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PR01497

Identifier
SHALCHANNEL  [View Relations]  [View Alignment]  
Accession
PR01497
No. of Motifs
9
Creation Date
26-FEB-2001
Title
Shal voltage-gated K+ channel family signature
Database References
PRINTS; PR00169 KCHANNEL; PR01491 KVCHANNEL; PR01516 KV41CHANNEL
PRINTS; PR01517 KV42CHANNEL; PR01518 KV43CHANNEL
Literature References
1. MILLER, C.
An overview of the potassium channel family.
GENOME BIOL. 1(4) 1-5 (2000).
 
2. ASHCROFT, F.M.
Voltage-gated K+ channels.
IN ION CHANNELS AND DISEASE, ACADEMIC PRESS, 2000, PP.97-123.
 
3. SANSOM, M.S.
Putting the parts together.
CURR.BIOL. 9(19) R738-R741 (1999).   
 
4. CONLEY, E.C. AND BRAMMER, W.J.
Shal.
IN THE ION CHANNEL FACTSBOOK, VOLUME IV, ACADEMIC PRESS, 1999, PP.617-646.

Documentation
Potassium ion (K+) channels are a structurally diverse group of proteins
that facilitate the flow of K+ ions across cell membranes. They are
ubiquitous, being present in virtually all cell types. Activation of K+
channels tends to hyperpolarise cells, reducing the membrane's electrical
resistance, dampening nervous activity. In eukaryotic cells, K+ channels
are involved in neural signalling and generation of the cardiac rhythm, and
act as effectors in signal transduction pathways involving G protein-
coupled receptors (GPCRs). In prokaryotic cells, they play a role in the
maintenance of ionic homeostasis [1].
   
Structurally, Kv channels belong to the subfamily of K+ channels whose
subunits contain 6 transmembrane (TM) domains: these are the voltage-
gated K+ (Kv) channels, the KCNQ channels, the EAG-like K+ channels and
3 kinds of Ca2+-activated K+ channels (BK, IK and SK) [2]. All K+
channels share a characteristic sequence feature: a TMxTVGYG motif
that resides between the 2 C-terminal membrane spanning helices, and
forms the K+-selective pore domain [1-2].
 
The Kv family can be divided into 4 subfamilies on the basis of sequence
similarity and function: Shaker (Kv1), Shab (Kv2), Shaw (Kv3) and Shal 
(Kv4). All consist of pore-forming alpha subunits that associate with 
different types of beta subunit. To form a functional K+ channel pore,
4 alpha subunits and 4 beta subunits are required. The alpha subunits
have 6 well-conserved TM domains, a pore loop region and variable length
N- and C-termini. TM domains 5/6 and the loop region form the K+ 
channel pore through which the K+ ions pass [3]. 
 
The first Shal (Kv4) sequence was found in Drosophila. Several vertebrate
K+ channels with similar amino acid sequences were subsequently found and,
together with the Drosophila Shal channel, now constitute the Shal (Kv4)
family. These channels support outward K+-selective currents and are
inhibited by free fatty acids [4]. The Shal family can be further divided 
into 3 families, designated Kv4.1, Kv4.2 and Kv4.3.
 
