LOC103847337 cDNA ORF clone, Brassica rapa(field mustard)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC103847337
Entrez Gene ID	103847337
Full Name	kinesin-related protein 4
Gene Type	protein-coding
Organism	Brassica rapa(field mustard)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009124397.2	XP_009122645.1	kinesin-related protein 4

Pathways from BioSystems
Gene Ontology

The following LOC103847337 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC103847337 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
OBr133154	XM_009124397.2 Latest version!	Brassica rapa kinesin-related protein 4 (LOC103847337), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

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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)

LOC103847337 ( XM_009124397.2 ) cDNA ORF clone, Brassica rapa(field mustard) -> XP_009122645.1 Brassica rapa kinesin-related protein 4 (LOC103847337), mRNA.

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CloneID	OBr133154
Clone ID Related Accession (Same CDS sequence)	XM_009124397.2
Accession Version	XM_009124397.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4428bp) 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	2016-10-12
Organism	Brassica rapa(field mustard)
Product	kinesin-related protein 4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_024804.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Oct 13, 2016 this sequence version replaced XM_009124397.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Brassica rapa Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCGAACC CGATGCTGTC GGAGAAATGG GAGAGCTCAA GTAAAACCAC CAGAAGAGAG 
CTCAAAAGGA GAGAGAGGAA GATGTGGAAG AAACCCATCA GGATTTCTAA ATTGCCCAGT 
TTCACTTCCG ATCAGGTTCC GGTCATCTTC TCCGGCTACA CCGCCGAGTC TGAAGACTCC 
TCTTCCTCCG ACATGTCTGA CGATTCTATC TCTTACTCCA CTAAATCATC TGAGGTTGTT 
GACCAGGTTG AGGAAAGTTC AAAATCTGTG AGGAGGATGA AGAGTGTTAA GGTTCTTAGG 
AGACAGTCAA CGAGGAAAGG AGGAGGACTG ATGAAGATGA GATCTATGAA GCGTGTGACT 
TCACATTCGA GACATACCCT GATGAAGAAG AAGAATCTTG ATTTGATTTC AAGGGAGGAG 
TTAGGAGGGC TGTTAGAGCC TCATTACTTG AGACCAACGA GCTCCTCAGC TTCAAAGAAC 
GTGGAGAACG TTCAGAAGAA TCTCCAAGCG GCTAGGTTGA AGAGGATGAC GAGTTTGAGA 
