1 -
QQLMVETCSCGYYLHPLP SCAD_HUMAN 398 -1 -

Motif 10 width=21
Element Seqn Id St Int Rpt
CRKPCSVTSYQLSAGYSRWPS SCAA_HUMAN 475 35 -
CRKPCSVINYKLSAGYSRWPS SCAA_RAT 503 35 -
CRKPCSVTIYKLSASYSQWPS SCAA_BOVIN 456 35 -
CRKPCKMTEYQLSAGYSRWPS SCAA_CHICK 461 35 -
CKQSCSFKEWTLTTSLAQWPS SCAG_RAT 454 35 -
CRKPCLVSEYQLTAGYSKWPN SCAA_XENLA 436 35 -
CQQPCRQSIYSVTYSPAKWPS MEC4_CAEEL 640 34 -
CKESCNDTQYKMTISMADWPS SCAB_HUMAN 444 34 -
CQQPCGQSIYSVTYSPAKWPS MEC4_CAEBR 641 34 -
CKEACRFKEWTLTTSLAQWPS SCAG_HUMAN 453 35 -
CKESCNDTQYKMTISMADWPS SCAB_RAT 442 34 -
CQQPCNQTIYTTSYSEAIWPS ME10_CAEEL 600 34 -
CHQPCQETNYEVTYSSARWPS DEGX_CAEEL 621 44 -
CKQPCNQDVYSVSYSASRWPA DEGY_CAEEL 655 34 -
CKQSCEEIIHEVTFSCSKWPS DEG1_CAEEL 635 38 -
CRQPCHEKVFETAYSASAWPS UNC8_CAEEL 614 36 -
CIQPCQQDQYTTTYSAAKWPS DEL1_CAEEL 533 35 -
CPRPCRESAFKLSTGTSRWPS SCAD_HUMAN 451 35 -

Motif 11 width=21
Element Seqn Id St Int Rpt
RNGVAKVNIFFKELNYKTNSE SCAA_HUMAN 518 22 -
RNGVAKLNIFFKELNYKTNSE SCAA_RAT 546 22 -
RDGVAKLNIFFKELNYKSNSE SCAA_BOVIN 499 22 -
RNGVAKVNIFFEEWNYKTNGE SCAA_CHICK 504 22 -
KTDLAKLLIFYKDLNQRSIME SCAG_RAT 499 24 -
RNGIAKLNIYFEELNYKTILE SCAA_XENLA 476 19 -
KENGAMVEVFYEQLNFEMLTE MEC4_CAEEL 682 21 -
RKGIVKLNIYFQEFNYRTIEE SCAB_HUMAN 489 24 -
KENGAMVEVFYEQLNFEMLTE MEC4_CAEBR 683 21 -
KTDLAKLLIFYKDLNQRSIME SCAG_HUMAN 498 24 -
RKGIVKLNIYFQEFNYRTIEE SCAB_RAT 487 24 -
KENAAMLEVFYEALNFEVLSE ME10_CAEEL 642 21 -
RKNAAMVQIFYEELNYETMQE DEGX_CAEEL 661 19 -
REQGSMIEVYFEQLNYESLLE DEGY_CAEEL 697 21 -
RLNAAMIEVFYEQLNYELLQE DEG1_CAEEL 676 20 -
RQNTAYIEIYYEQLNFESLKE UNC8_CAEEL 661 26 -
REHAAMIEIYYEQMSYEILRE DEL1_CAEEL 572 18 -
RSSLAKINIVYQELNYRSVEE SCAD_HUMAN 495 23 -

