dock10 cDNA ORF clone, Sinocyclocheilus rhinocerous

Gene
Clones
gRNAs

Summary

Gene Symbol	dock10
Entrez Gene ID	107749056
Full Name	dedicator of cytokinesis 10
Gene Type	protein-coding
Organism	Sinocyclocheilus rhinocerous

mRNA and Protein(s)

mRNA	Protein	Name
XM_016564106.1	XP_016419592.1	dedicator of cytokinesis protein 10

Pathways from BioSystems
Gene Ontology

The following dock10 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the dock10 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
OSi127478	XM_016564106.1 Latest version!	Sinocyclocheilus rhinocerous dedicator of cytokinesis 10 (dock10), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

dock10 ( XM_016564106.1 ) cDNA ORF clone, Sinocyclocheilus rhinocerous -> XP_016419592.1 Sinocyclocheilus rhinocerous dedicator of cytokinesis 10 (dock10), mRNA.

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CloneID	OSi127478
Clone ID Related Accession (Same CDS sequence)	XM_016564106.1
Accession Version	XM_016564106.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4980bp) 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	2016-05-02
Organism	Sinocyclocheilus rhinocerous
Product	dedicator of cytokinesis protein 10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015637563.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sinocyclocheilus rhinocerous Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 3% of CDS bases ##RefSeq-Attributes-END##

