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PR01033

Identifier
PHYTOCHROME  [View Relations]  [View Alignment]  
Accession
PR01033
No. of Motifs
10
Creation Date
28-NOV-1998  (UPDATE 03-JUL-1999)
Title
Phytochrome signature
Database References

PROSITE; PS00245 PHYTOCHROME_1; PS50046 PHYTOCHROME_2
BLOCKS; BL00245
PFAM; PF00360 phytochrome
INTERPRO; IPR001294
Literature References
1. QUAIL, P.H.
Phytochrome: a light-activated molecular switch that regulates plant gene
expression. 
ANNU.REV.GENET. 25 389-409 (1991).
 
2. SHARROCK, R.A. AND QUAIL, P.H.
Novel phytochrome sequences in Arabidopsis thaliana: structure, evolution,
and differential expression of a plant regulatory photoreceptor family.
GENES DEV. 3 1745-1757 (1989). 
 
3. REED, J.W., NAGPAL, P., POOLE, D.S., FURUYA, M. AND CHORY, J.
Mutations in the gene for the red/far-red light receptor phytochrome B
alter cell elongation and physiological responses throughout Arabidopsis
development.
PLANT CELL 5 147-157 (1993). 

Documentation
Phytochrome belongs to a family of plant photoreceptors that mediate
physiological and developmental responses to changes in red and far-red 
light conditions [1-3]. The protein undergoes reversible photochemical
conversion between a biologically-inactive red light-absorbing form and
the active far-red light-absorbing form. Phytochrome is a dimer of identical
124Kd subunits, each of which contains a linear tetrapyrrole chromophore,
covalently-attached via a Cys residue.
 
In Arabidopsis, there are genes for at least five phytochrome proteins [2,3].
These photoreceptors control such responses as germination, stem elongation,
flowering, gene expression, and chloroplast and leaf development. It is not
yet known which red light responses are controlled by which phytochrome
species, or whether the different phytochromes have overlapping functions. 
 
The deduced amino acid sequences of phytochrome genes phyA, phyB and phyC 
show high levels of sequence identity with the major etiolated-tissue
phytochrome apoproteins from other plant species. The proteins are of
similar molecular mass, have related hydropathic profiles, and contain a
conserved chromophore attachment region [2]. Sequence comparison data 
indicate that the three phy genes diverged early in plant evolution, well 
before the divergence of the two major groups of angiosperms, the monocots
and dicots [2]. Experimental evidence suggests that the red/far light-
responsive phytochrome photoreceptor system in A.thaliana, and possibly
all higher plants, consists of a family of chromoproteins that are 
heterogeneous in structure and regulation. 
 
Synechocystis strain PCC 6803 hypothetical protein slr0473 contains a domain
similar to that of plants phytochrome and seems also to bind a chromophore.
 
PHYTOCHROME is a 10-element fingerprint that provides a signature for
phytochromes. The fingerprint was derived from an initial alignment of 10
sequences: the motifs were drawn from conserved regions spanning the N-
terminal chromophore binding domain - motif 3 includes the region encoded
by PROSITE pattern PHYTOCHROME_1 (PS00245), which contains the chromophore
attachment site. Four iterations on OWL30.2 were required to reach 
convergence, at which point a true set comprising 42 sequences was
identified. Numerous partial matches were also found, most of which are
fragments.
 
An update on SPTR37_9f identified a true set of 39 sequences, and 2
partial matches.
Summary Information
  39 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
1 codes involving 4 elements
0 codes involving 3 elements
1 codes involving 2 elements
Composite Feature Index
1039393939393939393939
90000000000
80000000000
70000000000
60000000000
50000000000
40110110000
30000000000
20110000000
12345678910
True Positives
O23472        O24117        O24380        O24446        
O80419 O82148 P93526 P93528
PHY1_CERPU PHY1_PHYPA PHY1_SELMA PHY1_TOBAC
PHY2_CERPU PHY3_AVESA PHY4_AVESA PHYA_ARATH
PHYA_CUCPE PHYA_LATSA PHYA_MAIZE PHYA_ORYSA
PHYA_PEA PHYA_PETCR PHYA_POPTM PHYA_SOLTU
PHYA_SOYBN PHYB_ARATH PHYB_ORYSA PHYB_SOLTU
PHYB_SOYBN PHYB_TOBAC PHYC_ARATH PHYD_ARATH
PHYE_ARATH PHYE_PHANI PHY_ADICA PHY_MOUSC
PHY_PICAB PHY_PINSY Q40263
True Positive Partials
Codes involving 4 elements
Y473_SYNY3
Codes involving 2 elements
Q55434
Sequence Titles
O23472      PHYTOCHROME D - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS). 
O24117 PHYTOCHROME B - NICOTIANA PLUMBAGINIFOLIA (LEADWORT-LEAVED TOBACCO).
O24380 PHYTOCHROME B - SOLANUM TUBEROSUM (POTATO).
O24446 PHYTOCHROME PHOTORECEPTOR - CERATODON PURPUREUS (MOSS).
O80419 PHYTOCHROME - ADIANTUM CAPILLUS-VENERIS (FERN).
O82148 PHYTOCHROME 2 - ADIANTUM CAPILLUS-VENERIS (FERN).
P93526 PHYTOCHROME A - SORGHUM BICOLOR MILO (SORGHUM).
P93528 PHYTOCHROME C - SORGHUM BICOLOR MILO (SORGHUM).
PHY1_CERPU LIGHT-SENSOR PROTEIN KINASE [INCLUDES: PHYTOCHROME; PROTEIN KINASE (EC 2.7.1.-)] - CERATODON PURPUREUS (MOSS).
PHY1_PHYPA PHYTOCHROME 1 - PHYSCOMITRELLA PATENS (MOSS).
PHY1_SELMA PHYTOCHROME 1 - SELAGINELLA MARTENSII (MARTENS'S SPIKE MOSS).
PHY1_TOBAC PHYTOCHROME A1 - NICOTIANA TABACUM (COMMON TOBACCO).
PHY2_CERPU PHYTOCHROME 2 - CERATODON PURPUREUS (MOSS).
PHY3_AVESA PHYTOCHROME A TYPE 3 (AP3) - AVENA SATIVA (OAT).
PHY4_AVESA PHYTOCHROME A TYPE 4 (AP4) - AVENA SATIVA (OAT).
PHYA_ARATH PHYTOCHROME A - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
PHYA_CUCPE PHYTOCHROME A - CUCURBITA PEPO (VEGETABLE MARROW) (SUMMER SQUASH).
PHYA_LATSA PHYTOCHROME TYPE A - LATHYRUS SATIVUS (CHICKLING VETCH).
PHYA_MAIZE PHYTOCHROME A - ZEA MAYS (MAIZE).
PHYA_ORYSA PHYTOCHROME A - ORYZA SATIVA (RICE).
PHYA_PEA PHYTOCHROME A - PISUM SATIVUM (GARDEN PEA).
PHYA_PETCR PHYTOCHROME A - PETROSELINUM CRISPUM (PARSLEY) (PETROSELINUM HORTENSE).
PHYA_POPTM PHYTOCHROME A - POPULUS TREMULOIDES (QUAKING ASPEN).
PHYA_SOLTU PHYTOCHROME A - SOLANUM TUBEROSUM (POTATO).
PHYA_SOYBN PHYTOCHROME A - GLYCINE MAX (SOYBEAN).
PHYB_ARATH PHYTOCHROME B - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
PHYB_ORYSA PHYTOCHROME B - ORYZA SATIVA (RICE).
PHYB_SOLTU PHYTOCHROME B - SOLANUM TUBEROSUM (POTATO).
PHYB_SOYBN PHYTOCHROME B - GLYCINE MAX (SOYBEAN).
PHYB_TOBAC PHYTOCHROME B - NICOTIANA TABACUM (COMMON TOBACCO).
PHYC_ARATH PHYTOCHROME C - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
PHYD_ARATH PHYTOCHROME D - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
PHYE_ARATH PHYTOCHROME E - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
PHYE_PHANI PHYTOCHROME E - PHARBITIS NIL (VIOLET) (JAPANESE MORNING GLORY).
PHY_ADICA PHYTOCHROME - ADIANTUM CAPILLUS-VENERIS (FERN).
PHY_MOUSC PHYTOCHROME - MOUGEOTIA SCALARIS (HASSEL).
PHY_PICAB PHYTOCHROME - PICEA ABIES (NORWAY SPRUCE) (PICEA EXCELSA).
PHY_PINSY PHYTOCHROME - PINUS SYLVESTRIS (SCOTS PINE).
Q40263 PHYTOCHROME - MESOTAENIUM CALDARIORUM.

