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PR00165

Identifier
ANIONEXCHNGR  [View Relations]  [View Alignment]  
Accession
PR00165
No. of Motifs
13
Creation Date
11-JUL-1994  (UPDATE 23-MAY-2000)
Title
Anion exchanger family signature
Database References
PRINTS; PR01187 ANIONEXHNGR1; PR01188 ANIONEXHNGR2; PR01189 ANIONEXHNGR3

PROSITE; PS00219 ANION_EXCHANGER_1; PS00220 ANION_EXCHANGER_2
BLOCKS; BL00219
PFAM; PF00955 Anion_Exchanger
INTERPRO; IPR001717
Literature References
1. KOPITO, R.R.
Molecular biology of the anion exchanger gene family.
INT.REV.CYTOL. 123 177-199 (1990).
 
2. ALPER, S.L.
The band 3-related anion exchanger (AE) gene family.
ANNU.REV.PHYSIOL. 53 549-564 (1991).
 
3. TANNER, M.J.
The structure and function of band 3 (AE1): recent developments (review).
MOL.MEMBR.BIOL. 14 155-165 (1997).
 
4. BRUCE, L.J., UNWIN, R.J., WRONG, O. AND TANNER, M.J.
The association between familial distal renal tubular acidosis and
mutations in the red cell anion exchanger (band 3, AE1) gene.
BIOCHEM.CELL BIOL. 76 723-728 (1998).

Documentation
Anion exchange proteins are thought to participate in pH and cell volume
regulation. They are glycosylated, plasma-membrane transport proteins that
exchange hydrogen carbonate (HCO3-) for chloride (Cl-) in a reversible,
electroneutral manner [1,2]. To date, three anion exchanger isoforms have
been identified (AE1-3), AE1 being the previously-characterised erythrocyte
band 3 protein. They share a predicted topology of 12-14 transmembrane (TM)
domains, but have differing distribution patterns and cellular
localisation. The best characterised isoform, AE1, is known to be the most
abundant membrane protein in mature erythrocytes. It has a molecular mass
of ~95kDa and consists of two major domains. The N-terminal 390 residues
form a water-soluble, highly elongated domain that serves as an attachment
site for the binding of the membrane skeleton and other cytoplasmic
proteins. The remainder of the protein is a 55kDa hydrophobic domain that
is responsible for catalysing anion exchange. The function of the analogous
domains of AE2 and AE3 remains to be determined [3].
 
Naturally-occuring mutations have been characterised in the AE1 gene, which
give rise to forms of several human diseases: included are spherocytosis,
affecting red blood cells, and familial distal renal tubular acidosis, a
kidney disease associated with the formation of kidney stones [4].
 
