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PR01349

Identifier
WNTPROTEIN  [View Relations]  [View Alignment]  
Accession
PR01349
No. of Motifs
5
Creation Date
11-MAY-2000  (UPDATE 10-JAN-2003)
Title
Wnt protein signature
Database References
PRINTS; PR01893 WNT10PROTEIN; PR01894 WNT14PROTEIN; PR01895 WNT16PROTEIN
PRINTS; PR01841 WNT1PROTEIN; PR01842 WNT2PROTEIN; PR01843 WNT3PROTEIN
PRINTS; PR01844 WNT4PROTEIN; PR01845 WNT6PROTEIN; PR01891 WNT7PROTEIN
PRINTS; PR01892 WNT8PROTEIN
PROSITE; PS00246 WNT1
BLOCKS; BL00246
PFAM; PF00110 Wnt
INTERPRO; IPR005816
Literature References
1. WODARZ, A. AND NUSSE, R.
Mechanisms of Wnt signal transduction.
ANNU.REV.CELL DEV.BIOL. 14 59-88 (1998).
 
2. BEJSOVEC, A.
Signal transduction: Wnt signalling shows its versatility.
CURR.BIOL. 9 R684-R687 (1999).
 
3. DE FERRARI, G.V. AND INESTROSA, N.C.
Wnt signaling function in Alzheimer's disease.
BRAIN RES.BRAIN RES.REV. 33 1-12 (2000).
 
4. SEMENOV, M.V. AND SNYDER, M.
Human Dishevelled Genes Constitute a DHR-Containing Multigene Family.
GENOMICS 42 302-310 (1997).
 
5. PEIFER, M. AND POLAKIS, P.
Wnt signalling in oncogenesis and embryogenesis - a look outside the
nucleus.
SCIENCE 287 1606-1609 (2000).
 
6. MOON, R.T.
An introduction to non-canonical Wnt and Frizzled signaling.
SEMIN.CELL DEV.BIOL. 13 215 (2002).

Documentation
Wnt proteins constitute a large family of secreted molecules that are
involved in intercellular signalling during development. The name derives
from the first 2 members of the family to be discovered: int-1 (mouse) and
wingless (Drosophila) [1]. It is now recognised that Wnt signalling controls
many cell fate decisions in a variety of different organisms, including
mammals [2]. Wnt signalling has been implicated in tumorigenesis, early
mesodermal patterning of the embryo, morphogenesis of the brain and kidneys,
regulation of mammary gland proliferation and Alzheimer's disease [3,4].
 
Wnt-mediated signalling is believed to proceed initially through binding to
cell surface receptors of the frizzled family; the signal is subsequently
transduced through several cytoplasmic components to B-catenin, which enters
the nucleus and activates the transcription of several genes important in
development [5]. More recently, however, several non-canonical Wnt
signalling pathways have been elucidated that act independently of
B-catenin [6]. Members of the Wnt gene family are defined by their sequence
similarity to mouse Wnt-1 and Wingless in Drosophila. They encode proteins
of ~350-400 residues in length, with orthologues identified in several,
mostly vertebrate, species. Very little is known about the structure of 
Wnts as they are notoriously insoluble; in terms of primary structure, the
family is characterised by a signal sequence and an almost invariant pattern
of 23-24 conserved cysteines [1]. Fifteen major Wnt gene families have been 
identified in vertebrates, with multiple subtypes within some classes.
 
WNTPROTEIN is a 5-element fingerprint that provides a signature for the Wnt
proteins. The fingerprint was derived from an initial alignment of 7
sequences: the motifs were drawn from conserved regions spanning the full
alignment length. Three iterations on SPTR37_10f were required to reach
convergence, at which point a true set comprising 69 sequences was
identified. A single partial match was also found, Q27886, a probable Wnt
protein from C.elegans that fails to make a significant match with motif 3. 
 
