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PR01226

Identifier
EXPANSIN  [View Relations]  [View Alignment]  
Accession
PR01226
No. of Motifs
9
Creation Date
02-DEC-1999
Title
Expansin signature
Database References

INTERPRO; IPR002963
Literature References
1. SHCHERBAN, T.Y., SHI, J., DURACHKO, D.M., GUILTINAN, M.J.,
MCQUEEN-MASON, S.J., SHIEH, M. AND COSGROVE, D.J.
Molecular cloning and sequence analysis of expansins - a highly conserved,
multigene family of proteins that mediate cell wall extension in plants.
PROC.NATL.ACAD.SCI.U.S.A. 92 9245-9249 (1995). 

Documentation
Expansins are unusual proteins that mediate cell wall extension in plants
[1]. They are believed to act as a sort of chemical grease, allowing
polymers to slide past one another by disrupting non-covalent hydrogen
bonds that hold many wall polymers to one another. This process is not
degradative and hence does not weaken the wall, which could otherwise
rupture under internal pressure during growth.
 
Sequence comparisons indicate at least four distinct expansin cDNAs in
rice and at least six in Arabidopsis. The proteins are highly conserved in
size and sequence (75-95% amino acid sequence similarity between any 
pairwise comparison), and phylogenetic trees indicate that this multigene
family formed before the evolutionary divergence of monocotyledons and 
dicotyledons [1]. Sequence and motif analyses show no similarities to known
functional domains that might account for expansin action on wall extension
[1]. It is thought that several highly-conserved tryptophans may function 
in expansin binding to cellulose, or other glycans. The high conservation 
of the family indicates that the mechanism by which expansins promote wall
extensin tolerates little variation in protein structure. 
 
EXPANSIN is a 9-element fingerprint that provides a signature for expansins.
The fingerprint was derived from an initial alignment of 7 sequences: the 
motifs were drawn from conserved regions spanning virtually the full 
alignment length, focusing on those sections that characterise the expansins
but distinguish them from the Lol pI allergens. Three iterations on
SPTR37_10f were required to reach convergence, at which point a true set
comprising 30 sequences was identified. 
Summary Information
30 codes involving  9 elements
0 codes involving 8 elements
0 codes involving 7 elements
0 codes involving 6 elements
0 codes involving 5 elements
0 codes involving 4 elements
0 codes involving 3 elements
0 codes involving 2 elements
Composite Feature Index
9303030303030303030
8000000000
7000000000
6000000000
5000000000
4000000000
3000000000
2000000000
123456789
True Positives
O04359        O22874        O24208        O48818        
O49194 O49808 O80622 O80932
O81065 O81133 O81999 O82093
O82625 P93442 Q38864 Q38865
Q38866 Q39625 Q39626 Q40636
Q40637 Q41043 Q9ZP31 Q9ZP32
Q9ZP33 Q9ZP36 Q9ZP37 Q9ZP38
Q9ZP39 Q9ZSI1
Sequence Titles
O04359      EXPANSIN - LYCOPERSICON ESCULENTUM (TOMATO).  
O22874 PUTATIVE EXPANSIN - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
O24208 EXPANSIN PRECURSOR - ORYZA SATIVA (RICE).
O48818 PUTATIVE EXPANSIN - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
O49194 EXPANSIN - GOSSYPIUM HIRSUTUM (UPLAND COTTON).
O49808 EXPANSIN PRECURSOR - BRASSICA NAPUS (RAPE).
O80622 PUTATIVE EXPANSIN - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
O80932 PUTATIVE EXPANSIN PROTEIN - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
O81065 PUTATIVE EXPANSIN - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
O81133 EXPANSIN - PRUNUS ARMENIACA (APRICOT).
O81999 EXPANSIN18 PRECURSOR - LYCOPERSICON ESCULENTUM (TOMATO).
O82093 EXPANSIN - PRUNUS ARMENIACA (APRICOT).
O82625 EXPANSIN - LYCOPERSICON ESCULENTUM (TOMATO).
P93442 EXPANSIN - ORYZA SATIVA (RICE).
Q38864 EXPANSIN ATEX5 - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
Q38865 EXPANSIN ATEX6 - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
Q38866 EXPANSIN ATEX2 - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
Q39625 EXPANSIN S1 PRECURSOR - CUCUMIS SATIVUS (CUCUMBER).
Q39626 EXPANSIN S2 PRECURSOR - CUCUMIS SATIVUS (CUCUMBER).
Q40636 EXPANSIN RIEXB - ORYZA SATIVA (RICE).
Q40637 EXPANSIN RIEXD - ORYZA SATIVA (RICE).
Q41043 POLLEN ALLERGEN-LIKE PROTEIN - PISUM SATIVUM (GARDEN PEA).
Q9ZP31 EXPANSIN PRECURSOR - LYCOPERSICON ESCULENTUM (TOMATO).
Q9ZP32 EXPANSIN PRECURSOR - LYCOPERSICON ESCULENTUM (TOMATO).
Q9ZP33 EXPANSIN PRECURSOR - LYCOPERSICON ESCULENTUM (TOMATO).
Q9ZP36 ALPHA-EXPANSIN PRECURSOR - NICOTIANA TABACUM (COMMON TOBACCO).
Q9ZP37 ALPHA-EXPANSIN PRECURSOR - NICOTIANA TABACUM (COMMON TOBACCO).
Q9ZP38 ALPHA-EXPANSIN PRECURSOR - NICOTIANA TABACUM (COMMON TOBACCO).
Q9ZP39 ALPHA-EXPANSIN PRECURSOR - NICOTIANA TABACUM (COMMON TOBACCO).
Q9ZSI1 T15B16.16 PROTEIN - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
Scan History
SPTR37_10f 3  50   NSINGLE    
Initial Motifs
Motif 1  width=15
Element Seqn Id St Int Rpt
GYGTNTAALSTALFN O81133 61 61 -
GYGTNTVALSTALFN Q39625 58 58 -
GYGVNNAALSTVLFN Q9ZP32 67 67 -
GYGTNTAALSTALFN Q9ZP31 54 54 -
GYGTNTAALSTALFN O80622 55 55 -
GYGTNTAALSTAMFN Q9ZP36 56 56 -
GYGKSTAGLSTVLFE Q9ZP33 72 72 -