Y473_SYNY3 HYPOTHETICAL 84.2 KD PROTEIN SLR0473 - SYNECHOCYSTIS SP. (STRAIN PCC 6803).

Q55434 HYPOTHETICAL 144.7 KD PROTEIN - SYNECHOCYSTIS SP. (STRAIN PCC 6803).
Scan History
OWL30_2    4  250  NSINGLE    
SPTR37_9f 1 100 NSINGLE
Initial Motifs
Motif 1  width=23
Element Seqn Id St Int Rpt
FTPSSGAALEKAAATQDISLLNP PHY2_CERPU 129 129 -
FTAPSASALQKALGFAEVSLLNP PHYA_PEA 133 133 -
FAPSSAVLLERAFAAREISLLNP PHYB_ORYSA 174 174 -
FSDQGATALHKALGFADVSLLNP PHY3_AVESA 131 131 -
FTGPSAAALQKALGFGEVSLLNP PHY1_TOBAC 133 133 -
FKPASAAALQKAATFADMHLVNP PHY_PICAB 146 146 -
FKSSSYLLLERAFVAREITLLNP PHYD_ARATH 170 170 -
FTLSSRASLAKAVASREISLLNP PHYE_PHANI 128 128 -
FTPSSSAALEKAAATQDISLLNP PHY1_CERPU 129 129 -
FLSPGCSALEKAVDFGEISILNP PHYC_ARATH 128 128 -

Motif 2 width=20
Element Seqn Id St Int Rpt
LTGYDRVMAYKFHEDEHGEV PHY2_CERPU 229 77 -
LTGYDRVMAYKFHEDDHGEV PHYA_PEA 233 77 -
LTGYDRVMVYRFHEDEHGEV PHYB_ORYSA 274 77 -
LTGYDRVMAYKFHEDDHGEV PHY3_AVESA 231 77 -
LTGYDRVMTYKFHDDDHGEV PHY1_TOBAC 233 77 -
LTGYDRVMAYRFHEDEHGEV PHY_PICAB 246 77 -
LTGYDRVMVYKFHEDEHGEV PHYD_ARATH 270 77 -
LTGYDRVMVYKFHDDSHGEV PHYE_PHANI 228 77 -
LTGYDRVMAFKFHEDEHGEV PHY1_CERPU 230 78 -
LTGYDRVMVYKFHEDGHGEV PHYC_ARATH 228 77 -

Motif 3 width=22
Element Seqn Id St Int Rpt
RAPHGCHAQYMGNMGSIASLVM PHY2_CERPU 314 65 -
RAPHSCHLQYMANMDSIASLVM PHYA_PEA 318 65 -
RSPHGCHGQYMANMGSIASLVM PHYB_ORYSA 359 65 -
RAPHSCHLQYMENMNSIASLVM PHY3_AVESA 316 65 -
RAPHYCHLQYMENMSSIASLVM PHY1_TOBAC 318 65 -
RAPHGCHAQYMANMGSIASLVM PHY_PICAB 331 65 -
RAPHGCHAQYMTNMGSIASLAM PHYD_ARATH 355 65 -
RSPHGCHTKYMANMGSIASLVM PHYE_PHANI 313 65 -
RAPHGCHAQYMGNMGSIASLVM PHY1_CERPU 315 65 -
RAPHGCHAQYMSNMGSVASLVM PHYC_ARATH 313 65 -

Motif 4 width=21
Element Seqn Id St Int Rpt
IVSQTPNIMDLVKCDGAALYY PHY2_CERPU 423 87 -
IVSQSPNIMDLVKCDGAALFY PHYA_PEA 431 91 -
IVTQSPSIMDLVKCDGAALYY PHYB_ORYSA 472 91 -
IVSGTPNIMDLVKCDGAALLY PHY3_AVESA 432 94 -
IVSQSPNIMDLVKCDGAALLY PHY1_TOBAC 431 91 -
IVSQTPNIMDLVKCDGAALLY PHY_PICAB 444 91 -
IVTQRPSIMDLVKCNGAAFLY PHYD_ARATH 467 90 -
IVTQTPSIMDLVRCDGAALYY PHYE_PHANI 413 78 -
IVSQTPNIMDLVKCDGAALYY PHY1_CERPU 424 87 -
IVTQSPNIMDLVKCDGAALYY PHYC_ARATH 423 88 -