ANIONEXCHNGR is a 13-element fingerprint that provides a signature for the 
anion exchanger family. The fingerprint was derived from an initial
alignment of ten sequences: the motifs were drawn from conserved regions
spanning virtually the full alignment length - motif 1 spans the end of
the putative cytoplasmic N-terminus, and the start of the first TM domain;
motif 2 lies between TM domains eight and nine; motif 3 encodes the start
of the ninth TM domain; motif 4 lies between the ninth and tenth TM
domains; motif 5 encodes the start of the tenth TM domain; motif 6 lies
between the eleventh and twelfth TM domains; and motifs 7-13 reside at the 
C-terminus. Two iterations on SPTR37_10f were required to reach 
convergence, at which point a true set comprising 18 sequences was
identified.
Summary Information
18 codes involving 13 elements
0 codes involving 12 elements
0 codes involving 11 elements
0 codes involving 10 elements
0 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
1318181818181818181818181818
120000000000000
110000000000000
100000000000000
90000000000000
80000000000000
70000000000000
60000000000000
50000000000000
40000000000000
30000000000000
20000000000000
12345678910111213
True Positives
B3A2_HUMAN    B3A2_MOUSE    B3A2_RABIT    B3A2_RAT      
B3A3_HUMAN B3A3_MOUSE B3A3_RAT B3AT_CHICK
B3AT_HUMAN B3AT_MOUSE B3AT_ONCMY B3AT_RAT
O18917 Q90579 Q90710 Q91452
Q99654 Q9Z0S8
Sequence Titles
B3A2_HUMAN  ANION EXCHANGE PROTEIN 2 (NON-ERYTHROID BAND 3-LIKE PROTEIN) (BND3L) - HOMO SAPI 
B3A2_MOUSE ANION EXCHANGE PROTEIN 2 (NON-ERYTHROID BAND 3-LIKE PROTEIN) (B3RP) - MUS MUSCUL
B3A2_RABIT ANION EXCHANGE PROTEIN 2 (NON-ERYTHROID BAND 3-LIKE PROTEIN) (B3RP) - ORYCTOLAGU
B3A2_RAT ANION EXCHANGE PROTEIN 2 (NON-ERYTHROID BAND 3-LIKE PROTEIN) (B3RP) - RATTUS NOR
B3A3_HUMAN ANION EXCHANGE PROTEIN 3 (CARDIAC/BRAIN BAND 3-LIKE PROTEIN) (CAE3/BAE3) - HOMO
B3A3_MOUSE ANION EXCHANGE PROTEIN 3 (NEURONAL BAND 3-LIKE PROTEIN) - MUS MUSCULUS (MOUSE).
B3A3_RAT ANION EXCHANGE PROTEIN 3 (NEURONAL BAND 3-LIKE PROTEIN) - RATTUS NORVEGICUS (RAT
B3AT_CHICK BAND 3 ANION TRANSPORT PROTEIN - GALLUS GALLUS (CHICKEN).
B3AT_HUMAN BAND 3 ANION TRANSPORT PROTEIN (ANION EXCHANGE PROTEIN 1) (AE 1) - HOMO SAPIENS
B3AT_MOUSE BAND 3 ANION EXCHANGE PROTEIN (MEB3) - MUS MUSCULUS (MOUSE).
B3AT_ONCMY BAND 3 ANION EXCHANGE PROTEIN - ONCORHYNCHUS MYKISS (RAINBOW TROUT) (SALMO GAIRD
B3AT_RAT BAND 3 ANION EXCHANGE PROTEIN, KIDNEY - RATTUS NORVEGICUS (RAT).
O18917 ANION EXCHANGER 3 BRAIN ISOFORM - ORYCTOLAGUS CUNICULUS (RABBIT).
Q90579 ERYTHROID ANION TRANSPORTER - GALLUS GALLUS (CHICKEN).
Q90710 AE2-1 ANION EXCHANGER - GALLUS GALLUS (CHICKEN).
Q91452 ANION EXCHANGER - ONCORHYNCHUS MYKISS (RAINBOW TROUT) (SALMO GAIRDNERI).
Q99654 AE2 ANION EXCHANGER - HOMO SAPIENS (HUMAN).
Q9Z0S8 AE2 ANION EXCHANGER - CAVIA PORCELLUS (GUINEA PIG).
Scan History
SPTR37_10f 2  100  NSINGLE    
Initial Motifs
Motif 1  width=6
Element Seqn Id St Int Rpt
LLRALL B3AT_MOUSE 167 167 -
VLRALL B3AT_CHICK 155 155 -
LLRALL B3AT_HUMAN 153 153 -
LLRALL B3AT_ONCMY 170 170 -
VLRALL B3A2_MOUSE 415 415 -
VLRALL B3A2_RAT 416 416 -
VLRALL B3A2_HUMAN 419 419 -
VLRALL B3A2_RABIT 415 415 -
VLRTLL B3A3_MOUSE 416 416 -
VLRTLL B3A3_RAT 416 416 -

Motif 2 width=8
Element Seqn Id St Int Rpt
QCLAAVIF B3A2_MOUSE 703 282 -
QCLAAVIF B3A2_RAT 704 282 -
QCLAAVIF B3A2_HUMAN 706 281 -
QCVAAVIF B3A2_RABIT 703 282 -
QCVAAVLF B3A3_MOUSE 706 284 -
QCVAAVLF B3A3_RAT 706 284 -
QVLAAVIF B3AT_MOUSE 423 250 -
QCLAAVIF B3AT_CHICK 417 256 -
QVLAAVIF B3AT_HUMAN 404 245 -
QVLAAVIF B3AT_ONCMY 393 217 -