SHALCHANNEL is a 9-element fingerprint that provides a signature for the
Shal voltage-gated K+ channel family. The fingerprint was derived from an
initial alignment of 8 sequences: the motifs were drawn from conserved
regions spanning the full alignment length: motifs 1-3 reside at the 
N-terminus; motif 4 spans putative TM domain 1; motif 5 spans the loop
between TM domains 1 and 2; motif 6 spans TM domain 5; and motifs 7-9 reside
at the C-terminus. Two iterations on SPTR39_14f were required to reach 
convergence, at which point a true set comprising 22 sequences was
identified. Several partial matches were also found, all of which are
members of the Shal family or are closely related potassium channels that
fail to make significant matches with one or more motifs.
Summary Information
  22 codes involving  9 elements
3 codes involving 8 elements
0 codes involving 7 elements
0 codes involving 6 elements
1 codes involving 5 elements
0 codes involving 4 elements
0 codes involving 3 elements
1 codes involving 2 elements
Composite Feature Index
9222222222222222222
8331333332
7000000000
6000000000
5100111100
4000000000
3000000000
2100010000
123456789
True Positives
CIKL_DROME    O08723        O57662        O60576        
O60577 O75671 P70622 Q03719
Q62897 Q63286 Q63881 Q9PTD3
Q9TTT5 Q9UBY7 Q9UH85 Q9UH86
Q9UK16 Q9UK17 Q9UNH9 Q9Z0V0
Q9Z0V1 Q9Z0V2
True Positive Partials
Codes involving 8 elements
Q26040 Q99249 Q9VW11
Codes involving 5 elements
P91784
Codes involving 2 elements
P91783
Sequence Titles
CIKL_DROME  VOLTAGE-GATED POTASSIUM CHANNEL PROTEIN SHAL (SHAL2) - Drosophila melanogaster (Fruit fly). 
O08723 KV4.3 - Rattus norvegicus (Rat).
O57662 POTASSIUM CHANNEL XKV4.3 - Xenopus laevis (African clawed frog).
O60576 KV4.3 POTASSIUM CHANNEL SHORT SPLICE VARIANT - Homo sapiens (Human).
O60577 KV4.3 POTASSIUM CHANNEL LONG SPLICE VARIANT - Homo sapiens (Human).
O75671 SHAL-TYPE POTASSIUM CHANNEL (VOLTAGE-GATED POTASSIUM CHANNEL KV4.1) - Homo sapiens (Human).
P70622 KV4.3 POTASSIUM CHANNEL - Rattus norvegicus (Rat).
Q03719 POTASSIUM CHANNEL PROTEIN - Mus musculus (Mouse).
Q62897 SHAL-RELATED POTASSIUM CHANNEL KV4.3 - Rattus norvegicus (Rat).
Q63286 VOLTAGE-GATED K+ CHANNEL - Rattus norvegicus (Rat).
Q63881 SHAL1 - Rattus norvegicus (Rat).
Q9PTD3 POTASSIUM CHANNEL KV4.3 - Gallus gallus (Chicken).
Q9TTT5 POTASSIUM CHANNEL KV4.3 - Oryctolagus cuniculus (Rabbit).
Q9UBY7 POTASSIUM CHANNEL KV4.2 - Homo sapiens (Human).
Q9UH85 POTASSIUM IONIC CHANNEL KV4.3 LONG ISOFORM (VOLTAGE-GATED POTASSIUM CHANNEL KV4.3 LONG VARIANT) - Homo sapiens (Human).
Q9UH86 POTASSIUM IONIC CHANNEL KV4.3 SHORT ISOFORM (VOLTAGE-GATED POTASSIUM CHANNEL KV4.3 SHORT VARIANT) - Homo sapiens (Human).
Q9UK16 VOLTAGE GATED POTASSIUM CHANNEL KV4.3 SHORT SPLICE VARIANT - Homo sapiens (Human).
Q9UK17 VOLTAGE GATED POTASSIUM CHANNEL KV4.3 LONG SPLICE VARIANT - Homo sapiens (Human).
Q9UNH9 POTASSIUM CHANNEL KV4.2 - Homo sapiens (Human).
Q9Z0V0 POTASSIUM CHANNEL KV4.3M - Mus musculus (Mouse).
Q9Z0V1 POTASSIUM CHANNEL KV4.3L - Mus musculus (Mouse).
Q9Z0V2 POTASSIUM CHANNEL KV4.2 - Mus musculus (Mouse).

Q26040 SHAL 1 POTASSIUM CHANNEL - Panulirus interruptus (California spiny lobster).
Q99249 POTASSIUM CHANNEL PROTEIN RK5 - Rattus norvegicus (Rat).
Q9VW11 SHAL PROTEIN - Drosophila melanogaster (Fruit fly).

