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PR00625

Identifier
DNAJPROTEIN  [View Relations]  [View Alignment]  
Accession
PR00625
No. of Motifs
8
Creation Date
10-DEC-1996  (UPDATE 14-JUN-1999)
Title
DnaJ protein family signature
Database References

PROSITE; PS00636 DNAJ_NTER; PS00637 DNAJ_CXXCXGXG
BLOCKS; BL00636
PFAM; PF00226 DnaJ; PF00684 DnaJ_CXXCXGXG
INTERPRO; IPR001623
Literature References
1. CYR, D.M., LANGER, T. AND DOUGLAS, M.G.
DnaJ-like proteins - molecular chaperones and specific regulators of HSP70.
TRENDS BIOCHEM.SCI. 19 176-181 (1994).
 
2. BORK, P., SANDER, C., VALENCIA, A. AND BUKAU, B.
A module of the dnaJ heat-shock proteins found in malaria parasites.
TRENDS BIOCHEM.SCI. 17 129 (1992).
 
3. UEGUCHI, C., KANEDA, M., YAMADA, H. AND MIZUNO, T.
An analog of the dnaJ molecular chaperone in Escherichia coli.
PROC.NATL.ACAD.SCI.U.S.A. 91 1054-1058 (1994). 

Documentation
DnaJ, a prokaryotic heat shock protein, interacts with dnaK, a chaperone
hsp70-like protein [1]. DnaJ comprises a 70-residue N-terminal domain
(the J-domain); a 30-residue glycine-rich region (the G-domain); a central
domain containing 4 repeats of a CxxCxGxG motif (the CRR-domain); and a
120-170 residue C-terminal region. 
 
The J- and CRR-domains are found in many prokaryotic and eukaryotic
proteins [2], either together or separately: e.g., those containing both
J- and CRR-domains include yeast proteins MAS5/YDJ1, MDJ1, SCJ1, XDJ1 and
YNL077w, plant dnaJ homologues from leek and cucumber, and human HDJ2; 
those with only the J-domain include R.fredii nolC, E.coli cbpA [3], yeast
proteins  SEC63/NPL1, SIS1, CAJ1, YFR041c, YIR004w and YJL162c, P.falciparum 
ring-infected erythrocyte surface antigen, human HDJ1 and HSJ1, and 
Drosophila cysteine-string protein.
 
JDOMAIN is a 4-element fingerprint that provides a signature the DnaJ
domain. The fingerprint was derived from an initial alignment of 49
sequences: the motifs were drawn from short conserved regions spanning the
full length of the J domain - motif 4 encompasses the C-terminal end of the
J domain and part of the following Gly-rich region. Fourteen iterations on 
SPTR57.15_40.15f were required to reach convergence, at which point a true
set comprising 4,344 sequences was identified. Numerous partial matches were
also found, all of which are presumed to be family members that fail to make
significant matches with one or more motifs. 
Summary Information
  65 codes involving  8 elements
8 codes involving 7 elements
1 codes involving 6 elements
3 codes involving 5 elements
11 codes involving 4 elements
12 codes involving 3 elements
41 codes involving 2 elements
Composite Feature Index
86565656565656565
788758776
611110110
523303310
41011213089
312120000210
23737131111
12345678
True Positives
DNAJ_BACSU    DNAJ_BORBU    DNAJ_BRAJA    DNAJ_BRUOV    
DNAJ_CLOAB DNAJ_COXBU DNAJ_ECOLI DNAJ_ERYRH
DNAJ_FRATU DNAJ_HAEDU DNAJ_HAEIN DNAJ_LACLA
DNAJ_LEGPN DNAJ_METMA DNAJ_METTH DNAJ_MYCTU
DNAJ_RHOCA DNAJ_SALTY DNAJ_STAAU DNAJ_STRCO
DNJ2_ALLPO DNJ2_HUMAN DNJ2_MOUSE DNJH_ARATH
DNJH_ATRNU DNJH_CUCSA MAS5_YEAST MDJ1_YEAST
O05825 O08356 O14711 O15811
O16303 O22663 O24074 O32465
O34135 O35824 O43978 O45502
O52065 O60884 O65160 O66921
O67623 O68797 O69269 O74752
O75472 O84345 O85213 O87385
O87778 P87239 P92424 Q24331
Q24554 Q27237 Q27259 Q42530
Q43177 Q49762 Q55505 SCJ1_YEAST
YLW5_CAEEL
True Positive Partials
Codes involving 7 elements
DNAJ_BACST DNAJ_MYCLE O25890 O76381
Q12014 Q26952 Q26953 XDJ1_YEAST
Codes involving 6 elements
O52164
Codes involving 5 elements
DNAJ_MYCGE O18427 YNH7_YEAST
Codes involving 4 elements
CBPA_ECOLI DNAJ_DEIPR DNAJ_MYCPN DNAJ_SYNP7
DNAJ_SYNY3 DNJH_SYNY3 O76224 O76230
Q20774 Q26954 Q38813
Codes involving 3 elements
DNAJ_THETH DNJ1_DROME DNJ1_HUMAN NOLC_RHIFR
O13303 O25668 O49457 O75953
O89114 PSI_SCHPO SIS1_YEAST YRY1_CAEEL
Codes involving 2 elements
CAJ1_YEAST CSP_MOUSE CSP_TORCA DNJL_MYCGE
DNJM_MYCGE DNJM_MYCPN HLJ1_YEAST HSJ1_HUMAN
O04087 O26543 O26857 O35723
O42196 O48678 O51599 O54946
O59731 O61664 O61665 O62360
O75190 O77048 O80684 O83136
P91189 Q13217 Q13431 Q17438
Q18889 Q21162 Q22028 Q22138
Q26951 Q27968 Q29456 Q39079
Q40868 Q99615 YAY1_SCHPO YG5M_YEAST
YNW7_YEAST
Sequence Titles
DNAJ_BACSU  DNAJ PROTEIN - BACILLUS SUBTILIS.             
DNAJ_BORBU DNAJ PROTEIN - BORRELIA BURGDORFERI (LYME DISEASE SPIROCHETE).
DNAJ_BRAJA DNAJ PROTEIN - BRADYRHIZOBIUM JAPONICUM.
DNAJ_BRUOV DNAJ PROTEIN - BRUCELLA OVIS.
DNAJ_CLOAB DNAJ PROTEIN - CLOSTRIDIUM ACETOBUTYLICUM.
DNAJ_COXBU DNAJ PROTEIN - COXIELLA BURNETII.
DNAJ_ECOLI DNAJ PROTEIN - ESCHERICHIA COLI.
DNAJ_ERYRH DNAJ PROTEIN - ERYSIPELOTHRIX RHUSIOPATHIAE.
DNAJ_FRATU DNAJ PROTEIN - FRANCISELLA TULARENSIS.
DNAJ_HAEDU DNAJ PROTEIN - HAEMOPHILUS DUCREYI.
DNAJ_HAEIN DNAJ PROTEIN - HAEMOPHILUS INFLUENZAE.
DNAJ_LACLA DNAJ PROTEIN - LACTOCOCCUS LACTIS (SUBSP. LACTIS) (STREPTOCOCCUS LACTIS).
DNAJ_LEGPN DNAJ PROTEIN - LEGIONELLA PNEUMOPHILA.
DNAJ_METMA DNAJ PROTEIN - METHANOSARCINA MAZEI.
DNAJ_METTH DNAJ PROTEIN - METHANOBACTERIUM THERMOAUTOTROPHICUM.
DNAJ_MYCTU DNAJ PROTEIN - MYCOBACTERIUM TUBERCULOSIS.
DNAJ_RHOCA DNAJ PROTEIN - RHODOBACTER CAPSULATUS (RHODOPSEUDOMONAS CAPSULATA).
DNAJ_SALTY DNAJ PROTEIN - SALMONELLA TYPHIMURIUM.
DNAJ_STAAU DNAJ PROTEIN (HSP40) - STAPHYLOCOCCUS AUREUS.
DNAJ_STRCO DNAJ PROTEIN - STREPTOMYCES COELICOLOR.
DNJ2_ALLPO DNAJ PROTEIN HOMOLOG 2 - ALLIUM PORRUM (LEEK).
DNJ2_HUMAN DNAJ PROTEIN HOMOLOG 2 - HOMO SAPIENS (HUMAN).
DNJ2_MOUSE DNAJ PROTEIN HOMOLOG 2 - MUS MUSCULUS (MOUSE), AND RATTUS NORVEGICUS (RAT).
DNJH_ARATH DNAJ PROTEIN HOMOLOG ATJ - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
DNJH_ATRNU DNAJ PROTEIN HOMOLOG ANJ1 - ATRIPLEX NUMMULARIA.
DNJH_CUCSA DNAJ PROTEIN HOMOLOG (DNAJ-1) - CUCUMIS SATIVUS (CUCUMBER).
MAS5_YEAST MITOCHONDRIAL PROTEIN IMPORT PROTEIN MAS5 (PROTEIN YDJ1) - SACCHAROMYCES CEREVISIAE (BAKER'S YEAST).
MDJ1_YEAST MDJ1 PROTEIN PRECURSOR - SACCHAROMYCES CEREVISIAE (BAKER'S YEAST).
O05825 DNAJ2 - MYCOBACTERIUM TUBERCULOSIS.
O08356 DNAJ PROTEIN - RHODOPSEUDOMONAS SP.
O14711 DNJ3/CPR3 - HOMO SAPIENS (HUMAN).
O15811 PFJ1 - PLASMODIUM FALCIPARUM.
O16303 T05C3.5 PROTEIN - CAENORHABDITIS ELEGANS.
O22663 ATJ3 - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
O24074 DNAJ-LIKE PROTEIN - MEDICAGO SATIVA (ALFALFA).
O32465 DNAJ - BUCHNERA SP.
O34135 40 KDA HEAT SHOCK CHAPERONE PROTEIN - HALOBACTERIUM CUTIRUBRUM.
O35824 DNAJ HOMOLOG 2 - RATTUS NORVEGICUS (RAT).
O43978 DNAJ HOMOLOG - BABESIA BOVIS.
O45502 F39B2.10 PROTEIN - CAENORHABDITIS ELEGANS.
O52065 DNAJ - PASTEURELLA HAEMOLYTICA.
O60884 DNAJ PROTEIN - HOMO SAPIENS (HUMAN).
O65160 DNAJ-RELATED PROTEIN ZMDJ1 - ZEA MAYS (MAIZE).
O66921 CHAPERONE DNAJ - AQUIFEX AEOLICUS.
O67623 CHAPERONE DNAJ - AQUIFEX AEOLICUS.
O68797 HEAT SHOCK PROTEIN - CAMPYLOBACTER JEJUNI.
O69269 HEAT SHOCK PROTEIN - BACILLUS SPHAERICUS.
O74752 PUTATIVE MITOCHONDRIAL PROTEIN IMPORT PROTEIN - DNAJ PROTEIN - SCHIZOSACCHAROMYCES POMBE (FISSION YEAST).
O75472 TUMOROUS IMAGINAL DISCS PROTEIN TID56 HOMOLOG - HOMO SAPIENS (HUMAN).
O84345 HEAT SHOCK PROTEIN J - CHLAMYDIA TRACHOMATIS.
O85213 CHAPERONE DNAJ - CAMPYLOBACTER JEJUNI.
O87385 HEAT SHOCK PROTEIN DNAJ HOMOLOG - VIBRIO HARVEYI.
O87778 HEAT SHOCK PROTEIN DNAJ - LACTOBACILLUS SAKE.
P87239 PROBABLE MDJ1 PROTEIN PRECURSOR - SCHIZOSACCHAROMYCES POMBE (FISSION YEAST).
P92424 DNAJ HOMOLOGUE PRECURSOR - PISUM SATIVUM (GARDEN PEA).
Q24331 TUMOROUS IMAGINAL DISCS - DROSOPHILA VIRILIS (FRUIT FLY).
Q24554 TID56 PROTEIN - DROSOPHILA MELANOGASTER (FRUIT FLY).
Q27237 LETHAL(2)TUMOROUS IMAGINAL DISCS - DROSOPHILA MELANOGASTER (FRUIT FLY).
Q27259 TID56 PROTEIN - DROSOPHILA MELANOGASTER (FRUIT FLY).
Q42530 DNAJ HOMOLOG - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
Q43177 DNAJ PROTEIN - SOLANUM TUBEROSUM (POTATO).
Q49762 HYPOTHETICAL 40.4 KD PROTEIN B1937_F2_56 - MYCOBACTERIUM LEPRAE.
Q55505 DNAJ - SYNECHOCYSTIS SP. (STRAIN PCC 6803).
SCJ1_YEAST SCJ1 PROTEIN - SACCHAROMYCES CEREVISIAE (BAKER'S YEAST).
YLW5_CAEEL HYPOTHETICAL 105.9 KD PROTEIN F22B7.5 IN CHROMOSOME III - CAENORHABDITIS ELEGANS.

