•Home    •Contact   •FAQs   •Imprint   •Login  
 
 
 
 
 
 
 
 
 
   
 
   
 
  
 
   
 search 
 for 
Help

Gene: AT1G09770.1


  Alternative name:ARABIDOPSIS THALIANA HOMOLOG OF CDC5
  Alternative name:ATMYBCDC5
  Alternative name:ATCDC5
  Alternative name:AT1G09770

Genotype (Genotype)
  species: Arabidopsis thaliana
  type: wildtype
  common name: thale cress
  cultivar: Columbia

Gene function:
ATCDC5 (Arabidopsis thaliana homolog of cdc5); DNA binding / transcription factor (TAIR 7.0)
ATCDC5 (Arabidopsis thaliana homolog of cdc5); DNA binding / transcription factor member of MYB3R- and R2R3- type MYB- encoding genes similar to MYB3R-5 (myb domain protein 3R-5), DNA binding / transcription factor [Arabidopsis thaliana] (TAIR:AT5G02320.1); similar to Unknown (protein for MGC:154633) [Xenopus laevis] (GB:AAI28683.1); similar to CDC5 protein [Zea mays] (GB:AAL59389.1); similar to Unknown (protein for MGC:114655) [Xenopus laevis] (GB:AAH97531.1); contains InterPro domain Homeodomain-related; (InterPro:IPR012287); contains InterPro domain Homeodomain-like; (InterPro:IPR009057); contains InterPro domain Myb, DNA-binding; (InterPro:IPR001005) (MapMan)

Gene Ontology
GO termIdentifierType
defense response signaling pathway, resistance gene-dependentGO:0009870biological process
defense response signaling pathway, resistance gene-independentGO:0010204biological process
regulation of transcriptionGO:0045449biological process
defense response to bacteriumGO:0042742biological process
defense response to fungusGO:0050832biological process
DNA bindingGO:0003677molecular function
transcription factor activityGO:0003700molecular function
MapMan Annotation:
BIN  27.3.26: RNA.regulation of transcription.MYB-related transcription factor family
BIN  27.3: RNA.regulation of transcription
BIN  27: RNA

Related with
044C07 T-DNA Line
278B09 T-DNA Line
757C01 T-DNA Line
264709_at Affymetrix representative on ATH1-121501
MPIZp1022F1715Q cDNA clone

Orthologues and co-orthologues identified by INPARANOID
LOC_Os04g28090.1 Oryza sativa japonica

In vitro kinase assay on protein microarray
The recombinant protein expressed by this clone is an in vitro substrate for the protein kinase(s):
AT4G01370.1Popescu SC, Popescu GV, Bachan S, Zhang Z, Gerstein M, Snyder M, Dinesh-Kumar SP2009. Genes Dev. PMID:19095804
AT4G11330.1Popescu SC, Popescu GV, Bachan S, Zhang Z, Gerstein M, Snyder M, Dinesh-Kumar SP2009. Genes Dev. PMID:19095804
AT1G59580.2Popescu SC, Popescu GV, Bachan S, Zhang Z, Gerstein M, Snyder M, Dinesh-Kumar SP2009. Genes Dev. PMID:19095804
AT1G59580.1Popescu SC, Popescu GV, Bachan S, Zhang Z, Gerstein M, Snyder M, Dinesh-Kumar SP2009. Genes Dev. PMID:19095804
AT3G45640.1Popescu SC, Popescu GV, Bachan S, Zhang Z, Gerstein M, Snyder M, Dinesh-Kumar SP2009. Genes Dev. PMID:19095804
AT3G59790.1Popescu SC, Popescu GV, Bachan S, Zhang Z, Gerstein M, Snyder M, Dinesh-Kumar SP2009. Genes Dev. PMID:19095804
AT2G43790.1Popescu SC, Popescu GV, Bachan S, Zhang Z, Gerstein M, Snyder M, Dinesh-Kumar SP2009. Genes Dev. PMID:19095804

