SPRINT Home UMBER Home Contents Standard Search Advanced Search Relation Search

==SPRINT==> PRINTS View



  selected as


PR01657

Identifier
MCMFAMILY  [View Relations]  [View Alignment]  
Accession
PR01657
No. of Motifs
5
Creation Date
14-FEB-2002
Title
Mini-chromosome maintenance (MCM) protein family signature
Database References
PRINTS; PR01658 MCMPROTEIN2; PR01659 MCMPROTEIN3; PR01660 MCMPROTEIN4
PRINTS; PR01661 MCMPROTEIN5; PR01662 MCMPROTEIN6; PR01663 MCMPROTEIN7

PROSITE; PS00847 MCM_1; PS50051 MCM_2
PFAM; PF00493 MCM
INTERPRO; IPR001208 MCM
Literature References
1. KUBOTA, Y., MIMURA, S., NISHIMOTO, S., MASUDA, T., NOJIMA, H. AND TAKISAWA, H.
Licensing of DNA replication by a multi-protein complex of MCM/P1 proteins in
Xenopus eggs.
EMBO J. 16 3320-3331 (1997).
 
2. STILLMAN, B.
Initiation of chromosomal DNA replication in eukaryotes. Lessons from lambda.
J.BIOL.CHEM. 269 7047-7050 (1994).
 
3. DIFFLEY, J.F.
Once and only once upon a time: specifying and regulating origins of DNA
replication in eukaryotic cells.
GENES DEV. 10 2819-2830 (1996).
 
4. DAHMANN, C., DIFFLEY, J.F. AND NASMYTH, K.A.
S-phase-promoting cyclin-dependent kinases prevent re-replication by
inhibiting the transition of replication origins to a pre-replicative state.
CURR.BIOL. 5 1257-1269 (1995).
 
5. APARACIO, O.M., WEINSTEIN, D.M. AND BELL, S.P.
Components and dynamics of DNA replication complexes in S.cerevisiae:
redistribution of MCM proteins and Cdc45p during S phase.
CELL 91 59-69 (1997).
 
6. MACKAY, J.P. AND CROSSLEY, M.
Zinc fingers are sticking together.
TRENDS BIOCHEM.SCI. 23 1-4 (1998).

Documentation
Mini-chromosome maintenance (MCM) proteins are a family of eukaryotic
replication factors required for the initiation of DNA replication. All
eukaryotes contain six orthologous MCM proteins, designated MCM2-7. Studies 
in Xenopus eggs have showed them to form hexamers, where each class is
present in equal stoichiometry [1]. The initiation of DNA synthesis in
eukaryotes requires the binding of origin recognition complex (ORC) - a
complex of six subunits - to the autonomously replicating sequences (ARS)
of replication origins [2], the recruitment of CDC6 and binding of the MCM
protein complex to the ARS to form the prereplicative complex (pre-RC) [3].
DNA synthesis is subsequently initiated by the activation of pre-RC by CDC7
and CDC28 protein kinases [4].
 
MCM proteins associate with chromatin during G1 phase and dissociate again
during S phase, remaining unbound until the end of mitosis [5]. Periodic
chromatin association of the MCM complex ensures that DNA synthesis from 
replication origins is initiated only once during the cell cycle, avoiding
over-replication of parts of the genome. Elongation of replication forks 
away from individual replication origins results in displacement of the
MCM-containing complex from chromatin. Budding yeast MCM proteins are
translocated in and out of the nucleus during each cell cycle. However,
fission yeast MCMs, like those in metazoans, are constitutively nuclear.
 
The six classes of MCM protein together share a conserved 200 amino acid 
residue domain, while sequences within the same class show more extensive
similarity outside this region. The conserved central domain is similar to
the A motif of the Walker-type NTP-binding domain; it also shares similarity
with ATPase domains of prokaryotic NtrC-related transcription regulators. 
The ATP-binding motif is thought to mediate ATP-dependent opening of double-
stranded DNA at replication origins. In addition to the central region, MCM2,
4, 6 and 7 contain a zinc-finger-type motif thought to have a role in 
mediating protein-protein interactions [6]. Moreover, a conserved alpha-
helical structure in the C-terminal region has been noted; this comprises a
conserved heptad repeat and a putative four-helix bundle. Most of the MCM
proteins contain acidic regions, or alternately repeated clusters of acidic
and basic residues.
 