Motif 3 width=7
Element Seqn Id St Int Rpt
FAALSPA B3A2_MOUSE 713 2 -
FAALSPA B3A2_RAT 714 2 -
FAALSPA B3A2_HUMAN 716 2 -
FAALSPA B3A2_RABIT 713 2 -
FAALSPA B3A3_MOUSE 716 2 -
FAALSPA B3A3_RAT 716 2 -
FAALSPA B3AT_MOUSE 433 2 -
FAALSPA B3AT_CHICK 427 2 -
FAALSPA B3AT_HUMAN 414 2 -
FAALSPA B3AT_ONCMY 403 2 -

Motif 4 width=8
Element Seqn Id St Int Rpt
VSELIMST B3A2_MOUSE 736 16 -
VSELIMST B3A2_RAT 737 16 -
VSELIMST B3A2_HUMAN 739 16 -
VSELIMST B3A2_RABIT 736 16 -
VSELIVST B3A3_MOUSE 739 16 -
VSELIVST B3A3_RAT 739 16 -
VSELLIST B3AT_MOUSE 456 16 -
VSELLLST B3AT_CHICK 450 16 -
VSELLIST B3AT_HUMAN 437 16 -
VSELMIST B3AT_ONCMY 426 16 -

Motif 5 width=9
Element Seqn Id St Int Rpt
SFCSSNELE B3A2_MOUSE 776 32 -
SFCKSNQLE B3A2_RAT 777 32 -
SFCSSNHLE B3A2_HUMAN 779 32 -
TFCSSNQLE B3A2_RABIT 776 32 -
KFCRAQDLE B3A3_MOUSE 779 32 -
KFCRAQDLE B3A3_RAT 779 32 -
SFCESNNLE B3AT_MOUSE 496 32 -
RFCEDHGLE B3AT_CHICK 490 32 -
SFCETNGLE B3AT_HUMAN 477 32 -
AFCKSQEIE B3AT_ONCMY 466 32 -

Motif 6 width=8
Element Seqn Id St Int Rpt
IYETFYKL B3A2_MOUSE 832 47 -
IYETFYKL B3A2_RAT 833 47 -
IYETFYKL B3A2_HUMAN 835 47 -
IYETFYKL B3A2_RABIT 832 47 -
IYETFHKL B3A3_MOUSE 835 47 -
IYETFHKL B3A3_RAT 835 47 -
IYETFSKL B3AT_MOUSE 552 47 -
IYETFAKL B3AT_CHICK 546 47 -
IYETFSKL B3AT_HUMAN 533 47 -
IYETFSKL B3AT_ONCMY 522 47 -

Motif 7 width=11
Element Seqn Id St Int Rpt
NTALLSLVLMA B3A2_MOUSE 895 55 -
NTALLSLVLMA B3A2_RAT 892 51 -
NTAPLSLVLMA B3A2_HUMAN 898 55 -
NTALLSLVLMA B3A2_RABIT 895 55 -
NTALLSLILML B3A3_MOUSE 886 43 -
NTALLSLILML B3A3_RAT 886 43 -
NTALFSLVLMA B3AT_MOUSE 587 27 -
NTALLSLVLMA B3AT_CHICK 580 26 -
NTALLSLVLMA B3AT_HUMAN 569 28 -
NTALLSMCLMF B3AT_ONCMY 582 52 -

Motif 8 width=10
Element Seqn Id St Int Rpt
FFIAFFLRKF B3A2_MOUSE 908 2 -
FFIAFFLRKF B3A2_RAT 905 2 -
FFIAFFLRKF B3A2_HUMAN 911 2 -
FFIAFFLRKF B3A2_RABIT 908 2 -
FLIAFFLRKF B3A3_MOUSE 899 2 -
FLIAFFLRKF B3A3_RAT 899 2 -
FLLAMTLRKF B3AT_MOUSE 600 2 -
FFLALFLRQF B3AT_CHICK 593 2 -
FFFAMMLRKF B3AT_HUMAN 582 2 -
FFIAYFLRQF B3AT_ONCMY 595 2 -

Motif 9 width=9
Element Seqn Id St Int Rpt
PLGEKTPFP B3A2_MOUSE 978 60 -
PLGEKTPFP B3A2_RAT 975 60 -
PLGEKSPFP B3A2_HUMAN 981 60 -
PLGEKSPFP B3A2_RABIT 978 60 -
PLGSARPFP B3A3_MOUSE 969 60 -
PLGSARPFP B3A3_RAT 969 60 -
PLGLYRLFP B3AT_MOUSE 670 60 -
PMGSATPFP B3AT_CHICK 663 60 -
PLGLRSEFP B3AT_HUMAN 652 60 -
PLGEKKPFP B3AT_ONCMY 665 60 -