External resources
TAIR
MIPS
PlnTFDB
Aramemnon
SUBA
Arabidopsis eFP browser
Cell eFP Browser
Atted
ProMEX
IntAct
PhosPhAT
iHOP (ATMYBCDC5)
iHOP (ATCDC5)
iHOP (AT1G09770)
 
Sequence: AT1G09770.1
submitter of sequence: public data
length: 845
description: amino acid sequence (TAIR 7.0) 
AT1G09770.1
MRIMIKGGVW KNTEDEILKA AVMKYGKNQW ARISSLLVRK SAKQCKARWY EWLDPSIKKT         60
EWTREEDEKL LHLAKLLPTQ WRTIAPIVGR TPSQCLERYE KLLDAACTKD ENYDAADDPR        120
KLRPGEIDPN PEAKPARPDP VDMDEDEKEM LSEARARLAN TRGKKAKRKA REKQLEEARR        180
LASLQKRREL KAAGIDGRHR KRKRKGIDYN AEIPFEKRAP AGFYDTADED RPADQVKFPT        240
TIEELEGKRR ADVEAHLRKQ DVARNKIAQR QDAPAAILQA NKLNDPEVVR KRSKLMLPPP        300
QISDHELEEI AKMGYASDLL AENEELTEGS AATRALLANY SQTPRQGMTP MRTPQRTPAG        360
KGDAIMMEAE NLARLRDSQT PLLGGENPEL HPSDFTGVTP RKKEIQTPNP MLTPSMTPGG        420
AGLTPRIGLT PSRDGSSFSM TPKGTPFRDE LHINEDMDMH ESAKLERQRR EEARRSLRSG        480
LTGLPQPKNE YQIVAQPPPE ESEEPEEKIE EDMSDRIARE KAEEEARQQA LLKKRSKVLQ        540
RDLPRPPAAS LAVIRNSLLS ADGDKSSVVP PTPIEVADKM VREELLQLLE HDNAKYPLDD        600
KAEKKKGAKN RTNRSASQVL AIDDFDENEL QEADKMIKEE GKFLCVSMGH ENKTLDDFVE        660
AHNTCVNDLM YFPTRSAYEL SSVAGNADKV AAFQEEMENV RKKMEEDEKK AEHMKAKYKT        720
YTKGHERRAE TVWTQIEATL KQAEIGGTEV ECFKALKRQE EMAASFRKKN LQEEVIKQKE        780
TESKLQTRYG NMLAMVEKAE EIMVGFRAQA LKKQEDVEDS HKLKEAKLAT GEEEDIAIAM        840
EASA*                                                                    845
 
Sequence: AT1G09770.1
submitter of sequence: public data
length: 2934
description: cdna sequence (TAIR 7.0)
Sequence features and Clone alignments (BLAST):
Click for Menu Click for Menu Click for Menu Click for Menu Click for Menu Click for Menu Click for Menu Click for Menu Click for Menu

Gene structure   UTR    start codon    stop codon    exon-exon border 
Clone alignments   forward    reverse    start    stop 
Protein domains   domain       
Click on sequence features to obtain additional information.
 