Motif 2 width=12
Element Seqn Id St Int Rpt
CDSDPKWCLPGS O81133 88 12 -
CTNDPKWCLPGT Q39625 85 12 -
CDNDGKWCLPGN Q9ZP32 94 12 -
CVNAGQYCLPGI Q9ZP31 81 12 -
CQSDGAWCLPGA O80622 82 12 -
CVNDRKGCLPGS Q9ZP36 83 12 -
CVEELRWCIPGT Q9ZP33 99 12 -

Motif 3 width=11
Element Seqn Id St Int Rpt
IIVTATNFCPP O81133 100 0 -
IRVTATNFCPP Q39625 97 0 -
IFVTATNFCPP Q9ZP32 108 2 -
ITVTATNFCPP Q9ZP31 93 0 -
IIVTATNFCPP O80622 94 0 -
IVVTATNFCPP Q9ZP36 95 0 -
IIVTATNFCAP Q9ZP33 112 1 -

Motif 4 width=18
Element Seqn Id St Int Rpt
GGWCNPPLQHFDLAEPAF O81133 119 8 -
GGWCNPPLQHFDMAEPAF Q39625 116 8 -
GGWCNPPRPHFDLAMPMF Q9ZP32 127 8 -
GGWCDPPRPHFDLSQPIF Q9ZP31 104 0 -
GGWCNPPLHHFDLSQPVF O80622 113 8 -
GGWCNPPLHHFDLSQPIF Q9ZP36 114 8 -
GGHCNPPNAHFVLPIEAF Q9ZP33 131 8 -

Motif 5 width=14
Element Seqn Id St Int Rpt
FLQIAQYRAGIVPI O81133 136 -1 -
FLQIAQYRAGIVPV Q39625 133 -1 -
FLKIGLYRAGIVPV Q9ZP32 144 -1 -
FLRIAQYRAGIVPV Q9ZP31 121 -1 -
FQRIAQYKAGVVPV O80622 130 -1 -
FQHIAQYKAGIVPV Q9ZP36 131 -1 -
FEKIAIWKASNMPV Q9ZP33 148 -1 -