P91784 POTASSIUM CHANNEL ALPHA SUBUNIT - Polyorchis penicillatus (Hydromedusa).

P91783 POTASSIUM CHANNEL GAMMA SUBUNIT - Polyorchis penicillatus (Hydromedusa).
Scan History
SPTR39_14f 2  150  NSINGLE    
Initial Motifs
Motif 1  width=14
Element Seqn Id St Int Rpt
GSTEKEFFFNEDTK Q9Z0V0 67 67 -
GSTEKEFFFNEDTK Q9TTT5 67 67 -
GSTEKEFFFNEDTK Q9PTD3 67 67 -
GSTEKEFFFNEDTK P70622 67 67 -
GSSERDFFYHPETQ Q9Z0V2 68 68 -
GSSERDFFYHPETQ Q9UBY7 68 68 -
GSSEKEFFYDADSG O75671 67 67 -

Motif 2 width=17
Element Seqn Id St Int Rpt
ENAERLMDDNDSENNQE Q9Z0V0 142 61 -
ENAERLMDDNDSENNQE Q9TTT5 142 61 -
ENAERLMDDNDSENNQE Q9PTD3 142 61 -
ENAERLMDDNESENNQE P70622 142 61 -
ENAERLQDDADTDNTGE Q9Z0V2 143 61 -
ENAERLQDDADTDTAGE Q9UBY7 143 61 -
ENAERLAEDEEAEQAGD O75671 142 61 -

Motif 3 width=15
Element Seqn Id St Int Rpt
SMPSLSFRQTMWRAF Q9Z0V0 159 0 -
SMPSLSFRQTMWRAF Q9TTT5 159 0 -
SMPSLSFRQTMWRAF Q9PTD3 160 1 -
SMPSLSFRQTMWRAF P70622 159 0 -
ALPTMTARQRVWRAF Q9Z0V2 161 1 -
ALPTMTARQRVWRAF Q9UBY7 161 1 -
LPAGSSLRQRLWRAF O75671 162 3 -

Motif 4 width=15
Element Seqn Id St Int Rpt
TSTLALVFYYVTGFF Q9Z0V0 178 4 -
TSTLALVFYYVTGFF Q9TTT5 178 4 -
TSTLALVFYYVTGFF Q9PTD3 179 4 -
TSTLALVFYYVTGFF P70622 178 4 -
TSTMALVFYYVTGFF Q9Z0V2 180 4 -
TSTMALVFYYVTGFF Q9UBY7 180 4 -
TSTAALVFYYVTGFF O75671 181 4 -

Motif 5 width=17
Element Seqn Id St Int Rpt
PCGERYSVAFFCLDTAC Q9Z0V0 217 24 -
PCGERYSVAFFCLDTAC Q9TTT5 217 24 -
PCGERYAVAFFCLDTAC Q9PTD3 218 24 -
PCGERYSVAFFCLDTAC P70622 217 24 -
PCGERYAVAFFCLDTAC Q9Z0V2 220 25 -
PCGERYAVAFFCLDTAC Q9UBY7 220 25 -
PCGERFPQAFFCMDTAC O75671 222 26 -

Motif 6 width=20
Element Seqn Id St Int Rpt
KSCASELGFLLFSLTMAIII Q9Z0V0 315 81 -
KSCASELGFLLFSLTMAIII Q9TTT5 315 81 -
KSCASELGFLLFSLTMAIII Q9PTD3 316 81 -
KSCASELGFLLFSLTMAIII P70622 315 81 -
KSCASELGFLLFSLTMAIII Q9Z0V2 318 81 -
KSCASELGFLLFSLTMAIII Q9UBY7 318 81 -
KSCASELGFLLFSLTMAIII O75671 320 81 -