An update on SPTR40_20f identified a true set of 122 sequences. Two further
partial matches were also found: Q9VFX1, a putative Wnt protein from
Drosophila melanogaster; and Q9PSL1, a proposed Wnt protein fragment from 
Xenopus laevis. 
Summary Information
 122 codes involving  5 elements
1 codes involving 4 elements
0 codes involving 3 elements
2 codes involving 2 elements
Composite Feature Index
5122122122122122
411011
300000
201012
12345
True Positives
O13266        O42258        O61699        O61700        
O96014 P79752 P79753 P79856
Q10459 Q8UW39 Q8VCV6 Q8VI90
Q8WS75 Q8WS76 Q8WYK9 Q8WZ97
Q8WZ98 Q90YJ8 Q90YL8 Q90YL9
Q90ZA3 Q91XF5 Q966W2 Q969P2
Q96H90 Q96Q09 Q96Q12 Q96S49
Q96S50 Q96S51 Q96T81 Q96TA7
Q98SN7 Q9CYX6 Q9CZW3 Q9DBY3
Q9DEB8 Q9GRA6 Q9GTJ9 Q9I9I2
Q9IAU3 Q9NCP9 Q9NCQ1 Q9PWH1
Q9TVJ1 Q9TX64 Q9TZT6 Q9U416
Q9U6V0 Q9V584 Q9VM25 Q9VM26
Q9VM29 Q9VWT4 Q9YGX6 WN11_CHICK
WN11_COTJA WN11_MOUSE WN11_XENLA WN13_HUMAN
WN14_CHICK WN16_HUMAN WN16_MOUSE WN1A_BRARE
WN1A_HUMAN WN1A_MOUSE WN1B_HUMAN WN1B_MOUSE
WN2B_MOUSE WN2B_XENLA WN3A_MOUSE WN3A_XENLA
WN5A_AMBME WN5A_HUMAN WN5A_MOUSE WN5A_PLEWA
WN5A_RAT WN5A_XENLA WN5B_AMBME WN5B_HUMAN
WN5B_MOUSE WN5B_ORYLA WN5C_XENLA WN7A_HUMAN
WN7A_MOUSE WN7B_MOUSE WN8B_BRARE WN8B_HUMAN
WN8B_MOUSE WN8B_XENLA WN8C_CHICK WN8D_HUMAN
WN8D_MOUSE WNT1_AMBME WNT1_BOMMO WNT1_BRARE
WNT1_CAEEL WNT1_HUMAN WNT1_MOUSE WNT1_XENLA
WNT2_BRARE WNT2_CAEEL WNT2_DROME WNT2_HUMAN
WNT2_MOUSE WNT3_HUMAN WNT3_MOUSE WNT4_BRARE
WNT4_CHICK WNT4_DROME WNT4_HUMAN WNT4_MOUSE
WNT4_RAT WNT4_XENLA WNT5_BRARE WNT5_DROME
WNT5_HALRO WNT6_HUMAN WNT6_MOUSE WNT8_BRARE
WNT8_XENLA WNTG_DROME
True Positive Partials
Codes involving 4 elements
Q27886
Codes involving 2 elements
Q9PSL1 Q9VFX1
Sequence Titles
O13266      Wnt-7a - Pleurodeles waltlii (Iberian ribbed newt). 
O42258 Wnt7B - Xenopus laevis (African clawed frog).
O61699 AMPHIWNT1 - Branchiostoma floridae (Florida lancelet) (Amphioxus).
O61700 AMPHIWNT7B - Branchiostoma floridae (Florida lancelet) (Amphioxus).
O96014 HWNT11 PROTEIN - HOMO SAPIENS (HUMAN).
P79752 WNT1 - Fugu rubripes (Japanese pufferfish) (Takifugu rubripes).
P79753 Wnt10b - Fugu rubripes (Japanese pufferfish) (Takifugu rubripes).
P79856 PWnt-10a - Pleurodeles waltlii (Iberian ribbed newt).
Q10459 HYPOTHETICAL 42.3 KD PROTEIN F38E1.7 IN CHROMOSOME V - CAENORHABDITIS ELEGANS.
Q8UW39 WNT2 PROTEIN - Fugu rubripes (Japanese pufferfish) (Takifugu rubripes).
Q8VCV6 WNT-5A PROTEIN - Mus musculus (Mouse).
Q8VI90 WNT14B - Mus musculus (Mouse).
Q8WS75 SECRETED GLYCOPROTEIN WNT5 - Branchiostoma floridae (Florida lancelet) (Amphioxus).
Q8WS76 SECRETED GLYCOPROTEIN WNT3 - Branchiostoma floridae (Florida lancelet) (Amphioxus).
Q8WYK9 WNT8B - Homo sapiens (Human).
Q8WZ97 WNT10B - Homo sapiens (Human).
Q8WZ98 WNT11 - Homo sapiens (Human).
Q90YJ8 Wnt8-like protein 2 - Brachydanio rerio (Zebrafish) (Danio rerio).
Q90YL8 Wnt8-like protein 2 - Brachydanio rerio (Zebrafish) (Danio rerio).
Q90YL9 WNT8-LIKE PROTEIN 1 - Brachydanio rerio (Zebrafish) (Zebra danio).
Q90ZA3 Secreted factor Axwnt-8 - Ambystoma mexicanum (Axolotl).
Q91XF5 SIMILAR TO WINGLESS-RELATED MMTV INTEGRATION SITE 5B - Mus musculus (Mouse).
Q966W2 HRWNT-7 - Halocynthia roretzi (Sea squirt).
Q969P2 CDNA FLJ31716 FIS, CLONE NT2RI2006565, HIGHLY SIMILAR TO WNT-3A PROTEIN PRECURSOR (WNT3A) - Homo sapiens (Human).
Q96H90 Hypothetical protein - Homo sapiens (Human).
Q96Q09 WNT14B - Homo sapiens (Human).
Q96Q12 WNT7B - Homo sapiens (Human).
Q96S49 WNT5B - Homo sapiens (Human).
Q96S50 WNT14 - Homo sapiens (Human).
Q96S51 WNT8A - Homo sapiens (Human).
Q96T81 SIGNALING PROTEIN WNT-4 - Homo sapiens (Human).
Q96TA7 WNT10A - Homo sapiens (Human).
Q98SN7 WG/INT-1 RELATED GENE PRODUCT WNT-2B - Gallus gallus (Chicken).
Q9CYX6 WINGLESS-RELATED MMTV INTEGRATION SITE 5B - Mus musculus (Mouse).
Q9CZW3 2610510E18RIK PROTEIN - Mus musculus (Mouse).
Q9DBY3 Wingless-related MMTV integration site 7A - Mus musculus (Mouse).
Q9DEB8 Wnt-7a - Gallus gallus (Chicken).
Q9GRA6 WINGLESS PROTEIN - Gryllus bimaculatus (Two-spotted cricket).
Q9GTJ9 SECRETED WNT/WINGLESS SIGNALLING FACTOR - Hydra attenuata (Hydra) (Hydra vulgaris).
Q9I9I2 WNT11R PROTEIN - Brachydanio rerio (Zebrafish) (Zebra danio).
Q9IAU3 WNT4B PROTEIN - Brachydanio rerio (Zebrafish) (Zebra danio).
Q9NCP9 WNT8 - Branchiostoma floridae (Florida lancelet) (Amphioxus).
Q9NCQ1 WNT11 - Branchiostoma floridae (Florida lancelet) (Amphioxus).
Q9PWH1 WNT-3A - Gallus gallus (Chicken).
Q9TVJ1 EGL-20 PROTEIN - Caenorhabditis elegans.
Q9TX64 WINGLESS PRODUCT - Tribolium castaneum (Red flour beetle).
Q9TZT6 AMPHIWNT4 - Branchiostoma floridae (Florida lancelet) (Amphioxus).
Q9U416 SECRETED PROTEIN WNT8 - Branchiostoma belcheri (Amphoxius).
Q9U6V0 WNT-5 PROTEIN - Ciona intestinalis.
Q9V584 WNT2 PROTEIN - Drosophila melanogaster (Fruit fly).
Q9VM25 CG4971 PROTEIN - Drosophila melanogaster (Fruit fly).
Q9VM26 CG4969 PROTEIN - Drosophila melanogaster (Fruit fly).
Q9VM29 WNT4 PROTEIN - Drosophila melanogaster (Fruit fly).
Q9VWT4 WNT5 PROTEIN - Drosophila melanogaster (Fruit fly).
Q9YGX6 WNT-5A - Gallus gallus (Chicken).
WN11_CHICK WNT-11 protein precursor - Gallus gallus (Chicken).
WN11_COTJA WNT-11 protein precursor - Coturnix coturnix japonica (Japanese quail).
WN11_MOUSE WNT-11 protein precursor - Mus musculus (Mouse).
WN11_XENLA WNT-11 protein precursor (XWNT-11) - Xenopus laevis (African clawed frog).
WN13_HUMAN WNT-13 PROTEIN PRECURSOR - HOMO SAPIENS (HUMAN).
WN14_CHICK WNT-14 protein precursor - Gallus gallus (Chicken).
WN16_HUMAN WNT-16 protein precursor - Homo sapiens (Human).
WN16_MOUSE WNT-16 protein precursor - Mus musculus (Mouse).
WN1A_BRARE Wnt-10a protein precursor - Brachydanio rerio (Zebrafish) (Danio rerio).
WN1A_HUMAN WNT-10A protein precursor - Homo sapiens (Human).
WN1A_MOUSE WNT-10A protein precursor - Mus musculus (Mouse).
WN1B_HUMAN WNT-10B protein precursor (WNT-12) - Homo sapiens (Human).
WN1B_MOUSE WNT-10B protein precursor (WNT-12) - Mus musculus (Mouse).
WN2B_MOUSE WNT-2B protein precursor (WNT-13) - Mus musculus (Mouse).
WN2B_XENLA WNT-2B protein precursor (Xwnt-2b) - Xenopus laevis (African clawed frog).
WN3A_MOUSE WNT-3A protein precursor - Mus musculus (Mouse).
WN3A_XENLA WNT-3A protein precursor (XWNT-3A) - Xenopus laevis (African clawed frog).
WN5A_AMBME WNT-5A protein precursor - Ambystoma mexicanum (Axolotl).
WN5A_HUMAN WNT-5A protein precursor - Homo sapiens (Human).
WN5A_MOUSE WNT-5A protein precursor - Mus musculus (Mouse).
WN5A_PLEWA WNT-5A protein precursor - Pleurodeles waltlii (Iberian ribbed newt).
WN5A_RAT WNT-5A protein precursor - Rattus norvegicus (Rat).
WN5A_XENLA WNT-5A protein precursor (XWNT-5A) - Xenopus laevis (African clawed frog).
WN5B_AMBME WNT-5B protein precursor - Ambystoma mexicanum (Axolotl).
WN5B_HUMAN WNT-5B protein precursor - Homo sapiens (Human).
WN5B_MOUSE WNT-5B protein precursor - Mus musculus (Mouse).
WN5B_ORYLA WNT-5B protein precursor - Oryzias latipes (Medaka fish).
WN5C_XENLA WNT-5C protein precursor (XWNT-5C) - Xenopus laevis (African clawed frog).
WN7A_HUMAN WNT-7A protein precursor - Homo sapiens (Human).
WN7A_MOUSE WNT-7A protein precursor - Mus musculus (Mouse).
WN7B_MOUSE WNT-7B protein precursor - Mus musculus (Mouse).
WN8B_BRARE Wnt-8b protein precursor - Brachydanio rerio (Zebrafish) (Danio rerio).
WN8B_HUMAN WNT-8B protein precursor - Homo sapiens (Human).
WN8B_MOUSE WNT-8B protein precursor - Mus musculus (Mouse).
WN8B_XENLA WNT-8B protein precursor (XWNT-8B) - Xenopus laevis (African clawed frog).
WN8C_CHICK WNT-8C protein precursor (CWNT-8) - Gallus gallus (Chicken).
WN8D_HUMAN WNT-8D protein precursor - Homo sapiens (Human).
WN8D_MOUSE WNT-8D protein precursor (Stimulated by retinoic acid protein 11) (WNT-8) - Mus musculus (Mouse).
WNT1_AMBME WNT-1 protein precursor - Ambystoma mexicanum (Axolotl).
WNT1_BOMMO WNT-1 protein precursor - Bombyx mori (Silk moth).
WNT1_BRARE WNT-1 protein precursor - Brachydanio rerio (Zebrafish) (Zebra danio).
WNT1_CAEEL Wnt-1 protein precursor - Caenorhabditis elegans.
WNT1_HUMAN WNT-1 proto-oncogene protein precursor - Homo sapiens (Human).
WNT1_MOUSE WNT-1 proto-oncogene protein precursor - Mus musculus (Mouse).
WNT1_XENLA WNT-1 protein precursor (XWNT-1) (XINT-1) - Xenopus laevis (African clawed frog).
WNT2_BRARE WNT-2 protein precursor - Brachydanio rerio (Zebrafish) (Zebra danio).
WNT2_CAEEL Wnt-2 protein precursor - Caenorhabditis elegans.
WNT2_DROME WNT-2 protein precursor (DWNT-2) - Drosophila melanogaster (Fruit fly).
WNT2_HUMAN WNT-2 protein precursor (IRP protein) (Int-1 related protein) - Homo sapiens (Human).
WNT2_MOUSE WNT-2 protein precursor (IRP protein) (INT-1 related protein) - Mus musculus (Mouse).
WNT3_HUMAN WNT-3 proto-oncogene protein precursor - Homo sapiens (Human).
WNT3_MOUSE WNT-3 proto-oncogene protein precursor - Mus musculus (Mouse).
WNT4_BRARE WNT-4 protein precursor - Brachydanio rerio (Zebrafish) (Zebra danio).
WNT4_CHICK WNT-4 protein precursor - Gallus gallus (Chicken).
WNT4_DROME WNT-4 protein precursor (DWNT-4) - Drosophila melanogaster (Fruit fly).
WNT4_HUMAN WNT-4 protein precursor - Homo sapiens (Human).
WNT4_MOUSE WNT-4 protein precursor - Mus musculus (Mouse).
WNT4_RAT WNT-4 protein precursor - Rattus norvegicus (Rat).
WNT4_XENLA WNT-4 protein precursor (XWNT-4) - Xenopus laevis (African clawed frog).
WNT5_BRARE WNT-5 protein precursor - Brachydanio rerio (Zebrafish) (Zebra danio).
WNT5_DROME WNT-5 protein precursor (DWNT-5) (DWNT-3) - Drosophila melanogaster (Fruit fly).
WNT5_HALRO WNT-5 protein precursor - Halocynthia roretzi (Sea squirt).
WNT6_HUMAN WNT-6 protein precursor - Homo sapiens (Human).
WNT6_MOUSE WNT-6 protein precursor - Mus musculus (Mouse).
WNT8_BRARE Wnt-8 protein precursor - Brachydanio rerio (Zebrafish) (Danio rerio).
WNT8_XENLA WNT-8 protein precursor (XWNT-8) - Xenopus laevis (African clawed frog).
WNTG_DROME Protein INT-1 precursor (DINT-1) (Wingless protein) - Drosophila melanogaster (Fruit fly).