Motif 6 width=13
Element Seqn Id St Int Rpt
GGIRFTINGHSYF O81133 160 10 -
GGVRFTINGHSYF Q39625 157 10 -
GGIRFTINGFRYF Q9ZP32 168 10 -
GGIRFTINGHSYF Q9ZP31 145 10 -
GGIRFTINGHSYF O80622 154 10 -
GGIRFTINGHAYF Q9ZP36 155 10 -
GGVRFTINGAGIF Q9ZP33 172 10 -

Motif 7 width=22
Element Seqn Id St Int Rpt
FNLVLITNVGGAGDVHSVSIKG O81133 172 -1 -
FNLVLITNVGGAGDVHSVSIKG Q39625 169 -1 -
FNLLLVTNVAGAGDIQKVLIKG Q9ZP32 180 -1 -
FNLVLVTNVGGSGDVHSVYIKG Q9ZP31 157 -1 -
FNLVLVTNVGGAGDVHSVAVKG O80622 166 -1 -
FNLVLVTNVGGGGDVHAVAVKG Q9ZP36 167 -1 -
FLSVLISNVAGAGDIVAAKVKG Q9ZP33 184 -1 -

Motif 8 width=22
Element Seqn Id St Int Rpt
QNWQSNSYLNGQALSFQVTTSD O81133 207 13 -
QNWQSNNYLNGQGLSFQVTLSD Q39625 204 13 -
QNWQTNSPLVGQALSIRVKASD Q9ZP32 215 13 -
QNWQNNAYLNGQSLSFKVTTGD Q9ZP31 192 13 -
QNWQSNNLLNGQALSFKVTASD O80622 201 13 -
QNWQNNNYLNGQTLSFKVTTGD Q9ZP36 202 13 -
QNWHISADLKNQPLSFEITSSD Q9ZP33 219 13 -

Motif 9 width=17
Element Seqn Id St Int Rpt
NAVPADWQFGQTFSGGQ O81133 235 6 -
NLVPSNWQFGQTYEGPQ Q39625 233 7 -
NVAPSNWQFGQTFEGKN Q9ZP32 244 7 -
NAAPSSWSFGQTFSGGQ Q9ZP31 221 7 -
NIAPASWSFGQTFTGRQ O80622 230 7 -
NVAPAHWSFGHTYTGAQ Q9ZP36 231 7 -
NVAPKIWNFGQTFQGKQ Q9ZP33 248 7 -
Final Motifs
Motif 1  width=15
Element Seqn Id St Int Rpt
GYGTNTAALSTALFN O82093 62 62 -
GYGTNTAALSTALFN O81133 61 61 -
GYGTNTVALSTALFN Q39625 58 58 -
GYGTNTAALSTALFN O48818 61 61 -
GYGVNTAALSTALFN Q41043 62 62 -
GYGVNTAALSTALFN O81065 61 61 -
GYGVNTAALSTALFN Q38865 63 63 -
GYGVNTAALSTALFN O80932 66 66 -
GYGVNTAALSTALFN O49808 64 64 -
GYGTNTAALSTALFN O22874 60 60 -
GYGTNTAALSTALFN P93442 54 54 -
GYGTNTAALSTALFN O82625 55 55 -
GYGTNTAALSTVLFN Q40636 59 59 -
GYGVNNAALSTVLFN Q9ZP32 67 67 -
GYGTNTAALSTALFN Q9ZP31 54 54 -
GYGVNNGALSTALFN O81999 59 59 -
GYGTSTAALSTALFN O49194 66 66 -
GYGLQTAALSTALFN Q38866 62 62 -
GYGTNTAALSTALFN O80622 55 55 -
GYGVNTAALSTALFN O04359 63 63 -
GYGTNTAALSTAMFN Q9ZP36 56 56 -
GYGLETAALSTALFD Q38864 68 68 -
GYGTRTAALSTALFN Q39626 60 60 -
GYGTNTAALSTALFN Q9ZP39 60 60 -
GYGTNTAALSTALFN Q9ZP38 60 60 -
GYKTNTAALSTALFN Q9ZSI1 58 58 -
GYGTNTAALSTVLFN O24208 64 64 -
GYGTRSAALSTALFN Q9ZP37 60 60 -
GYGLYNAALSSALFN Q40637 58 58 -
GYGKSTAGLSTVLFE Q9ZP33 72 72 -

