KIAA2018 cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	KIAA2018
Entrez Gene ID	106497225
Full Name	upstream transcription factor family member 3
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013958066.1	XP_013813520.1	basic helix-loop-helix domain-containing protein KIAA2018 homolog

Pathways from BioSystems
Gene Ontology

The following KIAA2018 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the KIAA2018 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OAp25605	XM_013958066.1 Latest version!	Apteryx australis mantelli KIAA2018 ortholog (KIAA2018), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

KIAA2018 ( XM_013958066.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013813520.1 Apteryx australis mantelli KIAA2018 ortholog (KIAA2018), mRNA.

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CloneID	OAp25605
Clone ID Related Accession (Same CDS sequence)	XM_013958066.1
Accession Version	XM_013958066.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6720bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2015-09-08
Organism	Apteryx australis mantelli
Product	basic helix-loop-helix domain-containing protein KIAA2018 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014005428.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAGAGA TGACGGAGAA TGAGACACCC ACTAAGAAAC AACACCGAAA GAAAAATCGG 
GAGACGCATA ATGCAGTGGA GAGACATCGA AAGAAGAAGA TAAATGCTGG AATAAACAGA 
ATTGGAGAAC TCATTCCCTG TTCTCCAGCC CTTAAGCAGA GCAAGAATAT GATCCTGGAT 
CAGGCCTTTA AGTATATAAC AGAAATGAAA AGACAGAACG ATGAACTTCT GTTAAATGGA 
GGGAACAGCG AACAGGCTGA AGAGATAAAA AAACTACGGA AACAGCTGGA TGAACTCCAG 
AAGGAAAATG AGAGATACAT TGAACTGCTG AAAGCAAATG ATATTTGCCT GTATGATGAT 
CCTACAATCC ACTGGAAAGG GAATCTCAAA AATGCAAAGG TCTCAGTTGT TATTCCCAGT 
GATCAGGTTC AGAAGAACAT CATTGTCTAT TCAAATGGGA GTCAGCCCAA TGGAGATAAC 
CAGGGAGCAT CTGTCCAGGG AATAACATTT AACGTTGGTC ATAATTTACA AAAACAAACA 
GCCAATGTTG TTCCAGTCCA GAGAACTTGC AACCTAGTGA CTCCTGTGAC AATTTCTGGT 
ATTTACCCTG CAGAAAACAA GCCATGGTCT CAAACTACAG TTTCTCCACT GTCATCCACT 
CAGCCAGTTC TAGCAGGGAA CGTTCTCGAG CTTTCCACAG CAGAGAACGA GCGAGGAGTG 
TTTGCTGCTG CTCCTGCCAG CTCACAGAGC GCTTCTCGCT CCGGAACAGA ACAAGGACTA 
CAGTGTTCTT CAAGTAATAC ACCACAGAAT AATCAGAATC TCCCCAAAAG TAAAAATGAT 
CAGGAAGGCA CTAAATTAAC AAAGAAAACG GTCCGGCAGG GCATCAGCAT TCCTCCCAGT 
GCCTCCACTG AAGCCTTTCA AGTTCAACAG GTGAATGAGA CCTGTTCAAA AACACACAGT 