DNAJ_BACST DNAJ PROTEIN - BACILLUS STEAROTHERMOPHILUS.
DNAJ_MYCLE DNAJ PROTEIN - MYCOBACTERIUM LEPRAE.
O25890 CO-CHAPERONE AND HEAT SHOCK PROTEIN (DNAJ) - HELICOBACTER PYLORI (CAMPYLOBACTER PYLORI).
O76381 C24G6.5 PROTEIN - CAENORHABDITIS ELEGANS.
Q12014 DNAJ PROTEIN HOMOLOG (SWISS PROT. ACCESSION NUMBER P39102). SIMILAR TO DNAJP FROM SEVERAL ORGANISMS (E.G., DNAJ_ECOLI, SWISS PROT. ACCESSION NUMBER P08622), AND TO OTHER DNAJ-LIKE PROTEINS (E.G., MAS5_YEAST, SWISS PROT. ACCESSION NUMBER P25491) - SACCHAROMYCES CEREVISIAE (BAKER'S YEAST).
Q26952 TCJ2 - TRYPANOSOMA CRUZI.
Q26953 TCJ3 - TRYPANOSOMA CRUZI.
XDJ1_YEAST XDJ1 PROTEIN - SACCHAROMYCES CEREVISIAE (BAKER'S YEAST).

O52164 DNAJ - STREPTOMYCES ALBUS G.

DNAJ_MYCGE DNAJ PROTEIN - MYCOPLASMA GENITALIUM.
O18427 DNAJ - GEODIA CYDONIUM (SPONGE).
YNH7_YEAST HYPOTHETICAL 58.9 KD PROTEIN IN TPM1-MKS1 INTERGENIC REGION - SACCHAROMYCES CEREVISIAE (BAKER'S YEAST).

CBPA_ECOLI CURVED DNA-BINDING PROTEIN - ESCHERICHIA COLI.
DNAJ_DEIPR DNAJ PROTEIN (40 KD HEAT SHOCK CHAPERONE PROTEIN) (HSP40) - DEINOCOCCUS PROTEOLYTICUS.
DNAJ_MYCPN DNAJ PROTEIN - MYCOPLASMA PNEUMONIAE.
DNAJ_SYNP7 DNAJ PROTEIN - SYNECHOCOCCUS SP. (STRAIN PCC 7942) (ANACYSTIS NIDULANS R2).
DNAJ_SYNY3 DNAJ PROTEIN - SYNECHOCYSTIS SP. (STRAIN PCC 6803).
DNJH_SYNY3 DNAJ-LIKE PROTEIN SLR0093 - SYNECHOCYSTIS SP. (STRAIN PCC 6803).
O76224 CHAPERONE - TRYPANOSOMA BRUCEI BRUCEI.
O76230 CHAPERONE - TRYPANOSOMA CRUZI.
Q20774 F54D5.8 PROTEIN - CAENORHABDITIS ELEGANS.
Q26954 TCJ4 - TRYPANOSOMA CRUZI.
Q38813 DNAJ HOMOLOG ATJ1 - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).

DNAJ_THETH DNAJ PROTEIN - THERMUS AQUATICUS (SUBSP. THERMOPHILUS).
DNJ1_DROME DNAJ PROTEIN HOMOLOG 1 (DROJ1) - DROSOPHILA MELANOGASTER (FRUIT FLY).
DNJ1_HUMAN DNAJ PROTEIN HOMOLOG 1 (HDJ-1) (HEAT SHOCK PROTEIN 40) (HSP40) - HOMO SAPIENS (HUMAN).
NOLC_RHIFR NOLC PROTEIN - RHIZOBIUM FREDII.
O13303 SIS1 PROTEIN - CRYPTOCOCCUS CURVATUS.
O25668 CO-CHAPERONE-CURVED DNA BINDING PROTEIN A (CBPA) - HELICOBACTER PYLORI (CAMPYLOBACTER PYLORI).
O49457 HEAT-SHOCK PROTEIN - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
O75953 HEAT SHOCK PROTEIN HSP40-3 - HOMO SAPIENS (HUMAN).
O89114 HEAT SHOCK PROTEIN HSP40-3 - MUS MUSCULUS (MOUSE).
PSI_SCHPO PSI PROTEIN - SCHIZOSACCHAROMYCES POMBE (FISSION YEAST).
SIS1_YEAST SIS1 PROTEIN - SACCHAROMYCES CEREVISIAE (BAKER'S YEAST).
YRY1_CAEEL HYPOTHETICAL 39.9 KD PROTEIN T15H9.1 IN CHROMOSOME II PRECURSOR - CAENORHABDITIS ELEGANS.