Motif 2 width=12
Element Seqn Id St Int Rpt
CNNDPRWCRPGS O82093 89 12 -
CDSDPKWCLPGS O81133 88 12 -
CTNDPKWCLPGT Q39625 85 12 -
CANDPQWCHSGS O48818 88 12 -
CDQDPRWCNPGN Q41043 89 12 -
CASDPKWCHSGS O81065 88 12 -
CASDPKWCHSGS Q38865 90 12 -
CTDDPRWCVPGN O80932 93 12 -
CASDPKWCHSGS O49808 91 12 -
CNDDPRWCLGST O22874 87 12 -
CDNAGSSCLPGS P93442 81 12 -
CNNAAQWCLQGT O82625 82 12 -
CDNDGQWCLPGS Q40636 86 12 -
CDNDGKWCLPGN Q9ZP32 94 12 -
CVNAGQYCLPGI Q9ZP31 81 12 -
CDNYPQWCHPGS O81999 86 12 -
CNNDPQWCISRT O49194 93 12 -
CEDDPEWCIPGS Q38866 89 12 -
CQSDGAWCLPGA O80622 82 12 -
NTPNWKWCLPGN O04359 92 14 -
CVNDRKGCLPGS Q9ZP36 83 12 -
CVNDPQWCIKGR Q38864 95 12 -
YKTDPRWCIKGA Q39626 89 14 -
YNQDPKWCRKGT Q9ZP39 89 14 -
YNQDPKWCRKGT Q9ZP38 89 14 -
ATKVPQWCLKGK Q9ZSI1 87 14 -
YQADRRFCISGT O24208 93 14 -
FYAEPRWCKKGV Q9ZP37 89 14 -
DTSQTKWCKPGG Q40637 86 13 -
CVEELRWCIPGT Q9ZP33 99 12 -

Motif 3 width=11
Element Seqn Id St Int Rpt
IIVTATNFCPP O82093 101 0 -
IIVTATNFCPP O81133 100 0 -
IRVTATNFCPP Q39625 97 0 -
ILITATNFCPP O48818 102 2 -
ILITATNFCPP Q41043 103 2 -
IFITATNFCPP O81065 102 2 -
IFITATNFCPP Q38865 104 2 -
ILVTATNFCPP O80932 107 2 -
IFVTATNFCPP O49808 105 2 -
ITVTATNFCPP O22874 99 0 -
ITVTATNFCPP P93442 93 0 -
ITVTATNFCPP O82625 94 0 -
VTVTATNLCPP Q40636 98 0 -
IFVTATNFCPP Q9ZP32 108 2 -
ITVTATNFCPP Q9ZP31 93 0 -
IFITATNFCPP O81999 100 2 -
ITVTATNFCPP O49194 105 0 -
IIVSATNFCPP Q38866 101 0 -
IIVTATNFCPP O80622 94 0 -
ILITATNFCPP O04359 106 2 -
IVVTATNFCPP Q9ZP36 95 0 -
IVVTATNFCPP Q38864 108 1 -
VTITATNFCPP Q39626 102 1 -
VTITATNFCPP Q9ZP39 102 1 -
VTITATNFCPP Q9ZP38 102 1 -
ITITATNFCPP Q9ZSI1 100 1 -
VTITATNLCPP O24208 106 1 -
VTITATNFCPP Q9ZP37 102 1 -
ITITATNLCPP Q40637 100 2 -
IIVTATNFCAP Q9ZP33 112 1 -

