| Identifier | TRANSFERRIN [View Relations] [View Alignment]
|
| Accession | PR00422 |
| No. of Motifs | 10 |
| Creation Date | 16-NOV-1995 (UPDATE 01-JUL-2001) |
| Title | Transferrin signature |
| Database References |
PROSITE; PS00205 TRANSFERRIN_1; PS00206 TRANSFERRIN_2; PS00207 TRANSFERRIN_3
BLOCKS; BL00205
PFAM; PF00405 transferrin
INTERPRO; IPR001156
PDB; 1AOV; 1LFH; 1LCT; 1LGC
SCOP; 1AOV; 1LFH
CATH; 1AOV; 1LFH
|
| Literature References | 1. CRICHTON, R.R. AND CHARLOTEAUX-WAUTERS, M.
Iron transport and storage.
EUR.J.BIOCHEMISTRY 164(3) 485-506 (1987).
2. ANDERSON, B.F., BAKER, H.M., NORRIS, G.E., RICE, D.W. AND BAKER, E.N.
Structure of human lactoferrin - crystallographic structure analysis and
refinement at 2.8A resolution.
J.MOL.BIOL. 209(4) 711-734 (1989).
|
| Documentation | Transferrins are eukaryotic iron-binding glycoproteins that control the
level of free iron in biological fluids [1]. The proteins have arisen by
duplication of a domain of about 340 residues, each duplicated domain
binding 1 iron atom. The iron atoms are bound by 4 conserved residues:
an aspartic acid, 2 tyrosines and a histidine [2]. All cysteines in each
domain are involved in disulphide bond formation. To date, the family
members have been shown to include blood serotransferrin (siderophilin);
milk lactotransferrin (lactoferrin); egg white ovotransferrin (conalbumin);
and membrane-associated melanotransferrin.
TRANSFERRIN is a 10-element fingerprint that provides a signature for the
transferrins. The fingerprint was derived from an initial alignment of
15 sequences: the motifs were drawn from conserved regions spanning
the full length of the first domain - motif 1 spans the C-terminus of beta-
strand 2 and alpha-helix 2; motif 2 spans strand 3 and helix 3, and includes
a conserved iron-binding aspartate residue; motif 3 encodes strand 5 and
contains a conserved iron-binding tyrosine residue; motif 4 spans strand 6
and the N-terminal portion of helix 5; motif 5 encodes helices 6 and 7 and
strand 7; motif 6 spans helix 9 and strand 8, and includes a conserved iron-
binding tyrosine residue; motif 7 spans strands 9 and 10 and the N-terminal
portion of helix 12; motif 8 encodes the C-terminal portion of helix 12 and
strands 11 and 12, and includes a conserved iron-binding histidine residue;
motif 9 includes strand 13; and motif 10 spans helices 14 and 15. Two
iterations on SPTR39_15f were required to reach convergence, at which point
a true set comprising 38 sequences was identified. Several partial matches
were also found, all of which are transferrins or transferrin-like proteins
that fail to match one or more motifs.
|
| Summary Information | 38 codes involving 10 elements
1 codes involving 9 elements
4 codes involving 8 elements
0 codes involving 7 elements
3 codes involving 6 elements
5 codes involving 5 elements
3 codes involving 4 elements
0 codes involving 3 elements
2 codes involving 2 elements
|
| Composite Feature Index | | 10 | 38 | 38 | 38 | 38 | 38 | 38 | 38 | 38 | 38 | 38 | | 9 | 1 | 1 | 1 | 1 | 1 | 1 | 1 | 1 | 1 | 0 | | 8 | 3 | 4 | 4 | 4 | 2 | 2 | 4 | 4 | 3 | 2 | | 7 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | | 6 | 1 | 2 | 2 | 3 | 3 | 3 | 1 | 2 | 1 | 0 | | 5 | 4 | 2 | 2 | 5 | 4 | 5 | 3 | 0 | 0 | 0 | | 4 | 2 | 0 | 0 | 3 | 3 | 3 | 1 | 0 | 0 | 0 | | 3 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | 0 | | 2 | 1 | 0 | 0 | 0 | 0 | 1 | 1 | 0 | 1 | 0 | | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 |
|
| True Positives | O93429 O97490 P79815 P79819
Q29545 Q9IA82 Q9IA83 Q9MZS5
Q9MZY3 Q9PRH5 Q9PT13 Q9PU66
Q9PU67 Q9PU68 Q9PU69 Q9PU70
Q9R0R1 Q9TUM0 Q9XT72 SAX_RANCA
TRF1_SALSA TRF2_SALSA TRFE_ANAPL TRFE_BOVIN
TRFE_CHICK TRFE_HORSE TRFE_HUMAN TRFE_PIG
TRFE_RABIT TRFE_RAT TRFE_XENLA TRFL_BOVIN
TRFL_BUBBU TRFL_CAPHI TRFL_HUMAN TRFL_MOUSE
TRFL_PIG TRFM_HUMAN |
| True Positive Partials | |
| Sequence Titles | O93429 SEROTRANSFERRIN PRECURSOR - PARALICHTHYS OLIVACEUS (FLOUNDER).
O97490 P97 - Oryctolagus cuniculus (Rabbit).
P79815 SEROTRANSFERRIN PRECURSOR - ONCORHYNCHUS KISUTCH (COHO SALMON).
P79819 SEROTRANSFERRIN PRECURSOR - ORYZIAS LATIPES (MEDAKA FISH).
Q29545 INHIBITOR OF CARBONIC ANHYDRASE PRECURSOR - SUS SCROFA (PIG).
Q9IA82 TRANSFERRIN - Paralichthys olivaceus (Flounder).
Q9IA83 TRANSFERRIN - Paralichthys olivaceus (Flounder).
Q9MZS5 LACTOFERRIN - Camelus dromedarius (Dromedary) (Arabian camel).
Q9MZY3 LACTOFERRIN - Bos taurus (Bovine).
Q9PRH5 TRANSFERRIN - Oncorhynchus masou (Cherry salmon) (Masu salmon), and Oncorhynchus rhodurus (amago).
Q9PT13 TRANSFERRIN - Oncorhynchus mykiss (Rainbow trout) (Salmo gairdneri).
Q9PU66 TRANSFERRIN - Salmo trutta (Brown trout).
Q9PU67 TRANSFERRIN - Salvelinus namaycush (lake trout).
Q9PU68 TRANSFERRIN - Salvelinus fontinalis (Brook trout).
Q9PU69 TRANSFERRIN - Salvelinus pluvius.
Q9PU70 TRANSFERRIN - Oncorhynchus nerka (Sockeye salmon).
Q9R0R1 MEMBRANE-BOUND TRANSFERRIN-LIKE PROTEIN P97 - Mus musculus (Mouse).
Q9TUM0 LACTOFERRIN PRECURSOR - Camelus dromedarius (Dromedary) (Arabian camel).
Q9XT72 SERUM IRON TRANSPORT PROTEIN TRANSFERRIN - Trichosurus vulpecula (Brush-tailed possum).