ATGTCAGGCA CTGATGTTGG ATCGTCTCCA TTCCAGCACA TCTCAAAGGG TTTTGATGTG 
GTTAAGATCA GGGCTCTGTG TGGCCATTAT GTAGTAAGTG GAGACTTGCT CATTGATTTT 
GTTCTCTCAA ATACATTGAA CTCCAATTTC TCTGCTTGTT CCATCCAGAC TGTCCAAAAG 
ATGTTGAAAT CCAATAAACA ATTCTGTAGC AAACTTGGAA AGTACCGCAT GCCTTTTGCC 
TGGTCTGTAA GGTCAGTATT TAAGGACAAC CAGGGCACAG TGGACAGGGA AAGTCGCTTC 
TCTCCGCTCT TCAAACAGGA GAGCAACAAG ATTTCCACAG AAGACCTCAT GAAGCTCATC 
ACAGAGTACA GGAGGGCAGA GAAGGCCAGC AAACTCCAGA TCATCCCGGG AAACCTTGAA 
ATAAACGTGG ACTGTGTTCC CATGGAATGT CCCAACTGTG TGACGTCCTC GTATGTGGCT 
CTCAGGCCGT TCGAGGACTG CGGTCTTCAC GCTCCGACGG TGGAGGTGGA TGAGTTCCTG 
CAGGACTCTT CTAAGTTTGC CCAGCCTTAC AGAGTCTACA AGAATCACAT CTACATCTAC 
CCCAAACACC TCAAGTATGA CAGCCAGAAG AGCTTCGCAA AGGCTCGAAA CATCGCCGTT 
TACGTGGAGT TCAGAAGCTC TGATGAAGAA CATGCCAAGC CACTTAAGTG CATCTACGGA 
AAGCCAGGAG GTCCAGTTTT TACCACGACT GCCTGTTCCA CAGTTCTGCA TCACTCACAG 
AACCCAGACT TTTGTGATGA GGTGAAGATT GAGCTGCCCA CACATCTTCA TGAGAAACAC 
CATTTACTCT TCTCCTTCTA TCATGTGACC TGTGACATCA ATGCCAAGAC CAGCTCTAAG 
AAGAAAGAGG CTCTTGAGAC TCCAGTGGGC TATGCATGGC TGCCTCTTCT GAAGGATGGA 
CGTGTTTCCT CTCAGGATTT CAGTATTCCA GTCTCGTGCA CTTTGCCTGG TGGATATCTA 
CACATTAAAG AGCCCTCATC CACCAAAAAT GGCTCGGATG TGAAGTGGGT CGATGGGGGG 
AAGCCGATCT TCAAAGTGTC CACTTTGGTG CTTTCTACAG TTTATACTCA GGACCCCCAT 
CTAAACCGCT TCTTCCAGCA GTGCCAAAAA CGAGAGGCAG ACCTCTCTCA AGCTCCTACC 
TCAAACTTCC TCAACTGCCT TAAAGGCCTC TTGAGTATGG AGAGGATTCA TGTCATAATT 
CGCTTCCTTC CTGTTATCTT CAACCAGCTC TTTAAAGTGC TCACTCAAAA CGACACTGAC 
GAAGTGTCCA CCAGCACCAC CAGGGTCCTG GTCCACATCT TAGCTAAGTG CCACGAGGAG 
AACCTGGGCC ACTATTTGCA CTCTTACATA AAGTTTGTCT TTAAGACTGA AGCGTGTGGC 
TTCAGAACGG TTCACGAAGA GTTGGCCAAG GGCATGACCT CTGACCTGAA GAGCAACGAC 
CAGTCGATCA TACGCAATAT CCTCAAGTTC TCGTGGTTCC TTCTCGAGAT CATAGTGCAG 
TCGATGGCGC AGCATCTGCT GGACTCAAAT AAGCTTAAGC TTCCTCGACC GCAGCGATTT 
CCTGGCACTT TCCAGAGTCG ATTGGAGACC CTGATCATGA CGATGTCCGA TCACATCTTC 
TGGAAGAATA AAGAGCTGGC AGAGGAGACA CGCAGCGCTA ATATGGCCAT AGCGGCCTTT 
GTGAAGCGGT GCTTCACATT CATGGACAGA GGTTTCACCT TCAAACTGAT CAGTAACTAC 
ATAAACATGA TCACAGCCAG TGACAATAAG ATGCTGTGTG AGCTGAAGTT TGAGTTCATA 
AGGGAAGTAT GTAACTATGA GCACTATGTC CCTCTGAGTC TTCCCATCCC ATCTGCACGA 
ATCACAGACA AGGCATCACC GGAAACCCAA AGTGCTCAGG TGGACTTTCC AGAGTATATT 
TTGACGGAAG AGTTCTGCAG GAAACATTTT CTCACAGGAT TGTTGTTGAG AGAGCTGGGG 
CTCGCTTTGC AAGACGAGCA AGACCTGAGA CACCTCGCCC TGGCCTGCCT GAAGAACCTC 
ATGGCTAAAC ATTCACTGGA CTCCCGTTAT GCCATAAAGG AGAAACAGGC ACGGATAGCC 
TCTCTGTATC TGCCACTTTA TGGTCTGATC CTTGACAACA TGCCTCGCTT TTTCCTCAGA 
GATCTGTTTC CAATCTGCCT GACGGCCAGT GACCAGGGTT CCAGAGATGA TCTCAGTGTC 
GGAGTAGGTT TAGCAGGTCA GGTGACCCAT GTTTTACGCC ATGGGAACTC GATGGATGCG 
TCCTTAACCA AGGAAGTGCT CAACTCCATT ACAGCCTTTT CTTCATTGGC CGTATCAACA 
GCTAACAATG CAGACTCCAG AGGCTCTCTC ATCAGCATCG AGTCGAACCC TAGCACCAGT 