AT1G09770.1
AGTGAACGAT TGAATCTTTT CTTCTTCGTT GGTTCCAACC CTAATCTAGG GTTACTCTCT         60
CTCTCGCTTC CTTCTGTTCT TCGTTCTTAC CGAGTTCCAC GAGCATTAGC TTCAGAGACC        120
TTGAATTGGA GTGCGGTTGG ATCAAAAACA GTTGAGCGAA GATGAGGATT ATGATTAAGG        180
GAGGTGTTTG GAAGAACACC GAAGATGAGA TTCTCAAAGC CGCCGTGATG AAGTATGGTA        240
AGAACCAATG GGCTCGGATC TCGTCTCTTC TCGTTCGTAA GTCTGCTAAA CAGTGTAAAG        300
CTCGCTGGTA CGAGTGGCTC GATCCATCTA TCAAAAAGAC TGAATGGACC AGAGAAGAAG        360
ATGAGAAGCT TCTACATCTT GCTAAACTTC TGCCTACTCA ATGGAGAACT ATTGCTCCTA        420
TTGTGGGTCG TACACCATCT CAATGTCTTG AGAGGTATGA GAAGCTCCTT GATGCAGCAT        480
GCACTAAGGA TGAAAATTAT GATGCAGCGG ATGATCCACG AAAATTACGT CCTGGTGAGA        540
TTGATCCGAA CCCAGAAGCA AAGCCTGCTC GTCCTGATCC GGTAGACATG GACGAAGATG        600
AGAAAGAAAT GCTTTCTGAA GCAAGAGCTA GATTGGCTAA CACGAGGGGA AAGAAGGCTA        660
AAAGAAAAGC TAGAGAAAAA CAACTTGAGG AAGCTAGAAG GCTTGCTTCT CTGCAAAAAA        720
GAAGAGAACT AAAAGCAGCT GGGATTGATG GAAGGCATAG GAAAAGAAAG AGAAAGGGAA        780
TCGACTATAA TGCAGAAATT CCTTTTGAAA AGAGGGCACC TGCGGGATTT TATGATACTG        840
CGGATGAAGA TCGTCCTGCT GATCAAGTAA AATTTCCAAC TACCATTGAA GAACTTGAAG        900
GAAAAAGAAG AGCTGATGTA GAAGCACATT TACGCAAACA AGATGTTGCA AGGAATAAAA        960
TTGCTCAGAG ACAGGATGCT CCAGCAGCTA TATTGCAAGC AAACAAGCTG AATGATCCGG       1020
AAGTTGTTAG GAAGAGGTCA AAGCTGATGT TACCACCACC GCAGATTTCA GACCACGAGC       1080
TAGAAGAAAT TGCTAAGATG GGCTATGCCA GTGACCTTCT TGCCGAGAAT GAGGAGCTAA       1140
CAGAAGGCAG TGCTGCTACT CGTGCACTTT TGGCAAATTA CTCACAAACA CCAAGGCAAG       1200
GAATGACACC CATGAGGACA CCTCAAAGAA CTCCTGCTGG TAAAGGTGAT GCTATTATGA       1260
TGGAAGCAGA AAACCTGGCC AGATTAAGAG ACTCTCAGAC ACCTTTGCTA GGAGGAGAAA       1320
ATCCTGAGTT GCACCCTTCT GACTTCACTG GGGTCACTCC GAGAAAGAAG GAGATTCAAA       1380
CGCCTAATCC AATGTTGACC CCTTCAATGA CTCCTGGTGG TGCTGGTCTT ACTCCAAGAA       1440
TTGGCTTGAC GCCATCAAGG GATGGGTCTT CTTTTTCTAT GACACCCAAA GGGACTCCCT       1500
TCAGGGATGA ACTTCACATT AACGAAGACA TGGACATGCA CGAAAGTGCA AAACTTGAGA       1560
GGCAGAGACG AGAGGAAGCT AGAAGGAGTT TACGCTCTGG TTTGACTGGG CTTCCTCAGC       1620
CAAAGAACGA GTACCAAATA GTTGCACAAC CTCCTCCTGA GGAAAGTGAA GAGCCAGAAG       1680
AGAAAATTGA GGAAGACATG TCAGACAGGA TAGCGAGGGA AAAGGCGGAG GAAGAAGCAA       1740