Motif 5 width=20
Element Seqn Id St Int Rpt
DFLFWFRSHTAKEVKWGGAK PHY2_CERPU 508 64 -
DIVFWFRSHTAAEIRWGGAK PHYA_PEA 516 64 -
DYLFWFRSHTAKEIKWGGAK PHYB_ORYSA 557 64 -
DILFWFRSHTAAEIRWGGAK PHY3_AVESA 517 64 -
GWLFWYRSHTAAEVRWGGAK PHY1_TOBAC 516 64 -
DFLFWFRSHTAKEIIWGGAK PHY_PICAB 529 64 -
DFLFWFRSHTEKEIKWGGAK PHYD_ARATH 552 64 -
DFLFWFRSHTAKEVKWGGAK PHYE_PHANI 498 64 -
DFLFWFRSHTATEVKWGGAK PHY1_CERPU 509 64 -
DFLFWFRSSTAKQIKWGGAR PHYC_ARATH 508 64 -

Motif 6 width=19
Element Seqn Id St Int Rpt
PRSSFKAFLEVVKRRSLPW PHY2_CERPU 541 13 -
PRSSFKAFLEVVKARSVPW PHYA_PEA 549 13 -
PRSSFKAFLEVVKSRSLPW PHYB_ORYSA 590 13 -
PRLSFKAFLEVVKMKSLPW PHY3_AVESA 550 13 -
PRSSFKAFLEVVKTRSVPW PHY1_TOBAC 549 13 -
PRSSFKAFLEVVKRRSLPW PHY_PICAB 562 13 -
PRSSFQTFLEVVKSRCQPW PHYD_ARATH 585 13 -
PRSSFIAFLEVVKSRSLPW PHYE_PHANI 531 13 -
PRSSFKAFLEVVNKRSPPW PHY1_CERPU 542 13 -
PRSSFKAFMEIVRWKSVPW PHYC_ARATH 540 12 -

Motif 7 width=17
Element Seqn Id St Int Rpt
EMVRLIETATAPILAVD PHY2_CERPU 611 51 -
EMVRLIETATVPILAVD PHYA_PEA 620 52 -
EMVRLIETATVPIFAVD PHYB_ORYSA 664 55 -
EMVRLMETATVPILAVD PHY3_AVESA 620 51 -
EMVRLIETASVPIFAVD PHY1_TOBAC 620 52 -
EMVRLIETATVPILAID PHY_PICAB 632 51 -
EMVRLIETATVPIFAVD PHYD_ARATH 659 55 -
ELVRLVETATVPIFGVD PHYE_PHANI 601 51 -
EMSRVLETAAAPILAVD PHY1_CERPU 612 51 -
EMVRLIDTAAVPIFAVD PHYC_ARATH 607 48 -

Motif 8 width=16
Element Seqn Id St Int Rpt
GMINGWNAKIAHVTGL PHY2_CERPU 630 2 -
GTVNGWNIKIAELTGL PHYA_PEA 639 2 -
GCINGWNAKVAELTGL PHYB_ORYSA 683 2 -
GLVNGWNQKAAELTGL PHY3_AVESA 639 2 -
GQLNGWNTKIAELTGL PHY1_TOBAC 639 2 -
GLVNGWNTKAAELTGL PHY_PICAB 651 2 -
GCINGWNAKIAELTGL PHYD_ARATH 678 2 -
GLINGWNAKIAELTGL PHYE_PHANI 620 2 -
GMINAWNAKIAQVTGL PHY1_CERPU 631 2 -
GVINGWNSKAAEVTGL PHYC_ARATH 626 2 -

Motif 9 width=18
Element Seqn Id St Int Rpt
VNACSSRDVSDSVVGVCF PHY2_CERPU 704 58 -
VNACASKDLRENVVGVCF PHYA_PEA 712 57 -
VNACSTRDYTKNIVGVCF PHYB_ORYSA 757 58 -
VNACASRDLHDHVVGVCF PHY3_AVESA 712 57 -
VNACASRDVGDSVVGVCF PHY1_TOBAC 712 57 -
VNACSSRDLEENVVGVCF PHY_PICAB 724 57 -
VNACSSKDYLNNIVGVCF PHYD_ARATH 752 58 -
VNACTSRDYKNDIIGVCF PHYE_PHANI 694 58 -
VNACCSRDASDFVVGVFF PHY1_CERPU 705 58 -
VNTCCSRDMTNNVLGVCF PHYC_ARATH 699 57 -