TACAAAGGGC TGCTCAAAGC TACTTGCTCT TCGGCTATGA AAGGTTCTCC TTCTTCTAAG 
AAGAGTGATG ATGTGTGCAA TTATAGGTAT TGTTCTCTGC ACGGTCGGCC TCATAGCCAC 
GGTGGGGATG ATGAGAGCGG TGTTGTTCAT GTTCCGTCTT TGAAGCGGTT TGTGTCGATG 
AGGAGGAAGT TTGTGAAGAG GCAGAAGAGC GTGAACCGGC GTTTGGTGCT TTTGAAGCGG 
AGTTTGAGTA GGAAGAGAGG GTCTGCTGAT CAAGAATCAG AGCAGGTGGC TGATGGTGAT 
GATAATGCAG ATGGAGAGAC CGGTCAAGAG GTTATTGAAG AAGAGGTTTC TAGCTGGGAG 
AACTGTGGAA GTGATTCAGA ATCGAACAGA AGATCTACTG AGACGGTGAT GGTAGATGTT 
GATGATAATG GGGATGGAGG AATGGATTCA GTGGAGACTC TTGCATCAGC TGGAAGAGAA 
TGTGTTATTC AGGAAACTAT ACCGGAAGTT ATGGATGATT CAGATGGTAG AGTTGACAAA 
GATATGAAGG TGAAGAGTGA AGAAACTGTG GGAGATAATG AGGAAGTTTG CAGGGATGGT 
TCTTCTGGTG AACTGAGAGA AGAAGATGGA AAGAAAACTG GAAATATATG GAATGGTGAA 
GAATCTAAAC CGGAGATAAT GGATGATTCA GATGGAAGAA GTGACAAATA TTCTAAGGAA 
TCTAACATGA CAGGTCTTGA TTATTATAAT GGAGAGATTG AGGGAACTAA AAGTGTGGAA 
GATGATGATG ATGAAGATGA AAAGAATACA GAAGATGTAT GGAACGATAC CGTTACTCTT 
GTTAAGCAAG CGTTTGATGA GATACTTGCT GAAATCACCG ATGATGATGA CTCGTCTGAT 
GATGCTTTAG AGGGTGAATT GGCGAATGAA TATGATGATG TTGCAGATGA TTCAAGTGCT 
ATTGAAGGGA GGGACACACA TTTGACTGTA ATTGTTTCTA CTTCTCATAT GGAAGAAGGA 
TCTGATCATA ATAAGAGAGG TGCCAAGAAG TGGAGTTTCT TGAAAAGAGT AATCCTTCTC 
AAGAGGTTTC TCAAGTTGCT GGATCGAAAA GAGAGGCGCA AGCGTACTGA TGCTGAAGAG 
AATGAAACAA TCATGAGGTT GAGAAGAGAG TTGGTTGGAG AGAGGAAGAA TGCAGAGGAA 
TGGATGCTTG ATCATGCTCT TAGGCAAGTC ATTAAGACTC TTGCTCCACC TCAGAGAAGG 
AAAGTGAAAC ATCTTGTCAA AGCTTTTGAA TCTTTGATTC CTATGAATGG TAGCTCTAGA 
GGTCATGGTG GTCTTGGAAG CTCTGGAAGA GAAGAGAAGG AAACAGTGAA CTCGCATACG 
ATCTTGAGAG ACACTGATGA CACTACTGAA CTACCAGAAG TTTTATCAGG AAAGGATCTT 
GAAGAAACAA ACTTAACTAG AGAAGTAAAG GATCTTGAAG AAAAAAAGTT AACTAGAGAA 
GTTTCATCAT CTCTTTCTCT TGGTATGAAA TCTGATGAAG ATGTGGAAAC AATAGAAGAT 
TCAAGTTCAA GTCATCAACC TGCTGTGGAG GAAGTATTAG ATGAGTTGGC TTCAGGTTCA 
TCTATAGAAG AAAAAGAAGA GAAGACAGGA GATTCAACTA TAGAAGAAAA AGAAGAGAAG 
ACAGGAGATT CTGAGAAGAA AACTCTTTCT ACATGGAGGA ACCTTATACA GAAGCACATG 
GTTTCAGGAG ACAATGAAGA GAGAAAGCTT GATGAAGCTG AGAAAGAAGA TTACAGGTGG 
TCCTATGGAA GTAATCAGGT GACAGGTACT GAAGATCATG GTGATGCTGC TGCTGCAACT 
ATTAAATCGT TTCAGCAAGC ATTTGAAATG ATCCTCTCTG AGATCCCTGA CGATGAAGAG 