GACAACAGGC ATTGCTTAAG AAGAGATCCA AGGTCTTGCA GAGAGATCTT CCTAGACCCC       1800
CAGCTGCTTC ATTGGCAGTA ATTAGGAACT CGTTGCTTTC AGCTGATGGA GACAAAAGTT       1860
CTGTTGTTCC TCCTACTCCG ATTGAGGTTG CAGATAAAAT GGTAAGAGAG GAGCTTCTAC       1920
AGTTGCTGGA GCATGATAAT GCAAAGTATC CGCTTGATGA CAAAGCTGAG AAGAAGAAAG       1980
GAGCCAAGAA CCGTACCAAC CGTTCTGCTT CTCAAGTTCT TGCAATTGAC GATTTTGATG       2040
AAAATGAGCT CCAAGAGGCT GACAAAATGA TAAAGGAGGA GGGGAAGTTT CTGTGTGTGT       2100
CAATGGGACA TGAGAACAAG ACACTTGATG ATTTTGTAGA AGCTCACAAC ACATGCGTGA       2160
ATGATCTCAT GTATTTCCCC ACTCGAAGCG CTTACGAGCT CTCAAGTGTT GCTGGGAACG       2220
CGGACAAAGT TGCAGCTTTT CAGGAGGAGA TGGAGAATGT GAGAAAAAAG ATGGAGGAGG       2280
ATGAGAAGAA GGCAGAACAC ATGAAGGCCA AGTACAAAAC TTATACAAAG GGTCATGAGA       2340
GGAGGGCAGA GACCGTGTGG ACCCAAATAG AGGCGACATT GAAGCAGGCT GAGATTGGTG       2400
GAACAGAAGT AGAGTGCTTT AAAGCATTGA AGAGGCAAGA AGAGATGGCT GCATCTTTTA       2460
GGAAAAAGAA TTTGCAAGAG GAAGTGATAA AGCAAAAGGA AACAGAGAGT AAACTGCAGA       2520
CTCGCTATGG GAATATGTTG GCAATGGTTG AAAAAGCAGA GGAGATAATG GTCGGTTTCC       2580
GAGCACAGGC ATTGAAGAAA CAAGAGGATG TTGAAGATTC TCACAAACTG AAAGAAGCTA       2640
AGCTAGCCAC TGGAGAGGAA GAGGACATAG CCATAGCCAT GGAAGCTTCT GCATAAAAAC       2700
TTGAGTTTTG TATTGCTTAC AAGTTTTAAG GAGACGTAGC TTGACTTTGT ATTGGTAAGT       2760
TTTTTTAATA TGAGTCATGA CTTTGTAAAA AGGTTATGAT ATATTCTCTG TTTGTATGCT       2820
TTGCAAGAGT CAAGAAATTT GAATGCTTCA GGATCTATTT GGTTCCAAAT GTAAGTACAA       2880
TCTGAAGATG TTTAATCCTC CTCTCTTTCA ATGCAAATTT TATCCTTGGC TAGA             2934
SNPleft flanking [allel] right flanking
SNP221801 TGCTAAACTT[C/C]TGCCTACTCA
SNP221802 TGCCTACTCA[A/A]TGGAGAACTA
SNP221803 TTGAGAGGTA[T/T]GAGAAGCTCC
SNP221804 TGGCTAACAC[G/G]AGGGGAAAGA
SNP221805 GGGCACCTGC[G/G]GGATTTTATG
SNP221806 ATGATACTGC[G/G]GATGAAGATC
SNP221807 AGATGGGCTA[T/T]GCCAGTGACC
SNP221808 CTCAAAGAAC[T/T]CCTGCTGGTA
SNP221809 ACCTGGCCAG[A/A]TTAAGAGACT
SNP303830 CGAGAAAGAA[G/G]GAGATTCAAA
SNP221810 TAATCCAATG[T/T]TGACCCCTTC
SNP221811 AAGCTAGAAG[G/G]AGTTTACGCT
SNP221812 AACCTCCTCC[T/T]GAGGAAAGTG
SNP303831 GGGAAAAGGC[G/G]GAGGAAGAAG
SNP303832 CGGAGGAAGA[A/A]GCAAGACAAC
SNP221813 GAGATCTTCC[T/T]AGACCCCCAG
SNP221814 CTTCATTGGC[A/A]GTAATTAGGA
SNP221815 AACAAGAGGA[T/T]GTTGAAGATT
SNP221816 GGAAGAGGAC[A/A]TAGCCATAGC
 