Motif 10 width=21
Element Seqn Id St Int Rpt
QDVTGQKMFMDKFTRIQGDYK PHY2_CERPU 724 2 -
QDITAQKTVMDKFTRIEGDYK PHYA_PEA 732 2 -
QDVTGQKVVMDKFINIQGDYK PHYB_ORYSA 777 2 -
QDMTVHKLVMDKFTRVEGDYK PHY3_AVESA 732 2 -
QDITGQKNIMDKFTRIEGDYR PHY1_TOBAC 732 2 -
QDVTWQRIAMDKFTHLQGDYR PHY_PICAB 744 2 -
QDVTGHKIVMDKFINIQGDYK PHYD_ARATH 772 2 -
QDITPEKAVMDKFVRLQGDYE PHYE_PHANI 714 2 -
QDVTEQRMFMDRFTRIQGGEK PHY1_CERPU 725 2 -
QDVTGQKTLTENYSRVKGDYA PHYC_ARATH 719 2 -
Final Motifs
Motif 1  width=23
Element Seqn Id St Int Rpt
FTAPSASALQKALGFGDVSLLNP PHYA_ARATH 133 133 -
FTAPSASALQKALGFAEVSLLNP PHYA_LATSA 133 133 -
FTYASAAALEKASGAVDVSMLNP O82148 150 150 -
FTPSSGAALEKAAATQDISLLNP O24446 129 129 -
FTPSSGAALEKAAATQDISLLNP PHY2_CERPU 129 129 -
FTAPSASALQKALGFAEVSLLNP PHYA_PEA 133 133 -
FAPSSAVLLERAFAAREISLLNP PHYB_ORYSA 174 174 -
FTAPSASALQKAMGFGDVSLLNP PHYA_POPTM 133 133 -
FTAPSASALLKALGFGEVTLLNP PHYA_CUCPE 133 133 -
FTPSSSVLLERAFGAREITLLNP O24117 148 148 -
FTPSSSVLLERAFGAREITLLNP O24380 142 142 -
FTPSSSVLLERAFGAREITLLNP PHYB_TOBAC 146 146 -
FTDPGATALQKALGFADVSLLNP P93526 134 134 -
FTDPGTTALQKALGFADVSLLNP PHYA_ORYSA 134 134 -
FTAASAHSLEKAAVAQEISLMNP PHY_PINSY 142 142 -
FTDPGATALQKALGFADVSLLNP PHYA_MAIZE 134 134 -
LFTAAASALEKAAGAVDLSMLNP PHY1_SELMA 133 133 -
FTSSSSILLERAFVAREITLLNP PHYB_ARATH 167 167 -
FSDQGATALHKALGFADVSLLNP PHY3_AVESA 131 131 -
FTASSVASLEKAAEAQEMSLLNP PHY1_PHYPA 131 131 -
FSDQGATALHKALGFADVSLLNP PHY4_AVESA 131 131 -
FTGPSAAALQKALGFGEVSLLNP PHY1_TOBAC 133 133 -
FKPASAAALQKAATFADMHLVNP PHY_PICAB 146 146 -
FTHSSALLLEKAFSAREISLMNP PHYB_SOYBN 168 168 -
FTPSSSVLLERAFGAREITLLNP PHYB_SOLTU 142 142 -
FTGPSGAALQKALGFGEVSLLNP PHYA_SOLTU 133 133 -
FTAPSAAALQKAVGFTDINLLNP PHYA_PETCR 132 132 -
FTAPSVSGLQKALGCADVSLLNP PHYA_SOYBN 132 132 -
FKSSSYLLLERAFVAREITLLNP O23472 170 170 -
FKSSSYLLLERAFVAREITLLNP PHYD_ARATH 170 170 -
FTSASVSLLEKAAMATDVSVMNP Q40263 134 134 -
LSPASASALDRVIGVVDVSMFNP PHY_ADICA 127 127 -
LSPASASALDRVIGVVDVSMFNP O80419 128 128 -
FRSQSSVALHKAATFGEVNLLNP P93528 131 131 -
FTLSSRASLAKAVASREISLLNP PHYE_PHANI 128 128 -
FTPSSSAALEKAAATQDISLLNP PHY1_CERPU 129 129 -
LSPSSVSVVEKAVAANDVSMMNP PHY_MOUSC 134 134 -
FTPSSGASLSKAASFTEISLLNP PHYE_ARATH 132 132 -
FLSPGCSALEKAVDFGEISILNP PHYC_ARATH 128 128 -

Motif 2 width=20
Element Seqn Id St Int Rpt
LTGYDRVMAYKFHEDDHGEV PHYA_ARATH 233 77 -
LTGYDRVMAYKFHEDDHGEV PHYA_LATSA 233 77 -
LTGYDRVMAYKFHEDEHGEV O82148 251 78 -
LTGYDRVMAYKFHEDEHGEV O24446 229 77 -
LTGYDRVMAYKFHEDEHGEV PHY2_CERPU 229 77 -
LTGYDRVMAYKFHEDDHGEV PHYA_PEA 233 77 -
LTGYDRVMVYRFHEDEHGEV PHYB_ORYSA 274 77 -
LTGYDRAMAYKFHDDDHGEV PHYA_POPTM 233 77 -
LTGYDRVMAYKFHDDDHGEV PHYA_CUCPE 233 77 -
LTGYDRVMVYKFHEDEHGEV O24117 248 77 -
LTGYDRVMVYKFHEDEHGEV O24380 242 77 -
LTGYDRVMVYKFHEDEHGEV PHYB_TOBAC 246 77 -
LTGYDRVMAYKFHEDEHGEV P93526 234 77 -
LTGYDRVMAYKFHEDDHGEV PHYA_ORYSA 234 77 -
LTGYDRVMVYKFHEDEHGEV PHY_PINSY 242 77 -
LTGYDRVMAYKFHEDEHGEV PHYA_MAIZE 234 77 -
VTGYDLVMAYKFHEDEHGEV PHY1_SELMA 234 78 -
LTGYDRVMVYKFHEDEHGEV PHYB_ARATH 267 77 -
LTGYDRVMAYKFHEDDHGEV PHY3_AVESA 231 77 -
LTGYDRVMAYRFHEDEHGEV PHY1_PHYPA 231 77 -
LTGYDRVMAYKFHEDDHGEV PHY4_AVESA 231 77 -
LTGYDRVMTYKFHDDDHGEV PHY1_TOBAC 233 77 -
LTGYDRVMAYRFHEDEHGEV PHY_PICAB 246 77 -
LTGYDRVMVYKFHEDEHGEV PHYB_SOYBN 268 77 -
LTGYDRVMVYKFHEDEHGEV PHYB_SOLTU 243 78 -
LTGYDRVMGYKFHDDDHGEV PHYA_SOLTU 233 77 -
LTGYDRVMAYKFHDDDHGEV PHYA_PETCR 232 77 -
LTGYDRVMAYKFHEDDHGEV PHYA_SOYBN 232 77 -
LTGYDRVMVYKFHEDEHGEV O23472 270 77 -
LTGYDRVMVYKFHEDEHGEV PHYD_ARATH 270 77 -
LTGYDRVMAYKFHEDEHGEV Q40263 234 77 -
LTGFDRVMAYKFHEDEHGEV PHY_ADICA 226 76 -
LTGFDRVMAYKFHEDEHGEV O80419 227 76 -
LTGYDRVMAYKFHEDEHGEV P93528 231 77 -
LTGYDRVMVYKFHDDSHGEV PHYE_PHANI 228 77 -
LTGYDRVMAFKFHEDEHGEV PHY1_CERPU 230 78 -
LTGYDRVMAYKFHDDEHGEV PHY_MOUSC 235 78 -
LTGYDRVMVYQFHEDDHGEV PHYE_ARATH 232 77 -
LTGYDRVMVYKFHEDGHGEV PHYC_ARATH 228 77 -