Motif 4 width=18
Element Seqn Id St Int Rpt
GGWCNPPLQHFDLAEPAF O82093 120 8 -
GGWCNPPLQHFDLAEPAF O81133 119 8 -
GGWCNPPLQHFDMAEPAF Q39625 116 8 -
GGWCNPPREHFDLAMPVF O48818 121 8 -
GGWCNPPRPHFDLAMPMF Q41043 122 8 -
GGWCNPPRPHFDLAMPMF O81065 121 8 -
GGWCNPPRPHFDLAMPMF Q38865 123 8 -
GGWCNPPREHFDLAMPMF O80932 126 8 -
GGWCNPPRPHFDLAMPMF O49808 124 8 -
GGWCNPPLQHFDLAEPAF O22874 118 8 -
GGWCNPPRPHFDMAEPAF P93442 112 8 -
GGWCNPPLQHFDLAQPAF O82625 113 8 -
GGWCNPPRPHFDMAEPAF Q40636 117 8 -
GGWCNPPRPHFDLAMPMF Q9ZP32 127 8 -
GGWCDPPRPHFDLSQPIF Q9ZP31 104 0 -
GGWCNPPRPHFDLAMPMF O81999 119 8 -
GGWCNPPREHFDLAEPRF O49194 124 8 -
GGWCNPPLKHFDLAEPAF Q38866 120 8 -
GGWCNPPLHHFDLSQPVF O80622 113 8 -
GGWCNPPRPHFDLAMPMF O04359 125 8 -
GGWCNPPLHHFDLSQPIF Q9ZP36 114 8 -
GGACDPPNHHFDLSQPIY Q38864 119 0 -
GGWCNPPLKHFDMAQPAW Q39626 121 8 -
GGWCNPPRPHFDMAQPAW Q9ZP39 121 8 -
GGWCNPPRPHFDMAQPAC Q9ZP38 121 8 -
GGWCNPPRPHFDMAQPAF Q9ZSI1 119 8 -
GGWCNPPRQHFDMAEPAW O24208 125 8 -
GGWCNPPRQHFDMAQPAW Q9ZP37 121 8 -
GGWCNPPLQHFDMSQPAW Q40637 119 8 -
GGHCNPPNAHFVLPIEAF Q9ZP33 131 8 -

Motif 5 width=14
Element Seqn Id St Int Rpt
FLQIAQYRAGIVPV O82093 137 -1 -
FLQIAQYRAGIVPI O81133 136 -1 -
FLQIAQYRAGIVPV Q39625 133 -1 -
FLKIAQYRAGIVPV O48818 138 -1 -
FLKIAQYRAGIVPV Q41043 139 -1 -
FLKIAEYRAGIVPV O81065 138 -1 -
FLKIAEYRAGIVPV Q38865 140 -1 -
FLKIGLYRAGIVPV O80932 143 -1 -
FLKIAEYRAGIVPV O49808 141 -1 -
FLQIAQYRAGIVPV O22874 135 -1 -
FLHIAQYRAGIVPV P93442 129 -1 -
FLQIAKYKAGIVPV O82625 130 -1 -
FLQIGVYRAGIVPV Q40636 134 -1 -
FLKIGLYRAGIVPV Q9ZP32 144 -1 -
FLRIAQYRAGIVPV Q9ZP31 121 -1 -
FLHIAEYRAGIVPV O81999 136 -1 -
FLRIAEYRAGIVPV O49194 141 -1 -
FLQIAQYRAGIVPV Q38866 137 -1 -
FQRIAQYKAGVVPV O80622 130 -1 -
FLKLAQYRAGIVPV O04359 142 -1 -
FQHIAQYKAGIVPV Q9ZP36 131 -1 -
YEKIALYKSGIIPV Q38864 136 -1 -
WQKIGIYRGGIIPV Q39626 138 -1 -
WENIGIYRGGIVPV Q9ZP39 138 -1 -
CENIGIYRGGIVPV Q9ZP38 138 -1 -
FLTIAKYKAGIVPI Q9ZSI1 136 -1 -
WLKIGVYVGGIVPV O24208 142 -1 -
WEKIGVYRGGIIPV Q9ZP37 138 -1 -
WENIAVYQAGIVPV Q40637 136 -1 -
FEKIAIWKASNMPV Q9ZP33 148 -1 -