CAJ1_YEAST CAJ1 PROTEIN - SACCHAROMYCES CEREVISIAE (BAKER'S YEAST).
CSP_MOUSE CYSTEINE STRING PROTEIN (CSP) - MUS MUSCULUS (MOUSE), AND RATTUS NORVEGICUS (RAT).
CSP_TORCA CYSTEINE STRING PROTEIN (CCCS1) - TORPEDO CALIFORNICA (PACIFIC ELECTRIC RAY).
DNJL_MYCGE DNAJ-LIKE PROTEIN MG002 - MYCOPLASMA GENITALIUM.
DNJM_MYCGE DNAJ-LIKE PROTEIN MG200 - MYCOPLASMA GENITALIUM.
DNJM_MYCPN DNAJ-LIKE PROTEIN MG200 HOMOLOG - MYCOPLASMA PNEUMONIAE.
HLJ1_YEAST HLJ1 PROTEIN - SACCHAROMYCES CEREVISIAE (BAKER'S YEAST).
HSJ1_HUMAN DNAJ PROTEIN HOMOLOG HSJ1 (HSJ-1) - HOMO SAPIENS (HUMAN).
O04087 DNAJ ISOLOG - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
O26543 EXCINUCLEASE ABC SUBUNIT A - METHANOBACTERIUM THERMOAUTOTROPHICUM.
O26857 CONSERVED PROTEIN - METHANOBACTERIUM THERMOAUTOTROPHICUM.
O35723 TESTIS SPECIFIC DNAJ-HOMOLOG - MUS MUSCULUS (MOUSE).
O42196 CYSTEINE-STRING PROTEIN - XENOPUS LAEVIS (AFRICAN CLAWED FROG).
O48678 F3I6.4 PROTEIN - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
O51599 HEAT SHOCK PROTEIN (DNAJ-2) - BORRELIA BURGDORFERI (LYME DISEASE SPIROCHETE).
O54946 MRJ - MUS MUSCULUS (MOUSE).
O59731 HYPOTHETICAL 40.5 KD PROTEIN - SCHIZOSACCHAROMYCES POMBE (FISSION YEAST).
O61664 CYSTEINE STRING PROTEIN 2 - DROSOPHILA MELANOGASTER (FRUIT FLY).
O61665 CYSTEINE STRING PROTEIN 3 - DROSOPHILA MELANOGASTER (FRUIT FLY).
O62360 T03F6.2 PROTEIN - CAENORHABDITIS ELEGANS.
O75190 MSJ-1 - HOMO SAPIENS (HUMAN).
O77048 PFJ2 - PLASMODIUM FALCIPARUM.
O80684 PUTATIVE HEAT SHOCK PROTEIN - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
O83136 HEAT-SHOCK PROTEIN, PUTATIVE - TREPONEMA PALLIDUM.
P91189 SIMILAR TO BOVINE PKR INHIBITOR P58 - CAENORHABDITIS ELEGANS.
Q13217 PROTEIN KINASE INHIBITOR P58 - HOMO SAPIENS (HUMAN).
Q13431 HEAT SHOCK PROTEIN HSP40 HOMOLOG - HOMO SAPIENS (HUMAN).
Q17438 HYPOTHETICAL 46.6 KD PROTEIN B0035.14 IN CHROMOSOME IV - CAENORHABDITIS ELEGANS.
Q18889 SIMILAR TO DNAJ PROTEIN - CAENORHABDITIS ELEGANS.
Q21162 SIMILAR TO THE DNA-J DOMAIN FOUND IN DNAJ PROTEINS - CAENORHABDITIS ELEGANS.
Q22028 R74.4 PROTEIN - CAENORHABDITIS ELEGANS.
Q22138 T04A8.9 PROTEIN - CAENORHABDITIS ELEGANS.
Q26951 TCJ1 - TRYPANOSOMA CRUZI.
Q27968 PKR INHIBITOR P58 - BOS TAURUS (BOVINE).
Q29456 CYSTEINE STRING PROTEIN (CSP) - BOS TAURUS (BOVINE).
Q39079 J-DOMAIN PROTEIN - ARABIDOPSIS THALIANA (MOUSE-EAR CRESS).
Q40868 HEAT SHOCK-LIKE PROTEIN - PICEA GLAUCA (WHITE SPRUCE).
Q99615 TETRATRICOPEPTIDE REPEAT PROTEIN - HOMO SAPIENS (HUMAN).
YAY1_SCHPO HYPOTHETICAL 44.8 KD PROTEIN C4H3.01 IN CHROMOSOME I - SCHIZOSACCHAROMYCES POMBE (FISSION YEAST).
YG5M_YEAST HYPOTHETICAL 22.4 KD PROTEIN IN FOL2-YTA7 INTERGENIC REGION - SACCHAROMYCES CEREVISIAE (BAKER'S YEAST).
YNW7_YEAST HYPOTHETICAL 68.8 KD PROTEIN IN URE2-SSU72 INTERGENIC REGION - SACCHAROMYCES CEREVISIAE (BAKER'S YEAST).
Scan History
OWL29_0    2  100  NSINGLE    
SPTR37_9f 3 150 NSINGLE
Initial Motifs
Motif 1  width=20
Element Seqn Id St Int Rpt
ASPEEIKRAYRKLARDLHPD DNAJ_MYCTU 21 21 -
ASKDEIKKAYRKLSKKYHPD DNAJ_STAAU 16 16 -
ATDVEIKKAYRKCALKYHPD MAS5_YEAST 17 17 -
ASQDEIKKAYRKMSKKYHPD DNAJ_LACLA 16 16 -
ASKDEIKKAYRKIAIKYHPD DNAJ_BORBU 15 15 -
ATGAEIKKAYYKLAKKYHPD MDJ1_YEAST 72 72 -
ATEKEIKSAYRQLSKKYHPD SCJ1_YEAST 61 61 -
ASPDDLKKAYRKAAIKNHPD DNJ1_ALLPO 3 3 -
ASKDEIKKAYRKLSKKYHPD DNAJ_BACSU 16 16 -
ATQEELKKAYRKLALKYHPD DNJ2_HUMAN 17 17 -

Motif 2 width=21
Element Seqn Id St Int Rpt
FKAVSEAHNVLSDPAKRKEYD DNAJ_MYCTU 52 11 -
FKEASAAYEILSDPEKRDIYD MAS5_YEAST 47 10 -
YKEVQEAYETLSDEQKRAAYD DNAJ_LACLA 46 10 -
FKEATQAYEILIDDNKKAKYD DNAJ_BORBU 46 11 -
FHDLQNAYEILSDETKRQQYD MDJ1_YEAST 102 10 -
FIEVGEAYDVLSDPEKKKIYD SCJ1_YEAST 92 11 -
FKELAQAYDVLSDPEKREIYD DNJ1_ALLPO 30 7 -
FKEVKEAYETLSDDQKRAHYD DNAJ_BACSU 46 10 -
FKQISQAYEVLSDAKKRELYD DNJ2_HUMAN 45 8 -
FKEISEAYEVLSDDNKRATID DNAJ_STAAU 46 10 -

Motif 3 width=20
Element Seqn Id St Int Rpt
ISIRKDVTCETCHGDGAKPG DNAJ_STAAU 141 74 -
VKYNREELCHTCGGSGAKRG DNAJ_LACLA 146 79 -
LSLSRNVICSKCNGKGSKSG DNJ1_ALLPO 119 68 -
FTLNLNDECDACHGSGSADG SCJ1_YEAST 188 75 -
LRFSALDPCSTCSGTGMKPN MDJ1_YEAST 222 99 -
INIARQMLCDSCLGKKSEKG DNAJ_BORBU 140 73 -
IEIPREETCETCKGSGAKPG DNAJ_BACSU 137 70 -
LALQKNVICDKCEGRGGKKG DNJ2_HUMAN 126 60 -
LRLTSPAPCTNCHGSGARPG DNAJ_MYCTU 169 96 -
LALNKQILCKECEGRGGKKG MAS5_YEAST 135 67 -

Motif 4 width=11
Element Seqn Id St Int Rpt
CHKCGGRGQIN DNAJ_LACLA 171 5 -
CASCQGSGMKV DNJ1_ALLPO 143 4 -
CSHCGGSGQLN DNAJ_BACSU 162 5 -
CPNCRGTGMQI DNJ2_HUMAN 150 4 -
CPTCNGSGVIN DNAJ_MYCTU 194 5 -
CSYCNGAGHVA DNAJ_STAAU 166 5 -
CTSCNGQGIKF MAS5_YEAST 159 4 -
CNMCNGSGRVV DNAJ_BORBU 165 5 -
CSTCHGTGTTV MDJ1_YEAST 247 5 -
CPDCQGRGVII SCJ1_YEAST 212 4 -