Sequence: AT1G09770.1
submitter of sequence: public data
length: 3520
description: genomic sequence (TAIR 7.0) 
AT1G09770.1
AGTGAACGAT TGAATCTTTT CTTCTTCGTT GGTTCCAACC CTAATCTAGG GTTACTCTCT         60
CTCTCGCTTC CTTCTGTTCT TCGTTCTTAC CGAGTTCCAC GAGCATTAGC TTCAGAGACC        120
TTGAATTGGA GTGCGGTTGG ATCAAAAACA GTTGAGCGAA GATGAGGATT ATGATTAAGG        180
GAGGTGTTTG GAAGAACACC GAAGATGAGA TTCTCAAAGC CGCCGTGATG AAGTATGGTA        240
AGAACCAATG GGCTCGGATC TCGTCTCTTC TCGTTCGTAA GTCTGCTAAA CAGTGTAAAG        300
CTCGCTGGTA CGAGTGGCTC GATCCATCTA TCAAAAAGGT AAGTCGTGTT CGCGTTTTCC        360
TTCTCTTAAC TAGTAGTGTT CGAAAAAAAA CTATGGATCT GGCGAACATT TTTTTGTTTG        420
GGGATTTGGC CTTTTAGGTA GTTTGTTAGC TTGTTACTAG GTGCTTTAGT TGTATATATG        480
TATTGATTTG CATCTGGAAA TTCATAGAAA GTGTAGGCAG TAATGCTAGG AGTTTTGGAG        540
TATTCGAAGG TTTTCTTATG TTTTTGAATT ACAACTGAGT TTAATTTTGT GATGTTAATG        600
TAGACTGAAT GGACCAGAGA AGAAGATGAG AAGCTTCTAC ATCTTGCTAA ACTTCTGCCT        660
ACTCAATGGA GAACTATTGC TCCTATTGTG GGTCGTACAC CATCTCAATG TCTTGAGAGG        720
TATGAGAAGC TCCTTGATGC AGCATGCACT AAGGATGAAA ATTATGATGC AGCGGATGAT        780
CCACGAAAAT TACGTCCTGG TGAGATTGAT CCGAACCCAG AAGCAAAGCC TGCTCGTCCT        840
GATCCGGTAG ACATGGACGA AGATGAGAAA GAAATGCTTT CTGAAGCAAG AGCTAGATTG        900
GCTAACACGA GGGGAAAGAA GGCTAAAAGA AAAGCTAGAG AAAAACAACT TGAGGAAGCT        960
AGAAGGCTTG CTTCTCTGCA AAAAAGAAGA GAACTAAAAG CAGCTGGGAT TGATGGAAGG       1020
CATAGGAAAA GAAAGAGAAA GGGAATCGAC TATAATGCAG AAATTCCTTT TGAAAAGAGG       1080
GCACCTGCGG GATTTTATGA TACTGCGGAT GAAGATCGTC CTGCTGATCA AGTAAAATTT       1140
CCAACTACCA TTGAAGAACT TGAAGGAAAA AGAAGAGCTG ATGTAGAAGC ACATTTACGC       1200
AAACAAGATG TTGCAAGGAA TAAAATTGCT CAGAGACAGG ATGCTCCAGC AGCTATATTG       1260
CAAGCAAACA AGCTGAATGA TCCGGAAGTT GTTAGGAAGA GGTCAAAGCT GATGTTACCA       1320
CCACCGCAGA TTTCAGACCA CGAGCTAGAA GAAATTGCTA AGATGGGCTA TGCCAGTGAC       1380
CTTCTTGCCG AGAATGAGGA GCTAACAGAA GGCAGTGCTG CTACTCGTGC ACTTTTGGCA       1440
AATTACTCAC AAACACCAAG GCAAGGAATG ACACCCATGA GGACACCTCA AAGAACTCCT       1500
GCTGGTAAAG GTGATGCTAT TATGATGGAA GCAGAAAACC TGGCCAGATT AAGAGACTCT       1560
CAGACACCTT TGCTAGGAGG AGAAAATCCT GAGTTGCACC CTTCTGACTT CACTGGGGTC       1620
ACTCCGAGAA AGAAGGAGAT TCAAACGCCT AATCCAATGT TGACCCCTTC AATGACTCCT       1680
GGTGGTGCTG GTCTTACTCC AAGAATTGGC TTGACGCCAT CAAGGGATGG GTCTTCTTTT       1740