SAX_RANCA SAXIPHILIN PRECURSOR (SAX) - Rana catesbeiana (Bull frog).
TRF1_SALSA SEROTRANSFERRIN I PRECURSOR (SIDEROPHILIN I) (STF I) - Salmo salar (Atlantic salmon).
TRF2_SALSA SEROTRANSFERRIN II PRECURSOR (SIDEROPHILIN II) (STF II) - Salmo salar (Atlantic salmon).
TRFE_ANAPL OVOTRANSFERRIN - Anas platyrhynchos (Domestic duck).
TRFE_BOVIN SEROTRANSFERRIN PRECURSOR (SIDEROPHILIN) (BETA-1-METAL BINDING GLOBULIN) - Bos taurus (Bovine).
TRFE_CHICK OVOTRANSFERRIN PRECURSOR (CONALBUMIN) (ALLERGEN GAL D 3) (GAL D III) (SERUM TRANSFERRIN) - Gallus gallus (Chicken).
TRFE_HORSE SEROTRANSFERRIN PRECURSOR (SIDEROPHILIN) (BETA-1-METAL BINDING GLOBULIN) - Equus caballus (Horse).
TRFE_HUMAN SEROTRANSFERRIN PRECURSOR (SIDEROPHILIN) (BETA-1-METAL BINDING GLOBULIN) - Homo sapiens (Human).
TRFE_PIG SEROTRANSFERRIN (SIDEROPHILIN) (BETA-1-METAL BINDING GLOBULIN) - Sus scrofa (Pig).
TRFE_RABIT SEROTRANSFERRIN PRECURSOR (SIDEROPHILIN) (BETA-1-METAL BINDING GLOBULIN) - Oryctolagus cuniculus (Rabbit).
TRFE_RAT SEROTRANSFERRIN PRECURSOR (SIDEROPHILIN) (BETA-1-METAL BINDING GLOBULIN) - Rattus norvegicus (Rat).
TRFE_XENLA SEROTRANSFERRIN PRECURSOR - Xenopus laevis (African clawed frog).
TRFL_BOVIN LACTOTRANSFERRIN PRECURSOR (LACTOFERRIN) [CONTAINS: LACTOFERRICIN B (LFCIN B)] - Bos taurus (Bovine).
TRFL_BUBBU LACTOTRANSFERRIN PRECURSOR(LACTOFERRIN) - Bubalus bubalis (Domestic water buffalo).
TRFL_CAPHI LACTOTRANSFERRIN PRECURSOR (LACTOFERRIN) - Capra hircus (Goat).
TRFL_HUMAN LACTOTRANSFERRIN PRECURSOR (LACTOFERRIN) [CONTAINS: LACTOFERROXIN A; LACTOFERROXIN B; LACTOFERROXIN C] - Homo sapiens (Human).
TRFL_MOUSE LACTOTRANSFERRIN PRECURSOR (LACTOFERRIN) - Mus musculus (Mouse).
TRFL_PIG LACTOTRANSFERRIN PRECURSOR (LACTOFERRIN) - Sus scrofa (Pig).
TRFM_HUMAN MELANOTRANSFERRIN PRECURSOR (MELANOMA-ASSOCIATED ANTIGEN P97) - Homo sapiens (Human).
TRF_BLADI TRANSFERRIN PRECURSOR - Blaberus discoidalis (Tropical cockroach).
Q92062 MELANOTRANSFERRIN/EOS47 PRECURSOR - Gallus gallus (Chicken).
Q9UHU8 PRO1557 - Homo sapiens (Human).
Q9UHV0 PRO1400 - Homo sapiens (Human).
Q9VTZ5 CG10620 PROTEIN - Drosophila melanogaster (Fruit fly).
P91775 PACIFASTIN HEAVY CHAIN PRECURSOR - Pacifastacus leniusculus (Signal crayfish).
Q9IBF7 OTOLITH MATRIX PROTEIN-1 - Oncorhynchus mykiss (Rainbow trout) (Salmo gairdneri).
TRF_MANSE TRANSFERRIN PRECURSOR - Manduca sexta (Tobacco hawkmoth) (Tobacco hornworm).
O96418 TRANSFERRIN - Riptortus clavatus.
O97158 TRANSFERRIN - Bombyx mori (Silk moth).
O97355 TRANSFERRIN PRECURSOR - Drosophila melanogaster (Fruit fly).
Q16894 TRANSFERRIN PRECURSOR (BAHAMA HEMOLYMPH POLYPEPTIDE) (ORF1) - Aedes aegypti (Yellowfever mosquito).
Q9VWV6 TRANSFERRIN PROTEIN - Drosophila melanogaster (Fruit fly).
O97356 TRANSFERRIN PRECURSOR - Drosophila silvestris (Fruit fly).
P93125 TTF-1 - Dunaliella salina.
Q9M680 TRANSFERRIN - Dunaliella tertiolecta.
Q64599 HEMIFERRIN - Rattus norvegicus (Rat).
Q9V7K9 CG3666 PROTEIN - Drosophila melanogaster (Fruit fly).
