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AtCHX05 / At1g08150 ›› ARAMEMNON · TAIR · PLANTS T · MIPS · TIGR
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Exon/Intron Map (from TIGR):
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Sequences ›› cDNA [ None Available ] · BAC T23G18 [ ATG-STOP: 16992 - 14261 ]
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Genomic DNA (3732 bp):
Predicted coding sequence in blue.
Start: 500 bp before ATG; End: 500 bp after STOP
1 cctctttggt tttgttcttt tctgccagtc attccatttc tcttttcttt tcatcattaa
61 ttattatatt ttttattttt ttgggcttaa aatgctttac atttttattg ctctgtaagt
121 gattcgattt ttatttctaa taatatatga cgatttaata acttcatcaa gatttttata
181 acgtaagatt acatgcaaaa tccgtatatg tcgggatctc taacaaaact tggatagaca
241 caaattgatg gaggttctta aataagcaga gaggtaaaac aaacatataa attagtcgcc
301 aggtacgtaa acagacagtt aacaacaaca agataaaaaa aaaaaataga gagagacaaa
361 gattatcaac tatttttagt agtgttaatt tcttctaata agacaatgta acaccaagat
421 tttgtaattt tttctggaaa ctgtaaatct ctttctcttg atctttttct tctcttgaga
481 agaaaaagaa tctaggagaa ATGGAGTCGC GTAACGAGGC ATATGAGGGG GCATACAACG
541 CAACCTTCTG GGGGGATTTC TCATATCATG GATATGGCTT TAGTGAAGAC GGGTCCAAGT
601 TCTGCGAACA AATACCGATT CTTGTGAACT CTTTTGGCGT GTGGGAGAAG CTAGATTTAC
661 CTATACGCGG GATGAAGATA TGGGACTACA GTCTTCCCCA TCTCGAGAGC GTAATCGTCC
721 TAGTTCTCTG TTTATGGCAG TTTTTTTATT TATCCCTAAA GAAGATAGGC CTCCCTGTGC
781 CAAAGATCAC CTCCATGATG ATTgtaagaa ccctttcttc ctcttttgtt cttttgtata
841 aaagttgttt gcattgactg attgatcgga aaattatgtt gaagGCCGGG GCAGCTTTGA
901 GCCAAACGAA TCTTTTGCCG AATGACTGGA CGATCCAGCA CATTTTATTC CCGGATGATA
961 CTAGGCCAAA AGTGCCTGAG ACGCTAGGTG GGTTCGCTTT TGTCTTTTAT TGGTTCATCG
1021 AAGGTGTTAA AATGGATGTT GGGATGGTTA GGAAGACAGG TACGAAAGTG ATTGTAACAG
1081 GAATTGCCAC TGTTATTCTC CCCATTATCG CGGCCAACAT GGTGTTTGGT AAGCTAAGAG
1141 AGACCGGGGG GAAATACTTG ACAGGAATGG AGTACAGAAC AATTTTATTC ATGCAGAGCA
1201 TCTCGGCATT CACGGGTATC TCAAGGCTAT TAAGGGATCT CCGGATCAAC CACTCAGAGT
1261 TCGGCAGGAT CGTGATTTCG ACCGCTATGG TGGCGGATGG AACGGGTTTT GGTGTTAATC
1321 TATTTGCCCT TGTGGCTTGG ATGGACTGGA GGGTTTCTGC GCTGCAAGGC GTAGGAATTA
1381 TCGGATATGT CATATTCATG GTTTGGGTTG TGAGACCGGC CATGTTTTGG GTGATCAAAC
1441 GGACACCACA AGAGAGACCG GTGAAGGAAT GCTTCATCTA CATCATACTC ATTTTAGCCT