GACCGCAATA GTGAGAAGAT GGATGGATGT GAAAAGTTTG CCAGGCCGCA GTCTCTCATT 
GGGTTTGGTG CACGCTTTGA CAAACTGGAT CAAGCGGAGA CCAGAAGTCT GCTCATATGT 
TTCCTGCACA TCATGAACAC CATTTCAGAG GAGGTGCTGG TTTCATACTG GCATCGAGCG 
ATCCACCAGG AGATCAGCGA TTTCTTCAAT ATTCTGGAAC TCTGTCTCCA ACACTTCCGG 
TTCCTTGGAA AGCGTCACAT TGCCAGGAAG CTAGCGGCCG CTGTTAAGCT GGCTCAGGCC 
ACACAGAACA ATGGCACCCT GAAGGGGTCT AACGTGTCCT GCCAGTCTTC AGGGCTCCTA 
CCCCAATGGA TGCTCTCTGC TCAGGACGGG CACAGACATG CCCGCTCACA GACCATGCCC 
ATCATCAGGG GGAAGAATGC CCTTACCAAC CCCAAACTGC TGCACATGAT GGAGACCACG 
GATGGAAATG TGTCTGAAGG AGAAAGCGTC AGCCCTACAG ATATTGAAGC CAATCTTTCT 
ACTGAAGTAG CACTGACTGT GTTAGATGTT CTGGATCTGT TTGTTCATCA TCACAAGAAA 
CGGTTGCAGC ACGATGACGG GCAAAACTCT CTGATGAAAA AAGTGTTTGA CACGTACCTG 
CTGTTCTTCC AGATCAACCA GTCCACCAGC ACCCTCAAAC ACGTCTTCAC CGCCCTGCGC 
CTCTTCATTC ACAAGTTCCC GTCCACAGTT TTCCAGGGTA CAGCGGATCT GTGTGGCAGT 
CTGTGTTATG AGATCCTGAA GTGCTGTAAC CATCGCTCCA GCTCCACTCA GACCGAAGCC 
GCCGCGCTGC TCTACTTCCT CATGAGGAGG AACTTTGAGT TTACGAAGGG CAAATGCATC 
GTCCGCTCAC ACCTGCAGGT GATTAAATCT GTCAGTCAGC TGATCGCTGA TGCAGGTATC 
GGTGGTTCAC GCTTCCAGCA GTCTCTGGCC ATCATCAACA ACTTCGCCAA TGGAGACACG 
CCACTCAAAA ACACCACGTT CCCGGCTGAG GTGAAGGACC TGACCAAGAG GATACGCACC 
GTCCTGATGG CCACCTCCCA AATGAAAGAG CATGAAAAGG ACCCGGAGAT GTTGGTGGAC 
CTGCAGTACA GTCTCGCCAA CTCCTACGCC AGCACACCTG AGCTCAGACG CACCTGGCTA 
GAGAGCATGG CCAAGATCCA CGTTAGAAAC GGAGACCTGT CTGAGGCGGC CATGTGCTAT 
ATCCACATCT CAGCACTTAT AGCAGAGTCT CTGAGGAGGA GAGGTTACTG GAAGTCTGAG 
AAGGGTCGGA TCTCAAGTGT GAGCAAAGAG GGAGCCTGTG TAATTAACTC TAGCCCCTTA 
CTAACTCCCC ACGATGGAGA AACTTCATTC AGTATGGGCT GGGCCGCCTT CATGAACATC 
TCTCCTAATG TGAAAGAAGA GGGAGCGATG AAGGAGGACG CCGGCACTCA GGACACTCCG 
TACACGGAGG ACACACTGGT GGAGCAGCTG GAGATGTGTG TGGATTCCCT CTGGAAGTCT 
GAGAGATACG AGCTCATCGC AGAGATCAAC AAACCTGTTA TAGCCGTCTT CGAGAAGAGA 
CGAGATTTCA AGCGGTTATC AGAGCTGTAC TACGACATTC ACCGCTCGTA CCTGAAGGTG 
ACAGAGGTGG TGCACTCTGA GAAACGCCTG TTTGGACGCT ACTATCGTGT GGCTTTCTAT 
GGACAGGCAG TGGGCTTCTT TGAGGAAGAG GAGAGTAAGG AGTTTATCTA TAAAGAGCCG 
AAGCTCACAG GACTGTCAGA GATTTCTCAA AGACTCCTCA AACTCTACTC AGACAAGTTT 
GGAGCTGACA ACGTCAAGAT GATCCAAGAC TCCAACAAGG TGAATCCTAA AGACCTGGAC 
CCCAGATTTG CTTACATCCA GGTGACCTAC GTAGTGCCTT ATTTTAATGA GAAGGAACAA 
ATAAATATTG GATGTCACAG ACCCATTAAC TCCCATCTCT GCTGCCTGTG TTGTTCTGCA 
GCGAGCTCCG GTTTTCCCTT CTTGAAGAAG CGTGTCGAGG TGGTGGAGCA GCAGAGCACA 
GAGATGAACC CCATCGAGGT GGCGATCGAC GAGATGAGCT GCAAAGTGTC TGAGCTCAAT 
CAGCTGTGCG GCATGGAGGA GGTGGACATG ATCCGGCTGC AGCTCAAACT ACAGGGCAGC 
GTCAGCGTGA AGGTAAATGC TGGGCCCATG GCCTACGCCC GAGCCTTCCT CGAGGAGAAG 
AACGCCAAGA AATACCCAGA CAACCAAGTC AAACTCCTGA AAGAGATCTT CAGGCAGTTT 
GCAGACGCGT GTGGTCAGGC CTTGAAGGTG AATGAGCGTC TCATAAAAGA AGATCAGCTG 
GAGTATCAGG AGGAGATGAA AGCTCACTAT AAAGACATGC TGACCGAGCT CTCCGCCATC 
ATGAACGAGC AGATCCCGTA CACGAGACAA CCCGGAACAG AACGACACAG TGCCATCTGA