|
| Scan History | SPTR39_15f 2 105 NSINGLE
|
| Initial Motifs | Motif 1 width=19
Element Seqn Id St Int Rpt
CVRKDGSFECIQAIKGGEA TRF1_SALSA 50 50 -
CVRKDGSFECIQAIKGGEA TRF2_SALSA 50 50 -
CVKKASYLDCIKAIAAHEA TRFE_RABIT 58 58 -
CVKKASYLDCIRAIAANEA TRFE_HUMAN 58 58 -
CVKRTSYLECIKAIADNEA TRFE_HORSE 55 55 -
CVKKSSYLDCIKAIRDKEA TRFE_PIG 38 38 -
CVRRAFALECIRAIAEKKA TRFL_BOVIN 55 55 -
CIKRDSPIQCIQAIAENRA TRFL_HUMAN 56 56 -
CVKKTSHMDCIKAISNNEA TRFE_BOVIN 57 57 -
CVQKATYLDCIKAISNNEA TRFE_ANAPL 36 36 -
CVQKATYLDCIKAIANNEA TRFE_CHICK 55 55 -
CVKKSSTRQCIQAIVTNRA TRFL_MOUSE 54 54 -
CVRGTSADHCVQLIAAQEA TRFM_HUMAN 54 54 -
CVEKSNTDECSTAIQEDHA TRFE_XENLA 55 55 -
CVLRSSTEDCMTAIKDGQA SAX_RANCA 55 55 -
Motif 2 width=15
Element Seqn Id St Int Rpt
ADAITLDGGDIYTAG TRF1_SALSA 68 -1 -
ADAITLDGGDIYTAG TRF2_SALSA 68 -1 -
ADAVTLDAGLVHEAG TRFE_RABIT 76 -1 -
ADAVTLDAGLVYDAY TRFE_HUMAN 76 -1 -
ADAVTLDAGLVFEAG TRFE_HORSE 73 -1 -
ADAVTLDAGLVFEAG TRFE_PIG 56 -1 -
ADAVTLDGGMVFEAG TRFL_BOVIN 73 -1 -
ADAVTLDGGFIYEAG TRFL_HUMAN 74 -1 -
ADAVTLDGGLVYEAG TRFE_BOVIN 75 -1 -
ADAISLDGGQVFEAG TRFE_ANAPL 54 -1 -
ADAISLDGGQAFEAG TRFE_CHICK 73 -1 -
ADAMTLDGGTLFDAG TRFL_MOUSE 72 -1 -
ADAITLDGGAIYEAG TRFM_HUMAN 72 -1 -
ADAICVDGGDVYKGS TRFE_XENLA 73 -1 -
ADAMFLDSGEVYEAS SAX_RANCA 73 -1 -
Motif 3 width=13
Element Seqn Id St Int Rpt
TCYYAVAVAKKGT TRF1_SALSA 102 19 -
TCYYAVAVAKKGT TRF2_SALSA 102 19 -
TFYYAVALVKKGS TRFE_RABIT 112 21 -
TFYYAVAVVKKDS TRFE_HUMAN 112 21 -
THYYAVAVVKKNS TRFE_HORSE 109 21 -
THYYAVAVVKKGS TRFE_PIG 92 21 -
THYYAVAVVKKGS TRFL_BOVIN 109 21 -
THYYAVAVVKKGG TRFL_HUMAN 110 21 -
THYYAVAVVKKDT TRFE_BOVIN 111 21 -
TSYYAVAVVKKGT TRFE_ANAPL 90 21 -
TSYYAVAVVKKGT TRFE_CHICK 109 21 -
THYYAVAVVKNSS TRFL_MOUSE 108 21 -
TSYYAVAVVRRSS TRFM_HUMAN 105 18 -
TCYYAVAVVKKSS TRFE_XENLA 109 21 -
TCHYAVAMVKKSS SAX_RANCA 252 164 -
Motif 4 width=24
Element Seqn Id St Int Rpt
LRGKKSCHTGLGKSAGWNIPIGTL TRF1_SALSA 121 6 -
LRGKKSCHTGLGKSAGWNIPIGTL TRF2_SALSA 121 6 -
LQGKKSCHTGLGRSAGWNIPIGLL TRFE_RABIT 131 6 -
LRGKKSCHTGLGRSAGWNIPIGLL TRFE_HUMAN 131 6 -
LQGKKSCHTGLGRSAGWNIPIGLL TRFE_HORSE 128 6 -
LQGKRSCHTGLGRSAGWIIPMGLL TRFE_PIG 111 6 -
LQGRKSCHTGLGRSAGWIIPMGIL TRFL_BOVIN 128 6 -
LQGLKSCHTGLRRTAGWNVPIGTL TRFL_HUMAN 129 6 -
LRGKKSCHTGLGRSAGWNIPMAKL TRFE_BOVIN 130 6 -
LRGKTSCHTGLGRSAGWNIPIGTL TRFE_ANAPL 109 6 -
LQGKTSCHTGLGRSAGWNIPIGTL TRFE_CHICK 128 6 -
LQGLRSCHTGIGRSAGWKIPIGTL TRFL_MOUSE 127 6 -
LKGVKSCHTGINRTVGWNVPVGYL TRFM_HUMAN 124 6 -
LKDKKSCHTGIGKTAGWNIIIGLL TRFE_XENLA 128 6 -
LKGKRSCHSGVSKTDGWKALVTVL SAX_RANCA 271 6 -
Motif 5 width=17
Element Seqn Id St Int Rpt
VESAVSDFFNASCAPGA TRF1_SALSA 160 15 -
VESAVSDFFNASCAPGA TRF2_SALSA 160 15 -
LEKAVASFFSGSCVPCA TRFE_RABIT 165 10 -
LEKAVANFFSGSCAPCA TRFE_HUMAN 165 10 -
LQKAVSNFFAGSCVPCA TRFE_HORSE 162 10 -
IEKAVASFFSSSCVPCA TRFE_PIG 145 10 -
LQGAVAKFFSASCVPCI TRFL_BOVIN 164 12 -
IEAAVARFFSASCVPGA TRFL_HUMAN 165 12 -
IQRAAANFFSASCVPCA TRFE_BOVIN 164 10 -
SEQAVAKFFSASCVPGA TRFE_ANAPL 148 15 -
VEQAVAKFFSASCVPGA TRFE_CHICK 167 15 -
LEEAVSKFFSKSCVPGA TRFL_MOUSE 163 12 -
VLKAVSDYFGGSCVPGA TRFM_HUMAN 160 12 -
WRNAVSKFFKASCVPGA TRFE_XENLA 167 15 -
IQRAMSKFFSVSCIPGA SAX_RANCA 310 15 -
Motif 6 width=22
Element Seqn Id St Int Rpt
YYDYAGAFQCLKDGAGDVAFIK TRF1_SALSA 198 21 -
YYDYAGAFQCLKDGAGDVAFIK TRF2_SALSA 198 21 -
YFGYSGAFKCLKDGLGDVAFVK TRFE_RABIT 204 22 -
YFGYSGAFKCLKDGAGDVAFVK TRFE_HUMAN 204 22 -
YFGYSGAFKCLADGAGDVAFVK TRFE_HORSE 206 27 -
YFGYAGAFNCLKEDAGDVAFVK TRFE_PIG 189 27 -