Motif 7 width=12
Element Seqn Id St Int Rpt
QNQRADKRRAQK Q9Z0V0 412 77 -
QNQRADKRRAQK Q9TTT5 412 77 -
QNQRADKRRAQK Q9PTD3 413 77 -
QNQRADKRRAQK P70622 412 77 -
QNQRADKRRAQK Q9Z0V2 415 77 -
QNQRADKRRAQK Q9UBY7 415 77 -
QNQRADKRRAQQ O75671 417 77 -

Motif 8 width=17
Element Seqn Id St Int Rpt
RLARIRVAKTGSSNAYL Q9Z0V0 426 2 -
RLARIRVAKTGSSNAYL Q9TTT5 426 2 -
RLARIRVAKTGSSNAYL Q9PTD3 427 2 -
RLARIRVAKTGSSNAYL P70622 426 2 -
RLARIRAAKSGSANAYM Q9Z0V2 429 2 -
RLARIRAAKSGSANAYM Q9UBY7 429 2 -
RLARIRLAKSGTTNAFL O75671 431 2 -

Motif 9 width=15
Element Seqn Id St Int Rpt
ESQHHHLLHCLEKTT Q9Z0V0 473 30 -
ESQHHHLLHCLEKTT Q9TTT5 473 30 -
ESQHHHLLHCLEKTT Q9PTD3 475 31 -
ESQHHHLLHCLEKTT P70622 473 30 -
ETQHHHLLHCLEKTT Q9Z0V2 475 29 -
ETQHHHLLHCLEKTT Q9UBY7 475 29 -
EQQHHHLLHCLEKTT O75671 475 27 -
Final Motifs
Motif 1  width=14
Element Seqn Id St Int Rpt
GSTEKEFFFNEDTK O60576 67 67 -
GSTEKEFFFNEDTK Q9Z0V1 67 67 -
GSTEKEFFFNEDTK Q9Z0V0 67 67 -
GSTEKEFFFNEDTK Q9UK17 67 67 -
GSTEKEFFFNEDTK Q9UK16 67 67 -
GSTEKEFFFNEDTK Q9UH86 67 67 -
GSTEKEFFFNEDTK Q9UH85 67 67 -
GSTEKEFFFNEDTK Q9TTT5 67 67 -
GSTEKEFFFNEDTK O60577 67 67 -
GSTEKEFFFNEDTK Q9PTD3 67 67 -
GSTEKEFFFNEDTK O08723 67 67 -
GSTEKEFFFNEDTK P70622 67 67 -
GSTEKEFFFNEDTK Q62897 67 67 -
GSTEKEFFFNEDTK Q63286 67 67 -
GRPEKEFFFNEETK O57662 67 67 -
GSSERDFFYHPETQ Q63881 68 68 -
GSSERDFFYHPETQ Q9Z0V2 68 68 -
GSSERDFFYHPETQ Q9UBY7 68 68 -
GSSERDFFYHPETQ Q9UNH9 68 68 -
GSSEKEFFYDADSG O75671 67 67 -
GSSEKEFFYDAESG Q03719 67 67 -
GSNEREFFYDEDCK CIKL_DROME 68 68 -

Motif 2 width=17
Element Seqn Id St Int Rpt
ENAERLMDDNDSENNQE O60576 142 61 -
ENAERLMDDNDSENNQE Q9Z0V1 142 61 -
ENAERLMDDNDSENNQE Q9Z0V0 142 61 -
ENAERLMDDNDSENNQE Q9UK17 142 61 -
ENAERLMDDNDSENNQE Q9UK16 142 61 -
ENAERLMDDNDSENNQE Q9UH86 142 61 -
ENAERLMDDNDSENNQE Q9UH85 142 61 -
ENAERLMDDNDSENNQE Q9TTT5 142 61 -
ENAERLMDDNDSENNQE O60577 142 61 -
ENAERLMDDNDSENNQE Q9PTD3 142 61 -
ENAERLMDDNESENNQE O08723 142 61 -
ENAERLMDDNESENNQE P70622 142 61 -
ENAERLMDDNESENNQE Q62897 142 61 -
ENAERLMDDNESENNQE Q63286 142 61 -
ENAERLMDDNEFENKQE O57662 142 61 -
ENAERLQDDADTDNTGE Q63881 143 61 -
ENAERLQDDADTDNTGE Q9Z0V2 143 61 -
ENAERLQDDADTDTAGE Q9UBY7 143 61 -
ENAERLQDDADTDTAGE Q9UNH9 143 61 -
ENAERLAEDEEAEQAGD O75671 142 61 -
ENAERLAEDEEAEQAGE Q03719 142 61 -
ENAERLMDDKLSENGDQ CIKL_DROME 143 61 -