Motif 3 width=22
Element Seqn Id St Int Rpt
RAPHSCHLQYMANMDSIASLVM PHYA_ARATH 318 65 -
RAPHSCHLQYMANMDSIASLVM PHYA_LATSA 318 65 -
RAPHGCHSQYMANMGSIASLVM O82148 336 65 -
RAPHGCHAQYMGNMGSIASLVM O24446 314 65 -
RAPHGCHAQYMGNMGSIASLVM PHY2_CERPU 314 65 -
RAPHSCHLQYMANMDSIASLVM PHYA_PEA 318 65 -
RSPHGCHGQYMANMGSIASLVM PHYB_ORYSA 359 65 -
RAPHSCHLQYMENMNSIASLVM PHYA_POPTM 318 65 -
RAPHSCHLQYMENMNSIASLVM PHYA_CUCPE 318 65 -
RAPHGCHAQYMANMGSIASLTL O24117 333 65 -
RAPHGCHAQYMANMGSIASLTL O24380 327 65 -
RAPHGCHAQYMANMGSIASLTL PHYB_TOBAC 331 65 -
RAPHSCHLQYMENMNSIASLVM P93526 319 65 -
RAPHSCHLQYMENMNSIASLVM PHYA_ORYSA 319 65 -
SAPHGCHAQYMANMGSIRSLLM PHY_PINSY 327 65 -
RAPHSCHLKYMENMNSIASLVM PHYA_MAIZE 319 65 -
RAPHGCHAQYMGNMGSVASLVM PHY1_SELMA 319 65 -
RAPHGCHSQYMANMGSIASLAM PHYB_ARATH 352 65 -
RAPHSCHLQYMENMNSIASLVM PHY3_AVESA 316 65 -
RSPHGCHAQYMGNMGSIASLVM PHY1_PHYPA 316 65 -
RAPHSCHLQYMENMNSIASLVM PHY4_AVESA 316 65 -
RAPHYCHLQYMENMSSIASLVM PHY1_TOBAC 318 65 -
RAPHGCHAQYMANMGSIASLVM PHY_PICAB 331 65 -
GAPHGCHAQYMANMGSIASLVM PHYB_SOYBN 353 65 -
RAPHGCHAQYMANMGSIASLTL PHYB_SOLTU 328 65 -
RAPHYCHLQYMENMNSIASLVM PHYA_SOLTU 318 65 -
RAPHSCHLQYMENMNSIASLVM PHYA_PETCR 317 65 -
RAPHSCHAQYMANMDSIASLVL PHYA_SOYBN 317 65 -
RAPHGCHAQYMTNMGSIASLAM O23472 355 65 -
RAPHGCHAQYMTNMGSIASLAM PHYD_ARATH 355 65 -
RGVHGCHAQYMANMGSVASLVM Q40263 319 65 -
RAPHGCHTQYMANMNSISSLVM PHY_ADICA 311 65 -
RAPHGCHTQYMANMNSISSLVM O80419 312 65 -
RASHGCHAQYMANMGSVASLVM P93528 316 65 -
RSPHGCHTKYMANMGSIASLVM PHYE_PHANI 313 65 -
RAPHGCHAQYMGNMGSIASLVM PHY1_CERPU 315 65 -
RGVHGCHTQYMMNMGSTASLVM PHY_MOUSC 320 65 -
RAPHGCHTQYMANMGSVASLAL PHYE_ARATH 317 65 -
RAPHGCHAQYMSNMGSVASLVM PHYC_ARATH 313 65 -

Motif 4 width=21
Element Seqn Id St Int Rpt
IVSQSPNIMDLVKCDGAALLY PHYA_ARATH 432 92 -
IVSQSPNIMDLVKCDGAALFY PHYA_LATSA 431 91 -
IVSESPNIMDLVKCDGAALYY O82148 447 89 -
IVSQTPNIMDLVKCDGAALYY O24446 423 87 -
IVSQTPNIMDLVKCDGAALYY PHY2_CERPU 423 87 -
IVSQSPNIMDLVKCDGAALFY PHYA_PEA 431 91 -
IVTQSPSIMDLVKCDGAALYY PHYB_ORYSA 472 91 -
IVTQSPNIMDLVKCDGAVLFY PHYA_POPTM 431 91 -
IVSRSPNIMDLVKSDGAALLY PHYA_CUCPE 430 90 -
IVTQSPSIMDLVKCDGAALYC O24117 441 86 -
IVTQSPSIMDLVKCDGAALYY O24380 436 87 -
IVIQSPSIMDLVKCDGAALYC PHYB_TOBAC 439 86 -
IVSGSPNIMDLVKCDGAALLY P93526 435 94 -
IVSGTPNIMDLVKCDGAALLY PHYA_ORYSA 435 94 -
IVTQSPSIKDLVKCDGAALYY PHY_PINSY 436 87 -
IVSGSPNIMDLVKCDGAALLY PHYA_MAIZE 435 94 -
IVSQSPNIMDLVKCDGAALYY PHY1_SELMA 431 90 -
IVTQSPSIMDLVKCDGAAFLY PHYB_ARATH 463 89 -
IVSGTPNIMDLVKCDGAALLY PHY3_AVESA 432 94 -
IVSQIPNIMDLVKCDGAALYY PHY1_PHYPA 425 87 -
IVSGAPNIMDLVKCDGAALLY PHY4_AVESA 432 94 -
IVSQSPNIMDLVKCDGAALLY PHY1_TOBAC 431 91 -
IVSQTPNIMDLVKCDGAALLY PHY_PICAB 444 91 -
IVTQSPSIMDLVKCDGAALYF PHYB_SOYBN 461 86 -
IVTQSPSIMDLVKCDGAALYY PHYB_SOLTU 437 87 -
IVSQSPNIMDLIKCDGAALLY PHYA_SOLTU 431 91 -
IVSQSPNMMDLVKCDGAALLY PHYA_PETCR 429 90 -
IASESPNIMDLVKCDGAALIY PHYA_SOYBN 429 90 -
IVTQRPSIMDLVKCNGAAFLY O23472 467 90 -
IVTQRPSIMDLVKCNGAAFLY PHYD_ARATH 467 90 -
IVSQSPNITDLVKCDGAALFY Q40263 433 92 -
IVSQSPNIMDLVTCDGAALYY PHY_ADICA 420 87 -
IVSQSPNIMDLVTCDGAALYY O80419 421 87 -
IFTQSPNVMDLVKCDGVALYY P93528 429 91 -
IVTQTPSIMDLVRCDGAALYY PHYE_PHANI 413 78 -
IVSQTPNIMDLVKCDGAALYY PHY1_CERPU 424 87 -
IVSQSPNVMDLVKCDGAALLF PHY_MOUSC 429 87 -
IVTQSPGIMDLVKCDGAALYY PHYE_ARATH 417 78 -
IVTQSPNIMDLVKCDGAALYY PHYC_ARATH 423 88 -

