ZMYM4 cDNA ORF clone, Fulmarus glacialis(Northern fulmar)

Gene
Clones
gRNAs

Summary

Gene Symbol	ZMYM4
Entrez Gene ID	104077224
Full Name	zinc finger MYM-type containing 4
Gene Type	protein-coding
Organism	Fulmarus glacialis(Northern fulmar)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009578376.1	XP_009576671.1	zinc finger MYM-type protein 4

Pathways from BioSystems
Gene Ontology

The following ZMYM4 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ZMYM4 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
OFu92755	XM_009578376.1 Latest version!	Fulmarus glacialis zinc finger, MYM-type 4 (ZMYM4), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

ZMYM4 ( XM_009578376.1 ) cDNA ORF clone, Fulmarus glacialis(Northern fulmar) -> XP_009576671.1 Fulmarus glacialis zinc finger, MYM-type 4 (ZMYM4), mRNA.

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CloneID	OFu92755
Clone ID Related Accession (Same CDS sequence)	XM_009578376.1
Accession Version	XM_009578376.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4449bp) 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	2014-10-13
Organism	Fulmarus glacialis(Northern fulmar)
Product	zinc finger MYM-type protein 4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009213911.1) 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 :: Fulmarus glacialis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTGAGG ACACTGACCA CAACTTAACA CCTGCCCTCG ACAGCATATC TTATGGAATA 
CAGAATCGAA CAGGATCTGA AAACTCACTG CTGGATGATG ATGATGATTA TTTTCTGAAC 
TCTGGGGATC TTGCAGGCAT ACCTGTTGTT GGGAGTGACA ACGAAGATGA TCAAAATTTC 
ACTCCAAAAG ATACTCTTTC TTCAGCAATT CATGATGAAG ACCATCTGGA AGAGGGCAAG 
AGAGTTTCAG AACATGAATT GGACAGTGAA AAAGAAATTC ATATTCAGAA TGCAATCCAA 
AAGGATCTCA CTTCACCATT TGAGCAGGGC CCTGTATTTA AATCAATTCG AAAAGATTTT 
AGCATAACAA GAGATAATGG CAAAGAGACT TTTTCAGCAA AGGACAAGAA TAGAGAAGGA 
CATTTTCAAG AACGTGAAAA ACGGTTGGAA AAAATCCCTA AAGATATGGA TTCTAGATTG 
AAAAGCAGTT TTCTTGACAA AGCAGTTCAT AATCAAGTAG AAGAAACATT ACGGACGCAG 
TTAGCGCCAC AAACTCCAGA AACTAACTTC AGGGAGTCTA GCTACCTATT TTCTAGTAAG 
GAATCTATTG GACAAGAGCT GGGGAATTCC TTTGCACCAA ATATTAGAAT TAAGGAGGAG 