Motif 12 width=15
Element Seqn Id St Int Rpt
ESPSVTMVTLLSNLG SCAA_HUMAN 538 -1 -
ESPSVTMVSLLSNLG SCAA_RAT 566 -1 -
ESPSVTMVTLLSNLG SCAA_BOVIN 519 -1 -
ESPAFTVVTLLSQLG SCAA_CHICK 524 -1 -
ESPANSIEMLLSNFG SCAG_RAT 519 -1 -
ESPTINMAMLLSLLG SCAA_XENLA 496 -1 -
ESEAYGFVNLLADFG MEC4_CAEEL 702 -1 -
ESAANNIVWLLSNLG SCAB_HUMAN 509 -1 -
ESEAYGFVNLLADFG MEC4_CAEBR 703 -1 -
ESPANSIEMLLSNFG SCAG_HUMAN 518 -1 -
ESPANNIVWLLSNLG SCAB_RAT 507 -1 -
ESEAYGIVKMMADFG ME10_CAEEL 662 -1 -
ESPAYTLTSVLADLG DEGX_CAEEL 681 -1 -
ESEAYGWSNLLSDFG DEGY_CAEEL 717 -1 -
ESEAYGLVNLIADFG DEG1_CAEEL 696 -1 -
ETAGYTLVNLFSDFG UNC8_CAEEL 681 -1 -
ESESYSWFNLMADMG DEL1_CAEEL 592 -1 -
EAPVYSVPQLLSAMG SCAD_HUMAN 515 -1 -

Motif 13 width=17
Element Seqn Id St Int Rpt
GSQWSLWFGSSVLSVVE SCAA_HUMAN 552 -1 -
GSQWSLWFGSSVLSVVE SCAA_RAT 580 -1 -
GSQWSLWFGSSVLSVVE SCAA_BOVIN 533 -1 -
GNQWSLWFGSSVLSVME SCAA_CHICK 538 -1 -
GGQLGLWMSCSVVCVIE SCAG_RAT 533 -1 -
GSQWSLWFGSSVLSVVE SCAA_XENLA 510 -1 -
GGQLGLWCGISFLTCCE MEC4_CAEEL 716 -1 -
GGQFGFWMGGSVLCLIE SCAB_HUMAN 523 -1 -
GGQLGLWCGISFLTCCE MEC4_CAEBR 717 -1 -
GGQLGLWMSCSVVCVIE SCAG_HUMAN 532 -1 -
GGQFGFWMGGSVLCLIE SCAB_RAT 521 -1 -
GGHLGLWSGVSVMTCCE ME10_CAEEL 676 -1 -
GGLTGLWIGASVVSLLE DEGX_CAEEL 695 -1 -
GGQLGLWMGVSVITIGE DEGY_CAEEL 731 -1 -
GGHLGLWLGFSVITVME DEG1_CAEEL 710 -1 -
GGNIGLWIGFSVITFAE UNC8_CAEEL 695 -1 -
GGQAGLFLGASIMSVIE DEL1_CAEEL 606 -1 -
GSLYSLWFGASVLSLLE SCAD_HUMAN 529 -1 -
Final Motifs
Motif 1  width=18
Element Seqn Id St Int Rpt
TAFWAVLWLCTFGMMYWQ SCAA_HUMAN 84 84 -
TAFWAVLWLCTFGMMYWQ SCAA_RAT 110 110 -
RWIWIVLTLIAVALIFWQ SCG2_XENLA 54 54 -
RWIWISLTLCAVAVIFWQ SCAG_XENLA 54 54 -
TVFWAVLWLCTFGMMYWQ SCAA_BOVIN 64 64 -
TAFWSVLFILTFGLMYWQ SCAA_CHICK 76 76 -
RLLWIAFTLTAVALIIWQ SCAG_RAT 53 53 -
RVMWFILTLVFAGLVFWQ SCB2_XENLA 55 55 -
TAFWLVLFLVTFGLMYWQ SCAA_XENLA 48 48 -
RAVWVVLFLGCMIMLYLN MEC4_CAEEL 108 108 -
RVMWFILTLVFAGLVFWQ SCAB_XENLA 55 55 -
KAMWFLLTLLFAALVCWQ SCAB_HUMAN 49 49 -
RAVWVMLFLGCMIMLYLN MEC4_CAEBR 108 108 -
RLLWIGFTLTAVALILWQ SCAG_HUMAN 53 53 -
KAMWFLLTLLFACLVCWQ SCAB_RAT 49 49 -
RAAWVFLLLICAIQFINQ ME10_CAEEL 121 121 -
RWFWYTAFTICLLALLIQ DEGX_CAEEL 92 92 -
RYMWLLCFLFCLSCFGHQ DEGY_CAEEL 57 57 -
KLMWGLIIFSFLLMFAYQ DEG1_CAEEL 80 80 -
RYVWAALFMCMLMAFLLQ UNC8_CAEEL 127 127 -
RFLWVVVSLVCICLCMYS DEL1_CAEEL 67 67 -
TTSWGLLSLGALVALCWQ O46547 85 85 -
TTSWGLLSLGALVALCWQ SCAD_HUMAN 85 85 -
RAFWILVVVVSIALFIWQ P91835 36 36 -
RIFWIAIFLFVLGMFAYE DEGW_CAEEL 34 34 -