ATTGTTTCGG AATCATCTAA GGAGAAAGAA GAAGATCATG GAGAGACTAA AAGAAGAAGC 
TGGAACAGCG TGAGAAAGGT GATACTCTTG AAAAGATTTG TGAAAAGCTT GGAGAAAGTA 
CATGTTTTCA ATCCGAGGAA GCTGCGGAAT CTACCTGTTG TTGATTCTAA ACTGGAGGAG 
GCAGAGAAAG TATTACTAAG AAGACATCGG TCAATAATTG AGGAGGGAAT AAGAACAGAT 
GGAGAGGAAT GGATGCTGGA TTACGCTATG AGACAAGCGT TATCAAGATT GGCTCCTGTA 
GAGAGAAAGA AAGTAGAACT CCTTGTGCAG GCCTTTGATA CAGTTCTTGA TGGCCATGAC 
ACTCTTAAAC AAACCAAGAG CACTAACAAT GATGCAACTA TCAAAGAAGG AACACAGACA 
GTAGAAGATG AGCAGAGGAT CAAAAATGTC TTTTCAAGTT TTCAGGTACA TCAAAAGGAC 
TTGAAACAAG AAGAGGAGGT TGATGATACT CCCAAGAACA ACGTTGAAGC TGACACAGAA 
GGAACACTGA GAGCAGAGAA AGACGAGCAG AAGATTGCAA ATGTCTTCTC AAAGTTTCAG 
GTGCATCAAA AGGACTTGAA AGGAGAAGAG GAAGTTGATT CTACTCCAAG GAGATCCAGC 
AGTTTGCTTC CTCCTATAGG AAACGTTAAA CAGCGAATCG TCGTTGAGAA AGAGAAAGAT 
TCAAGAATGT GGAAGCTCAT CTACAAACAC ATGGTAACAG AGAAAGAAGA AGAAACTAGT 
TCAGTTGATG GTGAATGTGA TGACGAAACT GCTAATCTTC AGATTGATGC TAGAAGAAGC 
GGAACAGTTA CACTTGTTAG AGAAGCACTT GAGAAGATTC TCTCTGAGAT TCCAGACAAC 
TCCTCTGATG ATCAATCTAT AGACAGTGCT ACTGATCAAG AACTAATGGA AAGAAACTCT 
CAAGTAAGTG AAGAGTCTTC TACCAACTCA AAACCAAAGA AAGGATGGAA CAATGTGAAG 
AAAGTCATTC TACTAAAGAG ATTCGTCAGC GATTTAGGAA GACTCAGCCC CAAGACGCCT 
CGGTTCTTGC CTTGGGAGCC TGATCCTGAA ACAGAAAAGA TCCGTTTGAG GCATCAGGAA 
GTTGGAGGGA AGAGAAACTC AGAGGAGTGG ATGCTTGATT ATGCTCTGAG ACAAGCCATA 
TCGACGTTAC CACCGTCTCA GAGAAGAAAA GTCTCTCTTC TCGCACAAGC TTTCGATACT 
ATAAGCTTTT CTTCGACTCC AGGCTCGGCA GCAACGTCAA GGAACATCTC TCGTCAGTCC 
AGCCTTTCTT CTATGACGGT CCATAATGAA AACGAAGGTA ACGCTGAGAT CTTAAGAGGT 
AAACTGAGAA AACTACAAGA GGATCTCAAA GAGACTACCA AAGTCGATGG TGATTTGGAT 
GAGAAACAAG AGTGTTCGAG CTTGTGGAGG TTGTTATGCA AACAGATGGA AGACAACGAG 
AGAAACCAAA CATTGCCAAA AGAAGAACAA GAATCAGAGG AAGACACAAG TGTGGATGGT 
GAGAAGATGG AAGTTTACAA AACCGAAGCA GTGGAGCTGT TAGGAGAAGT CATAGACGGA 
ATCTCTCTTG AAGAGAGTCA AAAGAGTGGA ACTTCACAGG CCTCACAAGT GAAGATTAAC 
AGATGGAGCA GCGTCAAAAA GGCGATGCAG CTGAGGAAAT TCGTCAAAGC GTTAGAGAAT 
GTGAGGAAGT TCAACCCAAG GGAGCCTCGG TTCTTACCGT TGGAGCCTGG AGTTGAAGCG 
GAAAGAGTGA ACCTTAGGCA TCAAGAAACT CGAAACAAGA GAAACGGGGA CGAGTGGATG 
GTCGATAACT CGCTTCAAGA AGTTGTTTCC AAGCTAACAC CAGCTCGGAG AGATAAAGTT 
AAGTTGTTGG TTCAAGCTTT TGAGTCACTT TCGGCTACAG GGAACTGA