YFGYSGAFKCLQDGAGDVAFVK TRFL_BOVIN 208 27 -
YFSYSGAFKCLRDGAGDVAFIR TRFL_HUMAN 209 27 -
YFGYSGAFKCLMEGAGDVAFVK TRFE_BOVIN 208 27 -
YSGYSGAFQCLKDGKGDVAFVK TRFE_ANAPL 188 23 -
YSGYSGAFHCLKDGKGDVAFVK TRFE_CHICK 207 23 -
YSGYAGALRCLRDNAGDVAFTR TRFL_MOUSE 207 27 -
YYDYSGAFRCLAEGAGDVAFVK TRFM_HUMAN 207 30 -
YYNYAGAFKCLQDDQGDVAFVK TRFE_XENLA 208 24 -
YYGNYGAFRCLKEDMGDVAFLR SAX_RANCA 351 24 -
Motif 7 width=15
Element Seqn Id St Int Rpt
YELLCKDGTRASIDS TRF1_SALSA 231 11 -
YELLCKDGTRASIDS TRF2_SALSA 231 11 -
YELLCLDNTRKPVDE TRFE_RABIT 242 16 -
YELLCLDNTRKPVDE TRFE_HUMAN 242 16 -
YQLLCRDNTRKSVDE TRFE_HORSE 244 16 -
YELLCRDNTRRPVDD TRFE_PIG 227 16 -
YELLCLNNSRAPVDA TRFL_BOVIN 246 16 -
YELLCPDNTRKPVDK TRFL_HUMAN 247 16 -
YELLCGDNTRKSVDD TRFE_BOVIN 246 16 -
YELLCLDGSRQPVDS TRFE_ANAPL 224 14 -
YELLCLDGSRQPVDN TRFE_CHICK 243 14 -
YKLLCPDNTWKPVTE TRFL_MOUSE 245 16 -
FELLCRDGSRADVTE TRFM_HUMAN 253 24 -
YELLCPDNTRKSIKE TRFE_XENLA 241 11 -
YELLCPDNTRKPLNK SAX_RANCA 384 11 -
Motif 8 width=19
Element Seqn Id St Int Rpt
KTCHLARVPAHAVVSRKDP TRF1_SALSA 247 1 -
KTCHLARVPAHAVVSRKDP TRF2_SALSA 247 1 -
EQCHLARVPSHAVVARSVD TRFE_RABIT 258 1 -
KDCHLAQVPSHTVVARSMG TRFE_HUMAN 258 1 -
KDCYLASIPSHAVVARSVD TRFE_HORSE 260 1 -
ENCYLAQVPSHAVVARSVD TRFE_PIG 243 1 -
KECHLAQVPSHAVVARSVD TRFL_BOVIN 262 1 -
KDCHLARVPSHAVVARSVN TRFL_HUMAN 263 1 -
QECYLAMVPSHAVVARTVG TRFE_BOVIN 262 1 -
KTCNWARVAAHAVVARDDS TRFE_ANAPL 240 1 -
KTCNWARVAAHAVVARDDN TRFE_CHICK 259 1 -
KECHLAQVPSHAVVSRSTN TRFL_MOUSE 261 1 -
RQCHLARVPAHAVVVRADT TRFM_HUMAN 269 1 -
KNCNLAKVPAHAVLTRGRD TRFE_XENLA 257 1 -
KECNLGTVPAGTVVTRKIS SAX_RANCA 400 1 -
Motif 9 width=19
Element Seqn Id St Int Rpt
KNLMFKDSAQKLVQLPTTT TRF1_SALSA 292 26 -
KNLMFKDSAQKLVQLPTTT TRF2_SALSA 292 26 -
KNLLFKDSAYGFFKVPPRM TRFE_RABIT 310 33 -
KDLLFKDSAHGFLKVPPRM TRFE_HUMAN 310 33 -
KDLLFKDSALGFLRIPPAM TRFE_HORSE 312 33 -
KDLLFKDSANGFLKIPSKM TRFE_PIG 295 33 -
RDLLFKDSALGFLRIPSKV TRFL_BOVIN 315 34 -
KDLLFKDSAIGFSRVPPRI TRFL_HUMAN 316 34 -
KDLLFKDSADGFLKIPSKM TRFE_BOVIN 314 33 -
KDLLFKDSAIMLKRVPELM TRFE_ANAPL 296 37 -
KDLLFKDSAIMLKRVPSLM TRFE_CHICK 315 37 -
KDLLFKESAIGFVRVPQKV TRFL_MOUSE 314 34 -
KDLLFKDSTSELVPIATQT TRFM_HUMAN 321 33 -
RDLIFKDSAVSLIPLPSSM TRFE_XENLA 304 28 -
KDLMFDDSTLQLALLSSEV SAX_RANCA 445 26 -
Motif 10 width=17
Element Seqn Id St Int Rpt
FLYLGAEYMSTIRSLKK TRF1_SALSA 313 2 -
FLYLGAEYMSTIRSLKK TRF2_SALSA 313 2 -
NLYLGYEYVTAVRNLRE TRFE_RABIT 331 2 -
KMYLGYEYVTAIRNLRE TRFE_HUMAN 331 2 -
WLYLGYEYVTAIRNLRE TRFE_HORSE 333 2 -
SLYLGYQYVTALRNLRE TRFE_PIG 316 2 -
ALYLGSRYLTTLKNLRE TRFL_BOVIN 336 2 -
GLYLGSGYFTAIQNLRK TRFL_HUMAN 337 2 -
ELYLGYEYVTALQNLRE TRFE_BOVIN 335 2 -
QLYLGFEYYSAIQSLRK TRFE_ANAPL 317 2 -
QLYLGFEYYSAIQSMRK TRFE_CHICK 336 2 -
GLYLTFSYTTSIQNLNK TRFL_MOUSE 335 2 -
EAWLGHEYLHAMKGLLC TRFM_HUMAN 341 1 -
FLFLGADYFQCIQALKE TRFE_XENLA 325 2 -
FLYLGVKLFHAMKALTG SAX_RANCA 466 2 -
|
| Final Motifs | Motif 1 width=19
Element Seqn Id St Int Rpt
CVKKTSRFECIQAISTEKA Q9TUM0 55 55 -
CVKKASYLDCIRAIAANEA TRFE_HUMAN 58 58 -
CVKRTSYLECIKAIADNEA TRFE_HORSE 55 55 -
CVKKSSYLDCIKAIRDKEA TRFE_PIG 38 38 -
CVRRAFALECIRAIAEKKA Q9MZY3 55 55 -
CVRRAFALECIRAIAEKKA TRFL_BOVIN 55 55 -
CIKRDSPIQCIQAIAENRA TRFL_HUMAN 56 56 -
CVKKESTLDCIIAIKAGEA P79819 49 49 -
CVKKTSHMDCIKAISNNEA TRFE_BOVIN 57 57 -
CIRRTSALECIRAIAGKNA TRFL_CAPHI 55 55 -
CVQKATYLDCIKAISNNEA TRFE_ANAPL 36 36 -
CVQKATYLDCIKAIANNEA TRFE_CHICK 55 55 -
CVKKTSYQDCIKAISGGEA TRFE_RAT 58 58 -
CVKRTSYLECIRAILANEA Q29545 58 58 -