Motif 5 width=19
Element Seqn Id St Int Rpt
GFFRVTTTCSKCYGEGKII DNAJ_BORBU 179 3 -
MIQQMQHPCNDCKGTGEMI DNJ1_ALLPO 162 8 -
MTQQIQQMCGRCGGTGQII SCJ1_YEAST 230 7 -
GGFQMMSTCPTCNGEGTMK MDJ1_YEAST 261 3 -
GKVVNRRVCHHCEGTGKII DNAJ_BACSU 180 7 -
MVQQIQSVCMECQGHGERI DNJ2_HUMAN 169 8 -
GAFGFSEPCTDCRGSGSII DNAJ_MYCTU 208 3 -
GRVRTEQVCPKCNGSGQEF DNAJ_STAAU 184 7 -
MIQRFQTECDVCHGTGDII MAS5_YEAST 177 7 -
GRMQTQVTCDVCNGTGKEI DNAJ_LACLA 189 7 -

Motif 6 width=16
Element Seqn Id St Int Rpt
DNCTKCHGEGVQVNRA MDJ1_YEAST 283 3 -
NKCADCGGKGKIKKRK DNAJ_BACSU 200 1 -
DRCKSCNGRKIVREKK DNJ2_HUMAN 191 3 -
HPCEECKGTGVTTRTR DNAJ_MYCTU 228 1 -
EACPTCHGKGTENKTV DNAJ_STAAU 204 1 -
DRCKSCNGKKVENERK MAS5_YEAST 199 3 -
EKCETCHGSGHEKVAH DNAJ_LACLA 209 1 -
NPCKSCKGKGSLTKQE DNAJ_BORBU 199 1 -
NECKTCHGKKVTKKNK SCJ1_YEAST 250 1 -
DRCPLCKGEKVVQEKK DNJ1_ALLPO 184 3 -

Motif 7 width=17
Element Seqn Id St Int Rpt
VDVPPGAPRNYMDTRVG SCJ1_YEAST 269 3 -
VTIPAGVDDGQQLRLSG DNAJ_BACSU 219 3 -
VHIDKGMKDGQKITFHG DNJ2_HUMAN 210 3 -
VRIPPGVEDGQRIRLAG DNAJ_MYCTU 247 3 -
VKVPEGVDNEQQIRLAG DNAJ_STAAU 223 3 -
VHVEKGMQNGQRITFPG DNJ1_ALLPO 203 3 -
VHVEPGMKDGQRIVFKG MAS5_YEAST 218 3 -
VTVPAGVETGQKMRLQG DNAJ_LACLA 228 3 -
LNIPPGIDNNQQIKMKG DNAJ_BORBU 218 3 -
VDLPHGLQDGDVVRIPG MDJ1_YEAST 303 4 -

Motif 8 width=18
Element Seqn Id St Int Rpt
GDDIYYKLNVSFPQAALG DNAJ_STAAU 269 29 -
GDDLVYEAEIDLLTAIAG MAS5_YEAST 263 28 -
GDNLYRTEVLSAAEALYG SCJ1_YEAST 316 30 -
KYDIWYDKEIPITTAALG MDJ1_YEAST 360 40 -
GDDIYCEMPLTFAQAALG DNAJ_BACSU 264 28 -
GDDLFYKHTLSLTEALCG DNJ1_ALLPO 248 28 -
GAEIYYKMPMDFVQAALG DNAJ_LACLA 274 29 -
GEDLFMCMDIQLVEALCG DNJ2_HUMAN 255 28 -
GDDLTVTVPVSFTELALG DNAJ_MYCTU 293 29 -
GKDLYAMLPISFTQAALG DNAJ_BORBU 264 29 -
Final Motifs
Motif 1  width=20
Element Seqn Id St Int Rpt
AEEREIKKAYKRLAMKYHPD DNAJ_SALTY 15 15 -
AEEREIRKAYKRLAMKYHPD DNAJ_ECOLI 15 15 -
ASDAEIKKAYRRLAMKYHPD DNAJ_LEGPN 16 16 -
AAQEDLKKAYRKAAIKNHPD Q43177 24 24 -
ASPEDLKKAYKKAAIKNHPD DNJH_ATRNU 24 24 -
ATPEDLKKAYRKAAIKNHPD DNJ2_ALLPO 24 24 -
ADDSTLKSAFRKLAMKWHPD O08356 18 18 -
ASQDDLKKAYRKAAIKNHPD O65160 24 24 -
ASEDEIKRAYKRLASKHHPD DNAJ_HAEIN 16 16 -
ATEAEVKKAFRRLAMKYHPD DNAJ_COXBU 16 16 -
ASKDEIKKAYRKLSKKYHPD DNAJ_BACSU 16 16 -
ATEKDIKRAYKRLAAKYHPD DNAJ_HAEDU 16 16 -
ASQDDLKKAYRKAAIKNHPD DNJH_CUCSA 23 23 -
ASPEDLKKAYKKAAIKNHPD Q42530 25 25 -
ASPEDLKKAYKKAAIKNHPD O22663 25 25 -
ASENELKKAYRKLAKEYHPD O60884 19 19 -
ASENELKKAYRKLAKEYHPD O35824 19 19 -
ASENELKKAYRKLAKEYHPD O14711 19 19 -
ASDDEIKKAYRKLSKKYHPD O87778 17 17 -
ADKKEIKKAYRRLARKYHPD DNAJ_METTH 16 16 -
ASDDEIKKAFRKLAIKYHPD DNAJ_CLOAB 16 16 -
ASERDIKKAYKRLAMKYHPD O87385 16 16 -
ATPEEIKKAYRKLAVKYHPD O84345 13 13 -
ASGVEIKRAYRKLAMKYHPD DNAJ_FRATU 16 16 -
LTKDEIKKAYRKLSKQYHPD O69269 12 12 -
ADESKLKSSFRKLAMKFHPD DNAJ_BRAJA 19 19 -
ASEDEIKKAYRKAAMKNHPD O24074 25 25 -
AAPEDLKKAYKKAAIKNHPD DNJH_ARATH 25 25 -
ATQEELKKAYRKLALKYHPD DNJ2_HUMAN 17 17 -
ATQEELKKAYRKLALKYHPD DNJ2_MOUSE 17 17 -
ASEKDIKRAYKRLAAKHHPD O52065 16 16 -
SSVEDIKKTYRKLALQYHPD DNAJ_METMA 17 17 -
ADDKTLKAAFRKLAMQYHPD DNAJ_BRUOV 15 15 -
ASPEEIKRAYRKLARDLHPD DNAJ_MYCTU 21 21 -
AEEREIKKAYKKLAMKYHPD O32465 16 16 -
ATEAEIKKAYRKLARENHPD DNAJ_STRCO 21 21 -
ASKDEIKKAYRKLSKKYHPD DNAJ_STAAU 16 16 -
ATDAEIKKAYRQLAKKYHPD DNAJ_ERYRH 17 17 -
ASAEEIKKAYRSKAKELHPD DNAJ_RHOCA 16 16 -
ATDVEIKKAYRKCALKYHPD MAS5_YEAST 17 17 -
ASQAELKKAYRKLALKYHPD O74752 17 17 -
ASQDEIKKAYRKMSKKYHPD DNAJ_LACLA 16 16 -
ASDADIKRAYRKLARELHPD Q49762 15 15 -
ASKDEIKKAYRKIAIKYHPD DNAJ_BORBU 15 15 -
ASQEEIKKAYRRLVRKYHPD O66921 19 19 -
ATVKDIKAAYRRLARQYHPD P92424 82 82 -
ADKDEIKRAYRRLARKYHPD Q55505 15 15 -
ASQADIKKSYFKLAKEYHPD O16303 24 24 -
ASQKEIKKAYYQLAKKYHPD O75472 104 104 -
ASDADIKRAYRKLARELHPD O05825 15 15 -
ANGKDIKKAYYQLAKKYHPD Q27259 76 76 -
ANGKDIKKAYYQLAKKYHPD Q27237 74 74 -
ADKETIKKAYRKMALKYHPD O85213 15 15 -
ANAKDIKKAYYELAKKYHPD Q24331 91 91 -
ADKETIKKAYRKMALKYHPD O68797 15 15 -
ASDNELKKAYRKMALKFHPD O45502 17 17 -
CSESEIKKAYRKLAIKHHPD O43978 25 25 -
ANGKDIKKAYYQLAKKYHPD Q24554 76 76 -
ATGAEIKKAYYKLAKKYHPD MDJ1_YEAST 72 72 -
ATEKEIKSAYRQLSKKYHPD SCJ1_YEAST 61 61 -
ASASEIKSAYYKLAKQYHPD P87239 97 97 -
ATKEEIKKAYRKLVRIYHPD O67623 18 18 -
SDAKAIKKAYFQLAKKYHPD YLW5_CAEEL 542 542 -
ATTNDIKKQFRLLAKKYHPD O15811 72 72 -
ATEDEIMQAYRDQVSEYHPD O34135 15 15 -