CCTTTGGATG ACGAATATGA TAAAGCTATG GCCCCACAGC AGGGACTATT AGACAAAATT 
AAAGATGAAC CTGATAATTC CGAGGAGTAC GGCCAACAGC CAAAAACTCA GGAAGGGGAG 
CTGAAAATCA GTGCTGTATT TTCAGTCAGT GGCAGTCCTC TTGCTCCACA GCTGTCATCA 
GGTTTCCAGC CTGCTGTGGC ATCCTCTGGC ATGAGCAAAA TGCTTCCTTC AGTTCCAACC 
ACAGCTGTTC GGGTTTCCTG TTCTGGCTGC AAAAAAATCC TGCAGAAGGG GCAAACTGCA 
TACCAGAGGA AAGGCTCTAC CCAGCTCTTC TGCTCCACAC TGTGCCTCAC TGGATACACT 
GTTCCAGCTT CTCGCCCACC AGCTTCTACC AAGAAAACCT GCTCAAGCTG CTCAAAAGAC 
ATTCTAAATC CAAAGGATGT AATCACTGCC CAGTTTGACA ATACGAACTC CAGTAAGGAT 
TTCTGCAGCC AGTCATGTCT CTCTACATAT GAACTGAAAA GGAAACCTGT TGTTACTATT 
CATACTAACA GCATTTCAAC CAAGTGCAGC ATGTGCCAGA AGAATGCAGT GATTAGACAC 
GAAGTGAATT ACCAGAACGT TGTACACAAG CTCTGTAGCG ATGCCTGCTT CTCCAAGTTC 
CGCTCAGCTA ACAACTTGAC CATGAACTGC TGTGAGAATT GTGGAGGATA CTGCTACAGT 
GGCTCTGGCC AATGTCACAT GCTTCAAATA GAGGGACAGT CAAAAAAGTT CTGCAGTTCA 
ACATGTGTGA CAGCATACAA GCAGAAGTCA GCTAAAATTA CACCTTGCAC ACTGTGTAAA 
TCTTTGAGAT CTTCAGCCGA GATGATAGAG AGCACAAATA ACTTGGGAAA AACTGAACTG 
TTTTGCTCTG TTAACTGCTT GTCAGCATAT AGAGTGAAAA TGGTTACTTC TGCAGGTGTT 
CAAGTTCAGT GCAACAGCTG TAAAACTTCA GCAAACCCTC AGTATCACTT GGCTATGTCA 
GATGGGAGCA TACGCAATTT TTGCAGCTAC AGTTGTGTAG TAGCTTTTCA GAATTTGTTC 
AACAAGCCTG CAGGAATGAA CTCCTCAGTG GTACCTCTGT CACAAGGTCA AGTCATTGTA 
AGCATTCCCT CGGGGGCAAC GGTATCGGCA GGTGGCACCA CCTCGACTGT GTCCCCCAGC 
TCCATGAGCA GTTCAGCTGC AGCTGGTCTA CAGAGGCTGG CTGCCCAGTC CCAGCAAGTC 
ACTTTTGCCC GCCCTGTTGT AAAACTCAGG TGTCAGCACT GTAACAGATT GTTTGCAACC 
AAACCAGAAC TGCTTGACTA CAAGGGTAAA ATGTTCCAGT TTTGTGGGAA GACCTGCTGT 
GATGAATATA AGAAGAGGAG CAGTGTAATG GCAATGTGTG AATACTGCAA AATTGAGAAA 
ATTATCAAGG AGACAGTGCG ATTCTCAGGC ATAGATAAGC CATTCTGTAG TGAAGGTTGT 
AAACTGCTCT ATAAACATGA CTTGGCTAAG CGCTGGGGAA ACCACTGTAA AATGTGCAGT 
TACTGTTTAC AGGCTTCCCC CAAACTGGTC CAGAATCACT TCGGGGGCAA AATGGAGGAA 
TTTTGCTCAG AGGAGTGCAT GTCTAAATTC ACAGTTTTGT TTTACCAGAT GGCAAAGTGT 
GATGGTTGTA AGAGACAAGG TAAACTCAGT GAGTCCATGA AATGGCAAGG GGAGATCAAG 
CATTTTTGCA ATCTGCTTTG TATTCTGTTG TTCTGTAATC AGCAAAGTGT TTCTGACCCT 
CCACCTCCAA ACAACACAGC AAACCTTTCT ATGGCACCAG CTTCCTCATC AGGCCCTCCT 
TCTTTGAGAA AAGACTCAAC CCCTGTCATA GCAAATGTGG TGTCCCTTGC AAGCACCCCA 