CVARASITDCLTAIKAGEA Q9IA82 48 48 -
CVARASITDCLTAIKAGEA Q9IA83 48 48 -
CVRRDDSLECIQAIKREEA P79815 50 50 -
CIRRASPTDCIRAIAAKRA TRFL_PIG 53 53 -
CVARASITDCLTAIKAGEA O93429 48 48 -
CIKKTSHLDCVKAIAENEA Q9XT72 54 54 -
CVKKSSTRQCIQAIVTNRA TRFL_MOUSE 54 54 -
CVQGTSADHCVQLIAAHEA O97490 54 54 -
CVRGTSADHCVQLIAAQEA TRFM_HUMAN 54 54 -
CVEKSNTDECSTAIQEDHA TRFE_XENLA 55 55 -
CVQGNSADHCVQLIKEQKA Q9R0R1 54 54 -
CVLRSSTEDCMTAIKDGQA SAX_RANCA 55 55 -
CVRRAFVLECIRAITEKKA TRFL_BUBBU 55 55 -
CVKKTSRFECIQAISTEKA Q9MZS5 55 55 -
CVKRDDSFECIKAIKRGEA Q9PU67 50 50 -
CVRRDNSLECIQAIKREEA Q9PT13 50 50 -
CVRRDDSFECIQAIKREEA Q9PU70 50 50 -
CVKRDDSFECIKAIKREEA Q9PRH5 50 50 -
CVKKASYLDCIKAIAAHEA TRFE_RABIT 58 58 -
CLRKDGSFECIQAIKGGEA Q9PU66 51 51 -
CVRKDGSFECIQAIKGGEA TRF2_SALSA 50 50 -
CVRKDGSFECIQAIKGGEA TRF1_SALSA 50 50 -
CVKKDDSFECIKAIKRGEA Q9PU69 50 50 -
CVKRDDSFECIKAIKRGEA Q9PU68 50 50 -
Motif 2 width=15
Element Seqn Id St Int Rpt
ADAITLDGGEIYTAG O93429 66 -1 -
ADAVTLDGGMVFEAG TRFL_BUBBU 73 -1 -
ADAITLDGGDIYIAG P79815 68 -1 -
ADAITLDGGDIYTAG TRF1_SALSA 68 -1 -
ADAITLDGGDIYTAG TRF2_SALSA 68 -1 -
ADAITLDGGDIYTAG Q9PU66 69 -1 -
ADAITLDGGDIYIAG Q9PRH5 68 -1 -
ADAITLDGGDIYIAG Q9PU70 68 -1 -
ADAITLDGGDIYIAG Q9PT13 68 -1 -
ADAITLDGGDIYTAG Q9PU69 68 -1 -
ADAITLDGGDIYTAG Q9PU68 68 -1 -
ADAITLDGGDIYTAG Q9PU67 68 -1 -
ADAVTLDGGLVYDAG Q9MZS5 73 -1 -
ADAVTLDAGLVHEAG TRFE_RABIT 76 -1 -
ADAVTLDGGLVYDAG Q9TUM0 73 -1 -
ADAVTLDAGLVYDAY TRFE_HUMAN 76 -1 -
ADAVTLDAGLVFEAG TRFE_HORSE 73 -1 -
ADAVTLDAGLVFEAG TRFE_PIG 56 -1 -
ADAVTLDGGMVFEAG Q9MZY3 73 -1 -
ADAVTLDGGMVFEAG TRFL_BOVIN 73 -1 -
ADAVTLDGGFIYEAG TRFL_HUMAN 74 -1 -
ADAITVDGGDVYTAG P79819 67 -1 -
ADAVTLDGGLVYEAG TRFE_BOVIN 75 -1 -
ADAVTLDSGMVFEAG TRFL_CAPHI 73 -1 -
ADAISLDGGQVFEAG TRFE_ANAPL 54 -1 -
ADAISLDGGQAFEAG TRFE_CHICK 73 -1 -
ADAITLDGGWVYDAG TRFE_RAT 76 -1 -
ADAVTIDGGLVFEAG Q29545 76 -1 -
ADAITLDGGEIYTAG Q9IA82 66 -1 -
ADAITLDGGEIYTAG Q9IA83 66 -1 -
ADAVTLDGGLVFEAD TRFL_PIG 71 -1 -
ADAVTIDGGLIYEAG Q9XT72 72 -1 -
ADAMTLDGGTLFDAG TRFL_MOUSE 72 -1 -
ADAITLDGGAIYEAG O97490 72 -1 -
ADAITLDGGAIYEAG TRFM_HUMAN 72 -1 -
ADAICVDGGDVYKGS TRFE_XENLA 73 -1 -
ADAITLDGGAIYEAG Q9R0R1 72 -1 -
ADAMFLDSGEVYEAS SAX_RANCA 73 -1 -
Motif 3 width=13
Element Seqn Id St Int Rpt
THYYAVAVVKKGS TRFL_CAPHI 109 21 -
THYYAVAVVKKGS TRFL_BUBBU 109 21 -
TCYYAVAVAKKGT P79815 102 19 -
TCYYAVAVAKKGT TRF1_SALSA 102 19 -
TCYYAVAVAKKGT TRF2_SALSA 102 19 -
TCYYAVAVAKKGT Q9PU66 103 19 -
TCYYAVVVAKKGT Q9PRH5 102 19 -
TCYYAVAVAKTGT Q9PU70 102 19 -
TCYYAVAVAKKGT Q9PT13 102 19 -
TCYYAVAVAKKDT Q9PU69 102 19 -
TCYYAVAVAKKDT Q9PU68 102 19 -
TCYYAVAVAKKDT Q9PU67 102 19 -
THYYAVAIAKKGT Q9MZS5 109 21 -
TFYYAVALVKKGS TRFE_RABIT 112 21 -
THYYAVAIAKKGT Q9TUM0 109 21 -
TFYYAVAVVKKDS TRFE_HUMAN 112 21 -
THYYAVAVVKKNS TRFE_HORSE 109 21 -
THYYAVAVVKKGS TRFE_PIG 92 21 -
THYYAVAVVKKGS Q9MZY3 109 21 -
THYYAVAVVKKGS TRFL_BOVIN 109 21 -
THYYAVAVVKKGG TRFL_HUMAN 110 21 -
TCYYAVAVAKKGT P79819 101 19 -
THYYAVAVVKKDT TRFE_BOVIN 111 21 -
TSYYAVAVVKKGT TRFE_ANAPL 90 21 -
TSYYAVAVVKKGT TRFE_CHICK 109 21 -
THYLAVAVVKKGT TRFE_RAT 112 21 -
THYYAVAVVKKGS Q29545 112 21 -
TCYYAVAVAKKNT Q9IA82 100 19 -
TCYYAVAVAKKNT Q9IA83 100 19 -
TYYYAVAVVKKGF TRFL_PIG 105 19 -
TCYYAVAVAKKNT O93429 100 19 -
SQYFAVAVGKKGT Q9XT72 108 21 -
THYYAVAVVKNSS TRFL_MOUSE 108 21 -
TSYYAVAVVKRSS O97490 105 18 -
TSYYAVAVVRRSS TRFM_HUMAN 105 18 -
TCYYAVAVVKKSS TRFE_XENLA 109 21 -
TSYYAVAVVRRNS Q9R0R1 105 18 -
TCHYAVAMVKKSS SAX_RANCA 252 164 -
Motif 4 width=24