Q27886 WNT PROTEIN (HYPOTHETICAL PROTEIN E01A2.3) - Caenorhabditis elegans.

Q9PSL1 PROTO-ONCOGENE HOMOLOG XWNT-3A - Xenopus laevis (African clawed frog).
Q9VFX1 CG8458 PROTEIN (RE57705P) - Drosophila melanogaster (Fruit fly).
Scan History
SPTR37_10f 3  100  NSINGLE    
SPTR40_20f 2 300 NSINGLE
Initial Motifs
Motif 1  width=15
Element Seqn Id St Int Rpt
RESAFVYAISSAGVV WNT2_HUMAN 106 106 -
RETAFVFAITSAGVT WNT1_BRARE 121 121 -
RETAFIFAITSAGVT WNT1_HUMAN 122 122 -
RETAFIFAITSAGVT WNT1_MOUSE 122 122 -
REAAFVYAISSAGMV WNT2_BRARE 104 104 -
REAAFTYAILSAGVT WNT2_CAEEL 109 109 -
RESAFVHAISSAAVA WNT1_CAEEL 109 109 -

Motif 2 width=14
Element Seqn Id St Int Rpt
RACSQGEVKSCSCD WNT2_HUMAN 125 4 -
RSCSEGAIESCTCD WNT1_BRARE 140 4 -
RSCSEGSIESCTCD WNT1_HUMAN 141 4 -
RSCSEGSIESCTCD WNT1_MOUSE 141 4 -
RACSQGELENCSCD WNT2_BRARE 123 4 -
RRCKQGLLTSCGCS WNT2_CAEEL 128 4 -
RDCARGISERCGCD WNT1_CAEEL 128 4 -

Motif 3 width=13
Element Seqn Id St Int Rpt
FDWGGCSDNIDYG WNT2_HUMAN 152 13 -
WHWGGCSDNVEFG WNT1_BRARE 164 10 -
WHWGGCSDNIDFG WNT1_HUMAN 165 10 -
WHWGGCSDNIDFG WNT1_MOUSE 165 10 -
FDWGGCSDHVDHA WNT2_BRARE 150 13 -
WSWGGCGDNVEYG WNT2_CAEEL 153 11 -
FQYQGCSDNVKFG WNT1_CAEEL 153 11 -

Motif 4 width=15
Element Seqn Id St Int Rpt
KCHGVSGSCTLRTCW WNT2_HUMAN 207 42 -
KCHGMSGSCTVRTCW WNT1_BRARE 218 41 -
KCHGMSGSCTVRTCW WNT1_HUMAN 219 41 -
KCHGMSGSCTVRTCW WNT1_MOUSE 219 41 -
KCHGVSGSCNVRTCW WNT2_BRARE 205 42 -
KCHGVSGRCNMKTCW WNT2_CAEEL 214 48 -
KCHGMSGSCEMRTCW WNT1_CAEEL 226 60 -