GCTGCCCAGC CTACGGTTAA CTCCAACAAT GTTTTACAGG GTGCAGTCCC TACTGTGACA 
GCAAAAATAA TAGGAGATGC TAGTACTCAG ACAGATGCCC TAAAGCTACC ACCATCACAG 
CCACCTAGGC TTCTAAAAAA CAAAGCATTA TTGTGCAAGC CAATCACACA GACTAAGGCC 
ACTTCATGCA AACCTCACAC GCAAAACAAA GAATGCCAGA CAGAAGAAGA AGAAGAAGTT 
CAACCCCAAA TCATTGTGGT ACCTGTTCCT GTACCAGTGT TTGTGCCAGT GCCCCTTCAC 
CTCTACACTC AGTACACACC AGTTCCACTT GGGATGCCAG TACCTGTACC AGTTCCCATG 
CTCTTCCCAA CTACCCTGGA TAATGCTGAT AAGATCATTG AAACTATTCA GGATATCAAG 
GAAAAGATTC CCACAAATCC ATTTGAAGCT GATCTCCTTC AGATGGCAGA AATGATTGCA 
GAAGATGAGG AGAAAGAAAA AACACACTCT CATGGTGGAT CTCAAACATC TGAGCATGAG 
CTCTTCCTGG ACCCCAAGAT ATTTGAGAAA GATCAAGGTA GCACTTATAG TGGAGATCTA 
GAATCTGAAG CAGTGTCCAC TCCACACAGC TGGGAGGATG AGTTAAATCA CTATGCCTTA 
CGATCAAATG CCCTGCCAGA ACCAGATCCA GAACTGAAGC AGTTCTCCAA AGGTGATGTG 
GAACAGGACC TGGAGGCAGA TTTTCCATCA GACTCATTTG ACCCTCTCAG TAAAGGACTG 
GGTTTGCATT CACGTTCACG AGCAAGACGG AGACATAGAG ATGGCTTCCC ACAGCCAAAA 
AGACGGGGAC GGAAGAAGTC TGTAGTTTCT GTAGAGCCCC GGAATCTGAT GCAGGGCTCC 
TACCCAGGAT GCTCTGTTTC TGGGATGACC CTAAAGTATA TGTATGGGGT AAACGCCTGG 
AAAAACTGGG TCCAATGGAA AAACGCACAG GAGGAACAAG GGGACCTGAA GTTTTCAGTT 
CGTCCTGTGA AACTCAAGGA GGACATTCTC TCATGCACTT TTGCTGAGCT GAGTTTTGGC 
TTGTGCCAGT TTATTCAAGA GGTGCGGAGA CCAAATGGAG AAAAATATGA TCCTGACAGC 
ATCTTATACT TGTGCCTTGG AATTCAGCAG TACCTGTTTG AGAATGGTAG AATAGATAAC 
ATTTTTACCG AGCCCTATTC CAGGTTTATG ATTGAACTTA CAAAACTTTT GAAAATCTGG 
GAACCTACAA TTCTTCCAAA TGGTTATATG TTCTCAAGAA TTGAAGAGGA ACACTTGTGG 
GAATGTAAAC AGCTGGGTGC ATATTCCCCT ATCGTTTTAT TGAACACACT TCTATTCTTC 
AACACCAAAT ACTTCCAACT AAAGAATGTC AGTGAGCACC TGAAACTATC CTTTGCCCAT 
GTTATGAGAC GCACCCGAAC TCTGAAGTAT AATACTAAGA TGACATATTT ACGTTTTTTC 
CCACCCTTTC AAAAACAAGA GGTAGAATCA GATAAATTAT CTGTAGGCAA AAGGAAACGC 
AGTGAAGATG AGGAGATTCC AACAGCAGTG GAAATGGCTG AAAATACAGA TAATCCCCTG 
CGATGTCCAG TCCGACTTTA TGAATTTTAC TTATCAAAAT GTTCTGAAAG CGTGAAGCAG 
AGAAGTGATG TATTTTACCT TCAACCTGAG CGCTCCTGTG TACCCAATAG CCCCATGTGG 
TATTCCACAT TGCCAATAGA CCCAGGAACC TTGGACATCA TGTTAACACG TATTCTTATG 
GTGAGGGAGG TACATGAAGA ACTTGCCAAA GTCAAATCAG AGGACTCTGA TATTGAGTTA 
TCAGACTAA