Motif 2 width=17
Element Seqn Id St Int Rpt
DKLVFPAVTICTLNPYR SCAA_HUMAN 123 21 -
DKLVFPAVTVCTLNPYR SCAA_RAT 149 21 -
QKLVYPAVTICNLNPYS SCG2_XENLA 91 19 -
QKLVYPAVTICNLNPYS SCAG_XENLA 91 19 -
DKLVFPAVSICTLNPYR SCAA_BOVIN 103 21 -
DRLTFPAVTLCTLNPYR SCAA_CHICK 115 21 -
QKLDFPAVTICNINPYK SCAG_RAT 90 19 -
KTMEFPAVTVCNTNPYK SCB2_XENLA 94 21 -
DKLPFPAVTVCTLNPYR SCAA_XENLA 87 21 -
DTAPFPAITLCNLNPYK MEC4_CAEEL 147 21 -
KTMEFPAVTLCNANPFK SCAB_XENLA 94 21 -
KTMDFPAVTICNASPFK SCAB_HUMAN 88 21 -
DTAPFPAITLCNLNPYK MEC4_CAEBR 147 21 -
RKLDFPAVTICNINPYK SCAG_HUMAN 90 19 -
KTMNFPAVTVCNSSPFQ SCAB_RAT 88 21 -
DTAPFPAITLCNLNPYK ME10_CAEEL 160 21 -
ENAPFPSITICNLNPYK DEGX_CAEEL 131 21 -
EEIKFPAVTICNMNPYK DEGY_CAEEL 96 21 -
DDVEFPAITFCNLNPYK DEG1_CAEEL 119 21 -
EAAAFPAATVCNLNAFK UNC8_CAEEL 166 21 -
ESAPFPAITVCNLNPFK DEL1_CAEEL 106 21 -
ERKLLPLVTLCDGNPRR O46547 124 21 -
ERKLLPLVTLCDGNPRR SCAD_HUMAN 124 21 -
AERTFPTVTICHLNPWK P91835 75 21 -
EKQIFPVVTVCNMNPYK DEGW_CAEEL 73 21 -

Motif 3 width=12
Element Seqn Id St Int Rpt
IFACRFNQVSCN SCAA_HUMAN 279 139 -
IFTCRFNQAPCN SCAA_RAT 307 141 -
IVTCLFDGLSCD SCG2_XENLA 260 152 -
IVTCFFDGLSCD SCAG_XENLA 260 152 -
IFTCRFNQDSCN SCAA_BOVIN 260 140 -
IYACRFNEATCD SCAA_CHICK 266 134 -
LVTCFFDGMSCD SCAG_RAT 258 151 -
ILTCLFGGQPCS SCB2_XENLA 264 153 -
IFACRFNEESCT SCAA_XENLA 238 134 -
VHKCSFNGKACD MEC4_CAEEL 447 283 -
ILTCLFGGQPCS SCAB_XENLA 265 154 -
ILACLFGAEPCN SCAB_HUMAN 246 141 -
VHKCSFNGKACD MEC4_CAEBR 448 284 -
LVTCFFDGVSCD SCAG_HUMAN 257 150 -
ILACLFGTEPCS SCAB_RAT 244 139 -
IHKCSFNGKPCD ME10_CAEEL 407 230 -
VLKCSFNQKDCQ DEGX_CAEEL 417 269 -
IMKCSFNGRECN DEGY_CAEEL 463 350 -
IEMCSFNGKECD DEG1_CAEEL 436 300 -
VLRCSFNSKDCS UNC8_CAEEL 420 237 -
IKMCSFNGQQCN DEL1_CAEEL 338 215 -
VLSCSYDGLDCQ O46547 260 119 -
VLSCSYDGLDCQ SCAD_HUMAN 260 119 -
VVSCTYNAKTCN P91835 183 91 -
IQDCSFAGIPCS DEGW_CAEEL 165 75 -