TCTAGGAATG AATTGTCAGA AAGTGGTGTA ACTTCAAACA CTGACGCAGG TTGTATGCCA 
CCTGTGAAAC TATCTACAGC AGATGATTTT CCTTCTGTAA ATGTCCTCAA AAATACAGAC 
TTAATAAGCA GCGCTGTGAC TTCTGCAGTA GAAGGAATTA AGGCTGTAAC AGCAATAAGC 
ACTCTGCCTC CCAGTCCGCT AGACAACTGC TGGTCTTTTT CAGGCTCTTC AGGTGTTGGC 
ACTTCAGACT TGAAAAACAT GAGTAGCCTT ACACGGATGC CTTCAGCTGG AAACACCCAG 
ACCACATGGA CAACTTTGCA GCTAGCAGGA AATACTGTTC AGCCTCTAAG CCAAACACCA 
TCCAGTATAA TGACTGCACT ATTAAATGAG CCAGTTAATG GTGCTGGTAC CATATCTTCT 
GCTCACAGCA GGCCTTTGAC TACAAGCATC AGTTTGAGTA CTTCTCTGCC TGGAGATGGG 
CAGGCAGCTG AACAAATTGT TGTTACCTTG CCCTCATGCC CATCCTTACC TATGCAGCCA 
TTAATCAGTC AGCCACAGGT TAAAACTCAG GCTGCAGGAA ATATCCTTCC ATTGAATTCA 
GCTATGCAGG TGATTCAGAT GGCTCAGCCT GTTGGGTCAG CTGTAACAGG AGCACCAGCT 
AACCAGAATG TCATAATTCT CCAGCCTCCA AACACCACTC CGTGCCCTCC AATTGTGAGA 
GCAGAAGTTC CTAGCCAAAA TGTTAGTCAG CAGATTGTAA TTATACAAGC TGCTAATCAG 
AATCCTCTTC CCCTCCTCTC TGCGCAGCCT TCTGCTTCTG TAAGAGTTCC AATGAATGGG 
CCTACTCCAA TCGCAAACTC TAGCAGTTCT GTACAAAATG CCCCTCTTCC ACAGACTTTT 
GGAGGGAAAC ACCTTGTCCA TATATTACCA AGGCCATCAT CTCTGCCATC TTCTAGCTCT 
ACACAAACGT TTTCAGTTAC AATGTCAAAT CAACAGCATC CTCAGACTAT CTCATTAAAT 
GGGCAGCTGT TTGCATTGCA ACCTGTGATG TCTTCATCTG CAGCTTCAAA TCAAGCCCCT 
ATGCAAATTA TTCAGCCCAC CACCAGCGAA GATCCAAATA CCAATGTTGC CCTCAATACA 
TTTGGTGCTT TAGCTAACCT CAATCAAAGC ATATCACAAA TGGCTGGACA AAGCTGTTTA 
CATTTATCTC TCAGCCACCC TACCAATCCA ACAACTGTCA ATAACCAGAT AGCCACAGTT 
AACTGTGTGT CATTACCAAC TTCTGTGGCA TCTTCAGTAT CTTCAGAAGG TTCCGTATTA 
ACTACTGCAT CTAATCCAAT AAATGCTTCC CCCCAAAAAG CTGCCGCTGG TTTACCATCT 
ACTGCAAAAT CCAAAAGGAC AAACAAAAAG CCAAGTACAA AAAAACACTT AGCAGTCAGC 
AGTAAAGTGT CTTGTCCAGT AGTTCCTTGC AAAGATGCAG GAAAGGTTGA TTGTGCTACT 
GTGGAAACTG TGGTCAAGCA TTCAAATGGT GAGGGGTTGC TTGAAAACAT GCCAGCAGTA 
TCCCAAACTT CACCTACATC ACAGGCAAGC AGTGTGGTAG CATCAAGTGG TGTAAGCATT 
TCTGACTATC ATTCCAAAGA GACTGTGAGC CCTGAACGGA CAGTGAGATC CTGCTCTGTA 
CCAGGGCTGA GTTCAGCAGA GATACCCAGT TCTTCACCAC TTGAGTCGGT GATGTCAGAA 
CAGTTAGCAC TGATCCCGCC GACTGCCAAA GATGCTGTTC CTCTCCAGCA AGCATGGAGA 
TCTCCGAATG ATCCATCACC CGACTCTGTG TTGCCAGAGT CTTCCAAACC CTGTGAAACC 
CCCAGCACCT TAACGTCCTC TCTTACTGAA GCACATGTGA CAAATTCTCA GGTTGCTGGG 
ACATCAGCGG CACAAAGCAG CACAGCAGAT CACACTTCTG AGGCAGGGAC AATTCCAGAG 
TCCTGCAACG TTGAGCAAGA TTCTTCAATT GTAATGCAAG ATACAGACTT GTTAGAGGGA 
CAAGGTCTAA CCAAAATGCT ATCTGATCTC ACAAAAGAAA GAATAGCTGC GGAAAAAAAC 