Motif 5 width=20
Element Seqn Id St Int Rpt
DMIFWFRSHTAGEVRWGGAK PHYA_ARATH 517 64 -
DIVFWFRSHTAAEIRWGGAK PHYA_LATSA 516 64 -
DFLFWFRSHTAKEIKWGGAK O82148 532 64 -
DFLFWFRSHTAKEVKWGGAK O24446 508 64 -
DFLFWFRSHTAKEVKWGGAK PHY2_CERPU 508 64 -
DIVFWFRSHTAAEIRWGGAK PHYA_PEA 516 64 -
DYLFWFRSHTAKEIKWGGAK PHYB_ORYSA 557 64 -
DMLFWFRSQTAAEIRWGGAK PHYA_POPTM 516 64 -
DMIFWFRSHTASEIRWGGAK PHYA_CUCPE 515 64 -
DFLFWFRSHTAKEIKWGGAK O24117 526 64 -
DFLFWFRSHTAKEIKWGGAK O24380 521 64 -
DFLFWFRSHTAKEIKWGGAK PHYB_TOBAC 524 64 -
DILFWFRSHTAAEIKWGGAK P93526 520 64 -
DILFWFRSHTAAEIRWGGAK PHYA_ORYSA 520 64 -
DFLFWFRSHTAKEMKWGGAK PHY_PINSY 521 64 -
DILFWFRSHTAAEIKWGGAK PHYA_MAIZE 520 64 -
DFLFWFRSHTAKEVKWGGAK PHY1_SELMA 516 64 -
DFLFWFRSHTAKEIKWGGAK PHYB_ARATH 548 64 -
DILFWFRSHTAAEIRWGGAK PHY3_AVESA 517 64 -
DFLFWFRSHTAKEIKWGGAK PHY1_PHYPA 510 64 -
DIIFWFRSHTAAEIRWGGAK PHY4_AVESA 517 64 -
GWLFWYRSHTAAEVRWGGAK PHY1_TOBAC 516 64 -
DFLFWFRSHTAKEIIWGGAK PHY_PICAB 529 64 -
DFLFWFRSHTAKEIKWGGAK PHYB_SOYBN 546 64 -
DFLFWFRSHTAKEIKWGGAK PHYB_SOLTU 522 64 -
DWLFWYRSHTAAEVRWGGAK PHYA_SOLTU 516 64 -
DMLFWFRSHAAGHIRWGGAK PHYA_PETCR 514 64 -
DMVFWFRSHTAAEIRWGGAK PHYA_SOYBN 514 64 -
DFLFWFRSHTEKEIKWGGAK O23472 552 64 -
DFLFWFRSHTEKEIKWGGAK PHYD_ARATH 552 64 -
DFLFWFRSHAQKEVKWAGAK Q40263 518 64 -
DFLFWFRSHTAKEVRWGGAR PHY_ADICA 505 64 -
DFLFWFRSHTAKEVRWGGAR O80419 506 64 -
DFIFWFRSHTTKEIKWGGAK P93528 514 64 -
DFLFWFRSHTAKEVKWGGAK PHYE_PHANI 498 64 -
DFLFWFRSHTATEVKWGGAK PHY1_CERPU 509 64 -
DFLFWFRGHAQKEVKWAGAK PHY_MOUSC 514 64 -
DYLLWFRSNTASAIKWGGAK PHYE_ARATH 503 65 -
DFLFWFRSSTAKQIKWGGAR PHYC_ARATH 508 64 -

Motif 6 width=19
Element Seqn Id St Int Rpt
PRSSFKAFLEVVKTRSLPW PHYA_ARATH 550 13 -
PRSSFKAFLEVVKARSVPW PHYA_LATSA 549 13 -
PRSSFKAFLEVVKRRSLPW O82148 565 13 -
PRSSFKAFLEVVKRRSLPW O24446 541 13 -
PRSSFKAFLEVVKRRSLPW PHY2_CERPU 541 13 -
PRSSFKAFLEVVKARSVPW PHYA_PEA 549 13 -
PRSSFKAFLEVVKSRSLPW PHYB_ORYSA 590 13 -
PRSSFKAFLEVVKTRSLPW PHYA_POPTM 549 13 -
PRSSFKAFLEVVKTRSLPW PHYA_CUCPE 548 13 -
PRSSFKAFLEVVKSRSLPW O24117 559 13 -
PRSSFKAFLEVVKSRSSPW O24380 554 13 -
PRSSFKAFLEVVKSRSLPW PHYB_TOBAC 557 13 -
PRLSFKAFLEVVKMKSLPW P93526 553 13 -
PRLSFKAFLEVVKMKSLPW PHYA_ORYSA 553 13 -
PRSSFKAFLEVVKRRSLPW PHY_PINSY 554 13 -
PRLSFKAFLEVVKTKSLPW PHYA_MAIZE 553 13 -
PRSSFKAFLEVVKRRSLPW PHY1_SELMA 549 13 -
PRSSFQAFLEVVKSRSQPW PHYB_ARATH 581 13 -
PRLSFKAFLEVVKMKSLPW PHY3_AVESA 550 13 -
PRSSFKAFLEVVKRRSLPW PHY1_PHYPA 543 13 -
PRLSFKAFLEVVKMKSLPW PHY4_AVESA 550 13 -
PRSSFKAFLEVVKTRSVPW PHY1_TOBAC 549 13 -
PRSSFKAFLEVVKRRSLPW PHY_PICAB 562 13 -
PLSSFKAFLEVVKSRSLPW PHYB_SOYBN 579 13 -
PRSSFKAFLEVVKSRSSPW PHYB_SOLTU 555 13 -
PRSSFKGFLEVVKTRSIPW PHYA_SOLTU 549 13 -
PRSSFKAFLEVVKTRSTTW PHYA_PETCR 547 13 -
PRSSFKAFLEVVKARSLPW PHYA_SOYBN 547 13 -
PRSSFQTFLEVVKSRCQPW O23472 585 13 -
PRSSFQTFLEVVKSRCQPW PHYD_ARATH 585 13 -
PRSSFQAFLEVVKQRSLPW Q40263 556 18 -
PRSSFKAFLEVVKQQSLPW PHY_ADICA 538 13 -
PRSSFKAFLEVVKQQSLPW O80419 539 13 -
PRSSFKAFLEVVKWRSVPW P93528 548 14 -
PRSSFIAFLEVVKSRSLPW PHYE_PHANI 531 13 -
PRSSFKAFLEVVNKRSPPW PHY1_CERPU 542 13 -
PRSSFKAFLEVVKQRSLPW PHY_MOUSC 546 12 -
PRSSFTAFLEVAKSRSLPW PHYE_ARATH 536 13 -
PRSSFKAFMEIVRWKSVPW PHYC_ARATH 540 12 -