MCMFAMILY is a 5-element fingerprint that provides a signature for the mini-
chromosome maintenance (MCM) protein family. The fingerprint was derived
from an initial alignment of 12 sequences: the motifs were drawn from 
conserved regions spanning the central portion of the alignment - motif 1
encompasses a potential ATP-binding site. Two iterations on SPTR40_18f were
required to reach convergence, at which point a true set comprising 93
sequences was identified. Two partial matches were also found, both family
members that fail to make significant matches with two or more motifs.
Summary Information
  93 codes involving  5 elements
0 codes involving 4 elements
1 codes involving 3 elements
1 codes involving 2 elements
Composite Feature Index
59393939393
400000
311100
210010
12345
True Positives
CC19_SCHPO    CC21_SCHPO    CC47_YEAST    CC54_YEAST    
MCM2_DROME MCM2_HUMAN MCM2_MOUSE MCM2_XENLA
MCM2_YEAST MCM3_ENTHI MCM3_HUMAN MCM3_MOUSE
MCM3_SCHPO MCM3_XENLA MCM3_YEAST MCM4_DROME
MCM4_HUMAN MCM4_MOUSE MCM4_XENLA MCM5_CAEEL
MCM5_HUMAN MCM5_MOUSE MCM5_XENLA MCM5_YEAST
MCM6_CAEEL MCM6_HUMAN MCM6_MOUSE MCM6_YEAST
MCM7_HUMAN MCM7_MOUSE MCM7_SCHPO MCM7_XENLA
MIS5_SCHPO NDA4_SCHPO O04721 O08971
O16297 O27798 O29733 O42588
O42589 O42590 O42591 O42592
O42723 O58310 O65400 O73710
O80786 O96047 P87376 P91674
P91675 P91676 PROL_ARATH Q979U9
Q9BRM7 Q9BTJ4 Q9BWL8 Q9CWV1
Q9D077 Q9FL33 Q9GR05 Q9GR06
Q9H4N9 Q9HK10 Q9HNA5 Q9LPD9
Q9NE40 Q9NUE7 Q9SF37 Q9SIV8
Q9SX03 Q9SX04 Q9U118 Q9U1E0
Q9U3X1 Q9U446 Q9U9L0 Q9UJA3
Q9UXG1 Q9UYR7 Q9V461 Q9V4M5
Q9VGW6 Q9XVR7 Q9XXI9 Q9XYU0
Q9XYU1 Q9YFR1 Y363_METJA Y961_METJA
YE89_METJA
True Positive Partials
Codes involving 3 elements
Q9ZPT4
Codes involving 2 elements
Q9VF30
Sequence Titles
CC19_SCHPO  DNA replication licensing factor cdc19 (Cell division control protein 19) - Schizosaccharomyces pombe (Fission yeast). 
CC21_SCHPO Cdc21 protein - Schizosaccharomyces pombe (Fission yeast).
CC47_YEAST DNA replication licensing factor CDC47 (Cell division control protein 47) - Saccharomyces cerevisiae (Baker's yeast).
CC54_YEAST Cell division control protein 54 - Saccharomyces cerevisiae (Baker's yeast).
MCM2_DROME DNA replication licensing factor MCM2 - Drosophila melanogaster (Fruit fly).
MCM2_HUMAN DNA replication licensing factor MCM2 (Nuclear protein BM28) - Homo sapiens (Human).
MCM2_MOUSE DNA replication licensing factor MCM2 - Mus musculus (Mouse).
MCM2_XENLA DNA replication licensing factor MCM2 (X.MCM2) - Xenopus laevis (African clawed frog).
MCM2_YEAST DNA replication licensing factor MCM2 (Minichromosome maintenance protein 2) - Saccharomyces cerevisiae (Baker's yeast).
MCM3_ENTHI DNA replication licensing factor MCM3 - Entamoeba histolytica.
MCM3_HUMAN DNA replication licensing factor MCM3 (DNA polymerase alpha holoenzyme-associated protein P1) (RLF beta subunit) (P102 protein) (P1-MCM3) - Homo sapiens (Human).
MCM3_MOUSE DNA replication licensing factor MCM3 (DNA polymerase alpha holoenzyme-associated protein P1) (P1-MCM3) - Mus musculus (Mouse).
MCM3_SCHPO DNA replication licensing factor mcm3 (Minichromosome maintenance protein 3) - Schizosaccharomyces pombe (Fission yeast).
MCM3_XENLA DNA replication licensing factor MCM3 (X.MCM3) (P1 homolog) (P100) - Xenopus laevis (African clawed frog).
MCM3_YEAST DNA replication licensing factor MCM3 (Minichromosome maintenance protein 3) - Saccharomyces cerevisiae (Baker's yeast).
MCM4_DROME DNA replication licensing factor MCM4 (Disc proliferation abnormal protein) - Drosophila melanogaster (Fruit fly).
MCM4_HUMAN DNA replication licensing factor MCM4 (CDC21 homolog) (P1-CDC21) - Homo sapiens (Human).
MCM4_MOUSE DNA replication licensing factor MCM4 (CDC21 homolog) (P1-CDC21) - Mus musculus (Mouse).
MCM4_XENLA DNA replication licensing factor MCM4 (CDC21 homolog) (P1-CDC21) (X.MCM4) - Xenopus laevis (African clawed frog).
MCM5_CAEEL DNA replication licensing factor MCM5 homolog - Caenorhabditis elegans.
MCM5_HUMAN DNA replication licensing factor MCM5 (CDC46 homolog) (P1-CDC46) - Homo sapiens (Human).
MCM5_MOUSE DNA replication licensing factor MCM5 (CDC46 homolog) (P1-CDC46) - Mus musculus (Mouse).
MCM5_XENLA DNA replication licensing factor MCM5 (CDC46 homolog) (X.CDC46) - Xenopus laevis (African clawed frog).
MCM5_YEAST Minichromosome maintenance protein 5 (Cell division control protein 46) - Saccharomyces cerevisiae (Baker's yeast).
MCM6_CAEEL DNA replication licensing factor MCM6 homolog - Caenorhabditis elegans.
MCM6_HUMAN DNA replication licensing factor MCM6 (P105MCM) - Homo sapiens (Human).
MCM6_MOUSE DNA replication licensing factor MCM6 (Mis5 homolog) - Mus musculus (Mouse).
MCM6_YEAST DNA replication licensing factor MCM6 (Minichromosome maintenance protein 6) - Saccharomyces cerevisiae (Baker's yeast).
MCM7_HUMAN DNA replication licensing factor MCM7 (CDC47 homolog) (P1.1-MCM3) - Homo sapiens (Human).
MCM7_MOUSE DNA replication licensing factor MCM7 (CDC47 homolog) - Mus musculus (Mouse).
MCM7_SCHPO DNA replication licensing factor mcm7 (Minichromosome maintenance protein 7) - Schizosaccharomyces pombe (Fission yeast).
MCM7_XENLA DNA replication licensing factor MCM7 (CDC47 homolog) (X.MCM7) - Xenopus laevis (African clawed frog).
MIS5_SCHPO DNA replication licensing factor mis5 - Schizosaccharomyces pombe (Fission yeast).
NDA4_SCHPO DNA replication licensing factor nda4 (Cell division control protein nda4) - Schizosaccharomyces pombe (Fission yeast).
O04721 AGAA.2, PROLIFERA - Arabidopsis thaliana (Mouse-ear cress).
O08971 BM28 HOMOLOGUE - Mus musculus (Mouse).
O16297 F32D1.10 PROTEIN - Caenorhabditis elegans.
O27798 DNA REPLICATION INITIATOR (CDC21/CDC54) - Methanothermobacter thermautotrophicus.
O29733 CELL DIVISION CONTROL PROTEIN 21 (CDC21) - Archaeoglobus fulgidus.
O42588 MCM2P - Xenopus laevis (African clawed frog).
O42589 CDC21P - Xenopus laevis (African clawed frog).
O42590 MIS5P - Xenopus laevis (African clawed frog).
O42591 CDC47P - Xenopus laevis (African clawed frog).
O42592 CDC47-2P - Xenopus laevis (African clawed frog).
O42723 DNA REPLICATION LICENSING FACTOR - Emericella nidulans (Aspergillus nidulans).
O58310 1108AA LONG HYPOTHETICAL CELL DIVISION CONTROL PROTEIN - Pyrococcus horikoshii.
O65400 MCM3 HOMOLOG - Arabidopsis thaliana (Mouse-ear cress).
O73710 ZYGOTIC DNA REPLICATION FACTOR MCM6B - Xenopus laevis (African clawed frog).
O80786 PUTATIVE DNA REPLICATION LICENSING FACTOR, MCM5 - Arabidopsis thaliana (Mouse-ear cress).
O96047 MCM6 - Drosophila melanogaster (Fruit fly).
P87376 B24 PROTEIN - Triturus carnifex (Italian newt).
P91674 MCM7 (MCM HOMOLOG) - Drosophila melanogaster (Fruit fly).
P91675 MCM3 (MCM HOMOLOG) - Drosophila melanogaster (Fruit fly).
P91676 MCM5 HOMOLOG - Drosophila melanogaster (Fruit fly).
PROL_ARATH Prolifera protein - Arabidopsis thaliana (Mouse-ear cress).
Q979U9 DNA REPLICATION INITIATOR - Thermoplasma volcanium.
Q9BRM7 SIMILAR TO MINI CHROMOSOME MAINTENANCE DEFICIENT 2 (S. CEREVISIAE) - Homo sapiens (Human).
Q9BTJ4 MINICHROMOSOME MAINTENANCE DEFICIENT (S. CEREVISIAE) 5 (CELL DIVISION CYCLE 46) - Homo sapiens (Human).
Q9BWL8 MINICHROMOSOME MAINTENANCE DEFICIENT (S. CEREVISIAE) 5 (CELL DIVISION CYCLE 46) - Homo sapiens (Human).
Q9CWV1 5730432L01RIK PROTEIN - Mus musculus (Mouse).
Q9D077 MINI CHROMOSOME MAINTENANCE DEFICIENT 4 HOMOLOG (S. CEREVISIAE) - Mus musculus (Mouse).
Q9FL33 MCM3 HOMOLOG - Arabidopsis thaliana (Mouse-ear cress).
Q9GR05 DNA REPLICATION LICENSING FACTOR MCM2 - Plasmodium falciparum.
Q9GR06 DNA REPLICATION LICENSING FACTOR MCM4 - Plasmodium falciparum.
Q9H4N9 CLONE CDABP0042 MRNA SEQUENCE - Homo sapiens (Human).
Q9HK10 DNA REPLICATION LICENSING FACTOR MCM RELATED PROTEIN - Thermoplasma acidophilum.
Q9HNA5 MCM / CELL DIVISION CONTROL PROTEIN 21 - Halobacterium sp. (strain NRC-1).
Q9LPD9 T12C22.19 PROTEIN - Arabidopsis thaliana (Mouse-ear cress).
Q9NE40 POSSIBLE MINICHROMOSOME MAINTENANCE PROTEIN - Leishmania major.
Q9NUE7 DJ108C2.1 (MINICHROMOSOME MAINTENANCE DEFICIENT (S. CEREVISIAE) 3 (DNA REPLICATION LICENSING FACTOR, DNA POLYMERASE ALPHA HOLOENZYME- ASSOCIATED PROTEIN P1, RLF BETA SUBUNIT)) - Homo sapiens (Human).
Q9SF37 PUTATIVE MINICHROMOSOME MAINTENANCE (MCM) PROTEIN - Arabidopsis thaliana (Mouse-ear cress).
Q9SIV8 PUTATIVE CDC21 PROTEIN - Arabidopsis thaliana (Mouse-ear cress).
Q9SX03 REPLICATION ORIGIN ACTIVATOR 3 - Zea mays (Maize).
Q9SX04 REPLICATION ORIGIN ACTIVATOR 2 - Zea mays (Maize).
Q9U118 POSSIBLE DNA REPLICATION LICENSING FACTOR MCM4 - Leishmania major.
Q9U1E0 DNA REPLICATION LICENSING FACTOR (CDC47 HOMOLOG) - Leishmania major.
Q9U3X1 MINICHROMOSOME MAINTENANCE 5 PROTEIN - Entamoeba histolytica.
Q9U446 MINICHROMOSOME MAINTENANCE PROTEIN 2 HOMOLOG - Entamoeba histolytica.
Q9U9L0 PUTATIVE DNA REPLICATION PROTEIN CDC47 - Trypanosoma brucei.
Q9UJA3 DJ967N21.5 (NOVEL MCM2/3/5 FAMILY MEMBER) - Homo sapiens (Human).
Q9UXG1 MINICHROMOSOME MAINTENANCE (MCM) PROTEIN (MINICHROMOSOME MAINTENANCE PROTEIN MCM) - Sulfolobus solfataricus.
Q9UYR7 CELL DIVISION CONTROL PROTEIN - Pyrococcus abyssi.
Q9V461 MCM6 PROTEIN - Drosophila melanogaster (Fruit fly).
Q9V4M5 DPA PROTEIN - Drosophila melanogaster (Fruit fly).
Q9VGW6 MCM5 PROTEIN - Drosophila melanogaster (Fruit fly).
Q9XVR7 C25D7.6 PROTEIN - Caenorhabditis elegans.
Q9XXI9 Y17G7B.5 PROTEIN - Caenorhabditis elegans.
Q9XYU0 MCM7 PROTEIN - Drosophila melanogaster (Fruit fly).
Q9XYU1 MCM3 PROTEIN - Drosophila melanogaster (Fruit fly).
Q9YFR1 699AA LONG HYPOTHETICAL DNA REPLICATION LICENSING FACTOR MCM - Aeropyrum pernix.
Y363_METJA Hypothetical MCM-type protein MJ0363 - Methanococcus jannaschii.
Y961_METJA Hypothetical MCM-type protein MJ0961 - Methanococcus jannaschii.
YE89_METJA Hypothetical MCM-type protein MJ1489 - Methanococcus jannaschii.