TCTTCTTTTT CAGTTCAGGA GGAACATTCT AATTTTCCCA CAGAAAACTC TAAATCAGCA 
GATTCAAATG TTGATCTGCC TCAGAAGCAG GAACTCTTGT TAATGAACAC AGACAGTGAT 
ACTCTTTCCC AACATCATTC CTGCATTTCT GATCAGGAGG TAGGTAGTGC TTCTCTTATT 
GCTAGCAGGC AGGCAGACTC CCCAATGTCA ACTAGCTCTG GCAGCAGTCG AGGGTTCTCA 
GTTGCATCTA TGTTGCCAGA TACCACTAGA GAAGATGTTA GTAGCAGCAC ATCAACAAAT 
ACGTGTAATA GCTGTACTTT TTCAGAACAA ACTGACATTG TAGCTCTTGC AGCAAGAGCT 
ATTTTTGACC AGGAAAACCT TGAGAAAGGT GGAGGAGGAA TACAAGTTAA CATGAGGGAT 
GCTGTCTCTA AAGCAACTGA CATTGCACCC TTGGAGAAAG AGCAACAGTC TTATAAGCCA 
CAAGCAGTGA AAGAAAACAA TACAGGACAA CTAGAAACAG CATCAAACAA ATTCAGCGCT 
CAGGATACAG TACAAACAAA TGTTGATAGG CAAGCTGAAA AACCAAGCTG TTCTGTAGGA 
GGTCTGGAAA CATCAAACAC TTCTTTGCAG ATTTCGGTGT CCCAGTCACC AAGCGTAACC 
AGTTTAAGTG TAAATAATCT AATACACCAG AGTCGCGTTG TCCATCCCCT TGTGAGTTGC 
TCAAGTTTAT CCCAGCCTTC AGAGCCAGCA AGTGTTCCTG CATCTGTGTG TCTCTCTATT 
CCATCTAGTT CGTACATAAA TCAGTCTCCG GGACCAGCTA TGATGAATGA GTATGCTCAG 
GAACAGCTGA ATGCTCTTAG GGCAAACACC ATGCAGACTC CCCAGCTGCA GGAATCACAC 
TTAAAGCAAC AAAATCATGA AGGTCGCAAA GACTCTGCCA AACGAGCTGT TCAAGATGAC 
CTTCTGCTCT CTACAGCAAA GAGGCAAAAG CAGTGTCAGA CAACACCTAT AAGGCTTGAA 
GGGATGGCAT TGATGAACCG AACACCAGAG AGTATTGCTG ATCAAACACA GATGCTAGTC 
AGCCAGATTC CTCCTAATTC ATCCAATTCA GTGGCATCAG TGAGCAATCA AGGGCACGCT 
GATGGCCTTA ATAGGTTATT CCCATCAAAC AGCAACTTTG TAACATCAGC TTTGAGACAA 
ACTGAAGTTC AGTGCAGTTC TCAACCTTCA ATTTCAGAGC AGCAAGGCCA GACAGGGCAG 
CACTTGCAGC CTATTCAACA TGTTCCTGCT CAAGGCATAT CTCATCTTCA TGGTAATCAT 
CCATACTTAA AGCAACAGCA GGCTGGACAA TTAAGAGAGA GGCACCACTT GTATCAGCTG 
CAGCATCATG TCACTCATGG GGAAAACTCA GTCCACTCTC AACCCCACAG TGTACACCAA 
CAGCGAACAA TACAGCAGGA GGTGCAAATG CAAAAGAAAC GAAATCTTGT CCAGGGAAAC 
CAACCCACAC AACTTTCTCT ACAGCAAAAA CACCACGGAA GTGATCAAAC GCGGCAAAAA 
AGTGGCCAGC CTCATCCTCA CCACCAGCAA ATGCAGCAGC AGCAGATGCA GCAGCACTTT 
GGAGCTTCCC AGCCTGAAAA GAACTGTGAA AATCCTGCAA CAAGCAGAAG CCATCATAAC 
CACCCTCAGA GCCACATAAA CCAAGATATT ATGCATCAAC AGCAACAAGA TGTCAGCAAC 
AGACAGCAAG GTTCAGCTTC TGAACATGTG TCGGGGCATA ATCAGATGCA GAGACTCATG 
ACCTCAAGGG GTTTAGAGCA ACAAATGGTG TCCCAGGCAA GTATCGTAAC CAGACCATCA 
GATATGACAT GCACCCCGCA CAGACAGGAA AGAAATCGAG TTTCTAGCTA CTCTGCTGAG 
GCACTCATTG GGAAGACACC ATCTAACTCA GAACAGAGAA TAGGAATATC TCTCCAAGGC 
TCTAGAGTTT CTGACCAGCT TGAAATGAGA AGCTACCTTG ATGTTTCTAG AAATAAAGGG 
TTGGTCATTC ATAACATGCA GGGCCGTATA TCTGTCGATC ATACAGTTGG CTCAGATGTG 