Motif 7 width=17
Element Seqn Id St Int Rpt
EMVRLIETATVPILAVD PHYA_ARATH 621 52 -
EMVRLIETATVPILAVD PHYA_LATSA 620 52 -
EMVRLIETATAPIFAVD O82148 635 51 -
EMVRLIETATAPILAVD O24446 611 51 -
EMVRLIETATAPILAVD PHY2_CERPU 611 51 -
EMVRLIETATVPILAVD PHYA_PEA 620 52 -
EMVRLIETATVPIFAVD PHYB_ORYSA 664 55 -
EMVRLIETATVPILAVD PHYA_POPTM 620 52 -
EMVRLIETATVPILAVD PHYA_CUCPE 619 52 -
EMVRLIETATAPIFAVD O24117 629 51 -
EMVRLIETATAPIFAVD O24380 624 51 -
EMVRLIETATAPIFAVD PHYB_TOBAC 626 50 -
EMVRLMETATVPILAVD P93526 623 51 -
EMVRLMETATVPILAVD PHYA_ORYSA 623 51 -
EMVRLIETATAPILAVD PHY_PINSY 624 51 -
EMVRLMETATVPILAVD PHYA_MAIZE 623 51 -
EMVRLIETATAPILAVD PHY1_SELMA 619 51 -
EMVRLIETATVPIFAVD PHYB_ARATH 655 55 -
EMVRLMETATVPILAVD PHY3_AVESA 620 51 -
EMVRLIETATAPILAVD PHY1_PHYPA 613 51 -
EMVRLMETATVPILAVD PHY4_AVESA 620 51 -
EMVRLIETASVPIFAVD PHY1_TOBAC 620 52 -
EMVRLIETATVPILAID PHY_PICAB 632 51 -
EMVRLIETATAPIFAVD PHYB_SOYBN 649 51 -
EMVRLIETATAPIFAVD PHYB_SOLTU 625 51 -
EMVRLIETASVPIFAVD PHYA_SOLTU 620 52 -
EMVRLIETATVPIFAVD PHYA_PETCR 625 59 -
EIVRLDYTATVPILAVD PHYA_SOYBN 627 61 -
EMVRLIETATVPIFAVD O23472 659 55 -
EMVRLIETATVPIFAVD PHYD_ARATH 659 55 -
EMVRLIETATAPILAVD Q40263 632 57 -
EMVRLIETATAPILAVD PHY_ADICA 608 51 -
EMVRLIETATAPILAVD O80419 609 51 -
EMVRLIETATAPVLAVD P93528 621 54 -
ELVRLVETATVPIFGVD PHYE_PHANI 601 51 -
EMSRVLETAAAPILAVD PHY1_CERPU 612 51 -
EMVRLIETATAPILAVD PHY_MOUSC 616 51 -
EMVRVIETATAPIFGVD PHYE_ARATH 598 43 -
EMVRLIDTAAVPIFAVD PHYC_ARATH 607 48 -

Motif 8 width=16
Element Seqn Id St Int Rpt
GLVNGWNTKIAELTGL PHYA_ARATH 640 2 -
GTVNGWNIKIAELTGL PHYA_LATSA 639 2 -
GFINGWNAKVAELTGL O82148 654 2 -
GMINGWNAKIAHVTGL O24446 630 2 -
GMINGWNAKIAHVTGL PHY2_CERPU 630 2 -
GTVNGWNIKIAELTGL PHYA_PEA 639 2 -
GCINGWNAKVAELTGL PHYB_ORYSA 683 2 -
GLVNGWNTKISELTGL PHYA_POPTM 639 2 -
GLINGWNTKIAELTGL PHYA_CUCPE 638 2 -
GRINGWNAKVAELTDL O24117 648 2 -
GRINGWNAKVAELTGV O24380 643 2 -
GRINGWNAKVAELTDL PHYB_TOBAC 645 2 -
GLVNGWNQKVAELSGL P93526 642 2 -
GLVNGWNQKVAELTGL PHYA_ORYSA 642 2 -
GLVNGWNAKVAELTGL PHY_PINSY 643 2 -
GLVNGWNQKVAELSGL PHYA_MAIZE 642 2 -
GFINGWNAKVADVTGL PHY1_SELMA 638 2 -
GCINGWNAKIAELTGL PHYB_ARATH 674 2 -
GLVNGWNQKAAELTGL PHY3_AVESA 639 2 -
GMINGWNAKIAQVTGL PHY1_PHYPA 632 2 -
GLVNGWNQKAAELTGL PHY4_AVESA 639 2 -
GQLNGWNTKIAELTGL PHY1_TOBAC 639 2 -
GLVNGWNTKAAELTGL PHY_PICAB 651 2 -
GHVNGWNAKVSELTGL PHYB_SOYBN 668 2 -
GRINGWNAKVAELTGV PHYB_SOLTU 644 2 -
GQVNGWNTKVAELTGL PHYA_SOLTU 639 2 -
EIVNGWNTKIAELTGL PHYA_PETCR 644 2 -
GLVNGWNIKIAELTGL PHYA_SOYBN 646 2 -
GCINGWNAKIAELTGL O23472 678 2 -
GCINGWNAKIAELTGL PHYD_ARATH 678 2 -
GCVNGWNAKVSELTGL Q40263 651 2 -
GLINGWNGKVAELTGL PHY_ADICA 627 2 -
GLINGWNGKVAELTGL O80419 628 2 -
GNINGWNNKAAELTGL P93528 640 2 -
GLINGWNAKIAELTGL PHYE_PHANI 620 2 -
GMINAWNAKIAQVTGL PHY1_CERPU 631 2 -
GCVNGWNFKISELTGL PHY_MOUSC 635 2 -
GCINGWNKKTAEMTGL PHYE_ARATH 617 2 -
GVINGWNSKAAEVTGL PHYC_ARATH 626 2 -