Q9ZPT4 PUTATIVE DNA REPLICATION LICENSING FACTOR WITH AN MCM FAMILY DOMAIN (PROSITE:PDOC00662) - Arabidopsis thaliana (Mouse-ear cress).

Q9VF30 CG4828 PROTEIN - Drosophila melanogaster (Fruit fly).
Scan History
SPTR40_18f 2  100  NSINGLE    
Initial Motifs
Motif 1  width=16
Element Seqn Id St Int Rpt
RGDINVLLLGDPGTAK Q9VGW6 369 369 -
RGDINVLLIGDPSVAK MCM3_XENLA 336 336 -
RGDINVLLIGDPSVAK P87376 337 337 -
RGDINVLLLGDPGTAK MCM5_CAEEL 371 371 -
RGDINILMVGDPSTAK MCM3_SCHPO 347 347 -
RGDVHICLMGDPGVAK PROL_ARATH 367 367 -
RGDINVLLLGDPGTAK MCM2_YEAST 534 534 -
RGDINVCIVGDPSTAK MCM6_MOUSE 387 387 -
RAEINILLCGDPGTSK MCM4_HUMAN 501 501 -
RGDIHVMLCGDPSTAK MCM3_ENTHI 220 220 -
RGDLHMLLIGDPGTGK Q9HNA5 267 267 -
RRDSHILLITDPGIGK Y961_METJA 375 375 -