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

RefSeq	XP_009122645.1
CDS	263..4690
Translation	MSNPMLSEKWESSSKTTRRELKRRERKMWKKPIRISKLPSFTSDQVPVIFSGYTAESEDSSSSDMSDDSISYSTKSSEVVDQVEESSKSVRRMKSVKVLRRQSTRKGGGLMKMRSMKRVTSHSRHTLMKKKNLDLISREELGGLLEPHYLRPTSSSASKNVENVQKNLQAARLKRMTSLRYKGLLKATCSSAMKGSPSSKKSDDVCNYRYCSLHGRPHSHGGDDESGVVHVPSLKRFVSMRRKFVKRQKSVNRRLVLLKRSLSRKRGSADQESEQVADGDDNADGETGQEVIEEEVSSWENCGSDSESNRRSTETVMVDVDDNGDGGMDSVETLASAGRECVIQETIPEVMDDSDGRVDKDMKVKSEETVGDNEEVCRDGSSGELREEDGKKTGNIWNGEESKPEIMDDSDGRSDKYSKESNMTGLDYYNGEIEGTKSVEDDDDEDEKNTEDVWNDTVTLVKQAFDEILAEITDDDDSSDDALEGELANEYDDVADDSSAIEGRDTHLTVIVSTSHMEEGSDHNKRGAKKWSFLKRVILLKRFLKLLDRKERRKRTDAEENETIMRLRRELVGERKNAEEWMLDHALRQVIKTLAPPQRRKVKHLVKAFESLIPMNGSSRGHGGLGSSGREEKETVNSHTILRDTDDTTELPEVLSGKDLEETNLTREVKDLEEKKLTREVSSSLSLGMKSDEDVETIEDSSSSHQPAVEEVLDELASGSSIEEKEEKTGDSTIEEKEEKTGDSEKKTLSTWRNLIQKHMVSGDNEERKLDEAEKEDYRWSYGSNQVTGTEDHGDAAAATIKSFQQAFEMILSEIPDDEEIVSESSKEKEEDHGETKRRSWNSVRKVILLKRFVKSLEKVHVFNPRKLRNLPVVDSKLEEAEKVLLRRHRSIIEEGIRTDGEEWMLDYAMRQALSRLAPVERKKVELLVQAFDTVLDGHDTLKQTKSTNNDATIKEGTQTVEDEQRIKNVFSSFQVHQKDLKQEEEVDDTPKNNVEADTEGTLRAEKDEQKIANVFSKFQVHQKDLKGEEEVDSTPRRSSSLLPPIGNVKQRIVVEKEKDSRMWKLIYKHMVTEKEEETSSVDGECDDETANLQIDARRSGTVTLVREALEKILSEIPDNSSDDQSIDSATDQELMERNSQVSEESSTNSKPKKGWNNVKKVILLKRFVSDLGRLSPKTPRFLPWEPDPETEKIRLRHQEVGGKRNSEEWMLDYALRQAISTLPPSQRRKVSLLAQAFDTISFSSTPGSAATSRNISRQSSLSSMTVHNENEGNAEILRGKLRKLQEDLKETTKVDGDLDEKQECSSLWRLLCKQMEDNERNQTLPKEEQESEEDTSVDGEKMEVYKTEAVELLGEVIDGISLEESQKSGTSQASQVKINRWSSVKKAMQLRKFVKALENVRKFNPREPRFLPLEPGVEAERVNLRHQETRNKRNGDEWMVDNSLQEVVSKLTPARRDKVKLLVQAFESLSATGN

Target ORF information:

RefSeq Version	XM_009124397.2
Organism	Brassica rapa(field mustard)
Definition	Brassica rapa kinesin-related protein 4 (LOC103847337), mRNA.

Target ORF information:

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

XM_009124397.2

ORF Insert Sequence:

ATGTCGAACC CGATGCTGTC GGAGAAATGG GAGAGCTCAA GTAAAACCAC CAGAAGAGAG 
CTCAAAAGGA GAGAGAGGAA GATGTGGAAG AAACCCATCA GGATTTCTAA ATTGCCCAGT 
TTCACTTCCG ATCAGGTTCC GGTCATCTTC TCCGGCTACA CCGCCGAGTC TGAAGACTCC 
TCTTCCTCCG ACATGTCTGA CGATTCTATC TCTTACTCCA CTAAATCATC TGAGGTTGTT 
GACCAGGTTG AGGAAAGTTC AAAATCTGTG AGGAGGATGA AGAGTGTTAA GGTTCTTAGG 
AGACAGTCAA CGAGGAAAGG AGGAGGACTG ATGAAGATGA GATCTATGAA GCGTGTGACT 
TCACATTCGA GACATACCCT GATGAAGAAG AAGAATCTTG ATTTGATTTC AAGGGAGGAG 
TTAGGAGGGC TGTTAGAGCC TCATTACTTG AGACCAACGA GCTCCTCAGC TTCAAAGAAC 
GTGGAGAACG TTCAGAAGAA TCTCCAAGCG GCTAGGTTGA AGAGGATGAC GAGTTTGAGA 
TACAAAGGGC TGCTCAAAGC TACTTGCTCT TCGGCTATGA AAGGTTCTCC TTCTTCTAAG 
AAGAGTGATG ATGTGTGCAA TTATAGGTAT TGTTCTCTGC ACGGTCGGCC TCATAGCCAC 
GGTGGGGATG ATGAGAGCGG TGTTGTTCAT GTTCCGTCTT TGAAGCGGTT TGTGTCGATG 
AGGAGGAAGT TTGTGAAGAG GCAGAAGAGC GTGAACCGGC GTTTGGTGCT TTTGAAGCGG 
AGTTTGAGTA GGAAGAGAGG GTCTGCTGAT CAAGAATCAG AGCAGGTGGC TGATGGTGAT 
GATAATGCAG ATGGAGAGAC CGGTCAAGAG GTTATTGAAG AAGAGGTTTC TAGCTGGGAG 
AACTGTGGAA GTGATTCAGA ATCGAACAGA AGATCTACTG AGACGGTGAT GGTAGATGTT 
GATGATAATG GGGATGGAGG AATGGATTCA GTGGAGACTC TTGCATCAGC TGGAAGAGAA 
TGTGTTATTC AGGAAACTAT ACCGGAAGTT ATGGATGATT CAGATGGTAG AGTTGACAAA 
GATATGAAGG TGAAGAGTGA AGAAACTGTG GGAGATAATG AGGAAGTTTG CAGGGATGGT 
TCTTCTGGTG AACTGAGAGA AGAAGATGGA AAGAAAACTG GAAATATATG GAATGGTGAA 
GAATCTAAAC CGGAGATAAT GGATGATTCA GATGGAAGAA GTGACAAATA TTCTAAGGAA 
TCTAACATGA CAGGTCTTGA TTATTATAAT GGAGAGATTG AGGGAACTAA AAGTGTGGAA 
GATGATGATG ATGAAGATGA AAAGAATACA GAAGATGTAT GGAACGATAC CGTTACTCTT 
GTTAAGCAAG CGTTTGATGA GATACTTGCT GAAATCACCG ATGATGATGA CTCGTCTGAT 
GATGCTTTAG AGGGTGAATT GGCGAATGAA TATGATGATG TTGCAGATGA TTCAAGTGCT 
ATTGAAGGGA GGGACACACA TTTGACTGTA ATTGTTTCTA CTTCTCATAT GGAAGAAGGA 
TCTGATCATA ATAAGAGAGG TGCCAAGAAG TGGAGTTTCT TGAAAAGAGT AATCCTTCTC 
AAGAGGTTTC TCAAGTTGCT GGATCGAAAA GAGAGGCGCA AGCGTACTGA TGCTGAAGAG 
AATGAAACAA TCATGAGGTT GAGAAGAGAG TTGGTTGGAG AGAGGAAGAA TGCAGAGGAA 
TGGATGCTTG ATCATGCTCT TAGGCAAGTC ATTAAGACTC TTGCTCCACC TCAGAGAAGG 
AAAGTGAAAC ATCTTGTCAA AGCTTTTGAA TCTTTGATTC CTATGAATGG TAGCTCTAGA 
GGTCATGGTG GTCTTGGAAG CTCTGGAAGA GAAGAGAAGG AAACAGTGAA CTCGCATACG 
ATCTTGAGAG ACACTGATGA CACTACTGAA CTACCAGAAG TTTTATCAGG AAAGGATCTT 
GAAGAAACAA ACTTAACTAG AGAAGTAAAG GATCTTGAAG AAAAAAAGTT AACTAGAGAA 
GTTTCATCAT CTCTTTCTCT TGGTATGAAA TCTGATGAAG ATGTGGAAAC AATAGAAGAT 
TCAAGTTCAA GTCATCAACC TGCTGTGGAG GAAGTATTAG ATGAGTTGGC TTCAGGTTCA 
TCTATAGAAG AAAAAGAAGA GAAGACAGGA GATTCAACTA TAGAAGAAAA AGAAGAGAAG 