CAACGGCTCT CTGATTGTCA GACATTTAAG TCAGCTGGAC CCAGTCAACA ACCAACAGGC 
AATTTTGATG TACAGGCCTC AAGAAACAGT GAAATTGGTA ATTCTGTGTC ATCCCTCAGG 
GGCATGCAAT CGCAAGCGTT TCGGATCAGT CAAAATCCTG GGCCTCCCAT AGAAAGACAG 
AAGAGATTGC CCTATCCACC AGTTCAGGGT ATTCCAACAG GAAATTCTCT TCCACCAAGG 
GAAAATGAAA ATACATGCCA CCAAAGTTTT ATGCAGAGTT TACTCGCCCC TCACCTTGGA 
GATCAAGTTA GTGTAAGCCA AAGATCAATC CCAGAACATC AAAGGAATAC TCAGTGTGGT 
GCCTCCTCCA CAATTGAATA TAACTGTCCC TCAGCACGAG AAAGCGTCCA CATCCGAAGA 
GATGGTGATG GTCAGAACAG GGAAAGCTGT GACATGTCTA TCGGTACAAT TAACACAAGG 
AACAGTTCTT TAAATATTCC TTTTTCAAGT TCTTCTTCCT CAGGAGATAT TCAGGGTCGA 
AATACAAGCC CAAACATTTC TTTACAGAAG TCCAATCCCA TGAGAATGAC GGACAGTCAT 
GGAACAAAGA GCCACATGAA TACGCCTGTT TCTAGCAACA TGCATGGAGT GGTGAGGCCA 
GCTCACCCCC ACCCTGCAGT TTCTCACGGA AATGCTGAAC AAGGGCAACC TTCTGTTCGT 
CAACCAAATT CTTCAGTTAC TCAGAGGTCA AGGCATCCTC TGCAAGATAA TGGAGGTTCT 
AAAATCCGTC AACCTGAAAG GAATCGATCT GGAAATCAAA GACATGGAAA TGTTTTTGAC 
CCTAGTCTTC CCCATCTTCC CCTGTCTACC AGCGGCAGTA TGATACTTGG GCGCCAACAG 
TCTGCGATAG AAAAAAGAGG AAGCATTGTC CGTTTTATGT CTGACGGTCC ACAAGTGTCC 
AATGATAATG CCACCCCTGA CCAACACACT CTCTCTCAGA ATTTCGGATT TCCTTTTATT 
CCAGAGGGTG GCATGAATCC CCCGATAAAT GCCAATGCAT CTTTCATTCC ACCAGTTACT 
CAGCCTAGTG CCACTCGAAC ACCAGCTCTA ATCCCAGTAG ATCCTCAAAA TACGCTGCCG 
TCCTTCTATC CACCTTACTC CCCTGCCCAT CCTACTCTTT CCAATGACAT TTCTATCCCT 
TACTTTCCCA ACCAAATGTT TCCTAATCCA AGCACGGAGA AGCCGAGTAG TGGAAGTTTA 
AATAATCGCT TTGGATCCAT CTTGTCTCCT CCCAGGCCTG TTGGTTTTGC CCAGCCAAGT 
TTTCCTTTGC TTCCAGATAT GCCACCAATG CACATGACCA ACACATCACA CCTATCCAAT 
TTTAACTTGA CATCTCTGTT TCCAGAGATA GCCACAGCTC TTCCTCCAGA TGGTTCAGCA 
ATGTCGCCTT TGCTTTCAAT TGCAAACACA TCTGCTTCCG ATTCTTCCAA GCAGTCCTCA 
AACCGACCTG CCCACAATAT AAGCCATATT TTAGGTCATG ATTGCAGTTC AGCTGTATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_013813520.1
CDS	13..6732
Translation	MPEMTENETPTKKQHRKKNRETHNAVERHRKKKINAGINRIGELIPCSPALKQSKNMILDQAFKYITEMKRQNDELLLNGGNSEQAEEIKKLRKQLDELQKENERYIELLKANDICLYDDPTIHWKGNLKNAKVSVVIPSDQVQKNIIVYSNGSQPNGDNQGASVQGITFNVGHNLQKQTANVVPVQRTCNLVTPVTISGIYPAENKPWSQTTVSPLSSTQPVLAGNVLELSTAENERGVFAAAPASSQSASRSGTEQGLQCSSSNTPQNNQNLPKSKNDQEGTKLTKKTVRQGISIPPSASTEAFQVQQVNETCSKTHSSRNELSESGVTSNTDAGCMPPVKLSTADDFPSVNVLKNTDLISSAVTSAVEGIKAVTAISTLPPSPLDNCWSFSGSSGVGTSDLKNMSSLTRMPSAGNTQTTWTTLQLAGNTVQPLSQTPSSIMTALLNEPVNGAGTISSAHSRPLTTSISLSTSLPGDGQAAEQIVVTLPSCPSLPMQPLISQPQVKTQAAGNILPLNSAMQVIQMAQPVGSAVTGAPANQNVIILQPPNTTPCPPIVRAEVPSQNVSQQIVIIQAANQNPLPLLSAQPSASVRVPMNGPTPIANSSSSVQNAPLPQTFGGKHLVHILPRPSSLPSSSSTQTFSVTMSNQQHPQTISLNGQLFALQPVMSSSAASNQAPMQIIQPTTSEDPNTNVALNTFGALANLNQSISQMAGQSCLHLSLSHPTNPTTVNNQIATVNCVSLPTSVASSVSSEGSVLTTASNPINASPQKAAAGLPSTAKSKRTNKKPSTKKHLAVSSKVSCPVVPCKDAGKVDCATVETVVKHSNGEGLLENMPAVSQTSPTSQASSVVASSGVSISDYHSKETVSPERTVRSCSVPGLSSAEIPSSSPLESVMSEQLALIPPTAKDAVPLQQAWRSPNDPSPDSVLPESSKPCETPSTLTSSLTEAHVTNSQVAGTSAAQSSTADHTSEAGTIPESCNVEQDSSIVMQDTDLLEGQGLTKMLSDLTKERIAAEKNSSFSVQEEHSNFPTENSKSADSNVDLPQKQELLLMNTDSDTLSQHHSCISDQEVGSASLIASRQADSPMSTSSGSSRGFSVASMLPDTTREDVSSSTSTNTCNSCTFSEQTDIVALAARAIFDQENLEKGGGGIQVNMRDAVSKATDIAPLEKEQQSYKPQAVKENNTGQLETASNKFSAQDTVQTNVDRQAEKPSCSVGGLETSNTSLQISVSQSPSVTSLSVNNLIHQSRVVHPLVSCSSLSQPSEPASVPASVCLSIPSSSYINQSPGPAMMNEYAQEQLNALRANTMQTPQLQESHLKQQNHEGRKDSAKRAVQDDLLLSTAKRQKQCQTTPIRLEGMALMNRTPESIADQTQMLVSQIPPNSSNSVASVSNQGHADGLNRLFPSNSNFVTSALRQTEVQCSSQPSISEQQGQTGQHLQPIQHVPAQGISHLHGNHPYLKQQQAGQLRERHHLYQLQHHVTHGENSVHSQPHSVHQQRTIQQEVQMQKKRNLVQGNQPTQLSLQQKHHGSDQTRQKSGQPHPHHQQMQQQQMQQHFGASQPEKNCENPATSRSHHNHPQSHINQDIMHQQQQDVSNRQQGSASEHVSGHNQMQRLMTSRGLEQQMVSQASIVTRPSDMTCTPHRQERNRVSSYSAEALIGKTPSNSEQRIGISLQGSRVSDQLEMRSYLDVSRNKGLVIHNMQGRISVDHTVGSDVQRLSDCQTFKSAGPSQQPTGNFDVQASRNSEIGNSVSSLRGMQSQAFRISQNPGPPIERQKRLPYPPVQGIPTGNSLPPRENENTCHQSFMQSLLAPHLGDQVSVSQRSIPEHQRNTQCGASSTIEYNCPSARESVHIRRDGDGQNRESCDMSIGTINTRNSSLNIPFSSSSSSGDIQGRNTSPNISLQKSNPMRMTDSHGTKSHMNTPVSSNMHGVVRPAHPHPAVSHGNAEQGQPSVRQPNSSVTQRSRHPLQDNGGSKIRQPERNRSGNQRHGNVFDPSLPHLPLSTSGSMILGRQQSAIEKRGSIVRFMSDGPQVSNDNATPDQHTLSQNFGFPFIPEGGMNPPINANASFIPPVTQPSATRTPALIPVDPQNTLPSFYPPYSPAHPTLSNDISIPYFPNQMFPNPSTEKPSSGSLNNRFGSILSPPRPVGFAQPSFPLLPDMPPMHMTNTSHLSNFNLTSLFPEIATALPPDGSAMSPLLSIANTSASDSSKQSSNRPAHNISHILGHDCSSAV

Target ORF information:

RefSeq Version	XM_013958066.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli KIAA2018 ortholog (KIAA2018), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_013958066.1

ORF Insert Sequence:

ATGCCAGAGA TGACGGAGAA TGAGACACCC ACTAAGAAAC AACACCGAAA GAAAAATCGG 
GAGACGCATA ATGCAGTGGA GAGACATCGA AAGAAGAAGA TAAATGCTGG AATAAACAGA 
ATTGGAGAAC TCATTCCCTG TTCTCCAGCC CTTAAGCAGA GCAAGAATAT GATCCTGGAT 
CAGGCCTTTA AGTATATAAC AGAAATGAAA AGACAGAACG ATGAACTTCT GTTAAATGGA 
GGGAACAGCG AACAGGCTGA AGAGATAAAA AAACTACGGA AACAGCTGGA TGAACTCCAG 
AAGGAAAATG AGAGATACAT TGAACTGCTG AAAGCAAATG ATATTTGCCT GTATGATGAT 