Motif 2 width=21
Element Seqn Id St Int Rpt
FKEIKEAYEVLTDAQKRAAYD DNAJ_SALTY 46 11 -
FKEIKEAYEVLTDSQKRAAYD DNAJ_ECOLI 46 11 -
FKEIQKAYNILSDKQKRAAYD DNAJ_LEGPN 47 11 -
FKELAQAYEVLSDPEKREIYD Q43177 51 7 -
FKELAHAYEVLSDPEKREIYD DNJH_ATRNU 51 7 -
FKEIGQAYEVLNDPEKREIYD DNJ2_ALLPO 51 7 -
FKEINEAYEVLKDGDKRAAYD O08356 49 11 -
FKELAQAYEVLSDPEKREIYD O65160 51 7 -
FKEINEAYEVLGDDQKRAAYD DNAJ_HAEIN 47 11 -
FKEAREAYEVLCDSRKRASYD DNAJ_COXBU 47 11 -
FKEVKEAYETLSDDQKRAHYD DNAJ_BACSU 46 10 -
FKQITEAYEILTDDQKRAAYD DNAJ_HAEDU 47 11 -
FKELAQAYEVLSDPEKREIYD DNJH_CUCSA 50 7 -
FKELAQAYEVLSDPEKREIYD Q42530 52 7 -
FKELAQAYEVLSDPEKREIYD O22663 52 7 -
FKEISFAYEVLSNPEKRELYD O60884 47 8 -
FKEISFAYEVLSNPEKRELYD O35824 47 8 -
FKEISFAYEVLSNPEKRELYD O14711 48 9 -
FKEVTEAYEALSDPQKRAAYD O87778 47 10 -
FKEISEAYAVLSDDEKRARYD DNAJ_METTH 46 10 -
FKEINEAYQVLSDPDKKANYD DNAJ_CLOAB 47 11 -
FKEVKESYEILTDPQKKAAYD O87385 47 11 -
FKEVSEAYEVLGDAQKRESYD O84345 44 11 -
FKEISEAYEILSDDSKRSRYD DNAJ_FRATU 47 11 -
FKEIAEAYEVLSDDQKKARYD O69269 42 10 -
FKEINEAYEVLKDKDKRAAYD DNAJ_BRAJA 50 11 -
FKELGQAYEVLSDPEKKELYD O24074 52 7 -
FKELAQAYEVLSDPEKREIYD DNJH_ARATH 52 7 -
FKQISQAYEVLSDAKKRELYD DNJ2_HUMAN 45 8 -
FKQISQAYEVLADSKKRELYD DNJ2_MOUSE 45 8 -
FKEITEAYDVLTDSEKKAMYD O52065 47 11 -
FKEISEAYAVLSDAEKRAQYD DNAJ_METMA 47 10 -
FKEIGEAYETLKDPQKRAAYD DNAJ_BRUOV 46 11 -
FKAVSEAHNVLSDPAKRKEYD DNAJ_MYCTU 52 11 -
FKEIKEAYEILINEEKRSAYD O32465 47 11 -
FKEISEANDILGDPKKRKEYD DNAJ_STRCO 52 11 -
FKEISEAYEVLSDDNKRATID DNAJ_STAAU 46 10 -
FKEVQEAYEVLSDSQKRANYD DNAJ_ERYRH 47 10 -
FKEVNGAYDVLKDGDKKAAYD DNAJ_RHOCA 47 11 -
FKEASAAYEILSDPEKRDIYD MAS5_YEAST 47 10 -
FKEISRAYEILADEEKRATYD O74752 45 8 -
YKEVQEAYETLSDEQKRAAYD DNAJ_LACLA 46 10 -
FKEISMAYEVLSDPEKRRIVD Q49762 45 10 -
FKEATQAYEILIDDNKKAKYD DNAJ_BORBU 46 11 -
FKEINEAYQVLSDPEKRKLYD O66921 49 10 -
FKEISNAYEVLSDDKKRALYD P92424 112 10 -
FKEINRAYEVLSEPEIRQRYD Q55505 45 10 -
FKEISFAYEVLSSPEKRRLYD O16303 52 8 -
FSQLAEAYEVLSDEVKRKQYD O75472 135 11 -
FKEISVAYEVLSDPDKRRIVD O05825 45 10 -
FQEVSEAYEVLSDEQKRREYD Q27259 107 11 -
FQEVSEAYEVLSDEQKRREYD Q27237 105 11 -
FKLVNEAYEVLSNDEKRAIYD O85213 46 11 -
FQDVSEAYEVLSDDQKRREYD Q24331 122 11 -
FKLVNEAYEVLTNDEKRAIYD O68797 46 11 -
FKQISQAYEVLSDEKKRQIYD O45502 45 8 -
FKEITRAYEVLSDPEKRRIYD O43978 52 7 -
FQEVSEAYEVLSDEQKRREYD Q24554 107 11 -
FHDLQNAYEILSDETKRQQYD MDJ1_YEAST 102 10 -
FIEVGEAYDVLSDPEKKKIYD SCJ1_YEAST 92 11 -
FVEIKQAYEVLQDPKKKKAFD P87239 127 10 -
FKEINEAYHVLIDDERRSEYD O67623 48 10 -
FQEISEAYEVLSDDTKRQEYD YLW5_CAEEL 572 10 -
MASITAAYELLSDPKKKEFYD O15811 102 10 -
FKKIQKAKDVLTDEETRQQYD O34135 45 10 -

Motif 3 width=20
Element Seqn Id St Int Rpt
IRIPTLEECDVCHGSGAKAG DNAJ_SALTY 138 71 -
IRIPTLEECDVCHGSGAKPG DNAJ_ECOLI 135 68 -
ITVPRHGTCTVCEGSGAKKG DNAJ_LEGPN 140 72 -
LSLSRNVLCSKCKGKGSKSG Q43177 141 69 -
LSLSRNVICSKCTGKGSKSG DNJH_ATRNU 140 68 -
LSLSRNVLCTKCKGKGSKSG DNJ2_ALLPO 140 68 -
IEIPVSVTCEACSGTGAKAG O08356 140 70 -
LSLSRNVICSKCKGKGSKSG O65160 140 68 -
IQINTLAHCDSCGGSGAEKG DNAJ_HAEIN 139 71 -
IKVPTWINCKTCNGSGAKGS DNAJ_COXBU 138 70 -
IEIPREETCETCKGSGAKPG DNAJ_BACSU 137 70 -
IRLSTLAECDNCHGTGAEAG DNAJ_HAEDU 139 71 -
LSLSRNVICSKCKGKGSKSG DNJH_CUCSA 138 67 -
LSLSRNALCSKCNGKGSKSG Q42530 140 67 -
LSLSRNALCSKCNGKGSKSG O22663 140 67 -
LQLSKNVLCSACSGQGGKSG O60884 135 67 -
LQLSKNVLCSACSGQGGKSG O35824 135 67 -
LQLSKNVLCSACSGQGGKSG O14711 137 68 -
ISYSREAECHTCHGSGAKPG O87778 145 77 -
IRVPHTKKCPVCHGSRAEPG DNAJ_METTH 140 73 -
INITRSENCETCGGTGAKKG DNAJ_CLOAB 142 74 -
IEVPTLVHCDTCDGSGAKKG O87385 142 74 -
LLVSGYKSCDACSGSGANTA O84345 154 89 -
ITIPRMESCDSCDGTGSKSR DNAJ_FRATU 132 64 -
IEIPKDETCETCHGSGAKPG O69269 130 67 -
IEIPVSVTCEACSGIGAKAG DNAJ_BRAJA 140 69 -
LSLSRNALCSKCKGKGSKSG O24074 142 69 -
LSLSRKALCSKCNGKGSKSG DNJH_ARATH 141 68 -
LALQKNVICDKCEGRGGKKG DNJ2_HUMAN 126 60 -
LALQKNVICDKCEGRGGKKG DNJ2_MOUSE 126 60 -
IRIHTLAECDTCHGTGAEAG O52065 141 73 -
IDIPRTERCSTCSGTGAKPG DNAJ_METMA 136 68 -
IRVPTSITCDECSGSGAKPG DNAJ_BRUOV 138 71 -
LRLTSPAPCTNCHGSGARPG DNAJ_MYCTU 169 96 -
IQIPTLQKCKTCYGSGTRTG O32465 137 69 -
LRMSSQAPCKACSGTGDKNG DNAJ_STRCO 171 98 -
ISIRKDVTCETCHGDGAKPG DNAJ_STAAU 141 74 -
VTLNVDEECTSCHGSGAHSK DNAJ_ERYRH 139 71 -
ITVPGSAACGSCNGTGAEGG DNAJ_RHOCA 148 80 -
LALNKQILCKECEGRGGKKG MAS5_YEAST 135 67 -
LALQKKVICPKCSGRGGKEG O74752 129 63 -
VKYNREELCHTCGGSGAKRG DNAJ_LACLA 146 79 -
VTVDTAVLCDRCQGKGTNGD Q49762 133 67 -
INIARQMLCDSCLGKKSEKG DNAJ_BORBU 140 73 -
IEVEREVPCSACGGTGYDES O66921 148 78 -
FELFHLETCEVCTGTGAKLG P92424 210 77 -
IRIPHLESCQVCEGTGAKPG Q55505 141 75 -
LKLSKKALCKTCEGSGGKKG O16303 161 88 -
FTVNIMDTCERCNGKGNEPG O75472 228 72 -
VTVDTAVLCDRCQGKGTNGD O05825 137 71 -
VNVNVVDQCPKCAGTKCEPG Q27259 219 91 -
VNVNVVDQCPKCAGTKCEPG Q27237 217 91 -
IDFTYKCSCKTCNGTGAKDG O85213 139 72 -
VNVNVVDQCPKCAGSKCEPG Q24331 235 92 -
IDFTYKCSCKTCNGTGAKDG O68797 140 73 -
LKISRTATCKGCKGLGGNEG O45502 128 62 -
LAINKDVVCDTCDGLGGPSD O43978 130 57 -
VNVIVVDQCPKCAGTKCEPG Q24554 219 91 -
LRFSALDPCSTCSGTGMKPN MDJ1_YEAST 222 99 -
FTLNLNDECDACHGSGSADG SCJ1_YEAST 188 75 -
LSYSVSSTCSSCHGSGLQPG P87239 232 84 -
IIYSRWMDCPVCEGMGVKGE O67623 129 60 -
VSVNVVEDCLKCHGTQVEPG YLW5_CAEEL 670 77 -
IRLNVKVSCNNCNGSGKKPG O15811 196 73 -
VTVRRPESCADCGGSGYPED O34135 157 91 -