TCTATGACAC CCAAAGGGAC TCCCTTCAGG GATGAACTTC ACATTAACGA AGACATGGAC       1800
ATGCACGAAA GTGCAAAACT TGAGAGGCAG AGACGAGAGG AAGCTAGAAG GAGTTTACGC       1860
TCTGGTTTGA CTGGGCTTCC TCAGCCAAAG AACGAGTACC AAATAGTTGC ACAACCTCCT       1920
CCTGAGGAAA GTGAAGAGCC AGAAGAGAAA ATTGAGGAAG ACATGTCAGA CAGGATAGCG       1980
AGGGAAAAGG CGGAGGAAGA AGCAAGACAA CAGGCATTGC TTAAGAAGAG ATCCAAGGTC       2040
TTGCAGAGAG ATCTTCCTAG ACCCCCAGCT GCTTCATTGG CAGTAATTAG GAACTCGTTG       2100
CTTTCAGCTG ATGGAGACAA AAGTTCTGTT GTTCCTCCTA CTCCGATTGA GGTTGCAGAT       2160
AAAATGGTAA GAGAGGAGCT TCTACAGTTG CTGGAGCATG ATAATGCAAA GTATCCGCTT       2220
GATGACAAAG CTGAGAAGAA GAAAGGAGCC AAGAACCGTA CCAACCGTTC TGCTTCTCAA       2280
GTTCTTGCAA TTGACGATTT TGATGAAAAT GAGCTCCAAG AGGTATGTAG ATGAAAATAT       2340
CTATCCAATT TCAGTTTACT TTTGTTTTGT TTTTTGGTTG ATTAATTCGT TGGCCAGCTT       2400
CTGGAATCCT TAGTTCTCTC TTGGTTTAGG CTAGATTGTT TGATTGATAA TTTTTGCATG       2460
AATGTTAATC CCTCCTTAAT TATCAACATC TGTAATTAAT TTGGTATACA CTAGGGAGTT       2520
TTGAATGAAG GTTGTTGCTT ATGATTTTTG GTAGGCTGAC AAAATGATAA AGGAGGAGGG       2580
GAAGTTTCTG TGTGTGTCAA TGGGACATGA GAACAAGACA CTTGATGATT TTGTAGAAGC       2640
TCACAACACA TGCGTGAATG ATCTCATGTA TTTCCCCACT CGAAGCGCTT ACGAGCTCTC       2700
AAGTGTTGCT GGGAACGCGG ACAAAGTTGC AGCTTTTCAG GAGGAGATGG AGAATGTGAG       2760
AAAAAAGATG GAGGAGGATG AGAAGAAGGC AGAACACATG AAGGCCAAGT ACAAAACTTA       2820
TACAAAGGGT CATGAGGTAA CATATAGTCC ACATTGCCTT AAATGTTAAT TCTGAAACTA       2880
TATTTTGTTT GGTGTCAATG TTTAACGGAT TTGTACATTT GACAGAGGAG GGCAGAGACC       2940
GTGTGGACCC AAATAGAGGC GACATTGAAG CAGGCTGAGA TTGGTGGAAC AGAAGTAGAG       3000
TGCTTTAAAG CATTGAAGAG GCAAGAAGAG ATGGCTGCAT CTTTTAGGAA AAAGAATTTG       3060
CAAGAGGAAG TGATAAAGCA AAAGGAAACA GAGAGTAAAC TGCAGACTCG CTATGGGAAT       3120
ATGTTGGCAA TGGTTGAAAA AGCAGAGGAG ATAATGGTCG GTTTCCGAGC ACAGGCATTG       3180
AAGAAACAAG AGGATGTTGA AGATTCTCAC AAACTGAAAG AAGCTAAGCT AGCCACTGGA       3240
GAGGAAGAGG ACATAGCCAT AGCCATGGAA GCTTCTGCAT AAAAACTTGA GTTTTGTATT       3300
GCTTACAAGT TTTAAGGAGA CGTAGCTTGA CTTTGTATTG GTAAGTTTTT TTAATATGAG       3360
TCATGACTTT GTAAAAAGGT TATGATATAT TCTCTGTTTG TATGCTTTGC AAGAGTCAAG       3420
AAATTTGAAT GCTTCAGGAT CTATTTGGTT CCAAATGTAA GTACAATCTG AAGATGTTTA       3480
ATCCTCCTCT CTTTCAATGC AAATTTTATC CTTGGCTAGA                             3520
 