CCTACAATCC ACTGGAAAGG GAATCTCAAA AATGCAAAGG TCTCAGTTGT TATTCCCAGT 
GATCAGGTTC AGAAGAACAT CATTGTCTAT TCAAATGGGA GTCAGCCCAA TGGAGATAAC 
CAGGGAGCAT CTGTCCAGGG AATAACATTT AACGTTGGTC ATAATTTACA AAAACAAACA 
GCCAATGTTG TTCCAGTCCA GAGAACTTGC AACCTAGTGA CTCCTGTGAC AATTTCTGGT 
ATTTACCCTG CAGAAAACAA GCCATGGTCT CAAACTACAG TTTCTCCACT GTCATCCACT 
CAGCCAGTTC TAGCAGGGAA CGTTCTCGAG CTTTCCACAG CAGAGAACGA GCGAGGAGTG 
TTTGCTGCTG CTCCTGCCAG CTCACAGAGC GCTTCTCGCT CCGGAACAGA ACAAGGACTA 
CAGTGTTCTT CAAGTAATAC ACCACAGAAT AATCAGAATC TCCCCAAAAG TAAAAATGAT 
CAGGAAGGCA CTAAATTAAC AAAGAAAACG GTCCGGCAGG GCATCAGCAT TCCTCCCAGT 
GCCTCCACTG AAGCCTTTCA AGTTCAACAG GTGAATGAGA CCTGTTCAAA AACACACAGT 
TCTAGGAATG AATTGTCAGA AAGTGGTGTA ACTTCAAACA CTGACGCAGG TTGTATGCCA 
CCTGTGAAAC TATCTACAGC AGATGATTTT CCTTCTGTAA ATGTCCTCAA AAATACAGAC 
TTAATAAGCA GCGCTGTGAC TTCTGCAGTA GAAGGAATTA AGGCTGTAAC AGCAATAAGC 
ACTCTGCCTC CCAGTCCGCT AGACAACTGC TGGTCTTTTT CAGGCTCTTC AGGTGTTGGC 
ACTTCAGACT TGAAAAACAT GAGTAGCCTT ACACGGATGC CTTCAGCTGG AAACACCCAG 
ACCACATGGA CAACTTTGCA GCTAGCAGGA AATACTGTTC AGCCTCTAAG CCAAACACCA 
TCCAGTATAA TGACTGCACT ATTAAATGAG CCAGTTAATG GTGCTGGTAC CATATCTTCT 
GCTCACAGCA GGCCTTTGAC TACAAGCATC AGTTTGAGTA CTTCTCTGCC TGGAGATGGG 
CAGGCAGCTG AACAAATTGT TGTTACCTTG CCCTCATGCC CATCCTTACC TATGCAGCCA 
TTAATCAGTC AGCCACAGGT TAAAACTCAG GCTGCAGGAA ATATCCTTCC ATTGAATTCA 
GCTATGCAGG TGATTCAGAT GGCTCAGCCT GTTGGGTCAG CTGTAACAGG AGCACCAGCT 
AACCAGAATG TCATAATTCT CCAGCCTCCA AACACCACTC CGTGCCCTCC AATTGTGAGA 
GCAGAAGTTC CTAGCCAAAA TGTTAGTCAG CAGATTGTAA TTATACAAGC TGCTAATCAG 
AATCCTCTTC CCCTCCTCTC TGCGCAGCCT TCTGCTTCTG TAAGAGTTCC AATGAATGGG 
CCTACTCCAA TCGCAAACTC TAGCAGTTCT GTACAAAATG CCCCTCTTCC ACAGACTTTT 
GGAGGGAAAC ACCTTGTCCA TATATTACCA AGGCCATCAT CTCTGCCATC TTCTAGCTCT 
ACACAAACGT TTTCAGTTAC AATGTCAAAT CAACAGCATC CTCAGACTAT CTCATTAAAT 
GGGCAGCTGT TTGCATTGCA ACCTGTGATG TCTTCATCTG CAGCTTCAAA TCAAGCCCCT 
ATGCAAATTA TTCAGCCCAC CACCAGCGAA GATCCAAATA CCAATGTTGC CCTCAATACA 
TTTGGTGCTT TAGCTAACCT CAATCAAAGC ATATCACAAA TGGCTGGACA AAGCTGTTTA 
CATTTATCTC TCAGCCACCC TACCAATCCA ACAACTGTCA ATAACCAGAT AGCCACAGTT 
AACTGTGTGT CATTACCAAC TTCTGTGGCA TCTTCAGTAT CTTCAGAAGG TTCCGTATTA 
ACTACTGCAT CTAATCCAAT AAATGCTTCC CCCCAAAAAG CTGCCGCTGG TTTACCATCT 
ACTGCAAAAT CCAAAAGGAC AAACAAAAAG CCAAGTACAA AAAAACACTT AGCAGTCAGC 
AGTAAAGTGT CTTGTCCAGT AGTTCCTTGC AAAGATGCAG GAAAGGTTGA TTGTGCTACT 
GTGGAAACTG TGGTCAAGCA TTCAAATGGT GAGGGGTTGC TTGAAAACAT GCCAGCAGTA 