Motif 4 width=17
Element Seqn Id St Int Rpt
NYSHFHHPMYGNCYTFN SCAA_HUMAN 293 2 -
NYSKFHHPMYGNCYTFN SCAA_RAT 321 2 -
NFTLFHHPLYGNCYTFN SCG2_XENLA 274 2 -
NFTLFHHPLYGNCYTFN SCAG_XENLA 274 2 -
NYSHFHHPMYGNCYTFN SCAA_BOVIN 274 2 -
NYTHFHHPLYGNCYTFN SCAA_CHICK 280 2 -
NFTLFHHPMYGNCYTFN SCAG_RAT 272 2 -
NFTHIYDADYGNCYIFN SCB2_XENLA 278 2 -
NYSSFHHAIYGNCYTFN SCAA_XENLA 252 2 -
DFLTHIDPAFGSCFTFN MEC4_CAEEL 462 3 -
NFTHIYDADYGNCYIFN SCAB_XENLA 279 2 -
NFTSIFYPHYGNCYIFN SCAB_HUMAN 260 2 -
DFLTHIDPVFGSCFTFN MEC4_CAEBR 463 3 -
NFTLFHHPMHGNCYTFN SCAG_HUMAN 271 2 -
NFTPIFYPDYGNCYIFN SCAB_RAT 258 2 -
DFELVADPTFGNCFVFN ME10_CAEEL 422 3 -
DFTLHYDNTFGNCYTFN DEGX_CAEEL 432 3 -
DFVEYLDPTYGACFTYG DEGY_CAEEL 478 3 -
DFRLHVDPEFGNCFTFN DEG1_CAEEL 451 3 -
DFKLHVDPEYGNCYTFN UNC8_CAEEL 435 3 -
EFKLHIDPSFGNCYTFN DEL1_CAEEL 353 3 -
QFRTFHHPTYGSCYTVD O46547 274 2 -
QFRTFHHPTYGSCYTVD SCAD_HUMAN 274 2 -
DFNDFYNPSYGNCLQFN P91835 197 2 -
DFTKFIDPVYGACYSFN DEGW_CAEEL 179 2 -

Motif 5 width=19
Element Seqn Id St Int Rpt
GINNGLSLMLRAEQNDFIP SCAA_HUMAN 323 13 -
GVNNGLSLTLRTEQNDFIP SCAA_RAT 351 13 -
GAEYGLKVVLYIDEDEYNP SCG2_XENLA 304 13 -
GAEYGLKVVLYIDEDEYNP SCAG_XENLA 304 13 -
GVNNGLSLTLRTEQNDFIP SCAA_BOVIN 304 13 -
GINNGLSLVVRTEQNDFIP SCAA_CHICK 309 12 -
GSEYGLQVILYINEDEYNP SCAG_RAT 302 13 -
GADFGLKLVLDIEQDEYLP SCB2_XENLA 309 14 -
GIKNGLTLVLRTEQHDYIP SCAA_XENLA 284 15 -
GPMYGLRMLVYVNASDYMP MEC4_CAEEL 491 12 -
GADFGLKLVLDIEQGEYLP SCAB_XENLA 310 14 -
GTEFGLKLILDIGQEDYVP SCAB_HUMAN 290 13 -
GPMYGLRMLVYVNASDYMP MEC4_CAEBR 492 12 -
GSEYGLQVILYINEEEYNP SCAG_HUMAN 301 13 -
GTEFGLKLILDIGQEDYVP SCAB_RAT 288 13 -
GPQYGLRVMLFVNASDYLP ME10_CAEEL 451 12 -
GANYGLRVLLYANVSEYLP DEGX_CAEEL 461 12 -
GPAYGLRLEVFVNVTEYLP DEGY_CAEEL 506 11 -
GPMYGIRVLLFVNTSDYMS DEG1_CAEEL 480 12 -
GPMYGLRLLLNVHQSDYMP UNC8_CAEEL 464 12 -
GPSYGLRLMMFVNSSDYLP DEL1_CAEEL 382 12 -
GITHGVGLVLRVEQQPHLP O46547 299 8 -
GITHGVGLVLRVEQQPHLP SCAD_HUMAN 299 8 -
GPLYGLRMVMRTDQDTYLP P91835 224 10 -
GIQFGLKLMLTVTQTKTNG DEGW_CAEEL 208 12 -