Motif 5 width=12
Element Seqn Id St Int Rpt
DLVYFENSPDYC WNT2_HUMAN 267 45 -
DLVYFEKSPNFC WNT1_BRARE 288 55 -
DLVYFEKSPNFC WNT1_HUMAN 288 54 -
DLVYFEKSPNFC WNT1_MOUSE 288 54 -
DLVYFEDSPDYC WNT2_BRARE 265 45 -
DLVFMDDSPDYC WNT2_CAEEL 278 49 -
DLVYMTPSPDFC WNT1_CAEEL 290 49 -
Final Motifs
Motif 1  width=15
Element Seqn Id St Int Rpt
RETAFTYAISAAGVV WN5A_XENLA 133 133 -
REAAFVYAISSAGVV Q98SN7 131 131 -
RETAFTYAISAAGVV WN5B_ORYLA 124 124 -
RESAFVYAISSAGVV Q9CZW3 106 106 -
RESAFVYAISSAGVV WNT2_MOUSE 106 106 -
RETAFTYAVSAAGVV Q8VCV6 133 133 -
RETAFTYAVSAAGVV WN5A_RAT 133 133 -
RETAFTYAVSAAGVV WN5A_MOUSE 133 133 -
RETAFTYAVSAAGVV WN5A_HUMAN 118 118 -
RETAFTYAVSAAGVV Q91XF5 125 125 -
RETAFTYAVSAAGVV Q9CYX6 125 125 -
RETAFTYAVSAAGVV WN5B_MOUSE 112 112 -
REASFTYAISSAGVV WN5C_XENLA 113 113 -
RETAFTYAVSAAGVV WNT5_BRARE 116 116 -
REAAFVYAISSAGVA Q96T81 107 107 -
REAAFVYAISSAGVA WNT4_MOUSE 107 107 -
RETAFTYAVSAAGVV WN5B_AMBME 110 110 -
RETAFTHAVSAAGVV Q96S49 112 112 -
REAAFVYAISSAGVA WNT4_RAT 107 107 -
REAAFVYAISSAGVV WN13_HUMAN 137 137 -
REAAFVYAISSAGVV WN2B_MOUSE 135 135 -
RESAFVYAISSAGVV WNT2_HUMAN 106 106 -
RETAFTYAVSAAGVV Q9YGX6 138 138 -
RETAFTYSISAAGVV WN5A_AMBME 112 112 -
REAAFVYAISSAGVA WNT4_XENLA 107 107 -
RETAFTYSISAAGVV WN5A_PLEWA 112 112 -
RETAFTHAVSAAGVV WN5B_HUMAN 112 112 -
REAAFVYAISSAGVA WNT4_CHICK 107 107 -
REAALVYAISSAGVA WNT4_HUMAN 107 107 -
RETAFVYAISYAGVV WN2B_XENLA 97 97 -
REASFTYAIAAAGVV Q8WS75 120 120 -
REAAFTYAITAAGVA Q96Q12 102 102 -
REAAFTYAITAAGVA WN7B_MOUSE 102 102 -
REAAFVYAISAASVA WNT4_BRARE 107 107 -
REAAFTYAITAAGVA O42258 102 102 -
RETAFVHAISSAGVM Q8WYK9 83 83 -
RETAFVHAISSAGVM WN8B_HUMAN 83 83 -
RETAFVHAISSAGVM WN8B_MOUSE 82 82 -
REAAFTYAIIAAGVA Q96H90 102 102 -
REAAFTYAIIAAGVA Q9DBY3 102 102 -
REAAFTYAIIAAGVA Q9DEB8 102 102 -
RETAFIYAITSAGVT Q9GRA6 127 127 -
RESAFAYAIAAAGVV WN1A_BRARE 165 165 -
RETAFFHAISSAGVM WN8B_BRARE 84 84 -
RETSFVHAISSAGVM WN8C_CHICK 84 84 -
RETAFVFAITSAGVT WNT1_XENLA 122 122 -
REAAFTYAIIAAGVA WN7A_MOUSE 102 102 -
RETAFVFAITSAGVT WNT1_BRARE 121 121 -
RETAFIFAITSAGVT WNT1_HUMAN 122 122 -
RETAFIFAITSAGVT WNT1_MOUSE 122 122 -
RETAFVFAIMSAGVT P79752 121 121 -
RETSFIYAITSAAVT WNTG_DROME 125 125 -
RESAFAYAIAAAGVV WN1A_MOUSE 128 128 -
REAAFVYAISSAGMV WNT2_BRARE 104 104 -
RETAFIFAITSAGVT WNT1_AMBME 121 121 -
RETAFIYAITSAGVT WNT1_BOMMO 121 121 -
REVAFIYALSSAGVV Q8UW39 104 104 -
REAAFVHSISAAGVA Q9TZT6 108 108 -
RETSFVHAISSAGVM Q90ZA3 84 84 -
RESAFAYAIAAAGVV Q96TA7 128 128 -
RESAFAYAIAAAGVV WN1A_HUMAN 128 128 -
RETAFVHAISYAGVM WN8B_XENLA 156 156 -
RDGAFTYAIIAAGVA WN7A_HUMAN 102 102 -
RETSFVHAISAAGVM Q9U416 89 89 -
RESAFVHAIASAGVA Q9PWH1 131 131 -
REASFVHAISAAGVM Q9NCP9 89 89 -
REAAFVHALSSAAVA Q9IAU3 112 112 -
RESSFVHAISAAGVM Q90YJ8 83 83 -
RESSFVHAISAAGVM Q90YL8 83 83 -
RESAYRYAIAAAGVV P79856 112 112 -
RETAFVHAISAAGVM Q90YL9 84 84 -
RESAFVHAIASAGVA WNT3_HUMAN 110 110 -
RESAFVHAIASAGVA WNT3_MOUSE 110 110 -
RETSFVHAISSAGVM WNT8_XENLA 84 84 -
REAAFTYASIAAGVA O13266 101 101 -
RESAFVHAIASAGVA WN3A_MOUSE 107 107 -
REAAFTYAILSAGVT WNT2_CAEEL 109 109 -
RETAFIYAITSAAVT Q9TX64 14 14 -
RESAFVHAIASAGVA Q969P2 107 107 -
KETAFTYAISAAGVV Q9U6V0 114 114 -
KETAFTYAITSGGVV WNT5_HALRO 116 116 -
RESAFAFAISAAGVA Q9VM25 34 34 -
RETAFVHAISAAGVM WNT8_BRARE 84 84 -
RESAFVHAIASAGVA WN3A_XENLA 107 107 -
RETSFIHAISSAGVM Q96S51 83 83 -
RETSFIHAISSAGVM WN8D_HUMAN 83 83 -
REAAFVHAITSAGVA Q8WS76 149 149 -
RESAFVYALASATLS WN11_XENLA 107 107 -
KEAAFTYAISSAALV O61700 100 100 -
RESAYVYAISAAGVS Q10459 108 108 -
TQTAFIYAVMSAAVA O61699 128 128 -
RETGFVNAITAAGVT Q9VM26 16 16 -
RETAFVFAITAAGAS WNT6_HUMAN 103 103 -
REAAYTYAIASAGAA Q9V584 94 94 -
REAAYTYAIASAGAA WNT2_DROME 94 94 -
RETAFVFAITAAGAS WNT6_MOUSE 102 102 -
RESAFVYALSAAAIS Q9I9I2 106 106 -
RESAFSLAMLAAGVA P79753 115 115 -
KETAFLYAISSAGLT WN14_CHICK 112 112 -
RESAFVYALSAAAIS Q8WZ98 109 109 -
RETSFIHAIRSAAIM WN8D_MOUSE 83 83 -
RESAFVYALSAATIS WN11_MOUSE 109 109 -
KETAFIYAIMAAGLV WN16_MOUSE 117 117 -
RESAFVYALSAAAIS WN11_CHICK 109 109 -
RESAFVYALSAAAIS WN11_COTJA 109 109 -
RESAFVHAISSAAVA WNT1_CAEEL 109 109 -
RESAFSFSMLAAGVM Q8WZ97 115 115 -
RESAFSFSMLAAGVM WN1B_HUMAN 115 115 -
RESAFSFSMLAAGVM WN1B_MOUSE 115 115 -
KETAFIYAVMAAGLV WN16_HUMAN 118 118 -
KETAFLYAISSAGLT Q96S50 120 120 -
RESAFVYALSAATIS O96014 109 109 -
KEAAIHNAIRAAGVL Q966W2 169 169 -
KETAFLYAVSAAALT Q8VI90 116 116 -
KETAFLYAVSSAALT Q96Q09 114 114 -
PEMAFIHALAAATVT Q9VWT4 612 612 -
PEMAFIHALAAATVT WNT5_DROME 618 618 -
KEAAYVHALSSAAVV Q9NCQ1 107 107 -
KETAFVHALTAAAMT Q9VM29 151 151 -
KETAFVHALTAAAMT WNT4_DROME 151 151 -
RESAFISGIISAGVA Q9GTJ9 112 112 -
KEAAFLNAIMAASIV Q9TVJ1 137 137 -