1501 TCGGTGGTTA CTACTTTTTG AAGGAAATTC ACATGTTTCC GGCTGTTGGA CCCTTCCTTT
1561 TGGGTTTGTG TGTGCCTCAC GGTCCTCCTC TAGGGTCTCA ACTGGTAGAA AAGTTTGAAA
1621 GCTTTAACAC TGGAATCCTT TTGCCACTTT TCTTGTTCTT CTCAATGCTG CAAATCGATG
1681 GACCTTGGTT AGCTAACCAG ATCGGTCAAC TAAGGCATTT TGACGGTCAG TTGTATGAAG
1741 CCTTGACCAT CATCATCGTT GTCTTTGTCG CCAAGATTAT CTTCTCAATG ATTCCTGCAT
1801 TGCTAGCCAA AATGCCTCTG ACCGACTCTT TCGTTATGGC ACTCATCCTC AGCAACAAAG
1861 GAATTGTTGA GCTGTGTTAT TTTCTGTATG GAGTTGAAAG CAATgtgagt tcccatattt
1921 aactttatat tcaagacaat tcaactctcc aacacttaat gttttttttt ttctttctgt
1981 cttataagat tattttgttg tgttacagGT TCTTCATGTG AAGTCCTTCA CGATTATGGC
2041 AACGATGATT TTAGTGAGCT CTACGATATC ACCAGTGTTG ATACATTACC TATATGATTC
2101 GTCAAAACGA TTCATTAGTT TCCAGAAGCG GAATCTAATG AGCTTGAAGC TTGGATCAGA
2161 GCTGAAGTTT CTAGTGTGCA TTCACAAAGC AGACCACATC TCAGGGATGA TCAACCTTCT
2221 AGCACAGTCT TTTCCTCTAC ATGAATCCAC AATAAGTTGC TACGTGATTC ACCTCGTCGA
2281 GCTTGTGGGT TTAGACAATC CAGTCTTTAT CTCCCACCAA ATGCAAAAAG CCGAACCTGG
2341 AAACCGGTCT TATTCAAACA ACGTCCTAAT CGCTTTTGAT AACTTCAAAC ATTACTGGAA
2401 ATCGATATCG CTGGAATTGT TCACATGCAT CTCAAACCCT AGGTACATGC ATCAAGAGAT
2461 TTACTCGCTC GCTCTCGACA AACAAGCTTC TTTTCTCATG CTCCCTTTCC ACATTATATG
2521 GTCCCTTGAC CAGACAACGG TGGTCTCAGA CGATGTCATG CGTAGGAACG CTAACTTAAA
2581 TGTCTTGAGA CAAGCACCTT GCTCCGTGGG GATCTTTGTC CATCGTCAAA AGCTTTTATC
2641 TGCGCAAAAG AGCAGTCCGT CTTTTGAGgt aacacatatt tgaaggtttg attgttccat
2701 acgctaatca ttagtttccg tgcttgaatt tgtgtttacg tgtgaaactt gatttgtcta
2761 aaaccagGTC TGCGCAATTT TCGTGGGCGG GAAAGACGAC AGAGAAGCCT TGGCATTGGG
2821 AAGGCAAATG ATGAGGAATC CGAATGTGAA CCTGACAGTG TTGAAGCTAA TCCCAGCGAA
2881 AATGGATGGG ATGACTACAG GGTGGGATCA GATGCTGGAC TCGGCAGAGG TTAAGGAGGT
2941 TCTGAGGAAC AATAACAATA CTGTTGGACA ACATAGTTTT GTGGAATACG TAGAGGAGAC
3001 AGTTAACGAC GGTTCCGACA CATCAACACT CCTTCTCTCG ATTGCTAATT CTTTTGATTT
3061 ATTCGTGGTG GGGAGGAGCG CCGGAGTAGG GACCGACGTG GTGAGTGCAT TGAGTGAGTG
3121 GACGGAGTTT GATGAGTTAG GTGTGATTGG AGATCTGTTG GTGTCTCAAG ATTTTCCCCG
3181 TAGAGGGTCG GTGTTGGTGG TGCAACAACA ACAGAATGTA GCTTGTAGAT GAtattacat
3241 tggcaactac tctttattca tttataagat acaaaaaata gaaatacact tctcacacga
3301 gacacatttg tagccccaaa tttttaagtg acagttcgtc tccgtggcct tgtgatgata
3361 acatttgcaa atatgacttt aaatttaatt gattccacat aattttttaa aaacaatgaa