Element Seqn Id St Int Rpt
LRGKKSCHTGLGKSAGWNIPIGTL Q9PU68 121 6 -
LRGKKSCHTGLGKSAGWNIPIGTL Q9PU67 121 6 -
LQGLKSCHTGLGRSAGWNIPMGLL Q9MZS5 128 6 -
LQGKKSCHTGLGRSAGWNIPIGLL TRFE_RABIT 131 6 -
LQGLKSCHTGLGRSAGWNIPMGLL Q9TUM0 128 6 -
LRGKKSCHTGLGRSAGWNIPIGLL TRFE_HUMAN 131 6 -
LQGKKSCHTGLGRSAGWNIPIGLL TRFE_HORSE 128 6 -
LQGKRSCHTGLGRSAGWIIPMGLL TRFE_PIG 111 6 -
LQGRKSCHTGLGRSAGWIIPMGIL Q9MZY3 128 6 -
LQGRKSCHTGLGRSAGWIIPMGIL TRFL_BOVIN 128 6 -
LQGLKSCHTGLRRTAGWNVPIGTL TRFL_HUMAN 129 6 -
LRGKKSCHTGLGKSAGWNIPIGTL P79819 120 6 -
LRGKKSCHTGLGRSAGWNIPMAKL TRFE_BOVIN 130 6 -
LQGQKSCHMGLGRSAGWNIPVGIL TRFL_CAPHI 128 6 -
LRGKTSCHTGLGRSAGWNIPIGTL TRFE_ANAPL 109 6 -
LQGKTSCHTGLGRSAGWNIPIGTL TRFE_CHICK 128 6 -
LQGKKSCHTGLGRSAGWIIPIGLL TRFE_RAT 131 6 -
LRGKKSCHTGLGWSAGWNIPMGIL Q29545 131 6 -
LMGKKSCHTGVGKSAGWNIPIGTL Q9IA82 119 6 -
LMGKKSCHTGVGKSAGWNIPIGTL Q9IA83 119 6 -
LQGRKSCHTGLGRSAGWNIPIGLL TRFL_PIG 124 6 -
LMGKKSCHTGVGKSAGWNIPIGTL O93429 119 6 -
LKGKKSCHTGLGRSAGWVVPVGTL Q9XT72 127 6 -
LQGLRSCHTGIGRSAGWKIPIGTL TRFL_MOUSE 127 6 -
LRGVKSCHTGINRTVGWNVPVGYL O97490 124 6 -
LKGVKSCHTGINRTVGWNVPVGYL TRFM_HUMAN 124 6 -
LKDKKSCHTGIGKTAGWNIIIGLL TRFE_XENLA 128 6 -
LKGVKSCHTGINRTVGWNVPVGYL Q9R0R1 124 6 -
LRGKKSCHTGLGKSAGWNIPIGTL Q9PU66 122 6 -
LKGKRSCHSGVSKTDGWKALVTVL SAX_RANCA 271 6 -
LRGKKSCHTGLGKSAGWNIPIGTL Q9PRH5 121 6 -
LRGKKSCHTGLGKSAGWNIPIGTL Q9PU70 121 6 -
LRGKKSCHTGLGKSAGWNIPIGTL Q9PT13 121 6 -
LRGKKSCHTGLGKSAGWNIPIGTL TRF2_SALSA 121 6 -
LRGKKSCHTGLGKSAGWNIPIGTL TRF1_SALSA 121 6 -
LRGKKSCHTGLGKSAGWNIPIGTL P79815 121 6 -
LRGKRSCHTGLGKSAGWNIPIGTL Q9PU69 121 6 -
LQGRNSCHTGLGRSAGWNIPMGIL TRFL_BUBBU 128 6 -
Motif 5 width=17
Element Seqn Id St Int Rpt
VLKAVSEYFGGSCVPGA O97490 160 12 -
VESAVSDFFNASCAPGA P79815 160 15 -
VESAVSDFFNASCAPGA TRF1_SALSA 160 15 -
VESAVSDFFNASCAPGA TRF2_SALSA 160 15 -
VESAVSDFFNASCAPGA Q9PU66 161 15 -
VESAVSDFFNASCVPGA Q9PRH5 160 15 -
VESAVSDFFNASCAPGA Q9PU70 160 15 -
VESAVSDFFNASCAPGA Q9PT13 160 15 -
VESAVSDFFNASCAPGA Q9PU69 160 15 -
VESAVSDFFNASCAPGA Q9PU68 160 15 -
VESAVSDFFNASCAPGA Q9PU67 160 15 -
LQKAVAKFFSASCVPCV Q9MZS5 164 12 -
LEKAVASFFSGSCVPCA TRFE_RABIT 165 10 -
LQKAVAKFFSASCVPCV Q9TUM0 164 12 -
LEKAVANFFSGSCAPCA TRFE_HUMAN 165 10 -
LQKAVSNFFAGSCVPCA TRFE_HORSE 162 10 -
IEKAVASFFSSSCVPCA TRFE_PIG 145 10 -
LQGAVAKFFSASCVPCI Q9MZY3 164 12 -
LQGAVAKFFSASCVPCI TRFL_BOVIN 164 12 -
IEAAVARFFSASCVPGA TRFL_HUMAN 165 12 -
VEEEVSTFFQASCVPGA P79819 159 15 -
IQRAAANFFSASCVPCA TRFE_BOVIN 164 10 -
LQGAVARFFSASCVPCV TRFL_CAPHI 164 12 -
SEQAVAKFFSASCVPGA TRFE_ANAPL 148 15 -
VEQAVAKFFSASCVPGA TRFE_CHICK 167 15 -
LEKAVASFFSGSCVPCA TRFE_RAT 165 10 -
GEEAAAKFFSSSCVPCA Q29545 160 5 -
LEEVVGEFFHSSCAPGA Q9IA82 158 15 -
LEEVVGEFFHSSCAPGA Q9IA83 158 15 -
LQKAVAKFFSQSCVPCA TRFL_PIG 160 12 -
LEEVVGEFFHSSCAPGA O93429 158 15 -
IEDAVARFFSGSCVPCA Q9XT72 165 14 -
LEEAVSKFFSKSCVPGA TRFL_MOUSE 163 12 -
VLKAVSDYFGGSCVPGA TRFM_HUMAN 160 12 -
WRNAVSKFFKASCVPGA TRFE_XENLA 167 15 -
VLKAVGDYFGGSCVPGT Q9R0R1 160 12 -
IQRAMSKFFSVSCIPGA SAX_RANCA 310 15 -
FQGAVAKFFSASCVPCV TRFL_BUBBU 164 12 -
Motif 6 width=22
Element Seqn Id St Int Rpt
YYDYAGAFQCLKDGAGEVAFIK Q9PU70 198 21 -
YYDYSGAFQCLKDGAGEVAFIK P79815 198 21 -
YYDYAGAFQCLKDGAGDVAFIK TRF1_SALSA 198 21 -
YYDYAGAFQCLKDGAGDVAFIK TRF2_SALSA 198 21 -
YYDYAGAFQCLKDGAGDVAFIK Q9PU66 199 21 -
YYDYGGAFQCLKDGAGEVAFIK Q9PRH5 198 21 -
YYDYAGAFQCLKDGAGEVAFIK Q9PT13 198 21 -
YYDYAGAFQCLKDGAGDVAFIK Q9PU69 198 21 -
YYDYAGAFQCLKDGAGDVAFIK Q9PU68 198 21 -