Motif 6 width=19
Element Seqn Id St Int Rpt
GARVMVHGQDEPAFMDDGG SCAA_HUMAN 348 6 -
GARVMVHGQDEPAFMDDGG SCAA_RAT 376 6 -
GAKILVHDQDEYPFIEDLG SCG2_XENLA 329 6 -
GAKILVHDQDEYPFIEYLG SCAG_XENLA 329 6 -
GARVMVHERDEPAFMDDAG SCAA_BOVIN 329 6 -
GARVMVHDQNEPAFMDDGG SCAA_CHICK 334 6 -
GAKVLIHQQNEYPFIEDVG SCAG_RAT 327 6 -
AARLILHQQRSFPFVKDLG SCB2_XENLA 334 6 -
GARVLVHGHKEPAFMDDNG SCAA_XENLA 309 6 -
GVRLTIHDKEDFPFPDTFG MEC4_CAEEL 515 5 -
AARLILHQQRSFPFVKDLG SCAB_XENLA 335 6 -
GVRLMLHEQRSYPFIRDEG SCAB_HUMAN 315 6 -
GVRLTIHDKEDFPFPDTFG MEC4_CAEBR 516 5 -
GAKVIIHRQDEYPSVEDVG SCAG_HUMAN 326 6 -
GARLMLHEQRTYPFIREEG SCAB_RAT 313 6 -
GIRLTIHDKDDFPFPDTFG ME10_CAEEL 475 5 -
GFRITVHDKHIVPFPDAFG DEGX_CAEEL 485 5 -
GVRLTVHATDEQPFPDTLG DEGY_CAEEL 530 5 -
GVRLAIHPPTEYPFPDTFG DEG1_CAEEL 504 5 -
GVRLVVHEQDQEPFPDTFG UNC8_CAEEL 488 5 -
GVRIAIHGKEECPFPDTFG DEL1_CAEEL 406 5 -
GIRVMVHGRNHTPFLGHHS O46547 324 6 -
GIRVMVHGRNHTPFLGHHS SCAD_HUMAN 324 6 -
GVIIDIHMQDEIPYPDVFG P91835 248 5 -
GARIGVNSRGSSPGLDSNG DEGW_CAEEL 238 11 -

Motif 7 width=17
Element Seqn Id St Int Rpt
SMRKETLDRLGGDYGDC SCAA_HUMAN 378 11 -
SMRKEALDSLGGNYGDC SCAA_RAT 406 11 -
GMQLTESTKLSDPYSDC SCG2_XENLA 359 11 -
GMQLTESAKLSDPYSDC SCAG_XENLA 359 11 -
SMSKEAVDRLGGDYGDC SCAA_BOVIN 359 11 -
SMRKEMTERLGGSYSDC SCAA_CHICK 364 11 -
GMHLTESFKLSEPYSQC SCAG_RAT 357 11 -
AVLVDQLQQMEAPYSSC SCB2_XENLA 364 11 -
GMKKETINRLGGKYSDC SCAA_XENLA 339 11 -
GLRLRKMSRLPAPYGDC MEC4_CAEEL 545 11 -
SVLVDQLEHMEAPYSSC SCAB_XENLA 365 11 -
GVLVDKLQRMGEPYSPC SCAB_HUMAN 345 11 -
GLRLRKMSRLPAPYGDC MEC4_CAEBR 546 11 -
GMHLTESFKLSEPSSQC SCAG_HUMAN 356 11 -
GVLLDKLQGKGEPYSPC SCAB_RAT 343 11 -
GMRMKKMSRLPAPYGDC ME10_CAEEL 505 11 -
GVRMKQFIRLEPPYGHC DEGX_CAEEL 515 11 -
GIKLKSMVRLPAPYGDC DEGY_CAEEL 560 11 -
GIKKKVMQRLPAPYGEC DEG1_CAEEL 534 11 -
GLKTKELHRLSAPWGNC UNC8_CAEEL 518 11 -
GISLRNINRLPQPYGNC DEL1_CAEEL 436 11 -
SIREDEVHRLGSPYGHC O46547 354 11 -
SIREDEVHRLGSPYGHC SCAD_HUMAN 354 11 -
GVSYVQTTRLSKPYGSC P91835 278 11 -
SVSLTQNVRAKKPYGTC DEGW_CAEEL 268 11 -