Motif 2 width=15
Element Seqn Id St Int Rpt
GAMVLADGGVVCIDE Q9VGW6 429 44 -
GAMVLADRGVVCIDE MCM3_XENLA 396 44 -
GAMVLADRGVVCIDE P87376 397 44 -
GAMVLADGGVVCIDE MCM5_CAEEL 431 44 -
GAMVLADRGVVCIDE MCM3_SCHPO 407 44 -
GALVLADMGICAIDE PROL_ARATH 427 44 -
GALVLADKGVCLIDE MCM2_YEAST 594 44 -
GALMLADNGVCCIDE MCM6_MOUSE 447 44 -
GALVLSDNGICCIDE MCM4_HUMAN 561 44 -
GAMVLADRGICCVDE MCM3_ENTHI 280 44 -
GALVLADNGVAAVDE Q9HNA5 511 228 -
GVFVRANEGTACIDE Y961_METJA 437 46 -

Motif 3 width=14
Element Seqn Id St Int Rpt
EAMEQQTISIAKAG Q9VGW6 457 13 -
EVMEQGRVTIAKAG MCM3_XENLA 424 13 -
EVMEQGRVTIAKAG P87376 425 13 -
EAMEQQTISIAKAG MCM5_CAEEL 459 13 -
EVMEQQTVTIAKAG MCM3_SCHPO 435 13 -
EVMEQQTVSIAKAG PROL_ARATH 455 13 -
EAMEQQSISISKAG MCM2_YEAST 622 13 -
EAMEQQTISITKAG MCM6_MOUSE 475 13 -
EVMEQQTLSIAKAG MCM4_HUMAN 589 13 -
EVMEQQTVTVQKAG MCM3_ENTHI 308 13 -
EALEQQKISVSKAG Q9HNA5 539 13 -
EAMESQTIHVNKGG Y961_METJA 464 12 -

Motif 4 width=13
Element Seqn Id St Int Rpt
VLAAANSIFGRWD Q9VGW6 481 10 -
VLAAANPVYGRYD MCM3_XENLA 448 10 -
VLAAANPVYGRYD P87376 449 10 -
VLAAANSVYGRWD MCM5_CAEEL 483 10 -
VIAAANPIYGQYD MCM3_SCHPO 459 10 -
VLAAANPAWGRYD PROL_ARATH 479 10 -
IIAAANPNGGRYN MCM2_YEAST 646 10 -
ILAAANPVSGHYD MCM6_MOUSE 499 10 -
VLAAANPIESQWN MCM4_HUMAN 613 10 -
ILAAANPSNGNYD MCM3_ENTHI 332 10 -
LLGAANPKYGRFD Q9HNA5 563 10 -
VLAACNPKRGRFD Y961_METJA 488 10 -

Motif 5 width=9
Element Seqn Id St Int Rpt
ILSRFDMIF Q9VGW6 507 13 -
LLSRFDLLF MCM3_XENLA 475 14 -
LLSRFDLLF P87376 476 14 -
ILSRFDMIY MCM5_CAEEL 509 13 -
MLSRFDLLF MCM3_SCHPO 486 14 -
LLSRFDLLW PROL_ARATH 506 14 -
ILSRFDILC MCM2_YEAST 673 14 -
IMSRFDLFF MCM6_MOUSE 526 14 -
LLSRFDLIF MCM4_HUMAN 640 14 -
LLSRFDLIF MCM3_ENTHI 359 14 -
LISRFDLIF Q9HNA5 590 14 -
LLSRFDLIF Y961_METJA 515 14 -
Final Motifs
Motif 1  width=16
Element Seqn Id St Int Rpt
RGDINVLLLGDPGTAK MCM5_YEAST 407 407 -
RGDINVLLLGDPSTAK O80786 366 366 -
RGDINVLLLGDPGTAK NDA4_SCHPO 363 363 -
RGNINVCLMGDPGVAK O42592 371 371 -
RGDINVCLMGDPGVAK CC47_YEAST 451 451 -
RGNINICLMGDPGVAK MCM7_HUMAN 372 372 -
RGNINICLMGDPGVAK Q9H4N9 4 4 -
RGNINICLMGDPGVAK P91674 370 370 -
RGNINICLMGDPGVAK Q9XYU0 372 372 -
RGDINICLTGDPGVAK MCM7_SCHPO 394 394 -
RGNIHICLMGDPGVAK MCM7_MOUSE 372 372 -
RGDINVLLMGDPGTAK Q9U3X1 250 250 -
RGDINVLLLGDPGTAK P91676 368 368 -
RGDINVLLLGDPGTAK Q9VGW6 369 369 -
RGDINVLLIGDPSVAK MCM3_XENLA 336 336 -
RGDINVLLIGDPSVAK P87376 337 337 -
RGDINILLIGDPSVAK MCM3_HUMAN 336 336 -
RGDINILLIGDPSVAK Q9NUE7 336 336 -
RGDINILLIGDPSVAK MCM3_MOUSE 336 336 -
RGDINILMVGDPSTAK MCM3_YEAST 400 400 -
RGCINVLMMGDPGVAK O16297 381 381 -
RGDINVLLIGDPSVAK P91675 331 331 -
RGDINVLLIGDPSVAK Q9XYU1 331 331 -
RGNINICLMGDPGVAK MCM7_XENLA 371 371 -
RGNINICLMGDPGVAK O42591 371 371 -
RGDINVLLIGDPSVAK Q9XVR7 339 339 -
RGDINVLLLGDPGTAK Q9LPD9 540 540 -
RGDINLLMLGDPGTAK MCM5_HUMAN 372 372 -
RGDINLLMLGDPGTAK MCM5_MOUSE 371 371 -
RGDINLLMLGDPGTAK Q9BTJ4 372 372 -
RGDINLLMLGDPGTAK Q9BWL8 372 372 -
RGDINVLLLGDPGTAK MCM5_CAEEL 371 371 -
RGDINVLLLGDPGTAK O42723 523 523 -
RGDINILMVGDPSTAK MCM3_SCHPO 347 347 -
RGDINVCLVGDPSTAK MCM6_CAEEL 388 388 -
RGDINVLLLGDPGTAK CC19_SCHPO 525 525 -
RGDIHILMVGDPGTAK Q979U9 328 328 -
RGDIHILMVGDPGTAK Q9HK10 328 328 -
RGDVHICLMGDPGVAK O04721 367 367 -
RGDVHICLMGDPGVAK PROL_ARATH 367 367 -
RGDINMMMVGDPSVAK Q9SX03 331 331 -
RGDINMMMVGDPSVAK Q9SX04 331 331 -
RGDINVCVVGDPSTAK O73710 388 388 -
RGDINVLLLGDPGTAK MCM2_YEAST 534 534 -
RGDVNLLMLGDPGTAK MCM5_XENLA 373 373 -
RGDINVLLLGDPGLGK Q9GR05 551 551 -
RGDINLLICGDPGTAK MCM2_DROME 499 499 -
RGDINVLLCGDPGTAK MCM2_HUMAN 505 505 -
RGDINVLLCGDPGTAK Q9BRM7 505 505 -
RGDINVLLCGDPGTAK MCM2_MOUSE 514 514 -
RGDINVLLCGDPGTAK O08971 514 514 -
RGDINILLVGDPGTSK Q9SIV8 372 372 -
RGDINICVVGDPSTSK MCM6_YEAST 566 566 -
RGDINMMMVGDPSVAK O65400 326 326 -
RGDINMMMVGDPSVAK Q9FL33 326 326 -
RGDIHILIIGDPGTAK Q9UXG1 331 331 -
RGDINVCIVGDPSTAK O96047 379 379 -
RGDINVCIVGDPSTAK Q9V461 379 379 -
RGDINILLCGDPSTSK CC54_YEAST 559 559 -
RGDINVLLCGDPGTAK Q9XXI9 489 489 -
RGDINVCIVGDPSTAK MCM6_HUMAN 387 387 -
RGDINVCIVGDPSTAK MCM6_MOUSE 387 387 -
RGDINVCIVGDPSTSK O42590 389 389 -
RSDINILFMGDPGVAK Q9U1E0 369 369 -
RGDIHVLLVGDPGVAK O58310 319 319 -
RAEINILLCGDPGTSK MCM4_HUMAN 501 501 -
RAEINILLCGDPGTSK MCM4_MOUSE 500 500 -
RAEINILLCGDPGTSK Q9D077 500 500 -
RGDINVLLLGDPGTAK Q9U446 579 579 -
RGDINVLLCGDPGTAK O42588 499 499 -
RSEIHLLLCGDPGTSK MCM4_DROME 503 503 -
RSEIHLLLCGDPGTSK Q9V4M5 503 503 -
RGDLNICIVGDPSTSK MIS5_SCHPO 467 467 -
RGDIHILIVGDPGIGK O27798 310 310 -
RGDIHVMLCGDPSTAK MCM3_ENTHI 220 220 -
RAEVNILLCGDPGTSK MCM4_XENLA 501 501 -
RAEVNILLCGDPGTSK O42589 496 496 -
RGDIHVLLVGDPGVAK Q9UYR7 319 319 -
RGDINVLLCGDPGTAK MCM2_XENLA 499 499 -
RGDIHVLFVGDPGVAK Q9YFR1 334 334 -
RSELNVLLCGDPGVAK Q9U118 526 526 -
RGDIHVIIVGDPGLGK Q9SF37 394 394 -
RSDTNICLMGDPGVAK Q9U9L0 375 375 -
RGDIHILLVGDPGVAK O29733 205 205 -
RGDPHVLIVGDPGLGK Q9CWV1 94 94 -
RGDPHILVVGDPGLGK Q9UJA3 445 445 -
RGDINILMCGDPSTSK CC21_SCHPO 536 536 -
RSEIHILLRGDPSTAK Q9GR06 557 557 -
RGDLHMLLIGDPGTGK Q9HNA5 267 267 -
RSSIHVLLVGDPGLGK Q9NE40 543 543 -
RADIHILLITDPGIGK YE89_METJA 320 320 -
RTSIHILMISDPGVGK Y363_METJA 388 388 -
RRDSHILLITDPGIGK Y961_METJA 375 375 -