Motif 3 width=15
Element Seqn Id St Int Rpt
SMPSLSFRQTMWRAF O60576 159 0 -
SMPSLSFRQTMWRAF Q9Z0V1 159 0 -
SMPSLSFRQTMWRAF Q9Z0V0 159 0 -
SMPSLSFRQTMWRAF Q9UK17 159 0 -
SMPSLSFRQTMWRAF Q9UK16 159 0 -
SMPSLSFRQTMWRAF Q9UH86 159 0 -
SMPSLSFRQTMWRAF Q9UH85 159 0 -
SMPSLSFRQTMWRAF Q9TTT5 159 0 -
SMPSLSFRQTMWRAF O60577 159 0 -
SMPSLSFRQTMWRAF Q9PTD3 160 1 -
SMPSLSFRQTMWRAF O08723 159 0 -
SMPSLSFRQTMWRAF P70622 159 0 -
SMPSLSFRQTMWRAF Q62897 159 0 -
SMPSLSFRQTMWRAF Q63286 159 0 -
AMPSLNLRETMWRAF O57662 159 0 -
ALPTMTARQRVWRAF Q63881 161 1 -
ALPTMTARQRVWRAF Q9Z0V2 161 1 -
ALPTMTARQRVWRAF Q9UBY7 161 1 -
ALPTMTARQRVWRAF Q9UNH9 161 1 -
LPAGSSLRQRLWRAF O75671 162 3 -
LPAGSSLRQRLWRAF Q03719 162 3 -
LQQLTNMRQKMWRAF CIKL_DROME 161 1 -

Motif 4 width=15
Element Seqn Id St Int Rpt
TSTLALVFYYVTGFF O60576 178 4 -
TSTLALVFYYVTGFF Q9Z0V1 178 4 -
TSTLALVFYYVTGFF Q9Z0V0 178 4 -
TSTLALVFYYVTGFF Q9UK17 178 4 -
TSTLALVFYYVTGFF Q9UK16 178 4 -
TSTLALVFYYVTGFF Q9UH86 178 4 -
TSTLALVFYYVTGFF Q9UH85 178 4 -
TSTLALVFYYVTGFF Q9TTT5 178 4 -
TSTLALVFYYVTGFF O60577 178 4 -
TSTLALVFYYVTGFF Q9PTD3 179 4 -
TSTLALVFYYVTGFF O08723 178 4 -
TSTLALVFYYVTGFF P70622 178 4 -
TSTLALVFYYVTGFF Q62897 178 4 -
TSTLALVFYYVTGFF Q63286 178 4 -
TSTLALVFYYVTGFF O57662 178 4 -
TSTMALVFYYVTGFF Q63881 180 4 -
TSTMALVFYYVTGFF Q9Z0V2 180 4 -
TSTMALVFYYVTGFF Q9UBY7 180 4 -
TSTMALVFYYVTGFF Q9UNH9 180 4 -
TSTAALVFYYVTGFF O75671 181 4 -
TSTAALVFYYVTGFF Q03719 181 4 -
TSTSALVFYYVTGFF CIKL_DROME 180 4 -