Motif 8 width=12
Element Seqn Id St Int Rpt
YTQQVCIHSCFQ SCAA_HUMAN 411 16 -
YTQQVCIHSCFQ SCAA_RAT 439 16 -
YTLQICLNSCFQ SCG2_XENLA 392 16 -
YTLQICLNSCFQ SCAG_XENLA 392 16 -
YTQQVCIHSCFQ SCAA_BOVIN 392 16 -
YTEQVCIRSCFQ SCAA_CHICK 397 16 -
YSLQICLYSCFQ SCAG_RAT 390 16 -
YSIQSCLRSCYQ SCB2_XENLA 400 19 -
YTEQVCVRSCFQ SCAA_XENLA 372 16 -
YSVEGCYRSCFQ MEC4_CAEEL 577 15 -
YSIQSCLRSCYQ SCAB_XENLA 401 19 -
YSIQACLRSCFQ SCAB_HUMAN 381 19 -
YSVEGCYRSCFQ MEC4_CAEBR 578 15 -
YSLQICLHSCFQ SCAG_HUMAN 389 16 -
YSIQACLHSCFQ SCAB_RAT 379 19 -
YSTEGCYRTCFQ ME10_CAEEL 537 15 -
YSVEACHRSCAQ DEGX_CAEEL 548 16 -
YNTEGCQRSCIQ DEGY_CAEEL 592 15 -
YHPEGCHRSCFQ DEG1_CAEEL 568 17 -
YSPEGCHRNCFQ UNC8_CAEEL 549 14 -
YEPEGCFRSCYQ DEL1_CAEEL 469 16 -
YTRQACLVSCFQ O46547 387 16 -
YTRQACLVSCFQ SCAD_HUMAN 387 16 -
YTVEACFRSCMQ P91835 309 14 -
YTLETCFNGCKQ DEGW_CAEEL 300 15 -

Motif 9 width=18
Element Seqn Id St Int Rpt
QESMIKECGCAYIFYPRP SCAA_HUMAN 422 -1 -
QENMIKKCGCAYIFYPKP SCAA_RAT 450 -1 -
QREMVRSCGCAHYDQPLP SCG2_XENLA 403 -1 -
QREMVRSCGCAHYDQPLP SCAG_XENLA 403 -1 -
QESMIKECGCAYIFYPRP SCAA_BOVIN 403 -1 -
QLNMVKRCSCAYYFYPLP SCAA_CHICK 408 -1 -
QTKMVEKCGCAQYSQPLP SCAG_RAT 401 -1 -
QEEMVKTCKCAHYQYPLP SCB2_XENLA 411 -1 -
QAAMVARCGCGYAFYPLS SCAA_XENLA 383 -1 -
QQLVLKECRCGDPRFPVP MEC4_CAEEL 588 -1 -
QEEMVKTCKCAHYQYPLP SCAB_XENLA 412 -1 -
QDHMIRNCNCGHYLYPLP SCAB_HUMAN 392 -1 -
QQLVLKECRCGDPRFPVP MEC4_CAEBR 589 -1 -
QTKMVEKCGCAQYSQPLP SCAG_HUMAN 400 -1 -
QDHMIHNCSCGHYLYPLP SCAB_RAT 390 -1 -
QELIIDRCGCSDPRFPSI ME10_CAEEL 548 -1 -
QKVIVEACGCADPMYPVA DEGX_CAEEL 559 -1 -
QKHLSKTCGCGDPRFPPY DEGY_CAEEL 603 -1 -
QNGLIDDCSCGDPRFPVP DEG1_CAEEL 579 -1 -
QLKVLEICGCGDPRFPLP UNC8_CAEEL 560 -1 -
QYRIIAKCGCADPRYPKP DEL1_CAEEL 480 -1 -
QQLMVETCSCGYYLHPLP O46547 398 -1 -
QQLMVETCSCGYYLHPLP SCAD_HUMAN 398 -1 -
QEKIIASCGCYYPAYSHA P91835 320 -1 -
QRDTIAKCQCANPRLALG DEGW_CAEEL 311 -1 -