3421 atcagaaaaa aatagtacat gttttataat taaattaaca ttcaatgtga gagttacatc
3481 tatttacatg ttttacaagt tttaatctcc ttttcgctat acaataaaga aaaacggcaa
3541 aaataagcaa actagacaaa taaattacat agcaaattag tatatagtct taaaagacct
3601 acttgccacc aatttgatca ttaaaaatga tgagaatttc acgcacgtag tatacattca
3661 atgaaattac ccaattaaaa cctttagagg aatctattac caaccaatag gaattgagtt
3721 caaaatggtt tg
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Predicted Coding Sequence (2448 bp):
1 ATGGAGTCGC GTAACGAGGC ATATGAGGGG GCATACAACG CAACCTTCTG GGGGGATTTC
61 TCATATCATG GATATGGCTT TAGTGAAGAC GGGTCCAAGT TCTGCGAACA AATACCGATT
121 CTTGTGAACT CTTTTGGCGT GTGGGAGAAG CTAGATTTAC CTATACGCGG GATGAAGATA
181 TGGGACTACA GTCTTCCCCA TCTCGAGAGC GTAATCGTCC TAGTTCTCTG TTTATGGCAG
241 TTTTTTTATT TATCCCTAAA GAAGATAGGC CTCCCTGTGC CAAAGATCAC CTCCATGATG
301 ATTGCCGGGG CAGCTTTGAG CCAAACGAAT CTTTTGCCGA ATGACTGGAC GATCCAGCAC
361 ATTTTATTCC CGGATGATAC TAGGCCAAAA GTGCCTGAGA CGCTAGGTGG GTTCGCTTTT
421 GTCTTTTATT GGTTCATCGA AGGTGTTAAA ATGGATGTTG GGATGGTTAG GAAGACAGGT
481 ACGAAAGTGA TTGTAACAGG AATTGCCACT GTTATTCTCC CCATTATCGC GGCCAACATG
541 GTGTTTGGTA AGCTAAGAGA GACCGGGGGG AAATACTTGA CAGGAATGGA GTACAGAACA
601 ATTTTATTCA TGCAGAGCAT CTCGGCATTC ACGGGTATCT CAAGGCTATT AAGGGATCTC
661 CGGATCAACC ACTCAGAGTT CGGCAGGATC GTGATTTCGA CCGCTATGGT GGCGGATGGA
721 ACGGGTTTTG GTGTTAATCT ATTTGCCCTT GTGGCTTGGA TGGACTGGAG GGTTTCTGCG
781 CTGCAAGGCG TAGGAATTAT CGGATATGTC ATATTCATGG TTTGGGTTGT GAGACCGGCC
841 ATGTTTTGGG TGATCAAACG GACACCACAA GAGAGACCGG TGAAGGAATG CTTCATCTAC
901 ATCATACTCA TTTTAGCCTT CGGTGGTTAC TACTTTTTGA AGGAAATTCA CATGTTTCCG
961 GCTGTTGGAC CCTTCCTTTT GGGTTTGTGT GTGCCTCACG GTCCTCCTCT AGGGTCTCAA
1021 CTGGTAGAAA AGTTTGAAAG CTTTAACACT GGAATCCTTT TGCCACTTTT CTTGTTCTTC
1081 TCAATGCTGC AAATCGATGG ACCTTGGTTA GCTAACCAGA TCGGTCAACT AAGGCATTTT
1141 GACGGTCAGT TGTATGAAGC CTTGACCATC ATCATCGTTG TCTTTGTCGC CAAGATTATC
1201 TTCTCAATGA TTCCTGCATT GCTAGCCAAA ATGCCTCTGA CCGACTCTTT CGTTATGGCA
1261 CTCATCCTCA GCAACAAAGG AATTGTTGAG CTGTGTTATT TTCTGTATGG AGTTGAAAGC
1321 AATGTTCTTC ATGTGAAGTC CTTCACGATT ATGGCAACGA TGATTTTAGT GAGCTCTACG
1381 ATATCACCAG TGTTGATACA TTACCTATAT GATTCGTCAA AACGATTCAT TAGTTTCCAG
1441 AAGCGGAATC TAATGAGCTT GAAGCTTGGA TCAGAGCTGA AGTTTCTAGT GTGCATTCAC
1501 AAAGCAGACC ACATCTCAGG GATGATCAAC CTTCTAGCAC AGTCTTTTCC TCTACATGAA