Motif 6 width=13
Element Seqn Id St Int Rpt
GGIRFTINGHSYF O82093 161 10 -
GGIRFTINGHSYF O81133 160 10 -
GGVRFTINGHSYF Q39625 157 10 -
GGIRFTINGHRYF O48818 162 10 -
GGIRFTINGFRYF Q41043 163 10 -
GGIRFTINGFRYF O81065 162 10 -
GGIRFTINGFRYF Q38865 164 10 -
GGIRFTVNGFRYF O80932 167 10 -
GGMRFTINGFRYF O49808 165 10 -
GGIRFTINGHSYF O22874 159 10 -
GGIRFTVNGHSYF P93442 153 10 -
GGIRFTVNGHSFF O82625 154 10 -
GGIRFTINGHSYF Q40636 158 10 -
GGIRFTINGFRYF Q9ZP32 168 10 -
GGIRFTINGHSYF Q9ZP31 145 10 -
GGIRFTINGFRYF O81999 160 10 -
GGIRYTMNGHSYF O49194 165 10 -
GGIRFTINGNPYF Q38866 161 10 -
GGIRFTINGHSYF O80622 154 10 -
GGIRFTINGFRYF O04359 166 10 -
GGIRFTINGHAYF Q9ZP36 155 10 -
GGIRFTINGHSYF Q38864 160 10 -
GGVRFTVNGRDYF Q39626 162 10 -
GGVRFTINGRNYF Q9ZP39 162 10 -
GGVRFTINGRNYF Q9ZP38 162 10 -
GGMRFTINGRNYF Q9ZSI1 160 10 -
GGVRFTINGRDYF O24208 166 10 -
GGVRFTINGRDYF Q9ZP37 162 10 -
GGIRFAISGHDYF Q40637 160 10 -
GGVRFTINGAGIF Q9ZP33 172 10 -

Motif 7 width=22
Element Seqn Id St Int Rpt
FNLVLITNVGGAGDVHSVSIKG O82093 173 -1 -
FNLVLITNVGGAGDVHSVSIKG O81133 172 -1 -
FNLVLITNVGGAGDVHSVSIKG Q39625 169 -1 -
FNLVLITNVAGAGDIVRASVKG O48818 174 -1 -
FNLVLITNVAGAGDIVRVSVKG Q41043 175 -1 -
FNLVLVTNVAGAGNIVRLGVKG O81065 174 -1 -
FNLVLVTNVAGAGNIVRLGVKG Q38865 176 -1 -
FNLVLVTNVAGAGDINGVSVKG O80932 179 -1 -
FNLVLVTNVAGAGNIVRLSVKG O49808 177 -1 -
FNLVLISNVGGAGDVHAVSIKG O22874 171 -1 -
FNLVLVTNVAGAGDVRSVSIKG P93442 165 -1 -
FNLVLVTNVGGAGDIQSVSIKG O82625 166 -1 -
FNLVLVTNVAGPGDVQSVSIKG Q40636 170 -1 -
FNLLLVTNVAGAGDIQKVLIKG Q9ZP32 180 -1 -
FNLVLVTNVGGSGDVHSVYIKG Q9ZP31 157 -1 -
FNLVLVTNVAGAGDIVSLSIKG O81999 172 -1 -
FNMVLITKLGGAGDITSVSIKG O49194 177 -1 -
FDLVLITNVGGAGDIRAVSLKG Q38866 173 -1 -
FNLVLVTNVGGAGDVHSVAVKG O80622 166 -1 -
FNLVLITNVAGAGDIIKVWVKG O04359 178 -1 -
FNLVLVTNVGGGGDVHAVAVKG Q9ZP36 167 -1 -
FNLVLVTNVGGAGDVHSVSMKG Q38864 172 -1 -
FELVLITNVGGAGDIKSVSIKG Q39626 174 -1 -
FELLMISNVGGAGSVQSVQIKG Q9ZP39 174 -1 -
FELLMISNVGGAGSVQSVQIKG Q9ZP38 174 -1 -
FELVLISNVAGGGEISKVWIKG Q9ZSI1 172 -1 -
FELVLVSNVGGVGSIQSVSIKG O24208 178 -1 -
FELVLVSNVGGAGSVRSVQIKG Q9ZP37 174 -1 -
FELVTVTNVGGSGVVAQMSIKG Q40637 172 -1 -
FLSVLISNVAGAGDIVAAKVKG Q9ZP33 184 -1 -