YYDYAGAFQCLKDGAGDVAFIK Q9PU67 198 21 -
YFGYSGAFKCLQDGAGDVAFVK Q9MZS5 208 27 -
YFGYSGAFKCLKDGLGDVAFVK TRFE_RABIT 204 22 -
YFGYSGAFKCLQDGAGDVAFVK Q9TUM0 208 27 -
YFGYSGAFKCLKDGAGDVAFVK TRFE_HUMAN 204 22 -
YFGYSGAFKCLADGAGDVAFVK TRFE_HORSE 206 27 -
YFGYAGAFNCLKEDAGDVAFVK TRFE_PIG 189 27 -
YFGYSGAFKCLQDGAGDVAFVK Q9MZY3 208 27 -
YFGYSGAFKCLQDGAGDVAFVK TRFL_BOVIN 208 27 -
YFSYSGAFKCLRDGAGDVAFIR TRFL_HUMAN 209 27 -
YYDYNGAFNCLAEGAGDVAFVK P79819 197 21 -
YFGYSGAFKCLMEGAGDVAFVK TRFE_BOVIN 208 27 -
YFGYSGAFKCLQDGAGDVAFVK TRFL_CAPHI 208 27 -
YSGYSGAFQCLKDGKGDVAFVK TRFE_ANAPL 188 23 -
YSGYSGAFHCLKDGKGDVAFVK TRFE_CHICK 207 23 -
FFGYVGAFKCLRDGGGDVAFVK TRFE_RAT 204 22 -
YFGYSGAFKCLQEDVGDVAFVR Q29545 204 27 -
YYNYHGAFQCLKDGKGDVAFVK Q9IA82 197 22 -
YYNYHGAFQCLKDGKGDVAFVK Q9IA83 197 22 -
YFGYSGAFNCLHKGIGDVAFVK TRFL_PIG 204 27 -
YYNYHGAFQCLKDGKGDVAFVK O93429 197 22 -
YFGYSGAFQCLKDDVGDVSFVK Q9XT72 208 26 -
YSGYAGALRCLRDNAGDVAFTR TRFL_MOUSE 207 27 -
YYDYSGAFRCLAEGAGDVAFVK O97490 207 30 -
YYDYSGAFRCLAEGAGDVAFVK TRFM_HUMAN 207 30 -
YYNYAGAFKCLQDDQGDVAFVK TRFE_XENLA 208 24 -
YYDYSGAFRCLAEGAGDVAFVK Q9R0R1 207 30 -
YYGNYGAFRCLKEDMGDVAFLR SAX_RANCA 351 24 -
YFGYSGAFKCLQDGAGDVAFVK TRFL_BUBBU 208 27 -
Motif 7 width=15
Element Seqn Id St Int Rpt
YELLCLDNTRKPVDQ TRFE_RAT 242 16 -
YELLCKDNTRRPVDD Q29545 242 16 -
YELLCKDNTRKPIDQ Q9IA82 230 11 -
YELLCKDNTRKPIDQ Q9IA83 230 11 -
YELLCPDNTRKPVEA TRFL_PIG 242 16 -
YELLCKDNTRKPIDQ O93429 230 11 -
YELLCPDNTRRPVDQ Q9XT72 246 16 -
YKLLCPDNTWKPVTE TRFL_MOUSE 245 16 -
FELLCRDGSRASVTE O97490 253 24 -
FELLCRDGSRADVTE TRFM_HUMAN 253 24 -
YELLCKDNTRAPIDS Q9PT13 231 11 -
YELLCPDNTRKSIKE TRFE_XENLA 241 11 -
FQLLCRDGSRADITE Q9R0R1 253 24 -
YELLCPDNTRKPLNK SAX_RANCA 384 11 -
YELLCLNNSRAPVDA Q9MZY3 246 16 -
YELLCLNNSRAPVDA TRFL_BOVIN 246 16 -
YELLCPDNTRKPVDK TRFL_HUMAN 247 16 -
YELLCRDNTRAPIDD P79819 230 11 -
YELLCGDNTRKSVDD TRFE_BOVIN 246 16 -
YELLCLNNTRAPVDA TRFL_CAPHI 246 16 -
YELLCKDNTRAPIDS Q9PU70 231 11 -
YELLCKDGTRASIDS TRF1_SALSA 231 11 -
YELLCKDGTRASIDS TRF2_SALSA 231 11 -
YELLCKDGTRAPIDS Q9PU66 232 11 -
YELLCKDNTRAPIDS Q9PRH5 231 11 -
YELLCKDNTRAPIDS P79815 231 11 -
YELLCLNNTRAPVDA TRFL_BUBBU 246 16 -
YELLCLDGSRQPVDS TRFE_ANAPL 224 14 -
YELLCRDNTRRPVDD TRFE_PIG 227 16 -
YELLCLDGSRQPVDN TRFE_CHICK 243 14 -
YELLCKDGTRAPIDS Q9PU69 231 11 -
YELLCKDGTRAPIDS Q9PU68 231 11 -
YELLCKDGTKAPIDS Q9PU67 231 11 -
YELLCPNNTRKPVDA Q9MZS5 246 16 -
YELLCLDNTRKPVDE TRFE_RABIT 242 16 -
YELLCPNNTRKPVDA Q9TUM0 246 16 -
YELLCLDNTRKPVDE TRFE_HUMAN 242 16 -
YQLLCRDNTRKSVDE TRFE_HORSE 244 16 -
Motif 8 width=19
Element Seqn Id St Int Rpt
RRCHLAKVPAHAVVVRGDM Q9R0R1 269 1 -
KTCHLARVPAHAVVSRKDP P79815 247 1 -
KTCHLARVPAHAVVSRKDP TRF1_SALSA 247 1 -
KTCHLARVPAHAVVSRKDP TRF2_SALSA 247 1 -
KTCHLARVPAHAVVSRKDP Q9PU66 248 1 -
KTCHLARVPAHAVVSRKDT Q9PRH5 247 1 -
KTCHLARVPAHAVVSRKDT Q9PU70 247 1 -
KECHLAQVPSHAVVARSVD TRFL_BUBBU 262 1 -
KTCHLSRVPAHAVVSRKNP Q9PT13 247 1 -
KTCHLARVPAHAVVSRRDT Q9PU69 247 1 -
KTCYLARVPAHAVVSRKDT Q9PU68 247 1 -
KTCYLARVPAHAVVSRKDT Q9PU67 247 1 -
QECHLARVPSHAVVARSVN Q9MZS5 262 1 -
EQCHLARVPSHAVVARSVD TRFE_RABIT 258 1 -
QECHLARVPSHAVVARSVN Q9TUM0 262 1 -
KDCHLAQVPSHTVVARSMG TRFE_HUMAN 258 1 -
KDCYLASIPSHAVVARSVD TRFE_HORSE 260 1 -
ENCYLAQVPSHAVVARSVD TRFE_PIG 243 1 -
KECHLAQVPSHAVVARSVD Q9MZY3 262 1 -
KECHLAQVPSHAVVARSVD TRFL_BOVIN 262 1 -
KDCHLARVPSHAVVARSVN TRFL_HUMAN 263 1 -
KKCNLARVPAHAIVTHKDP P79819 246 1 -
QECYLAMVPSHAVVARTVG TRFE_BOVIN 262 1 -
KECHLAQVPSHAVVARSVD TRFL_CAPHI 262 1 -