1561 TCCACAATAA GTTGCTACGT GATTCACCTC GTCGAGCTTG TGGGTTTAGA CAATCCAGTC
1621 TTTATCTCCC ACCAAATGCA AAAAGCCGAA CCTGGAAACC GGTCTTATTC AAACAACGTC
1681 CTAATCGCTT TTGATAACTT CAAACATTAC TGGAAATCGA TATCGCTGGA ATTGTTCACA
1741 TGCATCTCAA ACCCTAGGTA CATGCATCAA GAGATTTACT CGCTCGCTCT CGACAAACAA
1801 GCTTCTTTTC TCATGCTCCC TTTCCACATT ATATGGTCCC TTGACCAGAC AACGGTGGTC
1861 TCAGACGATG TCATGCGTAG GAACGCTAAC TTAAATGTCT TGAGACAAGC ACCTTGCTCC
1921 GTGGGGATCT TTGTCCATCG TCAAAAGCTT TTATCTGCGC AAAAGAGCAG TCCGTCTTTT
1981 GAGGTCTGCG CAATTTTCGT GGGCGGGAAA GACGACAGAG AAGCCTTGGC ATTGGGAAGG
2041 CAAATGATGA GGAATCCGAA TGTGAACCTG ACAGTGTTGA AGCTAATCCC AGCGAAAATG
2101 GATGGGATGA CTACAGGGTG GGATCAGATG CTGGACTCGG CAGAGGTTAA GGAGGTTCTG
2161 AGGAACAATA ACAATACTGT TGGACAACAT AGTTTTGTGG AATACGTAGA GGAGACAGTT
2221 AACGACGGTT CCGACACATC AACACTCCTT CTCTCGATTG CTAATTCTTT TGATTTATTC
2281 GTGGTGGGGA GGAGCGCCGG AGTAGGGACC GACGTGGTGA GTGCATTGAG TGAGTGGACG
2341 GAGTTTGATG AGTTAGGTGT GATTGGAGAT CTGTTGGTGT CTCAAGATTT TCCCCGTAGA
2401 GGGTCGGTGT TGGTGGTGCA ACAACAACAG AATGTAGCTT GTAGATGA
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Predicted Protein Sequence (815 aa):
1 MESRNEAYEG AYNATFWGDF SYHGYGFSED GSKFCEQIPI LVNSFGVWEK LDLPIRGMKI
61 WDYSLPHLES VIVLVLCLWQ FFYLSLKKIG LPVPKITSMM IAGAALSQTN LLPNDWTIQH
121 ILFPDDTRPK VPETLGGFAF VFYWFIEGVK MDVGMVRKTG TKVIVTGIAT VILPIIAANM
181 VFGKLRETGG KYLTGMEYRT ILFMQSISAF TGISRLLRDL RINHSEFGRI VISTAMVADG
241 TGFGVNLFAL VAWMDWRVSA LQGVGIIGYV IFMVWVVRPA MFWVIKRTPQ ERPVKECFIY
301 IILILAFGGY YFLKEIHMFP AVGPFLLGLC VPHGPPLGSQ LVEKFESFNT GILLPLFLFF
361 SMLQIDGPWL ANQIGQLRHF DGQLYEALTI IIVVFVAKII FSMIPALLAK MPLTDSFVMA
421 LILSNKGIVE LCYFLYGVES NVLHVKSFTI MATMILVSST ISPVLIHYLY DSSKRFISFQ
481 KRNLMSLKLG SELKFLVCIH KADHISGMIN LLAQSFPLHE STISCYVIHL VELVGLDNPV
541 FISHQMQKAE PGNRSYSNNV LIAFDNFKHY WKSISLELFT CISNPRYMHQ EIYSLALDKQ
601 ASFLMLPFHI IWSLDQTTVV SDDVMRRNAN LNVLRQAPCS VGIFVHRQKL LSAQKSSPSF
661 EVCAIFVGGK DDREALALGR QMMRNPNVNL TVLKLIPAKM DGMTTGWDQM LDSAEVKEVL
721 RNNNNTVGQH SFVEYVEETV NDGSDTSTLL LSIANSFDLF VVGRSAGVGT DVVSALSEWT
781 EFDELGVIGD LLVSQDFPRR GSVLVVQQQQ NVACR
›› Fasta: All CHX Protein Sequences
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Back to the Top · Last Revision: October 16, 2006 |