TCCCAAACTT CACCTACATC ACAGGCAAGC AGTGTGGTAG CATCAAGTGG TGTAAGCATT 
TCTGACTATC ATTCCAAAGA GACTGTGAGC CCTGAACGGA CAGTGAGATC CTGCTCTGTA 
CCAGGGCTGA GTTCAGCAGA GATACCCAGT TCTTCACCAC TTGAGTCGGT GATGTCAGAA 
CAGTTAGCAC TGATCCCGCC GACTGCCAAA GATGCTGTTC CTCTCCAGCA AGCATGGAGA 
TCTCCGAATG ATCCATCACC CGACTCTGTG TTGCCAGAGT CTTCCAAACC CTGTGAAACC 
CCCAGCACCT TAACGTCCTC TCTTACTGAA GCACATGTGA CAAATTCTCA GGTTGCTGGG 
ACATCAGCGG CACAAAGCAG CACAGCAGAT CACACTTCTG AGGCAGGGAC AATTCCAGAG 
TCCTGCAACG TTGAGCAAGA TTCTTCAATT GTAATGCAAG ATACAGACTT GTTAGAGGGA 
CAAGGTCTAA CCAAAATGCT ATCTGATCTC ACAAAAGAAA GAATAGCTGC GGAAAAAAAC 
TCTTCTTTTT CAGTTCAGGA GGAACATTCT AATTTTCCCA CAGAAAACTC TAAATCAGCA 
GATTCAAATG TTGATCTGCC TCAGAAGCAG GAACTCTTGT TAATGAACAC AGACAGTGAT 
ACTCTTTCCC AACATCATTC CTGCATTTCT GATCAGGAGG TAGGTAGTGC TTCTCTTATT 
GCTAGCAGGC AGGCAGACTC CCCAATGTCA ACTAGCTCTG GCAGCAGTCG AGGGTTCTCA 
GTTGCATCTA TGTTGCCAGA TACCACTAGA GAAGATGTTA GTAGCAGCAC ATCAACAAAT 
ACGTGTAATA GCTGTACTTT TTCAGAACAA ACTGACATTG TAGCTCTTGC AGCAAGAGCT 
ATTTTTGACC AGGAAAACCT TGAGAAAGGT GGAGGAGGAA TACAAGTTAA CATGAGGGAT 
GCTGTCTCTA AAGCAACTGA CATTGCACCC TTGGAGAAAG AGCAACAGTC TTATAAGCCA 
CAAGCAGTGA AAGAAAACAA TACAGGACAA CTAGAAACAG CATCAAACAA ATTCAGCGCT 
CAGGATACAG TACAAACAAA TGTTGATAGG CAAGCTGAAA AACCAAGCTG TTCTGTAGGA 
GGTCTGGAAA CATCAAACAC TTCTTTGCAG ATTTCGGTGT CCCAGTCACC AAGCGTAACC 
AGTTTAAGTG TAAATAATCT AATACACCAG AGTCGCGTTG TCCATCCCCT TGTGAGTTGC 
TCAAGTTTAT CCCAGCCTTC AGAGCCAGCA AGTGTTCCTG CATCTGTGTG TCTCTCTATT 
CCATCTAGTT CGTACATAAA TCAGTCTCCG GGACCAGCTA TGATGAATGA GTATGCTCAG 
GAACAGCTGA ATGCTCTTAG GGCAAACACC ATGCAGACTC CCCAGCTGCA GGAATCACAC 
TTAAAGCAAC AAAATCATGA AGGTCGCAAA GACTCTGCCA AACGAGCTGT TCAAGATGAC 
CTTCTGCTCT CTACAGCAAA GAGGCAAAAG CAGTGTCAGA CAACACCTAT AAGGCTTGAA 
GGGATGGCAT TGATGAACCG AACACCAGAG AGTATTGCTG ATCAAACACA GATGCTAGTC 
AGCCAGATTC CTCCTAATTC ATCCAATTCA GTGGCATCAG TGAGCAATCA AGGGCACGCT 
GATGGCCTTA ATAGGTTATT CCCATCAAAC AGCAACTTTG TAACATCAGC TTTGAGACAA 
ACTGAAGTTC AGTGCAGTTC TCAACCTTCA ATTTCAGAGC AGCAAGGCCA GACAGGGCAG 
CACTTGCAGC CTATTCAACA TGTTCCTGCT CAAGGCATAT CTCATCTTCA TGGTAATCAT 
CCATACTTAA AGCAACAGCA GGCTGGACAA TTAAGAGAGA GGCACCACTT GTATCAGCTG 
CAGCATCATG TCACTCATGG GGAAAACTCA GTCCACTCTC AACCCCACAG TGTACACCAA 
CAGCGAACAA TACAGCAGGA GGTGCAAATG CAAAAGAAAC GAAATCTTGT CCAGGGAAAC 
CAACCCACAC AACTTTCTCT ACAGCAAAAA CACCACGGAA GTGATCAAAC GCGGCAAAAA 