Motif 2 width=14
Element Seqn Id St Int Rpt
RACREGELSTCGCS WN5A_XENLA 152 4 -
RACSQGELKACGCD Q98SN7 150 4 -
RACREGELSTCGCS WN5B_ORYLA 143 4 -
RACSQGELKSCSCD Q9CZW3 125 4 -
RACSQGELKSCSCD WNT2_MOUSE 125 4 -
RACREGELSTCGCS Q8VCV6 152 4 -
RACREGELSTCGCS WN5A_RAT 152 4 -
RACREGELSTCGCS WN5A_MOUSE 152 4 -
RACREGELSTCGCS WN5A_HUMAN 137 4 -
RACREGELSTCGCS Q91XF5 144 4 -
RACREGELSTCGCS Q9CYX6 144 4 -
RACREGELSTCGCS WN5B_MOUSE 131 4 -
RACREGELSTCGCS WN5C_XENLA 132 4 -
RACREGELSTCGCS WNT5_BRARE 135 4 -
RACSSGELEKCGCD Q96T81 126 4 -
RACSSGELEKCGCD WNT4_MOUSE 126 4 -
RACREGELSTCGCS WN5B_AMBME 129 4 -
RACREGELSTCGCS Q96S49 131 4 -
RACSSGDLEKCGCD WNT4_RAT 126 4 -
RACSQGELSVCSCD WN13_HUMAN 156 4 -
RACSQGELSVCSCD WN2B_MOUSE 154 4 -
RACSQGEVKSCSCD WNT2_HUMAN 125 4 -
RACREGELSSCGCS Q9YGX6 157 4 -
RACREGELSTCGCS WN5A_AMBME 131 4 -
RACSSGDLEKCGCD WNT4_XENLA 126 4 -
RACRAGELSTCGCS WN5A_PLEWA 131 4 -
RACSEGELSTCGCS WN5B_HUMAN 131 4 -
RACSSGELDKCGCD WNT4_CHICK 126 4 -
RACSSGELEKCGCD WNT4_HUMAN 126 4 -
RACSQGELKSCNCD WN2B_XENLA 116 4 -
RACREGELTTCGCS Q8WS75 139 4 -
AACSQGNLSNCGCD Q96Q12 121 4 -
AACSQGNLSNCGCD WN7B_MOUSE 121 4 -
RACSSGELDKCGCD WNT4_BRARE 126 4 -
SACSQGNLSNCGCD O42258 121 4 -
RNCSLGDFDNCGCD Q8WYK9 102 4 -
RNCSLGDFDNCGCD WN8B_HUMAN 102 4 -
RNCSLGDFDNCGCD WN8B_MOUSE 101 4 -
AACTQGNLSDCGCD Q96H90 121 4 -
AACTQGNLSDCGCD Q9DBY3 121 4 -
AACTQGNLSDCGCD Q9DEB8 121 4 -
RACAEGSIQSCTCD Q9GRA6 146 4 -
NACAMGKLKACGCD WN1A_BRARE 184 4 -
RNCSLGDFDNCGCD WN8B_BRARE 103 4 -
RNCSLGDFESCGCD WN8C_CHICK 103 4 -
RSCSEGSIESCSCD WNT1_XENLA 141 4 -
AACTQGNLSDCGCD WN7A_MOUSE 121 4 -
RSCSEGAIESCTCD WNT1_BRARE 140 4 -
RSCSEGSIESCTCD WNT1_HUMAN 141 4 -
RSCSEGSIESCTCD WNT1_MOUSE 141 4 -
RSCSEGAIEFCTCD P79752 140 4 -
RACSEGTIESCTCD WNTG_DROME 144 4 -
NACALGKLKACGCD WN1A_MOUSE 147 4 -
RACSQGELENCSCD WNT2_BRARE 123 4 -
RSCSEGSIESCTCD WNT1_AMBME 140 4 -
RACREASIESCTCD WNT1_BOMMO 140 4 -
RACSQGDLDSCSCD Q8UW39 123 4 -
RACSSGELERCGCN Q9TZT6 127 4 -
RNCSMGDFDNCGCD Q90ZA3 103 4 -
NACALGKLKACGCD Q96TA7 147 4 -
NACALGKLKACGCD WN1A_HUMAN 147 4 -
RNCSLGDFDNCGCD WN8B_XENLA 175 4 -
AACTHGNLSDCGCD WN7A_HUMAN 121 4 -
RNCSKGAFEQCGCD Q9U416 108 4 -
RSCAEGSATICGCD Q9PWH1 150 4 -
RNCSKGAFEQCGCD Q9NCP9 108 4 -
RGCSRGELERCGCD Q9IAU3 131 4 -
RNCSLGDLNECGCD Q90YJ8 102 4 -
RNCSLGDLNECGCD Q90YL8 102 4 -
NACSMGKLKACGCD P79856 131 4 -
KNCSMGDFENCGCD Q90YL9 103 4 -
RSCAEGTSTICGCD WNT3_HUMAN 129 4 -
RSCAEGTSTICGCD WNT3_MOUSE 129 4 -
RNCSMGDFDNCGCD WNT8_XENLA 103 4 -
SACTQGLMSDCACD O13266 120 4 -
RSCAEGSAAICGCS WN3A_MOUSE 126 4 -
RRCKQGLLTSCGCS WNT2_CAEEL 128 4 -
RACSEGSIDTCNCE Q9TX64 33 4 -
RSCAEGTAAICGCS Q969P2 126 4 -
RACKNEQLENCGCG Q9U6V0 133 4 -
RACKSGNLMACGCS WNT5_HALRO 135 4 -
RACSQGRLMSCGCD Q9VM25 53 4 -
KNCSMGDFENCGCG WNT8_BRARE 103 4 -
RSCAEGSATICGCD WN3A_XENLA 126 4 -
KNCSMGDFENCGCD Q96S51 102 4 -
KNCSMGDFENCGCD WN8D_HUMAN 102 4 -
KACAEGTSPDCGCD Q8WS76 168 4 -
RACASGELPTCSCG WN11_XENLA 126 4 -
TACSQGNISDCGCD O61700 119 4 -
RACSKGLIDDCGCG Q10459 127 4 -
RNCAEGTIETCSCD O61699 147 4 -
KACTMGQLVECSCD Q9VM26 35 4 -
QACSMGELLQCGCQ WNT6_HUMAN 122 4 -
AACARGNISTCGCD Q9V584 113 4 -
AACARGNISTCGCD WNT2_DROME 113 4 -
QACSMGELLQCGCQ WNT6_MOUSE 121 4 -
RACTSGDLRLCSCG Q9I9I2 125 4 -
SACSMGKLRGCGCE P79753 134 4 -
KACSAGRMERCTCD WN14_CHICK 131 4 -
RACTSGDLPGCSCG Q8WZ98 128 4 -
KNCSMGDLENCGCD WN8D_MOUSE 102 4 -
RACTSGDLPGCSCG WN11_MOUSE 128 4 -
RSCSAGNMTECSCD WN16_MOUSE 136 4 -
RACTTGDLPGCSCG WN11_CHICK 128 4 -
RACTTGDLPGCSCG WN11_COTJA 128 4 -
RDCARGISERCGCD WNT1_CAEEL 128 4 -
TACSLGKLVSCGCG Q8WZ97 134 4 -
TACSLGKLVSCGCG WN1B_HUMAN 134 4 -
TACSLGKLVSCGCG WN1B_MOUSE 134 4 -
RSCSAGNMTECSCD WN16_HUMAN 137 4 -
KACSAGRMERCTCD Q96S50 139 4 -
RACTSGDLPGCSCG O96014 128 4 -
TACGEGNLRDCGCD Q966W2 188 4 -
RACSAGRMERCTCD Q8VI90 135 4 -
RACSAGRMERCTCD Q96Q09 133 4 -
RACRDGQLASCSCS Q9VWT4 631 4 -
RACRDGQLASCSCS WNT5_DROME 637 4 -
RACAAGYLKACTCA Q9NCQ1 126 4 -
RACAEGRMTKCSCG Q9VM29 170 4 -
RACAEGRMTKCSCG WNT4_DROME 170 4 -
ESCAEGKSVHCRCD Q9GTJ9 131 4 -
KGCNTGNLTECGCD Q9TVJ1 156 4 -