ACAGGAGATT CTGAGAAGAA AACTCTTTCT ACATGGAGGA ACCTTATACA GAAGCACATG 
GTTTCAGGAG ACAATGAAGA GAGAAAGCTT GATGAAGCTG AGAAAGAAGA TTACAGGTGG 
TCCTATGGAA GTAATCAGGT GACAGGTACT GAAGATCATG GTGATGCTGC TGCTGCAACT 
ATTAAATCGT TTCAGCAAGC ATTTGAAATG ATCCTCTCTG AGATCCCTGA CGATGAAGAG 
ATTGTTTCGG AATCATCTAA GGAGAAAGAA GAAGATCATG GAGAGACTAA AAGAAGAAGC 
TGGAACAGCG TGAGAAAGGT GATACTCTTG AAAAGATTTG TGAAAAGCTT GGAGAAAGTA 
CATGTTTTCA ATCCGAGGAA GCTGCGGAAT CTACCTGTTG TTGATTCTAA ACTGGAGGAG 
GCAGAGAAAG TATTACTAAG AAGACATCGG TCAATAATTG AGGAGGGAAT AAGAACAGAT 
GGAGAGGAAT GGATGCTGGA TTACGCTATG AGACAAGCGT TATCAAGATT GGCTCCTGTA 
GAGAGAAAGA AAGTAGAACT CCTTGTGCAG GCCTTTGATA CAGTTCTTGA TGGCCATGAC 
ACTCTTAAAC AAACCAAGAG CACTAACAAT GATGCAACTA TCAAAGAAGG AACACAGACA 
GTAGAAGATG AGCAGAGGAT CAAAAATGTC TTTTCAAGTT TTCAGGTACA TCAAAAGGAC 
TTGAAACAAG AAGAGGAGGT TGATGATACT CCCAAGAACA ACGTTGAAGC TGACACAGAA 
GGAACACTGA GAGCAGAGAA AGACGAGCAG AAGATTGCAA ATGTCTTCTC AAAGTTTCAG 
GTGCATCAAA AGGACTTGAA AGGAGAAGAG GAAGTTGATT CTACTCCAAG GAGATCCAGC 
AGTTTGCTTC CTCCTATAGG AAACGTTAAA CAGCGAATCG TCGTTGAGAA AGAGAAAGAT 
TCAAGAATGT GGAAGCTCAT CTACAAACAC ATGGTAACAG AGAAAGAAGA AGAAACTAGT 
TCAGTTGATG GTGAATGTGA TGACGAAACT GCTAATCTTC AGATTGATGC TAGAAGAAGC 
GGAACAGTTA CACTTGTTAG AGAAGCACTT GAGAAGATTC TCTCTGAGAT TCCAGACAAC 
TCCTCTGATG ATCAATCTAT AGACAGTGCT ACTGATCAAG AACTAATGGA AAGAAACTCT 
CAAGTAAGTG AAGAGTCTTC TACCAACTCA AAACCAAAGA AAGGATGGAA CAATGTGAAG 
AAAGTCATTC TACTAAAGAG ATTCGTCAGC GATTTAGGAA GACTCAGCCC CAAGACGCCT 
CGGTTCTTGC CTTGGGAGCC TGATCCTGAA ACAGAAAAGA TCCGTTTGAG GCATCAGGAA 
GTTGGAGGGA AGAGAAACTC AGAGGAGTGG ATGCTTGATT ATGCTCTGAG ACAAGCCATA 
TCGACGTTAC CACCGTCTCA GAGAAGAAAA GTCTCTCTTC TCGCACAAGC TTTCGATACT 
ATAAGCTTTT CTTCGACTCC AGGCTCGGCA GCAACGTCAA GGAACATCTC TCGTCAGTCC 
AGCCTTTCTT CTATGACGGT CCATAATGAA AACGAAGGTA ACGCTGAGAT CTTAAGAGGT 
AAACTGAGAA AACTACAAGA GGATCTCAAA GAGACTACCA AAGTCGATGG TGATTTGGAT 
GAGAAACAAG AGTGTTCGAG CTTGTGGAGG TTGTTATGCA AACAGATGGA AGACAACGAG 
AGAAACCAAA CATTGCCAAA AGAAGAACAA GAATCAGAGG AAGACACAAG TGTGGATGGT 
GAGAAGATGG AAGTTTACAA AACCGAAGCA GTGGAGCTGT TAGGAGAAGT CATAGACGGA 
ATCTCTCTTG AAGAGAGTCA AAAGAGTGGA ACTTCACAGG CCTCACAAGT GAAGATTAAC 
AGATGGAGCA GCGTCAAAAA GGCGATGCAG CTGAGGAAAT TCGTCAAAGC GTTAGAGAAT 
GTGAGGAAGT TCAACCCAAG GGAGCCTCGG TTCTTACCGT TGGAGCCTGG AGTTGAAGCG 
GAAAGAGTGA ACCTTAGGCA TCAAGAAACT CGAAACAAGA GAAACGGGGA CGAGTGGATG 
GTCGATAACT CGCTTCAAGA AGTTGTTTCC AAGCTAACAC CAGCTCGGAG AGATAAAGTT 
AAGTTGTTGG TTCAAGCTTT TGAGTCACTT TCGGCTACAG GGAACTGA