Motif 2 width=15
Element Seqn Id St Int Rpt
GAMVLADGGVVCIDE MCM5_YEAST 467 44 -
GAMVLADGGVVCIDE O80786 426 44 -
GAMVLADGGIVCIDE NDA4_SCHPO 423 44 -
GALVLADQGVCCIDE O42592 431 44 -
GALVLADNGICCIDE CC47_YEAST 511 44 -
GALVLADQGVCCIDE MCM7_HUMAN 432 44 -
GALVLADQGVCCIDE Q9H4N9 64 44 -
GALVLADQGVCCIDE P91674 430 44 -
GALVLADQGVCCIDE Q9XYU0 432 44 -
GALVLADNGICCIDE MCM7_SCHPO 454 44 -
GALVLADQGVCCIDE MCM7_MOUSE 432 44 -
GALVLGDGGVVCIDE Q9U3X1 310 44 -
GAMVLADGGVVCIDE P91676 428 44 -
GAMVLADGGVVCIDE Q9VGW6 429 44 -
GAMVLADRGVVCIDE MCM3_XENLA 396 44 -
GAMVLADRGVVCIDE P87376 397 44 -
GAMVLADRGVVCIDE MCM3_HUMAN 396 44 -
GAMVLADRGVVCIDE Q9NUE7 396 44 -
GAMVLADRGVVCIDE MCM3_MOUSE 396 44 -
GAMVLADRGVVCIDE MCM3_YEAST 460 44 -
GALVLADGGICCIDE O16297 441 44 -
GAMVLADRGVVCIDE P91675 391 44 -
GAMVLADRGVVCIDE Q9XYU1 391 44 -
GALVLADQGVCCIDE MCM7_XENLA 431 44 -
GALVLADQGVCCIDE O42591 431 44 -
GAMVLADRGVVCIDE Q9XVR7 399 44 -
GALVLADRGICLIDE Q9LPD9 600 44 -
GAMVLADGGVVCIDE MCM5_HUMAN 432 44 -
GAMVLADGGVVCIDE MCM5_MOUSE 431 44 -
GAMVLADGGVVCIDE Q9BTJ4 432 44 -
GAMVLADGGVVCIDE Q9BWL8 432 44 -
GAMVLADGGVVCIDE MCM5_CAEEL 431 44 -
GALVLADRGTCLIDE O42723 583 44 -
GAMVLADRGVVCIDE MCM3_SCHPO 407 44 -
GALMLADNGVCCIDE MCM6_CAEEL 448 44 -
GALVLADKGVCLIDE CC19_SCHPO 585 44 -
GALVLADNGFVAIDE Q979U9 389 45 -
GALVLADNGFVAIDE Q9HK10 389 45 -
GALVLADMGICAIDE O04721 427 44 -
GALVLADMGICAIDE PROL_ARATH 427 44 -
GAMVLADRGVVCIDE Q9SX03 391 44 -
GAMVLADRGVVCIDE Q9SX04 391 44 -
GALMLADNGVCCIDE O73710 448 44 -
GALVLADKGVCLIDE MCM2_YEAST 594 44 -
GAMVLADGGVVCIDE MCM5_XENLA 433 44 -
GALVLADEGICIIDE Q9GR05 611 44 -
GALVLADQGVCLIDE MCM2_DROME 559 44 -
GALVLADRGVCLIDE MCM2_HUMAN 565 44 -
GALVLADRGVCLIDE Q9BRM7 565 44 -
GALVLADRGVCLIDE MCM2_MOUSE 574 44 -
GALVLADRGVCLIDE O08971 574 44 -
GALVLSDRGICCIDE Q9SIV8 432 44 -
GALMLADNGICCIDE MCM6_YEAST 626 44 -
GAMVLADKGIVCIDE O65400 386 44 -
GAMVLADKGIVCIDE Q9FL33 386 44 -
GALVLADGGIAVIDE Q9UXG1 391 44 -
GALMLADNGICCIDE O96047 439 44 -
GALMLADNGICCIDE Q9V461 439 44 -
GALVLSDGGVCCIDE CC54_YEAST 619 44 -
GAMVLADKGVCLIDE Q9XXI9 549 44 -
GALMLADNGVCCIDE MCM6_HUMAN 447 44 -
GALMLADNGVCCIDE MCM6_MOUSE 447 44 -
GALMLADNGVCCIDE O42590 449 44 -
GALVLSDKGVCCIDE Q9U1E0 429 44 -
GALVLADGGYALIDE O58310 807 472 -
GALVLSDNGICCIDE MCM4_HUMAN 561 44 -
GALVLSDNGICCIDE MCM4_MOUSE 560 44 -
GALVLSDNGICCIDE Q9D077 560 44 -
GALVLADEGVCLIDE Q9U446 639 44 -
GALVLADRGVCLIDE O42588 559 44 -
GALVLADNGVCCIDE MCM4_DROME 563 44 -
GALVLADNGVCCIDE Q9V4M5 563 44 -
GALMLADNGICAIDE MIS5_SCHPO 527 44 -
GALVLGDKGNVCVDE O27798 369 43 -
GAMVLADRGICCVDE MCM3_ENTHI 280 44 -
GALVLSDNGICCIDE MCM4_XENLA 561 44 -
GALVLSDNGICCIDE O42589 556 44 -
GALVLADGGYALIDE Q9UYR7 811 476 -
GALVFADRGVCLIDE MCM2_XENLA 559 44 -
GALVLADGGIAVIDE Q9YFR1 394 44 -
GALVLSDRGLCCIDE Q9U118 586 44 -
GAMVLADGGLCCIDE Q9SF37 454 44 -
GALVLSDRGICCIDE Q9U9L0 435 44 -
GALVLADKGIALVDE O29733 265 44 -
GALVLGDQGICGIDE Q9CWV1 154 44 -
GALVLGDQGICGIDE Q9UJA3 505 44 -
GALVLSDGGICCIDE CC21_SCHPO 596 44 -
GAVVLSDKGICCIDE Q9GR06 617 44 -
GALVLADNGVAAVDE Q9HNA5 511 228 -
GAVVHGDGGITCLDE Q9NE40 603 44 -
GLLVKAHKGTACIDE YE89_METJA 382 46 -
GVLTEADGGVVCIDE Y363_METJA 450 46 -
GVFVRANEGTACIDE Y961_METJA 437 46 -