Motif 3 width=13
Element Seqn Id St Int Rpt
WLWGGCGDNLDYG WN5A_XENLA 177 11 -
FDWGGCSDNINYG Q98SN7 177 13 -
WLWGGCGDNVYYG WN5B_ORYLA 168 11 -
FDWGGCSDNIDYG Q9CZW3 152 13 -
FDWGGCSDNIDYG WNT2_MOUSE 152 13 -
WLWGGCGDNIDYG Q8VCV6 177 11 -
WLWGGCGDNIDYG WN5A_RAT 176 10 -
WLWGGCGDNIDYG WN5A_MOUSE 176 10 -
WLWGGCGDNIDYG WN5A_HUMAN 162 11 -
WLWGGCGDNVEYG Q91XF5 169 11 -
WLWGGCGDNVEYG Q9CYX6 169 11 -
WLWGGCGDNVEYG WN5B_MOUSE 156 11 -
WLWGGCGDNVEYG WN5C_XENLA 157 11 -
WLWGGCGDNVNYG WNT5_BRARE 160 11 -
FQWSGCSDNIAYG Q96T81 150 10 -
FQWSGCSDNIAYG WNT4_MOUSE 150 10 -
WLWGGCGDNVDYG WN5B_AMBME 154 11 -
WLWGGCGDNVEYG Q96S49 156 11 -
FQWSGCSDNIAYG WNT4_RAT 150 10 -
FDWGGCSDNIHYG WN13_HUMAN 183 13 -
FDWGGCSDNIHYG WN2B_MOUSE 181 13 -
FDWGGCSDNIDYG WNT2_HUMAN 152 13 -
WLWGGCGDNIEYG Q9YGX6 182 11 -
WLWGGCGDNLEYG WN5A_AMBME 156 11 -
FQWSGCSDNILYG WNT4_XENLA 150 10 -
WLWGGCGDNLDYG WN5A_PLEWA 156 11 -
WLWGGCGDNVEYG WN5B_HUMAN 156 11 -
FQWSGCSDNIAYG WNT4_CHICK 150 10 -
FQWSGCSDNIAYG WNT4_HUMAN 150 10 -
FDWGGCSDHIDFG WN2B_XENLA 143 13 -
WLWGGCGDDVEYG Q8WS75 164 11 -
WKWGGCSADVRYG Q96Q12 147 12 -
WKWGGCSADVRYG WN7B_MOUSE 147 12 -
FQWSGCSDNIAYG WNT4_BRARE 150 10 -
WKWGGCSADIKYG O42258 147 12 -
WLWGGCSDNVGFG Q8WYK9 127 11 -
WLWGGCSDNVGFG WN8B_HUMAN 127 11 -
WLWGGCSDNVGFG WN8B_MOUSE 126 11 -
WKWGGCSADIRYG Q96H90 147 12 -
WKWGGCSADIRYG Q9DBY3 147 12 -
WKWGGCSADIRYG Q9DEB8 147 12 -
WEWGGCSDNIEYG Q9GRA6 182 22 -
WEWGGCSPNVEYG WN1A_BRARE 244 46 -
WLWGGCSDNVGFG WN8B_BRARE 128 11 -
WVWGGCSDNVEFG WN8C_CHICK 128 11 -
WHWGGCSDNIEFG WNT1_XENLA 165 10 -
WKWGGCSADIRYG WN7A_MOUSE 147 12 -
WHWGGCSDNVEFG WNT1_BRARE 164 10 -
WHWGGCSDNIDFG WNT1_HUMAN 165 10 -
WHWGGCSDNIDFG WNT1_MOUSE 165 10 -
WHWGGCSDNVEFG P79752 164 10 -
WEWGGCSDNIGFG WNTG_DROME 180 22 -
WEWGGCSPDVGFG WN1A_MOUSE 209 48 -
FDWGGCSDHVDHA WNT2_BRARE 150 13 -
WHWGGCSDNIDFG WNT1_AMBME 164 10 -
WKWGGCSDNIGFG WNT1_BOMMO 174 20 -
FSWGGCSDHVDHA Q8UW39 150 13 -
FHWAGCSDNFAFG Q9TZT6 151 10 -
WVWGGCSDNVDFG Q90ZA3 128 11 -
WEWGGCSPDMGFG Q96TA7 209 48 -
WEWGGCSPDMGFG WN1A_HUMAN 209 48 -
WLWGGCSDNVGFG WN8B_XENLA 200 11 -
WKWGGCSADIRYG WN7A_HUMAN 147 12 -
WTWGGCSDDIAFG Q9U416 133 11 -
WKWGGCSEDVEFG Q9PWH1 174 10 -
WTWGGCSDDIAFG Q9NCP9 133 11 -
FQWSGCSDNLSYG Q9IAU3 155 10 -
WLWGGCSDNVDFG Q90YJ8 127 11 -
WLWGGCSDNVDFG Q90YL8 127 11 -
WEWGGCSPDVEYG P79856 191 46 -
WVWGGCSDNVNFG Q90YL9 128 11 -
WKWGGCSEDADFG WNT3_HUMAN 153 10 -
WKWGGCSEDADFG WNT3_MOUSE 153 10 -
WVWGGCSDNAEFG WNT8_XENLA 128 11 -
WKWGGCSADIRYG O13266 146 12 -
WKWGGCSEDIEFG WN3A_MOUSE 150 10 -
WSWGGCGDNVEYG WNT2_CAEEL 153 11 -
FEWGGCSDNIGFG Q9TX64 69 22 -
WKWGGCSEDIEFG Q969P2 150 10 -
WRWGGCGDNTEYA Q9U6V0 158 11 -
WNWGGCGDDIDYA WNT5_HALRO 160 11 -
WKWGGCSHNMDFG Q9VM25 116 49 -
WVWGGCSDNVNFG WNT8_BRARE 130 13 -
WKWGGCSEDMDFG WN3A_XENLA 150 10 -
WIWGGCSDNVEFG Q96S51 127 11 -
WIWGGCSDNVEFG WN8D_HUMAN 127 11 -
WRWGGCSEDVLFG Q8WS76 192 10 -
FRWGGCGDNLHYG WN11_XENLA 150 10 -
WKWGGCSADVKYG O61700 144 11 -
FVWAGCSDNVKFG Q10459 162 21 -
WEWGGCSDNVEFG O61699 171 10 -
WEWGGCSDNVNFG Q9VM26 140 91 -
WEWGGCGDDVDFG WNT6_HUMAN 167 31 -
WKWGGCSADVDFG Q9V584 143 16 -
WKWGGCSADVDFG WNT2_DROME 143 16 -
WEWGGCGDDVDFG WNT6_MOUSE 166 31 -
YRWGGCADNIHYG Q9I9I2 149 10 -
WEWGGCSHDVRYG P79753 181 33 -
WQWGGCGDNLKYS WN14_CHICK 155 10 -
NRWGGCADNLSYG Q8WZ98 152 10 -
WIWGGCSDNVEFG WN8D_MOUSE 127 11 -
NRWGGCADNLSYG WN11_MOUSE 152 10 -
WHWGGCSDDVQYG WN16_MOUSE 162 12 -
YRWGGCADNLNYG WN11_CHICK 152 10 -
YRWGGCADNLNYG WN11_COTJA 152 10 -
FQYQGCSDNVKFG WNT1_CAEEL 153 11 -
WEWGGCNHDMDFG Q8WZ97 194 46 -
WEWGGCNHDMDFG WN1B_HUMAN 194 46 -
WEWGGCNHDMDFG WN1B_MOUSE 194 46 -
WHWGGCSDDVQYG WN16_HUMAN 163 12 -
WQWGGCGDNLKYS Q96S50 163 10 -
NRWGRCADNLSYG O96014 152 10 -
WKWGGCSIDLKHG Q966W2 235 33 -
WQWGVCGDNLKYS Q8VI90 159 10 -
WQWGVCGDNLKYS Q96Q09 157 10 -
WKWGGCGDNLEFA Q9VWT4 656 11 -
WKWGGCGDNLEFA WNT5_DROME 662 11 -
YTWGGCGDNVKFG Q9NCQ1 150 10 -
FQWGGCNDNLKHG Q9VM29 194 10 -
FQWGGCNDNLKHG WNT4_DROME 194 10 -
WRWGGCNRPITYG Q9GTJ9 155 10 -
FSWGGCSDNVPHG Q9TVJ1 190 20 -