Motif 10 width=9
Element Seqn Id St Int Rpt
LLLIVAMGG B3A2_MOUSE 1032 45 -
LLLIVAMGG B3A2_RAT 1029 45 -
LLLIVAMGG B3A2_HUMAN 1035 45 -
LLLIVAMGG B3A2_RABIT 1032 45 -
LLLIGSLGG B3A3_MOUSE 1023 45 -
LLLIGSLGG B3A3_RAT 1023 45 -
LLLVVGMGG B3AT_MOUSE 724 45 -
LLLIVAMGG B3AT_CHICK 717 45 -
LLLVVGMGG B3AT_HUMAN 706 45 -
LLILVTMGG B3AT_ONCMY 719 45 -

Motif 11 width=9
Element Seqn Id St Int Rpt
ANALTVMSK B3A2_MOUSE 1061 20 -
ANALTVMSK B3A2_RAT 1058 20 -
ANALTVMSK B3A2_HUMAN 1064 20 -
ANALTVMSK B3A2_RABIT 1061 20 -
VNALTVMRT B3A3_MOUSE 1052 20 -
VNALTVMRT B3A3_RAT 1052 20 -
ANALTVMGK B3AT_MOUSE 753 20 -
ANALTVVGK B3AT_CHICK 746 20 -
ANALTVMGK B3AT_HUMAN 735 20 -
ANALTVMSK B3AT_ONCMY 748 20 -

Motif 12 width=7
Element Seqn Id St Int Rpt
IFTEREM B3A2_MOUSE 1203 133 -
IFTEREM B3A2_RAT 1200 133 -
IFTDREM B3A2_HUMAN 1206 133 -
IFTEREM B3A2_RABIT 1203 133 -
LFQDREL B3A3_MOUSE 1194 133 -
LFQDREL B3A3_RAT 1194 133 -
IFRELEL B3AT_MOUSE 895 133 -
IFSEIEL B3AT_CHICK 888 133 -
IFRNVEL B3AT_HUMAN 877 133 -
LFTDKEM B3AT_ONCMY 886 129 -

Motif 13 width=11
Element Seqn Id St Int Rpt
DANEAEPVFDE B3A2_MOUSE 1213 3 -
DANEAEPVFDE B3A2_RAT 1210 3 -
DANEAEPVFDE B3A2_HUMAN 1216 3 -
DANEAEPVFDE B3A2_RABIT 1213 3 -
DSEDAEPNFDE B3A3_MOUSE 1204 3 -
DSEDAEPNFDE B3A3_RAT 1204 3 -
DGDDAKVTFDE B3AT_MOUSE 905 3 -
DTDDAVVTFEE B3AT_CHICK 898 3 -
DADDAKATFDE B3AT_HUMAN 887 3 -
DASDGKVKFEE B3AT_ONCMY 896 3 -
Final Motifs
Motif 1  width=6
Element Seqn Id St Int Rpt
LLRALL B3AT_RAT 167 167 -
LLRALL B3AT_MOUSE 167 167 -
VLRALL B3AT_CHICK 155 155 -
LLRALL B3AT_HUMAN 153 153 -
VLRALL Q90579 77 77 -
LLRALL B3AT_ONCMY 170 170 -
LLRALL Q91452 164 164 -
VLRALL Q99654 419 419 -
VLRALL B3A2_MOUSE 415 415 -
VLRALL B3A2_RAT 416 416 -
VLRALL Q9Z0S8 415 415 -
VLRALL B3A2_HUMAN 419 419 -
VLRALL B3A2_RABIT 415 415 -
VLRALL Q90710 410 410 -
VLRTLL B3A3_HUMAN 417 417 -
VLRTLL B3A3_MOUSE 416 416 -
VLRTLL B3A3_RAT 416 416 -
VLRTLL O18917 418 418 -