KTCNWARVAAHAVVARDDS TRFE_ANAPL 240 1 -
KTCNWARVAAHAVVARDDN TRFE_CHICK 259 1 -
EDCYLARIPSHAVVARNGD TRFE_RAT 258 1 -
ENCYLAQVPSHAVVARSVD Q29545 258 1 -
ENCNLAKVPSHAVVTRKDN Q9IA82 246 1 -
ENCNLAKVPSHAVVTRKDN Q9IA83 246 1 -
RECHLARVPSHAVVARSVN TRFL_PIG 258 1 -
ENCDLAKVPSHAVVTRKDN O93429 246 1 -
RDCNLAKIPAHAVVARSVN Q9XT72 262 1 -
KECHLAQVPSHAVVSRSTN TRFL_MOUSE 261 1 -
QHCHLARVPAHAVVVRADT O97490 269 1 -
RQCHLARVPAHAVVVRADT TRFM_HUMAN 269 1 -
KNCNLAKVPAHAVLTRGRD TRFE_XENLA 257 1 -
KECNLGTVPAGTVVTRKIS SAX_RANCA 400 1 -
Motif 9 width=19
Element Seqn Id St Int Rpt
KNLMFKDSTTTLVQLPLNV Q9IA83 292 27 -
KNLMFKDSTQNLVQLPMTT P79815 292 26 -
KNLMFKDSAQKLVQLPTTT TRF1_SALSA 292 26 -
KNLMFKDSAQKLVQLPTTT TRF2_SALSA 292 26 -
KNLMFKDSAQKLVQLPNTT Q9PU66 293 26 -
KNLMFKDSTQKLVQLPMTT Q9PRH5 292 26 -
KNLMFKDSTQRLVQLPMTT Q9PU70 292 26 -
KNLMFKDSTQNLVQLPMTT Q9PT13 292 26 -
KNLMFKDSTQKLVQLPLTT Q9PU69 292 26 -
KNLMFKDSTRKLVQLPLTT Q9PU68 292 26 -
KNLMFKDSTRKLVQLPLTT Q9PU67 292 26 -
KDLLFKDSALGLLRIPSKI Q9MZS5 315 34 -
KNLLFKDSAYGFFKVPPRM TRFE_RABIT 310 33 -
KDLLFKDSALGLLRISSKI Q9TUM0 315 34 -
KDLLFKDSAHGFLKVPPRM TRFE_HUMAN 310 33 -
KDLLFKDSALGFLRIPPAM TRFE_HORSE 312 33 -
KDLLFKDSANGFLKIPSKM TRFE_PIG 295 33 -
RDLLFKDSALGFLRIPSKV Q9MZY3 315 34 -
RDLLFKDSALGFLRIPSKV TRFL_BOVIN 315 34 -
KDLLFKDSAIGFSRVPPRI TRFL_HUMAN 316 34 -
KNLMFKDSTQRLVKLPQNT P79819 292 27 -
KDLLFKDSADGFLKIPSKM TRFE_BOVIN 314 33 -
RDLLFKDSALGFVRIPSKV TRFL_CAPHI 315 34 -
KDLLFKDSAIMLKRVPELM TRFE_ANAPL 296 37 -
KDLLFKDSAIMLKRVPSLM TRFE_CHICK 315 37 -
KDLLFKDSAFGCYGVPPRM TRFE_RAT 310 33 -
KDLLFTDACLGFLRVPPKM Q29545 310 33 -
KNLMFKDSTTTLVQLPLNV Q9IA82 292 27 -
KDLLFRDATIGFLKIPSKI TRFL_PIG 311 34 -
KNLMFKDSTTTLVQLPLNV O93429 292 27 -
KDLLFKDTANRLLRVPPKM Q9XT72 314 33 -
KDLLFKESAIGFVRVPQKV TRFL_MOUSE 314 34 -
KNLLFKDSTLELVPIATQT O97490 321 33 -
KDLLFKDSTSELVPIATQT TRFM_HUMAN 321 33 -
RDLIFKDSAVSLIPLPSSM TRFE_XENLA 304 28 -
KNLLFKDSTLELVPIATQN Q9R0R1 321 33 -
KDLMFDDSTLQLALLSSEV SAX_RANCA 445 26 -
RDLLFKDCALGFLRIPSKV TRFL_BUBBU 315 34 -
Motif 10 width=17
Element Seqn Id St Int Rpt
YIYLGAEYMSTIRSLTK Q9PU67 313 2 -
GLYLGSNYITAIRGLRE Q9MZS5 336 2 -
NLYLGYEYVTAVRNLRE TRFE_RABIT 331 2 -
GLYLGSNYITAIRGLRE Q9TUM0 336 2 -
KMYLGYEYVTAIRNLRE TRFE_HUMAN 331 2 -
WLYLGYEYVTAIRNLRE TRFE_HORSE 333 2 -
SLYLGYQYVTALRNLRE TRFE_PIG 316 2 -
ALYLGSRYLTTLKNLRE Q9MZY3 336 2 -
ALYLGSRYLTTLKNLRE TRFL_BOVIN 336 2 -
GLYLGSGYFTAIQNLRK TRFL_HUMAN 337 2 -
FLYLGAQYMSIVRSLKK P79819 313 2 -
ELYLGYEYVTALQNLRE TRFE_BOVIN 335 2 -
ALYLGSRYLTALKNLRE TRFL_CAPHI 336 2 -
QLYLGFEYYSAIQSLRK TRFE_ANAPL 317 2 -
QLYLGFEYYSAIQSMRK TRFE_CHICK 336 2 -
RLYLGHSYVTAIRNQRE TRFE_RAT 331 2 -
KLYLGYEYFAAIQHLRR Q29545 331 2 -
TMYLGPHYLESVKALKK Q9IA82 313 2 -
TMYLGPHYLESVKALKK Q9IA83 313 2 -
KLYLGLPYLTAIQGLRE TRFL_PIG 332 2 -
KGFLGQEYMTVMSSLRT O93429 650 339 -
ELYLGYQYIQAIKPIKG Q9XT72 335 2 -
GLYLTFSYTTSIQNLNK TRFL_MOUSE 335 2 -
EAWLGPEYLHAMKGLLC O97490 341 1 -
EAWLGHEYLHAMKGLLC TRFM_HUMAN 341 1 -
FLFLGADYFQCIQALKE TRFE_XENLA 325 2 -
EAWLGQEYLQAMKGLLC Q9R0R1 341 1 -
FLYLGVKLFHAMKALTG SAX_RANCA 466 2 -
ALYLGSRYLTALKNLRE TRFL_BUBBU 336 2 -
FLYLGAEYMSTIRSLTK P79815 313 2 -
SIYLGAEYMSTIRSLTK Q9PU69 313 2 -
FLYLGAEYMSTIRSLTK Q9PT13 313 2 -
FLYLGAEYMSTIRSLTK Q9PU70 313 2 -
FLYLGAEYMSTIRSLTK Q9PRH5 313 2 -
FLYLGAEYMSTIRSLKK Q9PU66 314 2 -
FLYLGAEYMSTIRSLKK TRF2_SALSA 313 2 -
FLYLGAEYMSTIRSLKK TRF1_SALSA 313 2 -
SIYLGAEYMSTVRSLTK Q9PU68 313 2 -
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