Motif 4 width=11
Element Seqn Id St Int Rpt
CPTCHGSGQVQ DNAJ_SALTY 163 5 -
CPTCHGSGQVQ DNAJ_ECOLI 160 5 -
CETCQGMGQVR DNAJ_LEGPN 165 5 -
CSGCQGSGMKV Q43177 165 4 -
CSGCQGTGMKV DNJH_ATRNU 164 4 -
CASCQGSGMKV DNJ2_ALLPO 164 4 -
CSTCGGAGRVR O08356 165 5 -
CPGCQGSGMKV O65160 164 4 -
CPHCHGSGRIR DNAJ_HAEIN 164 5 -
CPRCNGSGQMR DNAJ_COXBU 162 4 -
CSHCGGSGQLN DNAJ_BACSU 162 5 -
CPHCHGAGRIR DNAJ_HAEDU 164 5 -
CPGCQGSGMKV DNJH_CUCSA 162 4 -
CGGCQGSGMKV Q42530 164 4 -
CGGCQGSGMKV O22663 164 4 -
CSACRGRGVRI O60884 159 4 -
CSACRGRGVRI O35824 159 4 -
CSACRGRGVRI O14711 161 4 -
CHKCHGAGQIQ O87778 170 5 -
CQTCGGSGQVR DNAJ_METTH 165 5 -
CDKCGGTGTIR DNAJ_CLOAB 167 5 -
CGTCHGHGQVQ O87385 167 5 -
CDRCKGSGQVV O84345 179 5 -
CHACHGQGTIR DNAJ_FRATU 156 4 -
CSTCNGAGQIN O69269 155 5 -
CSTCGGAGRVR DNAJ_BRAJA 165 5 -
CFGCQGTGMKI O24074 166 4 -
CGGCQGSGMKI DNJH_ARATH 165 4 -
CPNCRGTGMQI DNJ2_HUMAN 150 4 -
CPNCRGTGMQI DNJ2_MOUSE 150 4 -
CSHCHGSGRIR O52065 166 5 -
CPNCGGTGQVR DNAJ_METMA 161 5 -
CTMCSGSGRCR DNAJ_BRUOV 163 5 -
CPTCNGSGVIN DNAJ_MYCTU 194 5 -
CSTCHGKGQIH O32465 162 5 -
CPTCVGTGQVA DNAJ_STRCO 195 4 -
CSYCNGAGHVA DNAJ_STAAU 166 5 -
CSRCGGTGQTV DNAJ_ERYRH 164 5 -
CPTCSGLGKVR DNAJ_RHOCA 173 5 -
CTSCNGQGIKF MAS5_YEAST 159 4 -
CASCNGSGVKF O74752 153 4 -
CHKCGGRGQIN DNAJ_LACLA 171 5 -
CDTCGGRGEVQ Q49762 158 5 -
CNMCNGSGRVV DNAJ_BORBU 165 5 -
CPTCGGRGETV O66921 172 4 -
CSTCGGRGQVM P92424 235 5 -
CGTCNGAGQVR Q55505 166 5 -
CDACRGRGVKT O16303 185 4 -
CHYCGGSGMET O75472 253 5 -
CDTCGGRGEVQ O05825 162 5 -
CQYCNGTGFET Q27259 244 5 -
CQYCNGTGFET Q27237 242 5 -
CPKCQGRGQVG O85213 163 4 -
CQYCNGTGFET Q24331 260 5 -
CPKCQGRGQVG O68797 164 4 -
CSDCRGRGIKV O45502 152 4 -
CDLCNGRGIRV O43978 154 4 -
CQYCNGTGFET Q24554 244 5 -
CSTCHGTGTTV MDJ1_YEAST 247 5 -
CPDCQGRGVII SCJ1_YEAST 212 4 -
CFACKGTGQRL P87239 257 5 -
CHACNGEGRRV O67623 154 5 -
CPYCNGTGAVS YLW5_CAEEL 695 5 -
CKVCNGSGIQR O15811 221 5 -
CPQCGGQGVVT O34135 182 5 -