Motif 4 width=15
Element Seqn Id St Int Rpt
KCHGVSGSCSLKTCW WN5A_XENLA 239 49 -
KCHGVSGSCTLRTCW Q98SN7 232 42 -
KCHGVSGSCSLKTCW WN5B_ORYLA 230 49 -
KCHGVSGSCTLRTCW Q9CZW3 207 42 -
KCHGVSGSCTLRTCW WNT2_MOUSE 207 42 -
KCHGVSGSCSLKTCW Q8VCV6 239 49 -
KCHGVSGSCSLKTCW WN5A_RAT 238 49 -
KCHGVSGSCSLKTCW WN5A_MOUSE 238 49 -
KCHGVSGSCSLKTCW WN5A_HUMAN 224 49 -
KCHGVSGSCSLKTCW Q91XF5 231 49 -
KCHGVSGSCSLKTCW Q9CYX6 231 49 -
KCHGVSGSCSLKTCW WN5B_MOUSE 218 49 -
KCHGVSGSCSLKTCW WN5C_XENLA 219 49 -
KCHGVSGSCSLKTCW WNT5_BRARE 222 49 -
KCHGVSGSCEVKTCW Q96T81 207 44 -
KCHGVSGSCEVKTCW WNT4_MOUSE 207 44 -
KCHGVSGSCSLKTCW WN5B_AMBME 216 49 -
KCHGVSGSCSLKTCW Q96S49 218 49 -
KCHGVSGSCEVKTCW WNT4_RAT 207 44 -
KCHGVSGSCTLRTCW WN13_HUMAN 238 42 -
KCHGVSGSCTLRTCW WN2B_MOUSE 236 42 -
KCHGVSGSCTLRTCW WNT2_HUMAN 207 42 -
KCHGVSGSCSLKTCW Q9YGX6 244 49 -
KCHGVSGSCSLKTCW WN5A_AMBME 218 49 -
KCHGVSGSCEVKTCW WNT4_XENLA 207 44 -
KCHGVSGSCSLKTCW WN5A_PLEWA 218 49 -
KCHGVSRSCRLKTCW WN5B_HUMAN 218 49 -
KCHGVSGSCEFKTCW WNT4_CHICK 207 44 -
KCHGVSGSCEVKTCW WNT4_HUMAN 207 44 -
KCHGVSGSCTLRTCW WN2B_XENLA 198 42 -
KCHGVSGSCSLKTCW Q8WS75 226 49 -
KCHGVSGSCTTKTCW Q96Q12 201 41 -
KCHGVSGSCTTKTCW WN7B_MOUSE 201 41 -
KCHGVSGSCEVKTCW WNT4_BRARE 207 44 -
KCHGVSGSCTTKTCW O42258 201 41 -
KCHGVSGSCTTQTCW Q8WYK9 181 41 -
KCHGVSGSCTTQTCW WN8B_HUMAN 181 41 -
KCHGVSGSCTTQTCW WN8B_MOUSE 180 41 -
KCHGVSGSCTTKTCW Q96H90 201 41 -
KCHGVSGSCTTKTCW Q9DBY3 201 41 -
KCHGVSGSCTTKTCW Q9DEB8 201 41 -
KCHGMSGSCTVKTCW Q9GRA6 236 41 -
KCHGTSGSCQLKTCW WN1A_BRARE 298 41 -
KCHGVSGSCTTQTCW WN8B_BRARE 182 41 -
KCHGVSGSCSIQTCW WN8C_CHICK 182 41 -
KCHGMSGSCSLRTCW WNT1_XENLA 219 41 -
KCHGVSGSCTTKTCW WN7A_MOUSE 201 41 -
KCHGMSGSCTVRTCW WNT1_BRARE 218 41 -
KCHGMSGSCTVRTCW WNT1_HUMAN 219 41 -
KCHGMSGSCTVRTCW WNT1_MOUSE 219 41 -
KCHGMSGSCTVRTCW P79752 218 41 -
KCHGMSGSCTVKTCW WNTG_DROME 234 41 -
KCHGTSGSCQLKTCW WN1A_MOUSE 263 41 -
KCHGVSGSCNVRTCW WNT2_BRARE 205 42 -
KCHGMSGSCAVRTCW WNT1_AMBME 218 41 -
KCHGMSGSCTVKTCW WNT1_BOMMO 228 41 -
KCHGVSGSCSVRTCW Q8UW39 205 42 -
KCHGVSGSCELKTCW Q9TZT6 209 45 -
KCHGVSGSCSIQTCW Q90ZA3 182 41 -
KCHGTSGSCQLKTCW Q96TA7 263 41 -
KCHGTSGSCQLKTCW WN1A_HUMAN 263 41 -
KCHGVSGSCTTQTCW WN8B_XENLA 254 41 -
KCHGVSGSCTTKTCW WN7A_HUMAN 201 41 -
KCHGVSGSCTTKTCW Q9U416 187 41 -
KCHGLSGSCEVKTCW Q9PWH1 228 41 -
KCHGVSGSCTTKTCW Q9NCP9 187 41 -
KCHGVSGSCELRTCW Q9IAU3 212 44 -
RCHGMSESCTMQTCW Q90YJ8 181 41 -
RCHGMSESCTMQTCW Q90YL8 181 41 -
KCHGTSGSCQLKTCW P79856 245 41 -
KCHGLSGSCSIQTCW Q90YL9 182 41 -
KCHGLSGSCEVKTCW WNT3_HUMAN 207 41 -
KCHGLSGSCEVKTCW WNT3_MOUSE 207 41 -
KCHGISGSCSIQTCW WNT8_XENLA 182 41 -
KCHGVSGSCTTKTCW O13266 200 41 -
KCHGLSGSCEVKTCW WN3A_MOUSE 204 41 -
KCHGVSGRCNMKTCW WNT2_CAEEL 214 48 -
KCHGMSGSCTIKTCW Q9TX64 123 41 -
KCHGLSGSCEVKTCW Q969P2 204 41 -
KCHGVSGSCSLKTCW Q9U6V0 220 49 -
KCHGVSGSCSIKTCW WNT5_HALRO 222 49 -
KCHGMSGSCQLKTCW Q9VM25 170 41 -
KCHGLSGSCSIQTCW WNT8_BRARE 184 41 -
KCHGLSGSCEVKTCW WN3A_XENLA 204 41 -
KCHGISGSCSIQTCW Q96S51 181 41 -
KCHGISGSCSIQTCW WN8D_HUMAN 181 41 -
KCHGLSGSCEIKTCW Q8WS76 247 42 -
KCHGVSGSCSVKTCW WN11_XENLA 209 46 -
KCHGVSGSCTMKTCW O61700 198 41 -
KCHGVSGSCVTKTCW Q10459 218 43 -
KCHGMSGSCTLKTCW O61699 226 42 -
KCHGLSGSCTVKTCW Q9VM26 196 43 -
KCHGLSGSCALRTCW WNT6_HUMAN 223 43 -
KCHGVSGSCVMKTCW Q9V584 197 41 -
KCHGVSGSCVMKTCW WNT2_DROME 197 41 -
KCHGLSGSCALSTCW WNT6_MOUSE 222 43 -
KCHGVSGSCSIRTCW Q9I9I2 208 46 -
KCHGTSGSCQFQTCW P79753 235 41 -
KCHGVSGSCTVRTCW WN14_CHICK 208 40 -
KCHGVSGSCSIRTCW Q8WZ98 210 45 -
KCHGISGSCSIQTCW WN8D_MOUSE 181 41 -
KCHGVSGSCSIRTCW WN11_MOUSE 210 45 -
RCHGVSGSCAVKTCW WN16_MOUSE 221 46 -
KCHGVSGSCSIKTCW WN11_CHICK 210 45 -
KCHGVSGSCSIKTCW WN11_COTJA 210 45 -
KCHGMSGSCEMRTCW WNT1_CAEEL 226 60 -
KCHGTSGSCQFKTCW Q8WZ97 248 41 -
KCHGTSGSCQFKTCW WN1B_HUMAN 248 41 -
KCHGTSGSCQFKTCW WN1B_MOUSE 248 41 -
RCHGVSGSCAVKTCW WN16_HUMAN 222 46 -
KCHGVSGSCTVRTCW Q96S50 216 40 -
KCHGVSGSCSIRTCW O96014 210 45 -
KCHGVSASCTTKTCW Q966W2 289 41 -
KCHGVSGSCAVRTCW Q8VI90 213 41 -
KCHGVSGSCAVRTCW Q96Q09 211 41 -
KCHGVSGSCSLITCW Q9VWT4 863 194 -
KCHGVSGSCSLITCW WNT5_DROME 869 194 -
KCHGVSGSCNVKTCW Q9NCQ1 207 44 -
KCHGVSGSCSMKTCW Q9VM29 248 41 -
KCHGVSGSCSMKTCW WNT4_DROME 248 41 -
KCHGTSGNCNLKTCW Q9GTJ9 213 45 -
RCHGVSGSCEFKTCW Q9TVJ1 249 46 -