Motif 2 width=8
Element Seqn Id St Int Rpt
QCLAAVIF Q99654 707 282 -
QCLAAVIF B3A2_MOUSE 703 282 -
QCLAAVIF B3A2_RAT 704 282 -
QCLAAVIF Q9Z0S8 704 283 -
QCLAAVIF B3A2_HUMAN 706 281 -
QCVAAVIF B3A2_RABIT 703 282 -
QCIAAVIF Q90710 699 283 -
QCVAAVLF B3A3_HUMAN 707 284 -
QCVAAVLF B3A3_MOUSE 706 284 -
QCVAAVLF B3A3_RAT 706 284 -
QCVAAVLF O18917 708 284 -
QVLAAVIF B3AT_RAT 421 248 -
QVLAAVIF B3AT_MOUSE 423 250 -
QCLAAVIF B3AT_CHICK 417 256 -
QVLAAVIF B3AT_HUMAN 404 245 -
QCLAAVIF Q90579 339 256 -
QVLAAVIF B3AT_ONCMY 393 217 -
QVLAAVIF Q91452 387 217 -

Motif 3 width=7
Element Seqn Id St Int Rpt
FAALSPA Q99654 717 2 -
FAALSPA B3A2_MOUSE 713 2 -
FAALSPA B3A2_RAT 714 2 -
FAALSPA Q9Z0S8 714 2 -
FAALSPA B3A2_HUMAN 716 2 -
FAALSPA B3A2_RABIT 713 2 -
FAALSPA Q90710 709 2 -
FAALSPA B3A3_HUMAN 717 2 -
FAALSPA B3A3_MOUSE 716 2 -
FAALSPA B3A3_RAT 716 2 -
FAALSPA O18917 718 2 -
FAALSPA B3AT_RAT 431 2 -
FAALSPA B3AT_MOUSE 433 2 -
FAALSPA B3AT_CHICK 427 2 -
FAALSPA B3AT_HUMAN 414 2 -
FAAVSPA Q90579 349 2 -
FAALSPA B3AT_ONCMY 403 2 -
FAALSPA Q91452 397 2 -

Motif 4 width=8
Element Seqn Id St Int Rpt
VSELIMST Q99654 740 16 -
VSELIMST B3A2_MOUSE 736 16 -
VSELIMST B3A2_RAT 737 16 -
VSELIMST Q9Z0S8 737 16 -
VSELIMST B3A2_HUMAN 739 16 -
VSELIMST B3A2_RABIT 736 16 -
VSELIIST Q90710 732 16 -
VSELIVST B3A3_HUMAN 740 16 -
VSELIVST B3A3_MOUSE 739 16 -
VSELIVST B3A3_RAT 739 16 -
VSELIVST O18917 741 16 -
VSELLIST B3AT_RAT 454 16 -
VSELLIST B3AT_MOUSE 456 16 -
VSELLLST B3AT_CHICK 450 16 -
VSELLIST B3AT_HUMAN 437 16 -
VSELLLST Q90579 372 16 -
VSELMIST B3AT_ONCMY 426 16 -
VSELMIST Q91452 420 16 -

Motif 5 width=9
Element Seqn Id St Int Rpt
SFCSSNHLE Q99654 780 32 -
SFCSSNELE B3A2_MOUSE 776 32 -
SFCKSNQLE B3A2_RAT 777 32 -
SFCRSNELE Q9Z0S8 777 32 -
SFCSSNHLE B3A2_HUMAN 779 32 -
TFCSSNQLE B3A2_RABIT 776 32 -
TFCTSNGLE Q90710 772 32 -
KFCRAQDLE B3A3_HUMAN 780 32 -
KFCRAQDLE B3A3_MOUSE 779 32 -
KFCRAQDLE B3A3_RAT 779 32 -
KFCQAQDLE O18917 781 32 -
SFCESNNLE B3AT_RAT 494 32 -
SFCESNNLE B3AT_MOUSE 496 32 -
RFCEDHGLE B3AT_CHICK 490 32 -
SFCETNGLE B3AT_HUMAN 477 32 -
RFCEDHGLE Q90579 412 32 -
AFCKSQEIE B3AT_ONCMY 466 32 -
AFCKSQEIE Q91452 460 32 -