Motif 9 width=18
Element Seqn Id St Int Rpt
VNACASRDLHENVVGVCF PHYA_ARATH 713 57 -
VNACASRDLRENVVGVCF PHYA_LATSA 712 57 -
VNACSSRDFTDNVVGVCF O82148 728 58 -
VNACSSRDVSDSVVGVCF O24446 704 58 -
VNACSSRDVSDSVVGVCF PHY2_CERPU 704 58 -
VNACASKDLRENVVGVCF PHYA_PEA 712 57 -
VNACSTRDYTKNIVGVCF PHYB_ORYSA 757 58 -
VNACASRDLHENVVGVCF PHYA_POPTM 712 57 -
VNACASRDLRENVVGVFF PHYA_CUCPE 711 57 -
VNACSSKDYTNNIVGVCF O24117 722 58 -
VNACASKDYTNNIVGVCF O24380 717 58 -
VNACSSKDYTNNIVGVCF PHYB_TOBAC 719 58 -
VNACASRDLHDHVVGVCF P93526 715 57 -
VNACASRDLHDHVVGVCF PHYA_ORYSA 715 57 -
VNACSSRDFTDNIVGVCF PHY_PINSY 717 58 -
VNACASRDLHDHVVGVCF PHYA_MAIZE 715 57 -
VNACASRDVSDNVVGVCF PHY1_SELMA 712 58 -
VNACSSKDYLNNIVGVCF PHYB_ARATH 748 58 -
VNACASRDLHDHVVGVCF PHY3_AVESA 712 57 -
VDACSSIHVSENVVGVCF PHY1_PHYPA 706 58 -
VNACASRDLHDHVVGVCF PHY4_AVESA 712 57 -
VNACASRDVGDSVVGVCF PHY1_TOBAC 712 57 -
VNACSSRDLEENVVGVCF PHY_PICAB 724 57 -
VNACSSKHFTNNVVGVCF PHYB_SOYBN 738 54 -
VVNACARDYTNNIVGVCF PHYB_SOLTU 717 57 -
VNACASKDVRDSVVGVCF PHYA_SOLTU 712 57 -
VNACATRGLHDNVVGVCF PHYA_PETCR 717 57 -
VNRCASRDLRDNVVGVCF PHYA_SOYBN 719 57 -
VNACSSKDYLNNIVGVCF O23472 752 58 -
VNACSSKDYLNNIVGVCF PHYD_ARATH 752 58 -
VNACASRDVSESVVGVCF Q40263 727 60 -
VNTCCSRDVSNNVVGVCF PHY_ADICA 701 58 -
VNTCCSRDVSNNVVGVCF O80419 702 58 -
VNSCCSRDLSEKVIGVCF P93528 713 57 -
VNACTSRDYKNDIIGVCF PHYE_PHANI 694 58 -
VNACCSRDASDFVVGVFF PHY1_CERPU 705 58 -
VNACASRDVSEKVVGVCF PHY_MOUSC 709 58 -
VNSCTSRDYTENIIGVCF PHYE_ARATH 694 61 -
VNTCCSRDMTNNVLGVCF PHYC_ARATH 699 57 -

Motif 10 width=21
Element Seqn Id St Int Rpt
HDLTGQKTVMDKFTRIEGDYK PHYA_ARATH 733 2 -
QDITAQKTVMDKFTRIEGDYK PHYA_LATSA 732 2 -
QDVTGQKVVMDKFTRIQGDYK O82148 748 2 -
QDVTGQKMFMDKFTRIQGDYK O24446 724 2 -
QDVTGQKMFMDKFTRIQGDYK PHY2_CERPU 724 2 -
QDITAQKTVMDKFTRIEGDYK PHYA_PEA 732 2 -
QDVTGQKVVMDKFINIQGDYK PHYB_ORYSA 777 2 -
QDITGQKMVMDKFTRIEGDYK PHYA_POPTM 732 2 -
QDITGQKMVMDKFTRLEGDYK PHYA_CUCPE 731 2 -
QDVTGQKVVMDKFIHIQGDYK O24117 742 2 -
QDVTGEKVVMDKFINIQGDYK O24380 737 2 -
QDVTGQKVVMDKFIHIQGDYK PHYB_TOBAC 739 2 -
QDMTVHKLVMDKFTRVEGDYK P93526 735 2 -
QDMTVHKLVMDKFTRVEGDYK PHYA_ORYSA 735 2 -
QDVTSQKVVMDKFIRIQGDYR PHY_PINSY 737 2 -
QDMTVHKLVMDKFTRVEGDYK PHYA_MAIZE 735 2 -
QDVTGQKVVMDKFTRIQGDYK PHY1_SELMA 732 2 -
QDVTSQKIVMDKFINIQGDYK PHYB_ARATH 768 2 -
QDMTVHKLVMDKFTRVEGDYK PHY3_AVESA 732 2 -
QDVTGQKMFMDKFTRIQGDYK PHY1_PHYPA 726 2 -
QDMTVHKLVMDKFTRVEGDYK PHY4_AVESA 732 2 -
QDITGQKNIMDKFTRIEGDYR PHY1_TOBAC 732 2 -
QDVTWQRIAMDKFTHLQGDYR PHY_PICAB 744 2 -
QNVTGQKIVMHKFINIQGDYK PHYB_SOYBN 758 2 -
QDVTGEKVVMDKFINIQGDYK PHYB_SOLTU 737 2 -
QDITGQKSIMDKFTRIEGDYR PHYA_SOLTU 732 2 -
QDVTSQKTIMDKFTRIQGDYK PHYA_PETCR 737 2 -
HDITAQKNVMDKFIRIEGDYK PHYA_SOYBN 739 2 -
QDVTGHKIVMDKFINIQGDYK O23472 772 2 -
QDVTGHKIVMDKFINIQGDYK PHYD_ARATH 772 2 -
QDVTGEKEVLDKFIRIQGDYT Q40263 747 2 -
QDVTGQKLVLDRFIRIQGDYK PHY_ADICA 721 2 -
QDVTGQKLVLDRFIRIQGDYK O80419 722 2 -
QDLTTQKMIMDKYTRIQGDYV P93528 733 2 -
QDITPEKAVMDKFVRLQGDYE PHYE_PHANI 714 2 -
QDVTEQRMFMDRFTRIQGGEK PHY1_CERPU 725 2 -
QDVTGEKIVQDKFTRIQGDYT PHY_MOUSC 729 2 -
QDITSEKAITDRFIRLQGDYK PHYE_ARATH 714 2 -
QDVTGQKTLTENYSRVKGDYA PHYC_ARATH 719 2 -