Motif 3 width=14
Element Seqn Id St Int Rpt
EAMEQQTISIAKAG MCM5_YEAST 495 13 -
EAMEQQTISIAKAG O80786 454 13 -
EAMEQQTISIAKAG NDA4_SCHPO 451 13 -
EVMEQQTISIAKAG O42592 459 13 -
EVMEQQTISISKAG CC47_YEAST 539 13 -
EVMEQQTISIAKAG MCM7_HUMAN 460 13 -
EVMEQQTISIAKAG Q9H4N9 92 13 -
EVMEQQTISIAKAG P91674 458 13 -
EVMEQQTISIAKAG Q9XYU0 460 13 -
EVMEQQTISISKAG MCM7_SCHPO 482 13 -
EVMEQQTISIAKAG MCM7_MOUSE 460 13 -
EAMEQQTISIAKAG Q9U3X1 338 13 -
EAMEQQTISIAKAG P91676 456 13 -
EAMEQQTISIAKAG Q9VGW6 457 13 -
EVMEQGRVTIAKAG MCM3_XENLA 424 13 -
EVMEQGRVTIAKAG P87376 425 13 -
EVMEQGRVTIAKAG MCM3_HUMAN 424 13 -
EVMEQGRVTIAKAG Q9NUE7 424 13 -
EVMEQGRVTIAKAG MCM3_MOUSE 424 13 -
EVMEQQTVTIAKAG MCM3_YEAST 488 13 -
EVMEQQTISIAKAG O16297 469 13 -
EVMEQGRVTISKAG P91675 419 13 -
EVMEQGRVTISKAG Q9XYU1 419 13 -
EVMEQQTISIAKAG MCM7_XENLA 459 13 -
EVMEQQTISIAKAG O42591 459 13 -
EVMEQGRVTISKAG Q9XVR7 427 13 -
EAMEQQSISISKAG Q9LPD9 628 13 -
EAMEQQTISIAKAG MCM5_HUMAN 460 13 -
EAMEQQTISIAKAG MCM5_MOUSE 459 13 -
EAMEQQTISIAKAG Q9BTJ4 460 13 -
EAMEQQTISIAKAG Q9BWL8 460 13 -
EAMEQQTISIAKAG MCM5_CAEEL 459 13 -
EAMEQQTISISKAG O42723 611 13 -
EVMEQQTVTIAKAG MCM3_SCHPO 435 13 -
EAMEQQTISITKAG MCM6_CAEEL 476 13 -
EAMEQQSISISKAG CC19_SCHPO 613 13 -
EAMEQQTVTISKAG Q979U9 417 13 -
EAMEQQTVTISKAG Q9HK10 417 13 -
EVMEQQTVSIAKAG O04721 455 13 -
EVMEQQTVSIAKAG PROL_ARATH 455 13 -
EVMEQQTVTIAKAG Q9SX03 419 13 -
EVMEQQTVTIAKAG Q9SX04 419 13 -
EAMEQQTISITKAG O73710 476 13 -
EAMEQQSISISKAG MCM2_YEAST 622 13 -
EAMEQQTISIAKAG MCM5_XENLA 461 13 -
EAMEQQSISISKAG Q9GR05 639 13 -
EAMEQQSISISKAG MCM2_DROME 587 13 -
EAMEQQSISISKAG MCM2_HUMAN 593 13 -
EAMEQQSISISKAG Q9BRM7 593 13 -
EAMEQQSISISKAG MCM2_MOUSE 602 13 -
EAMEQQSISISKAG O08971 602 13 -
EVMEQQTVSIAKAG Q9SIV8 460 13 -
EAMEQQTISIAKAG MCM6_YEAST 654 13 -
EVMEQQTVTIAKAG O65400 414 13 -
EVMEQQTVTIAKAG Q9FL33 414 13 -
EAMEQQTVSIAKAG Q9UXG1 419 13 -
EAMEQQTISIARAG O96047 467 13 -
EAMEQQTISIARAG Q9V461 467 13 -
EVMEQQTISIAKAG CC54_YEAST 647 13 -
EAMEQQSISISKAG Q9XXI9 577 13 -
EAMEQQTISITKAG MCM6_HUMAN 475 13 -
EAMEQQTISITKAG MCM6_MOUSE 475 13 -
EAMEQQTISITKAG O42590 477 13 -
EVMEQQMVSIAKAG Q9U1E0 457 13 -
EALEQQTISLSKAG O58310 835 13 -
EVMEQQTLSIAKAG MCM4_HUMAN 589 13 -
EVMEQQTLSIAKAG MCM4_MOUSE 588 13 -
EVMEQQTLSIAKAG Q9D077 588 13 -
EAMEQQSISISKAG Q9U446 667 13 -
EAMEQQSISISKAG O42588 587 13 -
EVMEQQTLSIAKAG MCM4_DROME 591 13 -
EVMEQQTLSIAKAG Q9V4M5 591 13 -
EAMEQQTISIAKAG MIS5_SCHPO 555 13 -
EALEQQTISIAKAG O27798 397 13 -
EVMEQQTVTVQKAG MCM3_ENTHI 308 13 -
EVMEQQTLSIAKAG MCM4_XENLA 589 13 -
EVMEQQTLSIAKAG O42589 584 13 -
EALEQQTISLSKAG Q9UYR7 839 13 -
EAMEQQSISISKAG MCM2_XENLA 587 13 -
EAMEQQTVSIAKAG Q9YFR1 422 13 -
EVMEQQTLSIAKAG Q9U118 614 13 -
EAMEQQCVSVAKAG Q9SF37 481 12 -
EVMEQQMVSIAKAG Q9U9L0 463 13 -
EALEQQTISVAKAG O29733 293 13 -
EAMEQQSISLAKAG Q9CWV1 181 12 -
EAMEQQSISLAKAG Q9UJA3 532 12 -
EVMEQQTVTVAKAG CC21_SCHPO 624 13 -
EVMEQQTVTIAKAG Q9GR06 645 13 -
EALEQQKISVSKAG Q9HNA5 539 13 -
EVMEQETVSLAKAG Q9NE40 630 12 -
EAMESQTIHISKGG YE89_METJA 409 12 -
GVMEQQKIEINKAG Y363_METJA 477 12 -
EAMESQTIHVNKGG Y961_METJA 464 12 -