Motif 5 width=17
Element Seqn Id St Int Rpt
PCGERYSVAFFCLDTAC O60576 217 24 -
PCGERYSVAFFCLDTAC Q9Z0V1 217 24 -
PCGERYSVAFFCLDTAC Q9Z0V0 217 24 -
PCGERYSVAFFCLDTAC Q9UK17 217 24 -
PCGERYSVAFFCLDTAC Q9UK16 217 24 -
PCGERYSVAFFCLDTAC Q9UH86 217 24 -
PCGERYSVAFFCLDTAC Q9UH85 217 24 -
PCGERYSVAFFCLDTAC Q9TTT5 217 24 -
PCGERYSVAFFCLDTAC O60577 217 24 -
PCGERYAVAFFCLDTAC Q9PTD3 218 24 -
PCGERYSVAFFCLDTAC O08723 217 24 -
PCGERYSVAFFCLDTAC P70622 217 24 -
PCGERYSVAFFCLDTAC Q62897 217 24 -
PCGERYSVAFFCLDTAC Q63286 217 24 -
PCGERYQVAFFCLDTAC O57662 217 24 -
PCGERYAVAFFCLDTAC Q63881 220 25 -
PCGERYAVAFFCLDTAC Q9Z0V2 220 25 -
PCGERYAVAFFCLDTAC Q9UBY7 220 25 -
PCGERYAVAFFCLDTAC Q9UNH9 220 25 -
PCGERFPQAFFCMDTAC O75671 222 26 -
SCGDRFPTAFFCMDTAC Q03719 222 26 -
PCGERYKIVFFCLDTAC CIKL_DROME 220 25 -

Motif 6 width=20
Element Seqn Id St Int Rpt
KSCASELGFLLFSLTMAIII O60576 315 81 -
KSCASELGFLLFSLTMAIII Q9Z0V1 315 81 -
KSCASELGFLLFSLTMAIII Q9Z0V0 315 81 -
KSCASELGFLLFSLTMAIII Q9UK17 315 81 -
KSCASELGFLLFSLTMAIII Q9UK16 315 81 -
KSCASELGFLLFSLTMAIII Q9UH86 315 81 -
KSCASELGFLLFSLTMAIII Q9UH85 315 81 -
KSCASELGFLLFSLTMAIII Q9TTT5 315 81 -
KSCASELGFLLFSLTMAIII O60577 315 81 -
KSCASELGFLLFSLTMAIII Q9PTD3 316 81 -
KSCASELGFLLFSLTMAIII O08723 315 81 -
KSCASELGFLLFSLTMAIII P70622 315 81 -
KSCASELGFLLFSLTMAIII Q62897 315 81 -
KSCASELGFLLFSLTMAIII Q63286 315 81 -
KSCASELGFLLFSLTMAIII O57662 319 85 -
KSCASELGFLLFSLTMAIII Q63881 318 81 -
KSCASELGFLLFSLTMAIII Q9Z0V2 318 81 -
KSCASELGFLLFSLTMAIII Q9UBY7 318 81 -
KSCASELGFLLFSLTMAIII Q9UNH9 318 81 -
KSCASELGFLLFSLTMAIII O75671 320 81 -
KSCASELGFLLFSLTMAIII Q03719 320 81 -
KSCASELGFLVFSLAMAIII CIKL_DROME 318 81 -