Motif 6 width=8
Element Seqn Id St Int Rpt
IYETFYKL Q99654 836 47 -
IYETFYKL B3A2_MOUSE 832 47 -
IYETFYKL B3A2_RAT 833 47 -
IYETFYKL Q9Z0S8 833 47 -
IYETFYKL B3A2_HUMAN 835 47 -
IYETFYKL B3A2_RABIT 832 47 -
IYETFSKL Q90710 828 47 -
IYETFYKL B3A3_HUMAN 836 47 -
IYETFHKL B3A3_MOUSE 835 47 -
IYETFHKL B3A3_RAT 835 47 -
IYETFHKL O18917 837 47 -
IYETFSKL B3AT_RAT 550 47 -
IYETFSKL B3AT_MOUSE 552 47 -
IYETFAKL B3AT_CHICK 546 47 -
IYETFSKL B3AT_HUMAN 533 47 -
IYETFAKL Q90579 468 47 -
IYETFSKL B3AT_ONCMY 522 47 -
IYETFSKL Q91452 516 47 -

Motif 7 width=11
Element Seqn Id St Int Rpt
NTALLSLVLMA Q99654 899 55 -
NTALLSLVLMA B3A2_MOUSE 895 55 -
NTALLSLVLMA B3A2_RAT 892 51 -
NTALLSLVLMA Q9Z0S8 896 55 -
NTAPLSLVLMA B3A2_HUMAN 898 55 -
NTALLSLVLMA B3A2_RABIT 895 55 -
NTALLSLVLMA Q90710 878 42 -
NTALLSLILML B3A3_HUMAN 891 47 -
NTALLSLILML B3A3_MOUSE 886 43 -
NTALLSLILML B3A3_RAT 886 43 -
NTALLSLILML O18917 892 47 -
NTALLSLVLMV B3AT_RAT 585 27 -
NTALFSLVLMA B3AT_MOUSE 587 27 -
NTALLSLVLMA B3AT_CHICK 580 26 -
NTALLSLVLMA B3AT_HUMAN 569 28 -
NTALLSLVLMA Q90579 502 26 -
NTALLSMCLMF B3AT_ONCMY 582 52 -
NTALLSMCLMF Q91452 576 52 -

Motif 8 width=10
Element Seqn Id St Int Rpt
FFIAFFLRKF Q99654 912 2 -
FFIAFFLRKF B3A2_MOUSE 908 2 -
FFIAFFLRKF B3A2_RAT 905 2 -
FFIAFFLRKF Q9Z0S8 909 2 -
FFIAFFLRKF B3A2_HUMAN 911 2 -
FFIAFFLRKF B3A2_RABIT 908 2 -
FFIAFFLRKF Q90710 891 2 -
FFIAFFLRKF B3A3_HUMAN 904 2 -
FLIAFFLRKF B3A3_MOUSE 899 2 -
FLIAFFLRKF B3A3_RAT 899 2 -
FLIAFFLRKF O18917 905 2 -
FLLAMMLRKF B3AT_RAT 598 2 -
FLLAMTLRKF B3AT_MOUSE 600 2 -
FFLALFLRQF B3AT_CHICK 593 2 -
FFFAMMLRKF B3AT_HUMAN 582 2 -
FFLALFLRQF Q90579 515 2 -
FFIAYFLRQF B3AT_ONCMY 595 2 -
FFIAYFLRQF Q91452 589 2 -

Motif 9 width=9
Element Seqn Id St Int Rpt
PLGEKSPFP Q99654 982 60 -
PLGEKTPFP B3A2_MOUSE 978 60 -
PLGEKTPFP B3A2_RAT 975 60 -
PLGEEEPFP Q9Z0S8 979 60 -
PLGEKSPFP B3A2_HUMAN 981 60 -
PLGEKSPFP B3A2_RABIT 978 60 -
PLGERSDFP Q90710 961 60 -
PLGSARPFP B3A3_HUMAN 974 60 -
PLGSARPFP B3A3_MOUSE 969 60 -
PLGSARPFP B3A3_RAT 969 60 -
PLGSARPFP O18917 975 60 -
PLGLYNHFP B3AT_RAT 668 60 -
PLGLYRLFP B3AT_MOUSE 670 60 -
PMGSATPFP B3AT_CHICK 663 60 -
PLGLRSEFP B3AT_HUMAN 652 60 -
PMGSATPFP Q90579 585 60 -
PLGEKKPFP B3AT_ONCMY 665 60 -
PLGEKKPFP Q91452 659 60 -