Motif 8 width=22
Element Seqn Id St Int Rpt
QNWQSNNYLNGQSLSFQVTTSD O82093 208 13 -
QNWQSNSYLNGQALSFQVTTSD O81133 207 13 -
QNWQSNNYLNGQGLSFQVTLSD Q39625 204 13 -
QNWQSNAVLVGQALSFRVTGSD O48818 209 13 -
QNWQSNAVFVGQALSFRVTGSD Q41043 210 13 -
QNWQSNSVLVGQSLSFRVTSSD O81065 209 13 -
QNWQSNSVLVGQSLSFRVTSSD Q38865 211 13 -
QNWQSNAVLIGQSLSFRVTASD O80932 214 13 -
QNWQSNSVLVGQALSFRVTASD O49808 212 13 -
QNWQSNSYMNDQSLSFQVTTSD O22874 207 14 -
QNWQSNAFLDGQSLSFQVTASD P93442 200 13 -
QNWQSNSNLNGQSLSFQVTTSD O82625 201 13 -
QNWQSNSYLDGQSLSFQVAVSD Q40636 205 13 -
QNWQTNSPLVGQALSIRVKASD Q9ZP32 215 13 -
QNWQNNAYLNGQSLSFKVTTGD Q9ZP31 192 13 -
QNWQTNSVLFGQSLSFRVRAGD O81999 207 13 -
QNWQSNAYLNGQSLSFKVTASD O49194 212 13 -
QNWQSNTYLRGQSLSFQVTDSD Q38866 209 14 -
QNWQSNNLLNGQALSFKVTASD O80622 201 13 -
QNWQSNAVLTGQSLSFRVKASD O04359 213 13 -
QNWQNNNYLNGQTLSFKVTTGD Q9ZP36 202 13 -
QNWQSNSYLNGQSLSFVVTTSD Q38864 207 13 -
ANWQSNSYLNGQSLSFKVTTSD Q39626 210 14 -
ANWQSNAYLNGQPLSFKVTTTD Q9ZP39 209 13 -
ANWQSNAYLNGQPLSFKVTTTD Q9ZP38 209 13 -
ANYQSNTYLNGQSLSFKVQLSD Q9ZSI1 208 14 -
VNWQSNAYLDGQSLSFKVTSSD O24208 213 13 -
ANFQSNTYLNGQSLSFRVTTTD Q9ZP37 209 13 -
ANWQSNAYLAGQSLSFIVQLDD Q40637 207 13 -
QNWHISADLKNQPLSFEITSSD Q9ZP33 219 13 -

Motif 9 width=17
Element Seqn Id St Int Rpt
NVAPGNWQFGQTFSGGQ O82093 237 7 -
NAVPADWQFGQTFSGGQ O81133 235 6 -
NLVPSNWQFGQTYEGPQ Q39625 233 7 -
NMVPSNWQFGQTFVGKN O48818 238 7 -
NVAPPHWQFGQTFTGKN Q41043 239 7 -
NIAPANWKFGQTFMGKN O81065 238 7 -
NIAPANWKFGQTFMGKN Q38865 240 7 -
NVAPATWQFGQTFSGKN O80932 243 7 -
NIAPTHWQFGQTFMGKN O49808 241 7 -
DVAPSNWQFGQTYQGGQ O22874 236 7 -
NVAHPGWQFGQTFEGGQ P93442 229 7 -
NAAPNNWQFGQTFEGAQ O82625 230 7 -
NVVPAGWQFXQTFEGGQ Q40636 234 7 -
NVAPSNWQFGQTFEGKN Q9ZP32 244 7 -
NAAPSSWSFGQTFSGGQ Q9ZP31 221 7 -
NITPAHWQFGQTFVGKN O81999 236 7 -
NVVPAGWQFGQTFEGGQ O49194 241 7 -
DVVPHDWQFGQTFEGGQ Q38866 238 7 -
NIAPASWSFGQTFTGRQ O80622 230 7 -
NMVPSHWQFGQTFIGKN O04359 242 7 -
NVAPAHWSFGHTYTGAQ Q9ZP36 231 7 -
NVAPPTWSFGQTYTGGQ Q38864 236 7 -
NVVPSSWRFGQTFASKV Q39626 239 7 -
NVVSSNWQFGQTYSTSI Q9ZP39 238 7 -
NAISSNWNFGQTYSTSI Q9ZP38 238 7 -
NVVPSNWRFGQSFKSNV Q9ZSI1 237 7 -
DVAPAGWTFGQTFSTSQ O24208 242 7 -
NIVPANWRFGQTFSSPT Q9ZP37 238 7 -
NVAPSNWFFGATYSTSW Q40637 236 7 -
NVAPKIWNFGQTFQGKQ Q9ZP33 248 7 -