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

RefSeq	XP_009576671.1
CDS	61..4509
Translation	MSEDTDHNLTPALDSISYGIQNRTGSENSLLDDDDDYFLNSGDLAGIPVVGSDNEDDQNFTPKDTLSSAIHDEDHLEEGKRVSEHELDSEKEIHIQNAIQKDLTSPFEQGPVFKSIRKDFSITRDNGKETFSAKDKNREGHFQEREKRLEKIPKDMDSRLKSSFLDKAVHNQVEETLRTQLAPQTPETNFRESSYLFSSKESIGQELGNSFAPNIRIKEEPLDDEYDKAMAPQQGLLDKIKDEPDNSEEYGQQPKTQEGELKISAVFSVSGSPLAPQLSSGFQPAVASSGMSKMLPSVPTTAVRVSCSGCKKILQKGQTAYQRKGSTQLFCSTLCLTGYTVPASRPPASTKKTCSSCSKDILNPKDVITAQFDNTNSSKDFCSQSCLSTYELKRKPVVTIHTNSISTKCSMCQKNAVIRHEVNYQNVVHKLCSDACFSKFRSANNLTMNCCENCGGYCYSGSGQCHMLQIEGQSKKFCSSTCVTAYKQKSAKITPCTLCKSLRSSAEMIESTNNLGKTELFCSVNCLSAYRVKMVTSAGVQVQCNSCKTSANPQYHLAMSDGSIRNFCSYSCVVAFQNLFNKPAGMNSSVVPLSQGQVIVSIPSGATVSAGGTTSTVSPSSMSSSAAAGLQRLAAQSQQVTFARPVVKLRCQHCNRLFATKPELLDYKGKMFQFCGKTCCDEYKKRSSVMAMCEYCKIEKIIKETVRFSGIDKPFCSEGCKLLYKHDLAKRWGNHCKMCSYCLQASPKLVQNHFGGKMEEFCSEECMSKFTVLFYQMAKCDGCKRQGKLSESMKWQGEIKHFCNLLCILLFCNQQSVSDPPPPNNTANLSMAPASSSGPPSLRKDSTPVIANVVSLASTPAAQPTVNSNNVLQGAVPTVTAKIIGDASTQTDALKLPPSQPPRLLKNKALLCKPITQTKATSCKPHTQNKECQTEEEEEVQPQIIVVPVPVPVFVPVPLHLYTQYTPVPLGMPVPVPVPMLFPTTLDNADKIIETIQDIKEKIPTNPFEADLLQMAEMIAEDEEKEKTHSHGGSQTSEHELFLDPKIFEKDQGSTYSGDLESEAVSTPHSWEDELNHYALRSNALPEPDPELKQFSKGDVEQDLEADFPSDSFDPLSKGLGLHSRSRARRRHRDGFPQPKRRGRKKSVVSVEPRNLMQGSYPGCSVSGMTLKYMYGVNAWKNWVQWKNAQEEQGDLKFSVRPVKLKEDILSCTFAELSFGLCQFIQEVRRPNGEKYDPDSILYLCLGIQQYLFENGRIDNIFTEPYSRFMIELTKLLKIWEPTILPNGYMFSRIEEEHLWECKQLGAYSPIVLLNTLLFFNTKYFQLKNVSEHLKLSFAHVMRRTRTLKYNTKMTYLRFFPPFQKQEVESDKLSVGKRKRSEDEEIPTAVEMAENTDNPLRCPVRLYEFYLSKCSESVKQRSDVFYLQPERSCVPNSPMWYSTLPIDPGTLDIMLTRILMVREVHEELAKVKSEDSDIELSD

Target ORF information:

RefSeq Version	XM_009578376.1
Organism	Fulmarus glacialis(Northern fulmar)
Definition	Fulmarus glacialis zinc finger, MYM-type 4 (ZMYM4), mRNA.

Target ORF information:

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

XM_009578376.1

ORF Insert Sequence:

ATGTCTGAGG ACACTGACCA CAACTTAACA CCTGCCCTCG ACAGCATATC TTATGGAATA 
CAGAATCGAA CAGGATCTGA AAACTCACTG CTGGATGATG ATGATGATTA TTTTCTGAAC 
TCTGGGGATC TTGCAGGCAT ACCTGTTGTT GGGAGTGACA ACGAAGATGA TCAAAATTTC 
ACTCCAAAAG ATACTCTTTC TTCAGCAATT CATGATGAAG ACCATCTGGA AGAGGGCAAG 
AGAGTTTCAG AACATGAATT GGACAGTGAA AAAGAAATTC ATATTCAGAA TGCAATCCAA 
AAGGATCTCA CTTCACCATT TGAGCAGGGC CCTGTATTTA AATCAATTCG AAAAGATTTT 
AGCATAACAA GAGATAATGG CAAAGAGACT TTTTCAGCAA AGGACAAGAA TAGAGAAGGA 
CATTTTCAAG AACGTGAAAA ACGGTTGGAA AAAATCCCTA AAGATATGGA TTCTAGATTG 
AAAAGCAGTT TTCTTGACAA AGCAGTTCAT AATCAAGTAG AAGAAACATT ACGGACGCAG 
TTAGCGCCAC AAACTCCAGA AACTAACTTC AGGGAGTCTA GCTACCTATT TTCTAGTAAG 
GAATCTATTG GACAAGAGCT GGGGAATTCC TTTGCACCAA ATATTAGAAT TAAGGAGGAG 
CCTTTGGATG ACGAATATGA TAAAGCTATG GCCCCACAGC AGGGACTATT AGACAAAATT 
AAAGATGAAC CTGATAATTC CGAGGAGTAC GGCCAACAGC CAAAAACTCA GGAAGGGGAG 
CTGAAAATCA GTGCTGTATT TTCAGTCAGT GGCAGTCCTC TTGCTCCACA GCTGTCATCA 
GGTTTCCAGC CTGCTGTGGC ATCCTCTGGC ATGAGCAAAA TGCTTCCTTC AGTTCCAACC 
ACAGCTGTTC GGGTTTCCTG TTCTGGCTGC AAAAAAATCC TGCAGAAGGG GCAAACTGCA 
TACCAGAGGA AAGGCTCTAC CCAGCTCTTC TGCTCCACAC TGTGCCTCAC TGGATACACT 
GTTCCAGCTT CTCGCCCACC AGCTTCTACC AAGAAAACCT GCTCAAGCTG CTCAAAAGAC 
ATTCTAAATC CAAAGGATGT AATCACTGCC CAGTTTGACA ATACGAACTC CAGTAAGGAT 
TTCTGCAGCC AGTCATGTCT CTCTACATAT GAACTGAAAA GGAAACCTGT TGTTACTATT 
CATACTAACA GCATTTCAAC CAAGTGCAGC ATGTGCCAGA AGAATGCAGT GATTAGACAC 
GAAGTGAATT ACCAGAACGT TGTACACAAG CTCTGTAGCG ATGCCTGCTT CTCCAAGTTC 
CGCTCAGCTA ACAACTTGAC CATGAACTGC TGTGAGAATT GTGGAGGATA CTGCTACAGT 
GGCTCTGGCC AATGTCACAT GCTTCAAATA GAGGGACAGT CAAAAAAGTT CTGCAGTTCA 
ACATGTGTGA CAGCATACAA GCAGAAGTCA GCTAAAATTA CACCTTGCAC ACTGTGTAAA 
TCTTTGAGAT CTTCAGCCGA GATGATAGAG AGCACAAATA ACTTGGGAAA AACTGAACTG 
TTTTGCTCTG TTAACTGCTT GTCAGCATAT AGAGTGAAAA TGGTTACTTC TGCAGGTGTT 
CAAGTTCAGT GCAACAGCTG TAAAACTTCA GCAAACCCTC AGTATCACTT GGCTATGTCA 
GATGGGAGCA TACGCAATTT TTGCAGCTAC AGTTGTGTAG TAGCTTTTCA GAATTTGTTC 
AACAAGCCTG CAGGAATGAA CTCCTCAGTG GTACCTCTGT CACAAGGTCA AGTCATTGTA 
AGCATTCCCT CGGGGGCAAC GGTATCGGCA GGTGGCACCA CCTCGACTGT GTCCCCCAGC 
TCCATGAGCA GTTCAGCTGC AGCTGGTCTA CAGAGGCTGG CTGCCCAGTC CCAGCAAGTC 
ACTTTTGCCC GCCCTGTTGT AAAACTCAGG TGTCAGCACT GTAACAGATT GTTTGCAACC 
AAACCAGAAC TGCTTGACTA CAAGGGTAAA ATGTTCCAGT TTTGTGGGAA GACCTGCTGT 
GATGAATATA AGAAGAGGAG CAGTGTAATG GCAATGTGTG AATACTGCAA AATTGAGAAA 
ATTATCAAGG AGACAGTGCG ATTCTCAGGC ATAGATAAGC CATTCTGTAG TGAAGGTTGT 
AAACTGCTCT ATAAACATGA CTTGGCTAAG CGCTGGGGAA ACCACTGTAA AATGTGCAGT 