Motif 5 width=19
Element Seqn Id St Int Rpt
GFFAVQQTCPHCQGRGTLI DNAJ_SALTY 177 3 -
GFFAVQQTCPHCQGRGTLI DNAJ_ECOLI 174 3 -
GFFSIQQTCPTCHGEGKII DNAJ_LEGPN 179 3 -
MIQQMQHPCNECKGTGEMI Q43177 184 8 -
MIQQMQHPCNECKGTGETI DNJH_ATRNU 183 8 -
MIQQMQHPCNECKGTGEMI DNJ2_ALLPO 183 8 -
GFFTLERTCPSCQGRGQTI O08356 179 3 -
MIQQMQQPCNECKGTGESI O65160 183 8 -
GFFVSESICPTCHGSGKKI DNAJ_HAEIN 178 3 -
GFLQVQQTCSVCRGRGQVI DNAJ_COXBU 176 3 -
GKVVNRRVCHHCEGTGKII DNAJ_BACSU 180 7 -
GFFVTEAVCPSCHGTGKKI DNAJ_HAEDU 178 3 -
MIQQMQHPCNECKGTGETI DNJH_CUCSA 181 8 -
MIQQMQHACNECKGTGETI Q42530 183 8 -
MIQQMQHACNECKGTGETI O22663 183 8 -
MVQQMQSVCSDCNGEGEVI O60884 178 8 -
MVQQMQSVCSDCNGEGEVI O35824 178 8 -
MVQQMQSVCSDCNGEGEVI O14711 180 8 -
GRMMSRETCDVCGGTGKEI O87778 188 7 -
GQMMNITTCPDCQGEGTVV DNAJ_METTH 183 7 -
GSFVTQSSCDKCGGRGTII DNAJ_CLOAB 185 7 -
GFFAVQQTCPTCHGKGKII O87385 181 3 -
GFFSMASTCPDCSGEGRVI O84345 193 3 -
GFFAFEQTCPVCNGTGYSI DNAJ_FRATU 170 3 -
GRMMNRRSCTTCHGTGKII O69269 173 7 -
GFFTLERTCPGCQGRGQMI DNAJ_BRAJA 179 3 -
MIQQMQHVCPDCKGTGEVI O24074 185 8 -
MMQQVQHACNDSKGTGETI DNJH_ARATH 184 8 -
MVQQIQSVCMECQGHGERI DNJ2_HUMAN 169 8 -
MVQQIQSVCMECQGHGERI DNJ2_MOUSE 169 8 -
GFFVTDAVCPSCHGTGKRI O52065 180 3 -
MQFVSTTTCSACHGRGQVV DNAJ_METMA 179 7 -
GFFSVERTCPGCNGRGQII DNAJ_BRUOV 177 3 -
GAFGFSEPCTDCRGSGSII DNAJ_MYCTU 208 3 -
GFFTVQQSCSTCHGKGTII O32465 176 3 -
GGFSLTDPCPDCKGRGLIA DNAJ_STRCO 210 4 -
GRVRTEQVCPKCNGSGQEF DNAJ_STAAU 184 7 -
GVFQSQATCPDCGGSGKTI DNAJ_ERYRH 182 7 -
GFFTVERTCPTCGGQGQVV DNAJ_RHOCA 187 3 -
MIQRFQTECDVCHGTGDII MAS5_YEAST 177 7 -
MIQRMQMTCPDCNGAGETI O74752 171 7 -
GRMQTQVTCDVCNGTGKEI DNAJ_LACLA 189 7 -
GQMVTARPCPTCRGVGVVI Q49762 176 7 -
GFFRVTTTCSKCYGEGKII DNAJ_BORBU 179 3 -
WFFQVRQTCPTCGGEGVIY O66921 186 3 -
GLFSQVSVCPNCGGDGEVI P92424 253 7 -
GSFAQVSACPTCNGSGEVI Q55505 184 7 -
MLQQMQVHCDACKGSGGKV O16303 204 8 -
GPFVMRSTCRRCGGRGSII O75472 267 3 -
GQMLTSRPCPTCRGVGVVI O05825 180 7 -
GPFVMRSTCRYCQGTRQHI Q27259 258 3 -
GPFVMRSTCRYCQGTRQHI Q27237 256 3 -
GFITFAQTCPDCQGIGEKA O85213 177 3 -
GPFVMRSTCRYCQGTRQYI Q24331 274 3 -
GFITFAQTCPDCQGIGEKA O68797 178 3 -
MVQQMQSHCDSCNGEGSTF O45502 170 7 -
MIQQSQSMCHACNGQGRSI O43978 172 7 -
GPFVMRSTCRYCQGTRQHI Q24554 258 3 -
GGFQMMSTCPTCNGEGTMK MDJ1_YEAST 261 3 -
MTQQIQQMCGRCGGTGQII SCJ1_YEAST 230 7 -
PSFHMQTTCDSCGGTGTTI P87239 272 4 -
GIFNFPRPCSVCKGKGFIV O67623 166 1 -
GGFFYQTTCNRCRGSGHYN YLW5_CAEEL 710 4 -
GPIIIGVPCRNCSGNGQII O15811 235 3 -
GRVQQRQECSRCGGEGELH O34135 200 7 -

Motif 6 width=16
Element Seqn Id St Int Rpt
DPCHKCHGHGRVEKSK DNAJ_SALTY 197 1 -
DPCNKCHGHGRVERSK DNAJ_ECOLI 194 1 -
DPCASCHGQGRVRESK DNAJ_LEGPN 199 1 -
DRCGQCKGEKVVQEKK Q43177 206 3 -
DRCPQCKGEKVVQEKK DNJH_ATRNU 205 3 -
DRCPQCKGEKVVQQKK DNJ2_ALLPO 205 3 -
DPCPSCTGSGRVTKER O08356 199 1 -
DRCPGCKGEKVIQEKK O65160 205 3 -
KPCRNCHGEGRVHKKE DNAJ_HAEIN 198 1 -
DPCTDCHGQGRQQQTK DNAJ_COXBU 196 1 -
NKCADCGGKGKIKKRK DNAJ_BACSU 200 1 -
KPCHSCHGDGRVQKAK DNAJ_HAEDU 198 1 -
DRCSQCKGEKVVQEKK DNJH_CUCSA 203 3 -
DRCPQCKGDKVIPEKK Q42530 205 3 -
DRCPQCKGDKVIPEKK O22663 205 3 -
DRCKKCEGKKVIKEVK O60884 200 3 -
DRCKKCEGKKVIKEVK O35824 200 3 -
DRCKKCEGKKVIKEVK O14711 202 3 -
SKCDTCHGTGREEERH O87778 208 1 -
KPCSNCNGKGVVRKTS DNAJ_METTH 203 1 -
DPCHECHGAGHVRKKR DNAJ_CLOAB 205 1 -
RPCNECHGQGRKQKTK O87385 200 0 -
DPCSVCRGQGRIKDKR O84345 213 1 -
DPCDACYGNGKVKKQK DNAJ_FRATU 190 1 -
EKCSTCRGEGKVQKRK O69269 193 1 -
DACPSCSGQGRVTRER DNAJ_BRAJA 199 1 -
DRCPQCKGNKITQEKK O24074 207 3 -
DRCPQCKGEKVVSEKK DNJH_ARATH 206 3 -
DRCKSCNGRKIVREKK DNJ2_HUMAN 191 3 -
DRCKSCNGRKIVREKK DNJ2_MOUSE 191 3 -
KPCRSCHGDGRVHKAK O52065 200 1 -
SPCPTCSGAGRVRSRR DNAJ_METMA 199 1 -
DPCKKCHGQGRVDRGR DNAJ_BRUOV 197 1 -
HPCEECKGTGVTTRTR DNAJ_MYCTU 228 1 -
DPCNLCHGQGRVETYK O32465 196 1 -
DPCEVCKGSGRAKSSR DNAJ_STRCO 230 1 -
EACPTCHGKGTENKTV DNAJ_STAAU 204 1 -
KRCGECHGKGFNTKRV DNAJ_ERYRH 202 1 -
NPCRVCHGSGRIEKER DNAJ_RHOCA 207 1 -
DRCKSCNGKKVENERK MAS5_YEAST 199 3 -
DRCKECDGAKVISQRK O74752 193 3 -
EKCETCHGSGHEKVAH DNAJ_LACLA 209 1 -
DPCCQCVGDGRVRARR Q49762 196 1 -
NPCKSCKGKGSLTKQE DNAJ_BORBU 199 1 -
ENCHACTGRGYGLVKE O66921 205 0 -
ENCRKCSGAGRIRVKK P92424 273 1 -
QKCEACNGVGRKQETK Q55505 204 1 -
DKCKGCHGEKYENVSK O16303 226 3 -
SPCVVCRGAGQAKQKK O75472 287 1 -
DPCQQCMGDGRIRARR O05825 200 1 -
YPCSECEGKGRTVQRR Q27259 278 1 -
YPCSECEGMGRTVQRR Q27237 276 1 -
EKCSDCKGLGYNESKD O85213 197 1 -
YPCAECEGKGQTVQRR Q24331 294 1 -
EKCSDCKGLGYNETKD O68797 198 1 -
DRCKKCNGKKQVKEDE O45502 192 3 -
KKCKSCSGKGVKQMKK O43978 194 3 -
YPCSECEGRTVQRRKV Q24554 278 1 -
DNCTKCHGEGVQVNRA MDJ1_YEAST 283 3 -
NECKTCHGKKVTKKNK SCJ1_YEAST 250 1 -
SACRSCMGSGTVRERK P87239 294 3 -
NPCPTCYGRGRVSAQH O67623 186 1 -
NPCQECEGEGQTVQRR YLW5_CAEEL 730 1 -
NPCKHCSGSGVKFQTK O15811 255 1 -
ETCSTCGGQGQTRERA O34135 220 1 -