Motif 7 width=12
Element Seqn Id St Int Rpt
QNQRADKRRAQK O60576 412 77 -
QNQRADKRRAQK Q9Z0V1 412 77 -
QNQRADKRRAQK Q9Z0V0 412 77 -
QNQRADKRRAQK Q9UK17 412 77 -
QNQRADKRRAQK Q9UK16 412 77 -
QNQRADKRRAQK Q9UH86 412 77 -
QNQRADKRRAQK Q9UH85 412 77 -
QNQRADKRRAQK Q9TTT5 412 77 -
QNQRADKRRAQK O60577 412 77 -
QNQRADKRRAQK Q9PTD3 413 77 -
QNQRADKRRAQK O08723 412 77 -
QNQRADKRRAQK P70622 412 77 -
QNQRADKRRAQK Q62897 412 77 -
QNQRADKRRAQK Q63286 412 77 -
QNQRADKRRAQK O57662 417 78 -
QNQRADKRRAQK Q63881 415 77 -
QNQRADKRRAQK Q9Z0V2 415 77 -
QNQRADKRRAQK Q9UBY7 415 77 -
QNQRADKRRAQK Q9UNH9 415 77 -
QNQRADKRRAQQ O75671 417 77 -
QNQRADKRRAQQ Q03719 417 77 -
QNQRADKRKAQR CIKL_DROME 415 77 -

Motif 8 width=17
Element Seqn Id St Int Rpt
RLARIRVAKTGSSNAYL O60576 426 2 -
RLARIRVAKTGSSNAYL Q9Z0V1 426 2 -
RLARIRVAKTGSSNAYL Q9Z0V0 426 2 -
RLARIRVAKTGSSNAYL Q9UK17 426 2 -
RLARIRVAKTGSSNAYL Q9UK16 426 2 -
RLARIRVAKTGSSNAYL Q9UH86 426 2 -
RLARIRVAKTGSSNAYL Q9UH85 426 2 -
RLARIRVAKTGSSNAYL Q9TTT5 426 2 -
RLARIRVAKTGSSNAYL O60577 426 2 -
RLARIRVAKTGSSNAYL Q9PTD3 427 2 -
RLARIRVAKTGSSNAYL O08723 426 2 -
RLARIRVAKTGSSNAYL P70622 426 2 -
RLARIRVAKTGSSNAYL Q62897 426 2 -
RLARIRVAKTGSSNAYL Q63286 426 2 -
RLARIRVAKTGSSTAYL O57662 431 2 -
RLARIRAAKSGSANAYM Q63881 429 2 -
RLARIRAAKSGSANAYM Q9Z0V2 429 2 -
RLARIRAAKSGSANAYM Q9UBY7 429 2 -
RLARIRAAKSGSANAYM Q9UNH9 429 2 -
RLARIRLAKSGTTNAFL O75671 431 2 -
RLARIRLAKSGTTNAFL Q03719 431 2 -
RLARIRIAKASSGAAFV CIKL_DROME 429 2 -

Motif 9 width=15
Element Seqn Id St Int Rpt
ESQHHHLLHCLEKTT O60576 473 30 -
ESQHHHLLHCLEKTT Q9Z0V1 473 30 -
ESQHHHLLHCLEKTT Q9Z0V0 473 30 -
ESQHHHLLHCLEKTT Q9UK17 473 30 -
ESQHHHLLHCLEKTT Q9UK16 473 30 -
ESQHHHLLHCLEKTT Q9UH86 473 30 -
ESQHHHLLHCLEKTT Q9UH85 473 30 -
ESQHHHLLHCLEKTT Q9TTT5 473 30 -
ESQHHHLLHCLEKTT O60577 473 30 -
ESQHHHLLHCLEKTT Q9PTD3 475 31 -
ESQHHHLLHCLEKTT O08723 473 30 -
ESQHHHLLHCLEKTT P70622 473 30 -
ESQHHHLLHCLEKTT Q62897 473 30 -
ESQHHHLLHCLEKTT Q63286 473 30 -
ESQHHHLLHCLEKTT O57662 478 30 -
ETQHHHLLHCLEKTT Q63881 475 29 -
ETQHHHLLHCLEKTT Q9Z0V2 475 29 -
ETQHHHLLHCLEKTT Q9UBY7 475 29 -
ETQHHHLLHCLEKTT Q9UNH9 475 29 -
EQQHHHLLHCLEKTT O75671 475 27 -
EQQHHHLLHCLEKTT Q03719 475 27 -
ELQHHHLLRCLEKTT CIKL_DROME 475 29 -