Motif 10 width=21
Element Seqn Id St Int Rpt
CRKPCSVTSYQLSAGYSRWPS SCAA_HUMAN 475 35 -
CRKPCSVINYKLSAGYSRWPS SCAA_RAT 503 35 -
CRESCSFKEWTLTRSLAKWPS SCG2_XENLA 456 35 -
CRESCSFKEWTLTRSLAKWPS SCAG_XENLA 456 35 -
CRKPCSVTIYKLSASYSQWPS SCAA_BOVIN 456 35 -
CRKPCKMTEYQLSAGYSRWPS SCAA_CHICK 461 35 -
CKQSCSFKEWTLTTSLAQWPS SCAG_RAT 454 35 -
CQQPCNDTHYKMVISMADWPS SCB2_XENLA 463 34 -
CRKPCLVSEYQLTAGYSKWPN SCAA_XENLA 436 35 -
CQQPCRQSIYSVTYSPAKWPS MEC4_CAEEL 640 34 -
CQQPCNDTHYKMVISMADWPS SCAB_XENLA 464 34 -
CKESCNDTQYKMTISMADWPS SCAB_HUMAN 444 34 -
CQQPCGQSIYSVTYSPAKWPS MEC4_CAEBR 641 34 -
CKEACRFKEWTLTTSLAQWPS SCAG_HUMAN 453 35 -
CKESCNDTQYKMTISMADWPS SCAB_RAT 442 34 -
CQQPCNQTIYTTSYSEAIWPS ME10_CAEEL 600 34 -
CHQPCQETNYEVTYSSARWPS DEGX_CAEEL 621 44 -
CKQPCNQDVYSVSYSASRWPA DEGY_CAEEL 655 34 -
CKQSCEEIIHEVTFSCSKWPS DEG1_CAEEL 635 38 -
CRQPCHEKVFETAYSASAWPS UNC8_CAEEL 614 36 -
CIQPCQQDQYTTTYSAAKWPS DEL1_CAEEL 533 35 -
CPRPCRESAFKLSTGTSRWPS O46547 451 35 -
CPRPCRESAFKLSTGTSRWPS SCAD_HUMAN 451 35 -
CPQPCEIDSYGVTVSTAQWPS P91835 378 40 -
CNPPCDESTYTPTVSLAQFPS DEGW_CAEEL 366 37 -

Motif 11 width=21
Element Seqn Id St Int Rpt
RNGVAKVNIFFKELNYKTNSE SCAA_HUMAN 518 22 -
RNGVAKLNIFFKELNYKTNSE SCAA_RAT 546 22 -
KNDLGNLNIFYQDLNSRSISE SCG2_XENLA 501 24 -
KNDLANLNIFYQDLNSRSISE SCAG_XENLA 501 24 -
RDGVAKLNIFFKELNYKSNSE SCAA_BOVIN 499 22 -
RNGVAKVNIFFEEWNYKTNGE SCAA_CHICK 504 22 -
KTDLAKLLIFYKDLNQRSIME SCAG_RAT 499 24 -
RNGIIRLNIYFQEFNYRSISE SCB2_XENLA 508 24 -
RNGIAKLNIYFEELNYKTILE SCAA_XENLA 476 19 -
KENGAMVEVFYEQLNFEMLTE MEC4_CAEEL 682 21 -
RNGIVRLNIYFQEFNYRSISE SCAB_XENLA 509 24 -
RKGIVKLNIYFQEFNYRTIEE SCAB_HUMAN 489 24 -
KENGAMVEVFYEQLNFEMLTE MEC4_CAEBR 683 21 -
KTDLAKLLIFYKDLNQRSIME SCAG_HUMAN 498 24 -
RKGIVKLNIYFQEFNYRTIEE SCAB_RAT 487 24 -
KENAAMLEVFYEALNFEVLSE ME10_CAEEL 642 21 -
RKNAAMVQIFYEELNYETMQE DEGX_CAEEL 661 19 -
REQGSMIEVYFEQLNYESLLE DEGY_CAEEL 697 21 -
RLNAAMIEVFYEQLNYELLQE DEG1_CAEEL 676 20 -
RQNTAYIEIYYEQLNFESLKE UNC8_CAEEL 661 26 -
REHAAMIEIYYEQMSYEILRE DEL1_CAEEL 572 18 -
RSSLAKINIVYQELNYRSVEE O46547 495 23 -
RSSLAKINIVYQELNYRSVEE SCAD_HUMAN 495 23 -
KANTILIEIYYERMNFQVLTE P91835 427 28 -
NNNGMIIQVFLETLSYELYTE DEGW_CAEEL 420 33 -