Sequence: AT1G09770.1
submitter of sequence: public data
length: 2535
description: coding sequence (TAIR 7.0) 
AT1G09770.1
ATGAGGATTA TGATTAAGGG AGGTGTTTGG AAGAACACCG AAGATGAGAT TCTCAAAGCC         60
GCCGTGATGA AGTATGGTAA GAACCAATGG GCTCGGATCT CGTCTCTTCT CGTTCGTAAG        120
TCTGCTAAAC AGTGTAAAGC TCGCTGGTAC GAGTGGCTCG ATCCATCTAT CAAAAAGACT        180
GAATGGACCA GAGAAGAAGA TGAGAAGCTT CTACATCTTG CTAAACTTCT GCCTACTCAA        240
TGGAGAACTA TTGCTCCTAT TGTGGGTCGT ACACCATCTC AATGTCTTGA GAGGTATGAG        300
AAGCTCCTTG ATGCAGCATG CACTAAGGAT GAAAATTATG ATGCAGCGGA TGATCCACGA        360
AAATTACGTC CTGGTGAGAT TGATCCGAAC CCAGAAGCAA AGCCTGCTCG TCCTGATCCG        420
GTAGACATGG ACGAAGATGA GAAAGAAATG CTTTCTGAAG CAAGAGCTAG ATTGGCTAAC        480
ACGAGGGGAA AGAAGGCTAA AAGAAAAGCT AGAGAAAAAC AACTTGAGGA AGCTAGAAGG        540
CTTGCTTCTC TGCAAAAAAG AAGAGAACTA AAAGCAGCTG GGATTGATGG AAGGCATAGG        600
AAAAGAAAGA GAAAGGGAAT CGACTATAAT GCAGAAATTC CTTTTGAAAA GAGGGCACCT        660
GCGGGATTTT ATGATACTGC GGATGAAGAT CGTCCTGCTG ATCAAGTAAA ATTTCCAACT        720
ACCATTGAAG AACTTGAAGG AAAAAGAAGA GCTGATGTAG AAGCACATTT ACGCAAACAA        780
GATGTTGCAA GGAATAAAAT TGCTCAGAGA CAGGATGCTC CAGCAGCTAT ATTGCAAGCA        840
AACAAGCTGA ATGATCCGGA AGTTGTTAGG AAGAGGTCAA AGCTGATGTT ACCACCACCG        900
CAGATTTCAG ACCACGAGCT AGAAGAAATT GCTAAGATGG GCTATGCCAG TGACCTTCTT        960
GCCGAGAATG AGGAGCTAAC AGAAGGCAGT GCTGCTACTC GTGCACTTTT GGCAAATTAC       1020
TCACAAACAC CAAGGCAAGG AATGACACCC ATGAGGACAC CTCAAAGAAC TCCTGCTGGT       1080
AAAGGTGATG CTATTATGAT GGAAGCAGAA AACCTGGCCA GATTAAGAGA CTCTCAGACA       1140
CCTTTGCTAG GAGGAGAAAA TCCTGAGTTG CACCCTTCTG ACTTCACTGG GGTCACTCCG       1200
AGAAAGAAGG AGATTCAAAC GCCTAATCCA ATGTTGACCC CTTCAATGAC TCCTGGTGGT       1260