Motif 10 width=9
Element Seqn Id St Int Rpt
LLLIVAMGG Q99654 1036 45 -
LLLIVAMGG B3A2_MOUSE 1032 45 -
LLLIVAMGG B3A2_RAT 1029 45 -
LLLIVAMGG Q9Z0S8 1033 45 -
LLLIVAMGG B3A2_HUMAN 1035 45 -
LLLIVAMGG B3A2_RABIT 1032 45 -
LLLIVAMGG Q90710 1015 45 -
LLLIGSLGG B3A3_HUMAN 1028 45 -
LLLIGSLGG B3A3_MOUSE 1023 45 -
LLLIGSLGG B3A3_RAT 1023 45 -
LLLIGSLGG O18917 1029 45 -
LLLVVGMGG B3AT_RAT 722 45 -
LLLVVGMGG B3AT_MOUSE 724 45 -
LLLIVAMGG B3AT_CHICK 717 45 -
LLLVVGMGG B3AT_HUMAN 706 45 -
LLLIVAMGG Q90579 639 45 -
LLILVTMGG B3AT_ONCMY 719 45 -
LLILVTMGG Q91452 713 45 -

Motif 11 width=9
Element Seqn Id St Int Rpt
ANALTVMSK Q99654 1065 20 -
ANALTVMSK B3A2_MOUSE 1061 20 -
ANALTVMSK B3A2_RAT 1058 20 -
ANALTVMSK Q9Z0S8 1062 20 -
ANALTVMSK B3A2_HUMAN 1064 20 -
ANALTVMSK B3A2_RABIT 1061 20 -
ANALTVMSK Q90710 1044 20 -
VNALTVMRT B3A3_HUMAN 1057 20 -
VNALTVMRT B3A3_MOUSE 1052 20 -
VNALTVMRT B3A3_RAT 1052 20 -
VNALTVMRT O18917 1058 20 -
ANALTVMGK B3AT_RAT 751 20 -
ANALTVMGK B3AT_MOUSE 753 20 -
ANALTVVGK B3AT_CHICK 746 20 -
ANALTVMGK B3AT_HUMAN 735 20 -
ANALTVVGK Q90579 668 20 -
ANALTVMSK B3AT_ONCMY 748 20 -
ANALTVMSK Q91452 742 20 -

Motif 12 width=7
Element Seqn Id St Int Rpt
IFTDREM Q99654 1207 133 -
IFTEREM B3A2_MOUSE 1203 133 -
IFTEREM B3A2_RAT 1200 133 -
IFTEREM Q9Z0S8 1204 133 -
IFTDREM B3A2_HUMAN 1206 133 -
IFTEREM B3A2_RABIT 1203 133 -
IFTDREM Q90710 1185 132 -
LFQDREL B3A3_HUMAN 1199 133 -
LFQDREL B3A3_MOUSE 1194 133 -
LFQDREL B3A3_RAT 1194 133 -
LFQDREL O18917 1200 133 -
IFRELEL B3AT_RAT 893 133 -
IFRELEL B3AT_MOUSE 895 133 -
IFSEIEL B3AT_CHICK 888 133 -
IFRNVEL B3AT_HUMAN 877 133 -
IFSEIEL Q90579 810 133 -
LFTDKEM B3AT_ONCMY 886 129 -
LFTDKEM Q91452 880 129 -

Motif 13 width=11
Element Seqn Id St Int Rpt
DANEAEPVFDE Q99654 1217 3 -
DANEAEPVFDE B3A2_MOUSE 1213 3 -
DANEAEPVFDE B3A2_RAT 1210 3 -
DANEAEPVFDE Q9Z0S8 1214 3 -
DANEAEPVFDE B3A2_HUMAN 1216 3 -
DANEAEPVFDE B3A2_RABIT 1213 3 -
DADEAEPILDE Q90710 1195 3 -
DSEDAEPNFDE B3A3_HUMAN 1209 3 -
DSEDAEPNFDE B3A3_MOUSE 1204 3 -
DSEDAEPNFDE B3A3_RAT 1204 3 -
DSEDAEPNFDE O18917 1210 3 -
DGDDAKVTFDE B3AT_RAT 903 3 -
DGDDAKVTFDE B3AT_MOUSE 905 3 -
DTDDAVVTFEE B3AT_CHICK 898 3 -
DADDAKATFDE B3AT_HUMAN 887 3 -
DTDDAVVTFEE Q90579 820 3 -
DASDGKVKFEE B3AT_ONCMY 896 3 -
DASDGKVKFEE Q91452 890 3 -