TACTGTTTAC AGGCTTCCCC CAAACTGGTC CAGAATCACT TCGGGGGCAA AATGGAGGAA 
TTTTGCTCAG AGGAGTGCAT GTCTAAATTC ACAGTTTTGT TTTACCAGAT GGCAAAGTGT 
GATGGTTGTA AGAGACAAGG TAAACTCAGT GAGTCCATGA AATGGCAAGG GGAGATCAAG 
CATTTTTGCA ATCTGCTTTG TATTCTGTTG TTCTGTAATC AGCAAAGTGT TTCTGACCCT 
CCACCTCCAA ACAACACAGC AAACCTTTCT ATGGCACCAG CTTCCTCATC AGGCCCTCCT 
TCTTTGAGAA AAGACTCAAC CCCTGTCATA GCAAATGTGG TGTCCCTTGC AAGCACCCCA 
GCTGCCCAGC CTACGGTTAA CTCCAACAAT GTTTTACAGG GTGCAGTCCC TACTGTGACA 
GCAAAAATAA TAGGAGATGC TAGTACTCAG ACAGATGCCC TAAAGCTACC ACCATCACAG 
CCACCTAGGC TTCTAAAAAA CAAAGCATTA TTGTGCAAGC CAATCACACA GACTAAGGCC 
ACTTCATGCA AACCTCACAC GCAAAACAAA GAATGCCAGA CAGAAGAAGA AGAAGAAGTT 
CAACCCCAAA TCATTGTGGT ACCTGTTCCT GTACCAGTGT TTGTGCCAGT GCCCCTTCAC 
CTCTACACTC AGTACACACC AGTTCCACTT GGGATGCCAG TACCTGTACC AGTTCCCATG 
CTCTTCCCAA CTACCCTGGA TAATGCTGAT AAGATCATTG AAACTATTCA GGATATCAAG 
GAAAAGATTC CCACAAATCC ATTTGAAGCT GATCTCCTTC AGATGGCAGA AATGATTGCA 
GAAGATGAGG AGAAAGAAAA AACACACTCT CATGGTGGAT CTCAAACATC TGAGCATGAG 
CTCTTCCTGG ACCCCAAGAT ATTTGAGAAA GATCAAGGTA GCACTTATAG TGGAGATCTA 
GAATCTGAAG CAGTGTCCAC TCCACACAGC TGGGAGGATG AGTTAAATCA CTATGCCTTA 
CGATCAAATG CCCTGCCAGA ACCAGATCCA GAACTGAAGC AGTTCTCCAA AGGTGATGTG 
GAACAGGACC TGGAGGCAGA TTTTCCATCA GACTCATTTG ACCCTCTCAG TAAAGGACTG 
GGTTTGCATT CACGTTCACG AGCAAGACGG AGACATAGAG ATGGCTTCCC ACAGCCAAAA 
AGACGGGGAC GGAAGAAGTC TGTAGTTTCT GTAGAGCCCC GGAATCTGAT GCAGGGCTCC 
TACCCAGGAT GCTCTGTTTC TGGGATGACC CTAAAGTATA TGTATGGGGT AAACGCCTGG 
AAAAACTGGG TCCAATGGAA AAACGCACAG GAGGAACAAG GGGACCTGAA GTTTTCAGTT 
CGTCCTGTGA AACTCAAGGA GGACATTCTC TCATGCACTT TTGCTGAGCT GAGTTTTGGC 
TTGTGCCAGT TTATTCAAGA GGTGCGGAGA CCAAATGGAG AAAAATATGA TCCTGACAGC 
ATCTTATACT TGTGCCTTGG AATTCAGCAG TACCTGTTTG AGAATGGTAG AATAGATAAC 
ATTTTTACCG AGCCCTATTC CAGGTTTATG ATTGAACTTA CAAAACTTTT GAAAATCTGG 
GAACCTACAA TTCTTCCAAA TGGTTATATG TTCTCAAGAA TTGAAGAGGA ACACTTGTGG 
GAATGTAAAC AGCTGGGTGC ATATTCCCCT ATCGTTTTAT TGAACACACT TCTATTCTTC 
AACACCAAAT ACTTCCAACT AAAGAATGTC AGTGAGCACC TGAAACTATC CTTTGCCCAT 
GTTATGAGAC GCACCCGAAC TCTGAAGTAT AATACTAAGA TGACATATTT ACGTTTTTTC 
CCACCCTTTC AAAAACAAGA GGTAGAATCA GATAAATTAT CTGTAGGCAA AAGGAAACGC 
AGTGAAGATG AGGAGATTCC AACAGCAGTG GAAATGGCTG AAAATACAGA TAATCCCCTG 
CGATGTCCAG TCCGACTTTA TGAATTTTAC TTATCAAAAT GTTCTGAAAG CGTGAAGCAG 
AGAAGTGATG TATTTTACCT TCAACCTGAG CGCTCCTGTG TACCCAATAG CCCCATGTGG 
TATTCCACAT TGCCAATAGA CCCAGGAACC TTGGACATCA TGTTAACACG TATTCTTATG 
GTGAGGGAGG TACATGAAGA ACTTGCCAAA GTCAAATCAG AGGACTCTGA TATTGAGTTA 
TCAGACTAA