Motif 4 width=13
Element Seqn Id St Int Rpt
VLAAANPIYGRYD MCM5_YEAST 519 10 -
VLAAANPPSGRYD O80786 478 10 -
VLAAANPIFGRYD NDA4_SCHPO 475 10 -
ILAAANPAYGRYN O42592 483 10 -
ILAAANPLYGRYN CC47_YEAST 563 10 -
ILAAANPAYGRYN MCM7_HUMAN 484 10 -
ILAAANPAYGRYN Q9H4N9 116 10 -
ILAAANPAFGRYN P91674 482 10 -
ILAAANPAFGRYN Q9XYU0 484 10 -
ILAAANPLYGRYN MCM7_SCHPO 506 10 -
ILAAANPAYGRYN MCM7_MOUSE 484 10 -
VLAAANPSFGRFN Q9U3X1 362 10 -
VLAAANSIFGRWD P91676 480 10 -
VLAAANSIFGRWD Q9VGW6 481 10 -
VLAAANPVYGRYD MCM3_XENLA 448 10 -
VLAAANPVYGRYD P87376 449 10 -
VLAAANPVYGRYD MCM3_HUMAN 448 10 -
VLAAANPVYGRYD Q9NUE7 448 10 -
VLAAANPVYGRYD MCM3_MOUSE 448 10 -
VIAAANPVFGQYD MCM3_YEAST 512 10 -
IIAAANPAYGRYN O16297 493 10 -
VLAAANPVYGRYD P91675 443 10 -
VLAAANPVYGRYD Q9XYU1 443 10 -
ILAAANPAYGRYN MCM7_XENLA 483 10 -
ILAAANPAYGRYN O42591 483 10 -
VLAAANPVYGRYN Q9XVR7 451 10 -
VIAAANPVGGRYD Q9LPD9 652 10 -
VLAAANSVFGRWD MCM5_HUMAN 484 10 -
VLAAANSVFGRWD MCM5_MOUSE 483 10 -
VLAAANSVFGRWD Q9BTJ4 484 10 -
VLAAANSVFGRWD Q9BWL8 484 10 -
VLAAANSVYGRWD MCM5_CAEEL 483 10 -
VVAAANPIGGRYN O42723 635 10 -
VIAAANPIYGQYD MCM3_SCHPO 459 10 -
ILAAANPVNGRYD MCM6_CAEEL 500 10 -
IIAAANPIGGRYN CC19_SCHPO 637 10 -
VLAAANPKFGRYD Q979U9 441 10 -
VLAAANPKFGRYD Q9HK10 441 10 -
VLAAANPAWGRYD O04721 479 10 -
VLAAANPAWGRYD PROL_ARATH 479 10 -
VIAAANPIYGTYD Q9SX03 443 10 -
VIAAANPIYGTYD Q9SX04 443 10 -
ILAAANPVGGRYD O73710 500 10 -
IIAAANPNGGRYN MCM2_YEAST 646 10 -
VLAAANSVYGRWD MCM5_XENLA 485 10 -
VIAAANPIYGRYN Q9GR05 663 10 -
VIAAANPIGGRYD MCM2_DROME 611 10 -
VIAAANPIGGRYD MCM2_HUMAN 617 10 -
VIAAANPIGGRYD Q9BRM7 617 10 -
VIAAANPIGGRYD MCM2_MOUSE 626 10 -
VIAAANPIGGRYD O08971 626 10 -
VLACANPSGSRYN Q9SIV8 484 10 -
ILAAANPVGGRYN MCM6_YEAST 678 10 -
VVAAANPIYGTYD O65400 438 10 -
VVAAANPIYGTYD Q9FL33 438 10 -
VIAAGNPKFGRYI Q9UXG1 443 10 -
ILAAANPINGRYD O96047 491 10 -
ILAAANPINGRYD Q9V461 491 10 -
ILASANPIGSRYN CC54_YEAST 671 10 -
VIAASNPIGGRYN Q9XXI9 601 10 -
ILAAANPISGHYD MCM6_HUMAN 499 10 -
ILAAANPVSGHYD MCM6_MOUSE 499 10 -
ILAAANPVGGRYE O42590 501 10 -
ILAAANPKFGRWK Q9U1E0 481 10 -
VIAAANPKHGRFN O58310 859 10 -
VLAAANPIESQWN MCM4_HUMAN 613 10 -
VLAAANPIESQWN MCM4_MOUSE 612 10 -
VLAAANPIESQWN Q9D077 612 10 -
VIAAANPKTGKYN Q9U446 691 10 -
VIAASNPIGGRYD O42588 611 10 -
ILAAANPAESQWN MCM4_DROME 615 10 -
ILAAANPAESQWN Q9V4M5 615 10 -
ILAAANPIGGRYN MIS5_SCHPO 579 10 -
VLAAANPKFGRFD O27798 421 10 -
ILAAANPSNGNYD MCM3_ENTHI 332 10 -
VLAAANPVESQWN MCM4_XENLA 613 10 -
VLAAANPVESQWN O42589 608 10 -
VIAAANPKQGRFN Q9UYR7 863 10 -
VIAASNPIGGRYD MCM2_XENLA 611 10 -
LLAAGNPKFGYYD Q9YFR1 446 10 -
ILAAANPKDSQWN Q9U118 638 10 -
VIAAANPVGGHYN Q9SF37 505 10 -
ILAAANPKYGRWR Q9U9L0 487 10 -
LLGAANPKYGRFE O29733 317 10 -
IIAAANPVGGHYN Q9CWV1 205 10 -
IIAAANPVGGHYN Q9UJA3 556 10 -
ILASANPIGSKYN CC21_SCHPO 648 10 -
ILASANPINSRYD Q9GR06 669 10 -
LLGAANPKYGRFD Q9HNA5 563 10 -
ILAAGNPIGGRFD Q9NE40 654 10 -
ILAACNPRWGRFN YE89_METJA 433 10 -
ILAACNPRFGRFN Y363_METJA 502 11 -
VLAACNPKRGRFD Y961_METJA 488 10 -