Motif 12 width=15
Element Seqn Id St Int Rpt
ESPSVTMVTLLSNLG SCAA_HUMAN 538 -1 -
ESPSVTMVSLLSNLG SCAA_RAT 566 -1 -
ESPTYNIVTLLSNFG SCG2_XENLA 521 -1 -
ESPTYNIVTLLSNFG SCAG_XENLA 521 -1 -
ESPSVTMVTLLSNLG SCAA_BOVIN 519 -1 -
ESPAFTVVTLLSQLG SCAA_CHICK 524 -1 -
ESPANSIEMLLSNFG SCAG_RAT 519 -1 -
ESEATNVVWLLSNLG SCB2_XENLA 528 -1 -
ESPTINMAMLLSLLG SCAA_XENLA 496 -1 -
ESEAYGFVNLLADFG MEC4_CAEEL 702 -1 -
ESEATNVVWLLSNLG SCAB_XENLA 529 -1 -
ESAANNIVWLLSNLG SCAB_HUMAN 509 -1 -
ESEAYGFVNLLADFG MEC4_CAEBR 703 -1 -
ESPANSIEMLLSNFG SCAG_HUMAN 518 -1 -
ESPANNIVWLLSNLG SCAB_RAT 507 -1 -
ESEAYGIVKMMADFG ME10_CAEEL 662 -1 -
ESPAYTLTSVLADLG DEGX_CAEEL 681 -1 -
ESEAYGWSNLLSDFG DEGY_CAEEL 717 -1 -
ESEAYGLVNLIADFG DEG1_CAEEL 696 -1 -
ETAGYTLVNLFSDFG UNC8_CAEEL 681 -1 -
ESESYSWFNLMADMG DEL1_CAEEL 592 -1 -
EAPVYSVPQLLSAMG O46547 515 -1 -
EAPVYSVPQLLSAMG SCAD_HUMAN 515 -1 -
ESPAYTFVNFISDVG P91835 447 -1 -
ETAGYTVSNVINDLG DEGW_CAEEL 440 -1 -

Motif 13 width=17
Element Seqn Id St Int Rpt
GSQWSLWFGSSVLSVVE SCAA_HUMAN 552 -1 -
GSQWSLWFGSSVLSVVE SCAA_RAT 580 -1 -
GGQLGLWMSCSMVCGLE SCG2_XENLA 535 -1 -
GGQLGLWMSCSMICVLE SCAG_XENLA 535 -1 -
GSQWSLWFGSSVLSVVE SCAA_BOVIN 533 -1 -
GNQWSLWFGSSVLSVME SCAA_CHICK 538 -1 -
GGQLGLWMSCSVVCVIE SCAG_RAT 533 -1 -
GGQFGFWMGGSVLCIIE SCB2_XENLA 542 -1 -
GSQWSLWFGSSVLSVVE SCAA_XENLA 510 -1 -
GGQLGLWCGISFLTCCE MEC4_CAEEL 716 -1 -
GGQFGFWMGGSVLCIIE SCAB_XENLA 543 -1 -
GGQFGFWMGGSVLCLIE SCAB_HUMAN 523 -1 -
GGQLGLWCGISFLTCCE MEC4_CAEBR 717 -1 -
GGQLGLWMSCSVVCVIE SCAG_HUMAN 532 -1 -
GGQFGFWMGGSVLCLIE SCAB_RAT 521 -1 -
GGHLGLWSGVSVMTCCE ME10_CAEEL 676 -1 -
GGLTGLWIGASVVSLLE DEGX_CAEEL 695 -1 -
GGQLGLWMGVSVITIGE DEGY_CAEEL 731 -1 -
GGHLGLWLGFSVITVME DEG1_CAEEL 710 -1 -
GGNIGLWIGFSVITFAE UNC8_CAEEL 695 -1 -
GGQAGLFLGASIMSVIE DEL1_CAEEL 606 -1 -
GSLCSLWFGASVLSLLE O46547 529 -1 -
GSLYSLWFGASVLSLLE SCAD_HUMAN 529 -1 -
GGQVGLFLGMSIISAIE P91835 461 -1 -
GGQAGLWLGLSVISVVE DEGW_CAEEL 454 -1 -