AGTGGCCAGC CTCATCCTCA CCACCAGCAA ATGCAGCAGC AGCAGATGCA GCAGCACTTT 
GGAGCTTCCC AGCCTGAAAA GAACTGTGAA AATCCTGCAA CAAGCAGAAG CCATCATAAC 
CACCCTCAGA GCCACATAAA CCAAGATATT ATGCATCAAC AGCAACAAGA TGTCAGCAAC 
AGACAGCAAG GTTCAGCTTC TGAACATGTG TCGGGGCATA ATCAGATGCA GAGACTCATG 
ACCTCAAGGG GTTTAGAGCA ACAAATGGTG TCCCAGGCAA GTATCGTAAC CAGACCATCA 
GATATGACAT GCACCCCGCA CAGACAGGAA AGAAATCGAG TTTCTAGCTA CTCTGCTGAG 
GCACTCATTG GGAAGACACC ATCTAACTCA GAACAGAGAA TAGGAATATC TCTCCAAGGC 
TCTAGAGTTT CTGACCAGCT TGAAATGAGA AGCTACCTTG ATGTTTCTAG AAATAAAGGG 
TTGGTCATTC ATAACATGCA GGGCCGTATA TCTGTCGATC ATACAGTTGG CTCAGATGTG 
CAACGGCTCT CTGATTGTCA GACATTTAAG TCAGCTGGAC CCAGTCAACA ACCAACAGGC 
AATTTTGATG TACAGGCCTC AAGAAACAGT GAAATTGGTA ATTCTGTGTC ATCCCTCAGG 
GGCATGCAAT CGCAAGCGTT TCGGATCAGT CAAAATCCTG GGCCTCCCAT AGAAAGACAG 
AAGAGATTGC CCTATCCACC AGTTCAGGGT ATTCCAACAG GAAATTCTCT TCCACCAAGG 
GAAAATGAAA ATACATGCCA CCAAAGTTTT ATGCAGAGTT TACTCGCCCC TCACCTTGGA 
GATCAAGTTA GTGTAAGCCA AAGATCAATC CCAGAACATC AAAGGAATAC TCAGTGTGGT 
GCCTCCTCCA CAATTGAATA TAACTGTCCC TCAGCACGAG AAAGCGTCCA CATCCGAAGA 
GATGGTGATG GTCAGAACAG GGAAAGCTGT GACATGTCTA TCGGTACAAT TAACACAAGG 
AACAGTTCTT TAAATATTCC TTTTTCAAGT TCTTCTTCCT CAGGAGATAT TCAGGGTCGA 
AATACAAGCC CAAACATTTC TTTACAGAAG TCCAATCCCA TGAGAATGAC GGACAGTCAT 
GGAACAAAGA GCCACATGAA TACGCCTGTT TCTAGCAACA TGCATGGAGT GGTGAGGCCA 
GCTCACCCCC ACCCTGCAGT TTCTCACGGA AATGCTGAAC AAGGGCAACC TTCTGTTCGT 
CAACCAAATT CTTCAGTTAC TCAGAGGTCA AGGCATCCTC TGCAAGATAA TGGAGGTTCT 
AAAATCCGTC AACCTGAAAG GAATCGATCT GGAAATCAAA GACATGGAAA TGTTTTTGAC 
CCTAGTCTTC CCCATCTTCC CCTGTCTACC AGCGGCAGTA TGATACTTGG GCGCCAACAG 
TCTGCGATAG AAAAAAGAGG AAGCATTGTC CGTTTTATGT CTGACGGTCC ACAAGTGTCC 
AATGATAATG CCACCCCTGA CCAACACACT CTCTCTCAGA ATTTCGGATT TCCTTTTATT 
CCAGAGGGTG GCATGAATCC CCCGATAAAT GCCAATGCAT CTTTCATTCC ACCAGTTACT 
CAGCCTAGTG CCACTCGAAC ACCAGCTCTA ATCCCAGTAG ATCCTCAAAA TACGCTGCCG 
TCCTTCTATC CACCTTACTC CCCTGCCCAT CCTACTCTTT CCAATGACAT TTCTATCCCT 
TACTTTCCCA ACCAAATGTT TCCTAATCCA AGCACGGAGA AGCCGAGTAG TGGAAGTTTA 
AATAATCGCT TTGGATCCAT CTTGTCTCCT CCCAGGCCTG TTGGTTTTGC CCAGCCAAGT 
TTTCCTTTGC TTCCAGATAT GCCACCAATG CACATGACCA ACACATCACA CCTATCCAAT 
TTTAACTTGA CATCTCTGTT TCCAGAGATA GCCACAGCTC TTCCTCCAGA TGGTTCAGCA 
ATGTCGCCTT TGCTTTCAAT TGCAAACACA TCTGCTTCCG ATTCTTCCAA GCAGTCCTCA 
AACCGACCTG CCCACAATAT AAGCCATATT TTAGGTCATG ATTGCAGTTC AGCTGTATGA