Motif 5 width=9
Element Seqn Id St Int Rpt
ILSRFDMIF MCM5_YEAST 546 14 -
ILSRFDLIF O80786 505 14 -
ILSRFDMIF NDA4_SCHPO 502 14 -
LLSRFDLLW O42592 510 14 -
LLSRFDILF CC47_YEAST 590 14 -
LLSRFDLLW MCM7_HUMAN 511 14 -
LLSRFDLLW Q9H4N9 143 14 -
LLSRFDLLW P91674 509 14 -
LLSRFDLLW Q9XYU0 511 14 -
LLSRFDILF MCM7_SCHPO 533 14 -
LLSRFDLLW MCM7_MOUSE 511 14 -
ILSRFDMIF Q9U3X1 389 14 -
ILSRFDMIF P91676 506 13 -
ILSRFDMIF Q9VGW6 507 13 -
LLSRFDLLF MCM3_XENLA 475 14 -
LLSRFDLLF P87376 476 14 -
LLSRFDLLF MCM3_HUMAN 475 14 -
LLSRFDLLF Q9NUE7 475 14 -
LLSRFDLLF MCM3_MOUSE 475 14 -
LLSRFDLLF MCM3_YEAST 539 14 -
LLSRFDLIL O16297 520 14 -
LLSRFDLLF P91675 470 14 -
LLSRFDLLF Q9XYU1 470 14 -
LLSRFDVLW MCM7_XENLA 510 14 -
LLSRFDVLW O42591 510 14 -
LLSRFDLIF Q9XVR7 478 14 -
ILSRFDILC Q9LPD9 679 14 -
ILSRFDMIF MCM5_HUMAN 510 13 -
ILSRFDMIF MCM5_MOUSE 509 13 -
ILSRFDMIF Q9BTJ4 510 13 -
ILSRFDMIF Q9BWL8 510 13 -
ILSRFDMIY MCM5_CAEEL 509 13 -
ILSRFDILC O42723 662 14 -
MLSRFDLLF MCM3_SCHPO 486 14 -
IMSRFDLFF MCM6_CAEEL 527 14 -
ILSRFDILQ CC19_SCHPO 664 14 -
LLSRFDVIF Q979U9 468 14 -
LLSRFDVIF Q9HK10 468 14 -
LLSRFDLLW O04721 506 14 -
LLSRFDLLW PROL_ARATH 506 14 -
LLSRFDLLF Q9SX03 470 14 -
LLSRFDLLF Q9SX04 470 14 -
IMSRFDLFF O73710 527 14 -
ILSRFDILC MCM2_YEAST 673 14 -
ILSRFDMIF MCM5_XENLA 511 13 -
ILSRFDLIT Q9GR05 690 14 -
ILSRFDVLC MCM2_DROME 638 14 -
IISRFDILC MCM2_HUMAN 644 14 -
IISRFDILC Q9BRM7 644 14 -
IISRFDVLC MCM2_MOUSE 653 14 -
IISRFDVLC O08971 653 14 -
LLSRFDLIY Q9SIV8 511 14 -
IMSRFDLFF MCM6_YEAST 705 14 -
LLSRFDLLF O65400 465 14 -
LLSRFDLLF Q9FL33 465 14 -
ILSRFDLIF Q9UXG1 470 14 -
IMSRFDLFF O96047 518 14 -
IMSRFDLFF Q9V461 518 14 -
LLSRFDLVY CC54_YEAST 698 14 -
ILSRFDVLC Q9XXI9 628 14 -
IMSRFDLFF MCM6_HUMAN 526 14 -
IMSRFDLFF MCM6_MOUSE 526 14 -
IMSRFDLFF O42590 528 14 -
LLSRFDLLW Q9U1E0 508 14 -
LLSRFDLIF O58310 886 14 -
LLSRFDLIF MCM4_HUMAN 640 14 -
LLSRFDLIF MCM4_MOUSE 639 14 -
LLSRFDLIF Q9D077 639 14 -
IISRFDLIM Q9U446 718 14 -
IVSRFDILC O42588 638 14 -
LLSRFDLIF MCM4_DROME 642 14 -
LLSRFDLIF Q9V4M5 642 14 -
IMSRFDLFF MIS5_SCHPO 606 14 -
ILSRFDLIF O27798 448 14 -
LLSRFDLIF MCM3_ENTHI 359 14 -
LLSRFDLIF MCM4_XENLA 640 14 -
LLSRFDLIF O42589 635 14 -
LMSRFDLIF Q9UYR7 890 14 -
IVSRFDILC MCM2_XENLA 638 14 -
IISRFDLIF Q9YFR1 473 14 -
LLSRFDLIF Q9U118 665 14 -
LLSRFDLVF Q9SF37 532 14 -
LLSRFDVLW Q9U9L0 514 14 -
LLSRFDLIF O29733 344 14 -
LLSRFDLVF Q9CWV1 232 14 -
LLSRFDLVF Q9UJA3 583 14 -
LLSRFDLVY CC21_SCHPO 675 14 -
LFSRFDLIY Q9GR06 696 14 -
LISRFDLIF Q9HNA5 590 14 -
LLSRFDIIA Q9NE40 681 14 -
LLSRFDLIF YE89_METJA 460 14 -
LLDRFDLIF Y363_METJA 529 14 -
LLSRFDLIF Y961_METJA 515 14 -