Motif 5 width=12
Element Seqn Id St Int Rpt
DLVYIDPSPDYC WN5A_XENLA 298 44 -
DLVYFENSPDYC Q98SN7 292 45 -
DLVYIDLSPDYC WN5B_ORYLA 289 44 -
DLVYFENSPDYC Q9CZW3 267 45 -
DLVYFENSPDYC WNT2_MOUSE 267 45 -
DLVYIDPSPDYC Q8VCV6 298 44 -
DLVYIDPSPDYC WN5A_RAT 297 44 -
DLVYIDPSPDYC WN5A_MOUSE 297 44 -
DLVYIDPSPDYC WN5A_HUMAN 283 44 -
DLVYVDPSPDYC Q91XF5 290 44 -
DLVYVDPSPDYC Q9CYX6 290 44 -
DLVYVDPSPDYC WN5B_MOUSE 277 44 -
DLVYLDPSPDYC WN5C_XENLA 278 44 -
DLVYIDPSPDYC WNT5_BRARE 281 44 -
DLVYLEPSPDFC Q96T81 269 47 -
DLVYLEPSPDFC WNT4_MOUSE 269 47 -
DLVYTDQSPDYC WN5B_AMBME 275 44 -
DLVYVDPSPDYC Q96S49 277 44 -
DLVYLEPSPDFC WNT4_RAT 269 47 -
DLVYFDNSPDYC WN13_HUMAN 298 45 -
DLVYFDNSPDYC WN2B_MOUSE 296 45 -
DLVYFENSPDYC WNT2_HUMAN 267 45 -
DLIYIDPSPDYC Q9YGX6 303 44 -
DLVYVDTSPDYC WN5A_AMBME 277 44 -
DLVYLDSSPDFC WNT4_XENLA 269 47 -
DLVYVDPSPDYC WN5A_PLEWA 277 44 -
DLVYVDPSPDYC WN5B_HUMAN 277 44 -
DLVYLDSSPDFC WNT4_CHICK 269 47 -
DLVYLEPSPDFC WNT4_HUMAN 269 47 -
DLVYFENSPDYC WN2B_XENLA 258 45 -
DLVYLNKSPDYC Q8WS75 288 47 -
DLVYIEKSPNYC Q96Q12 267 51 -
DLVYIEKSPNYC WN7B_MOUSE 267 51 -
DLVYLDPSPDFC WNT4_BRARE 269 47 -
DLVYIERSPNYC O42258 267 51 -
ELVHLEDSPDYC Q8WYK9 245 49 -
ELVHLEDSPDYC WN8B_HUMAN 245 49 -
ELVHLEDSPDYC WN8B_MOUSE 244 49 -
DLVYIEKSPNYC Q96H90 267 51 -
DLVYIEKSPNYC Q9DBY3 267 51 -
DLVYIEKSPNYC Q9DEB8 267 51 -
DLVYLDQSPNFC Q9GRA6 312 61 -
DLVYFEKSPDFC WN1A_BRARE 360 47 -
ELVHLEDSPDYC WN8B_BRARE 246 49 -
ELVFLEDSPDYC WN8C_CHICK 249 52 -
DLVYFEKSPNFC WNT1_XENLA 289 55 -
DLVYIELSPNYC WN7A_MOUSE 267 51 -
DLVYFEKSPNFC WNT1_BRARE 288 55 -
DLVYFEKSPNFC WNT1_HUMAN 288 54 -
DLVYFEKSPNFC WNT1_MOUSE 288 54 -
DLVYFEKSPNFC P79752 288 55 -
DLVYLEPSPSFC WNTG_DROME 386 137 -
DLVYFEKSPDFC WN1A_MOUSE 335 57 -
DLVYFEDSPDYC WNT2_BRARE 265 45 -
DLVYFEKSPNFC WNT1_AMBME 287 54 -
DLVYLESSPGFC WNT1_BOMMO 310 67 -
DLVYLEDSPDYC Q8UW39 265 45 -
DLVYLDASPDFC Q9TZT6 271 47 -
ELIFLEDSPDYC Q90ZA3 249 52 -
DLVYFEKSPDFC Q96TA7 335 57 -
DLVYFEKSPDFC WN1A_HUMAN 335 57 -
EIVHLEDSPDYC WN8B_XENLA 318 49 -
DLVYIEKSPNYC WN7A_HUMAN 267 51 -
DMVFLEDSPDYC Q9U416 248 46 -
DLVYYENSPNFC Q9PWH1 294 51 -
DMVFLEDSPDYC Q9NCP9 248 46 -
DLVYLAPSPDFC Q9IAU3 274 47 -
ELIYLEDSPDYC Q90YJ8 248 52 -
ELIYLEDSPDYC Q90YL8 248 52 -
SLVYFEKSPDFC P79856 307 47 -
ELIFMEDSPDYC Q90YL9 249 52 -
DLVYYENSPNFC WNT3_HUMAN 273 51 -
DLVYYENSPNFC WNT3_MOUSE 273 51 -
ELIFLEDSPDYC WNT8_XENLA 249 52 -
DLVYIEKSPNYC O13266 266 51 -
DLVYYEASPNFC WN3A_MOUSE 270 51 -
DLVFMDDSPDYC WNT2_CAEEL 278 49 -
DLVYYEMSPGFC Q9TX64 221 83 -
DLVYYEASPNFC Q969P2 270 51 -
SLVYLDSSPDYC Q9U6V0 278 43 -
DLVYIDSSPDYC WNT5_HALRO 281 44 -
SLFYYQRSPNFC Q9VM25 292 107 -
ELIFMEDSPDYC WNT8_BRARE 251 52 -
DLIYYESSPNFC WN3A_XENLA 270 51 -
ELIFLEESPDYC Q96S51 248 52 -
ELIFLEESPDYC WN8D_HUMAN 248 52 -
DLIYFEVSPNFC Q8WS76 313 51 -
ELVYLVSSPDYC WN11_XENLA 271 47 -
SLVYLRGSPNYC O61700 265 52 -
ELIYLDASPNYC Q10459 293 60 -
DLVYHERSPNFC O61699 295 54 -
QLVFADDSPDFC Q9VM26 256 45 -
DLLYAADSPDFC WNT6_HUMAN 283 45 -
ELIYLEASPNYC Q9V584 270 58 -
ELIYLEASPNYC WNT2_DROME 270 58 -
DLLYAADSPDFC WNT6_MOUSE 282 45 -
ELVYLQSSPDYC Q9I9I2 270 47 -
ELVYFEKSPDFC P79753 308 58 -
DLVYIDDSPSFC WN14_CHICK 277 54 -
ELVYLQSSPDFC Q8WZ98 272 47 -
ELIFLEGSPDYC WN8D_MOUSE 248 52 -
ELVYLQSSPDFC WN11_MOUSE 272 47 -
DLLYVHKSPNYC WN16_MOUSE 282 46 -
ELIYLQSSPDFC WN11_CHICK 272 47 -
ELIYLQSSPDFC WN11_COTJA 272 47 -
DLVYMTPSPDFC WNT1_CAEEL 290 49 -
ELVYFEKSPDFC Q8WZ97 307 44 -
ELVYFEKSPDFC WN1B_HUMAN 307 44 -
ELVYFEKSPDFC WN1B_MOUSE 307 44 -
DLLYVNKSPNYC WN16_HUMAN 283 46 -
ELVHLDDSPSFC Q96S50 288 57 -
ELVYLQSSPDFC O96014 272 47 -
DLVYLVPSPEYC Q966W2 354 50 -
DLVYMEDSPSFC Q8VI90 282 54 -
DLVYMEDSPSFC Q96Q09 280 54 -
DLIYLDESPDWC Q9VWT4 922 44 -
DLIYLDESPDWC WNT5_DROME 928 44 -
DLIFVENSPNYC Q9NCQ1 269 47 -
TLYYLETSPSYC Q9VM29 317 54 -
TLYYLETSPSYC WNT4_DROME 317 54 -
DFIYYEESPNYC Q9GTJ9 281 53 -
EMAYVHRSPSYC Q9TVJ1 311 47 -