Motif 7 width=17
Element Seqn Id St Int Rpt
VKIPAGVDTGDRIRLAG DNAJ_SALTY 216 3 -
VKIPAGVDTGDRIRLAG DNAJ_ECOLI 213 3 -
VKIPAGVDNGDRVRLSG DNAJ_LEGPN 218 3 -
VVVEKGMQNGQKITFPG Q43177 225 3 -
VVVEKGMQHGQKITFPG DNJH_ATRNU 224 3 -
VHVEKGMQNGQKITFPG DNJ2_ALLPO 224 3 -
VNIPQGVEDGTRIRLAG O08356 218 3 -
VHVEKGMQHNQKITFPG O65160 224 3 -
VKIPAGVDTGNQLRLAG DNAJ_HAEIN 217 3 -
VKIPPGIDTGDRIRLAG DNAJ_COXBU 215 3 -
VTIPAGVDDGQQLRLSG DNAJ_BACSU 219 3 -
VTIPAGVDTGNQLRLSG DNAJ_HAEDU 217 3 -
VIVEKGMQNAQKITFPG DNJH_CUCSA 222 3 -
VNVEKGMQHSQKITFEG Q42530 224 3 -
VNVEKGMQHSQKITFEG O22663 224 3 -
VHVDKGMKHGQRITFTG O60884 219 3 -
VHVDKGMKHGQRITFTG O35824 219 3 -
VHVDKGMKHGQRITFTG O14711 221 3 -
VKVPAGVEDGQQMRLQG O87778 227 3 -
VKVPAGVETGSRLRVPG DNAJ_METTH 222 3 -
VKIPAGVDTGNVIPLRG DNAJ_CLOAB 224 3 -
VKIPAGVDTGDRIRLSG O87385 219 3 -
VNIPAGVDSGMRLKMEG O84345 232 3 -
VKIPEGVDNGDRIRLQG DNAJ_FRATU 209 3 -
VSIPAGVDDGQQIRVSG O69269 212 3 -
VNIPQGVEDGTRIRLAG DNAJ_BRAJA 218 3 -
VHVEKGMQQGHKIVFEG O24074 226 3 -
VNVEKGMQHNQKITFSG DNJH_ARATH 225 3 -
VHIDKGMKDGQKITFHG DNJ2_HUMAN 210 3 -
VHIDKGMKDGQKITFHG DNJ2_MOUSE 210 3 -
VTIPAGVDTGNQLRLSR O52065 219 3 -
VNVPAGADSGMTLRLSG DNAJ_METMA 218 3 -
VNIPAVSRTEPRIRLAG DNAJ_BRUOV 216 3 -
VRIPPGVEDGQRIRLAG DNAJ_MYCTU 247 3 -
VKIPPGLDTNDRIRLNN O32465 215 3 -
VRIPAGVSDGQRIRLRG DNAJ_STRCO 249 3 -
VKVPEGVDNEQQIRLAG DNAJ_STAAU 223 3 -
IKIPAGIVTGQQLRVSG DNAJ_ERYRH 221 3 -
VNIPAGVETGTRIRLAG DNAJ_RHOCA 226 3 -
VHVEPGMKDGQRIVFKG MAS5_YEAST 218 3 -
VHVEKGMHNGQKIVFKE O74752 212 3 -
VTVPAGVETGQKMRLQG DNAJ_LACLA 228 3 -
VKIPSGVGDGMRVRLAA Q49762 215 3 -
LNIPPGIDNNQQIKMKG DNAJ_BORBU 218 3 -
VKIPPGVRDGSKLVVEG O66921 224 3 -
VKVPPGVSSGSILRVTG P92424 292 3 -
ITIPAGVDDGTRLRVGK Q55505 223 3 -
VHVLPGMKHNDKITFKG O16303 245 3 -
IPVPAGVEDGQTVRMPV O75472 306 3 -
VKIPAGVGDGMRVRLAA O05825 219 3 -
VPVPAGIENGQTVRMQV Q27259 297 3 -
VPVPAGIENGQTVRMQV Q27237 295 3 -
LNIPEGVDTGMKLRVNA O85213 216 3 -
VPVPAGIENGQTVRMQV Q24331 313 3 -
LNIPEGVDTGMKLRVNA O68797 217 3 -
VGITPGMKDGEKFVFEG O45502 211 3 -
VNIDRGVPDQHKVTFHG O43978 213 3 -
VPVPAGIENGQTVRMQV Q24554 295 1 -
VDLPHGLQDGDVVRIPG MDJ1_YEAST 303 4 -
VDVPPGAPRNYMDTRVG SCJ1_YEAST 269 3 -
IDIPPGIDDNTVLRVMG P87239 313 3 -
VHIPPGTEEGEVLKVPE O67623 205 3 -
FNVPAGTNNGDSLKFQV YLW5_CAEEL 749 3 -
LDIPPGIKKGMQMRIPN O15811 274 3 -
VDIPEGIRTGQTCAWTG O34135 239 3 -

Motif 8 width=18
Element Seqn Id St Int Rpt
GNNLYCEVPINFAMAALG DNAJ_SALTY 262 29 -
GNNLYCEVPINFAMAALG DNAJ_ECOLI 259 29 -
ENDLHCEVPISFATAALG DNAJ_LEGPN 264 29 -
GDDLFVEHTLSLTEALCG Q43177 270 28 -
GEDLFYEHTLSLTEALCG DNJH_ATRNU 269 28 -
GDDLFYEHSLSLTEALCG DNJ2_ALLPO 269 28 -
GADLHCRVPISMVTAALG O08356 264 29 -
GEDLFYEHTLSLTEALCG O65160 269 28 -
GSNLYCEVPISFATAALG DNAJ_HAEIN 263 29 -
GNDLHSEVPIDFTTAALG DNAJ_COXBU 261 29 -
GDDIYCEMPLTFAQAALG DNAJ_BACSU 264 28 -
GANLYCEVPISFSMAALG DNAJ_HAEDU 263 29 -
GDDLFVEHTLSLVESLCG DNJH_CUCSA 267 28 -
GEDLFVEHTLSLTEALCG Q42530 269 28 -
GEDLFVEHTLSLTEALCG O22663 269 28 -
GNDLHMTYKIGLVEALCG O60884 264 28 -
GNDLHMTYKIGLVEALCG O35824 264 28 -
GNDLHMTYKIGLVEALCG O14711 267 29 -
GAQIFVEVPISFVQAALG O87778 273 29 -
GANLYTEKPISFVQAALG DNAJ_METTH 268 29 -
GFDIYIDTHISFPKAALG DNAJ_CLOAB 270 29 -
GNNLYCEVPVSFLMACSM O87385 265 29 -
GDDLVLELPIGFVDAALG O84345 278 29 -
DINLYCEMPISFTKACLG DNAJ_FRATU 255 29 -
GDDIYFELKLTFPQAALG O69269 258 29 -
GADLHCRVPISMVTAALG DNAJ_BRAJA 264 29 -
RDDLHIEHNLSLTDALCG O24074 271 28 -
GEDLFVEHTISLTEALCG DNJH_ARATH 270 28 -
GEDLFMCMDIQLVEALCG DNJ2_HUMAN 255 28 -
GEDLFMCMDIQLVEALCG DNJ2_MOUSE 255 28 -
GSNLYCEVPIIFTLAALG O52065 265 29 -
DYDVISELPISFTQAALG DNAJ_METMA 264 29 -
GADLYCKVPISMTTAALG DNAJ_BRUOV 262 29 -
GDDLTVTVPVSFTELALG DNAJ_MYCTU 293 29 -
GNNLYCEVPKNFTMAALG O32465 261 29 -
GDNLTVTVPVTYAEAALG DNAJ_STRCO 295 29 -
GDDIYYKLNVSFPQAALG DNAJ_STAAU 269 29 -
GNDIHINIPLSVIDATLG DNAJ_ERYRH 267 29 -
GVNLFCRVPVSMVSAALG DNAJ_RHOCA 272 29 -
GDDLVYEAEIDLLTAIAG MAS5_YEAST 263 28 -
GDHLFYEAHVDLLTALAG O74752 257 28 -
GAEIYYKMPMDFVQAALG DNAJ_LACLA 274 29 -
GDDLHCTVSVPMVDAALG Q49762 261 29 -
GKDLYAMLPISFTQAALG DNAJ_BORBU 264 29 -
GDDLYVDVNITYPEAVLG O66921 270 29 -
DINLRSTISITYLDAILG P92424 338 29 -
GMNIRSNLEVSYLQAILG Q55505 269 29 -
GDDLHMTKKLSLNEALCG O16303 291 29 -
GADIHSDLFISIAQALLG O75472 343 20 -
GDHLHCTVSVPMVDAALG O05825 265 29 -
GADVHTDAAISLAQAVLG Q27259 334 20 -
GADVHTDVAISLAQAVLG Q27237 332 20 -
DDDIYIEFPVFFTQAILG O85213 261 28 -
GADVHTDAPISLAQAVLG Q24331 350 20 -
DDDIYIEFPVFFTQAILG O68797 262 28 -
GDNLIIQHNIDLSEALCG O45502 257 29 -
GSDLIIVKQIQLYEALTG O43978 258 28 -
GADVHTDAAISLAQAVLG Q24554 332 20 -
KYDIWYDKEIPITTAALG MDJ1_YEAST 360 40 -
GDNLYRTEVLSAAEALYG SCJ1_YEAST 316 30 -
GTNVTYNAKIPMTTAALG P87239 366 36 -
GKDLHMEKVVSFPLAVLG O67623 251 29 -
KDDIHCDVDISLAQAVLG YLW5_CAEEL 786 20 -
DDNIYVDVPLTIKQCLLG O15811 320 29 -
GTTSITATPFSFPQAVFG O34135 283 27 -