GCTGGTCTTA CTCCAAGAAT TGGCTTGACG CCATCAAGGG ATGGGTCTTC TTTTTCTATG       1320
ACACCCAAAG GGACTCCCTT CAGGGATGAA CTTCACATTA ACGAAGACAT GGACATGCAC       1380
GAAAGTGCAA AACTTGAGAG GCAGAGACGA GAGGAAGCTA GAAGGAGTTT ACGCTCTGGT       1440
TTGACTGGGC TTCCTCAGCC AAAGAACGAG TACCAAATAG TTGCACAACC TCCTCCTGAG       1500
GAAAGTGAAG AGCCAGAAGA GAAAATTGAG GAAGACATGT CAGACAGGAT AGCGAGGGAA       1560
AAGGCGGAGG AAGAAGCAAG ACAACAGGCA TTGCTTAAGA AGAGATCCAA GGTCTTGCAG       1620
AGAGATCTTC CTAGACCCCC AGCTGCTTCA TTGGCAGTAA TTAGGAACTC GTTGCTTTCA       1680
GCTGATGGAG ACAAAAGTTC TGTTGTTCCT CCTACTCCGA TTGAGGTTGC AGATAAAATG       1740
GTAAGAGAGG AGCTTCTACA GTTGCTGGAG CATGATAATG CAAAGTATCC GCTTGATGAC       1800
AAAGCTGAGA AGAAGAAAGG AGCCAAGAAC CGTACCAACC GTTCTGCTTC TCAAGTTCTT       1860
GCAATTGACG ATTTTGATGA AAATGAGCTC CAAGAGGCTG ACAAAATGAT AAAGGAGGAG       1920
GGGAAGTTTC TGTGTGTGTC AATGGGACAT GAGAACAAGA CACTTGATGA TTTTGTAGAA       1980
GCTCACAACA CATGCGTGAA TGATCTCATG TATTTCCCCA CTCGAAGCGC TTACGAGCTC       2040
TCAAGTGTTG CTGGGAACGC GGACAAAGTT GCAGCTTTTC AGGAGGAGAT GGAGAATGTG       2100
AGAAAAAAGA TGGAGGAGGA TGAGAAGAAG GCAGAACACA TGAAGGCCAA GTACAAAACT       2160
TATACAAAGG GTCATGAGAG GAGGGCAGAG ACCGTGTGGA CCCAAATAGA GGCGACATTG       2220
AAGCAGGCTG AGATTGGTGG AACAGAAGTA GAGTGCTTTA AAGCATTGAA GAGGCAAGAA       2280
GAGATGGCTG CATCTTTTAG GAAAAAGAAT TTGCAAGAGG AAGTGATAAA GCAAAAGGAA       2340
ACAGAGAGTA AACTGCAGAC TCGCTATGGG AATATGTTGG CAATGGTTGA AAAAGCAGAG       2400
GAGATAATGG TCGGTTTCCG AGCACAGGCA TTGAAGAAAC AAGAGGATGT TGAAGATTCT       2460
CACAAACTGA AAGAAGCTAA GCTAGCCACT GGAGAGGAAG AGGACATAGC CATAGCCATG       2520
GAAGCTTCTG CATAA                                                        2535
GabiPD Webmaster