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

RefSeq	XP_016419592.1
CDS	1..4980
Translation	MSGTDVGSSPFQHISKGFDVVKIRALCGHYVVSGDLLIDFVLSNTLNSNFSACSIQTVQKMLKSNKQFCSKLGKYRMPFAWSVRSVFKDNQGTVDRESRFSPLFKQESNKISTEDLMKLITEYRRAEKASKLQIIPGNLEINVDCVPMECPNCVTSSYVALRPFEDCGLHAPTVEVDEFLQDSSKFAQPYRVYKNHIYIYPKHLKYDSQKSFAKARNIAVYVEFRSSDEEHAKPLKCIYGKPGGPVFTTTACSTVLHHSQNPDFCDEVKIELPTHLHEKHHLLFSFYHVTCDINAKTSSKKKEALETPVGYAWLPLLKDGRVSSQDFSIPVSCTLPGGYLHIKEPSSTKNGSDVKWVDGGKPIFKVSTLVLSTVYTQDPHLNRFFQQCQKREADLSQAPTSNFLNCLKGLLSMERIHVIIRFLPVIFNQLFKVLTQNDTDEVSTSTTRVLVHILAKCHEENLGHYLHSYIKFVFKTEACGFRTVHEELAKGMTSDLKSNDQSIIRNILKFSWFLLEIIVQSMAQHLLDSNKLKLPRPQRFPGTFQSRLETLIMTMSDHIFWKNKELAEETRSANMAIAAFVKRCFTFMDRGFTFKLISNYINMITASDNKMLCELKFEFIREVCNYEHYVPLSLPIPSARITDKASPETQSAQVDFPEYILTEEFCRKHFLTGLLLRELGLALQDEQDLRHLALACLKNLMAKHSLDSRYAIKEKQARIASLYLPLYGLILDNMPRFFLRDLFPICLTASDQGSRDDLSVGVGLAGQVTHVLRHGNSMDASLTKEVLNSITAFSSLAVSTANNADSRGSLISIESNPSTSDRNSEKMDGCEKFARPQSLIGFGARFDKLDQAETRSLLICFLHIMNTISEEVLVSYWHRAIHQEISDFFNILELCLQHFRFLGKRHIARKLAAAVKLAQATQNNGTLKGSNVSCQSSGLLPQWMLSAQDGHRHARSQTMPIIRGKNALTNPKLLHMMETTDGNVSEGESVSPTDIEANLSTEVALTVLDVLDLFVHHHKKRLQHDDGQNSLMKKVFDTYLLFFQINQSTSTLKHVFTALRLFIHKFPSTVFQGTADLCGSLCYEILKCCNHRSSSTQTEAAALLYFLMRRNFEFTKGKCIVRSHLQVIKSVSQLIADAGIGGSRFQQSLAIINNFANGDTPLKNTTFPAEVKDLTKRIRTVLMATSQMKEHEKDPEMLVDLQYSLANSYASTPELRRTWLESMAKIHVRNGDLSEAAMCYIHISALIAESLRRRGYWKSEKGRISSVSKEGACVINSSPLLTPHDGETSFSMGWAAFMNISPNVKEEGAMKEDAGTQDTPYTEDTLVEQLEMCVDSLWKSERYELIAEINKPVIAVFEKRRDFKRLSELYYDIHRSYLKVTEVVHSEKRLFGRYYRVAFYGQAVGFFEEEESKEFIYKEPKLTGLSEISQRLLKLYSDKFGADNVKMIQDSNKVNPKDLDPRFAYIQVTYVVPYFNEKEQINIGCHRPINSHLCCLCCSAASSGFPFLKKRVEVVEQQSTEMNPIEVAIDEMSCKVSELNQLCGMEEVDMIRLQLKLQGSVSVKVNAGPMAYARAFLEEKNAKKYPDNQVKLLKEIFRQFADACGQALKVNERLIKEDQLEYQEEMKAHYKDMLTELSAIMNEQIPYTRQPGTERHSAI

Target ORF information:

RefSeq Version	XM_016564106.1
Organism	Sinocyclocheilus rhinocerous
Definition	Sinocyclocheilus rhinocerous dedicator of cytokinesis 10 (dock10), mRNA.

Target ORF information:

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

XM_016564106.1

ORF Insert Sequence:

ATGTCAGGCA CTGATGTTGG ATCGTCTCCA TTCCAGCACA TCTCAAAGGG TTTTGATGTG 
GTTAAGATCA GGGCTCTGTG TGGCCATTAT GTAGTAAGTG GAGACTTGCT CATTGATTTT 
GTTCTCTCAA ATACATTGAA CTCCAATTTC TCTGCTTGTT CCATCCAGAC TGTCCAAAAG 
ATGTTGAAAT CCAATAAACA ATTCTGTAGC AAACTTGGAA AGTACCGCAT GCCTTTTGCC 
TGGTCTGTAA GGTCAGTATT TAAGGACAAC CAGGGCACAG TGGACAGGGA AAGTCGCTTC 
TCTCCGCTCT TCAAACAGGA GAGCAACAAG ATTTCCACAG AAGACCTCAT GAAGCTCATC 
ACAGAGTACA GGAGGGCAGA GAAGGCCAGC AAACTCCAGA TCATCCCGGG AAACCTTGAA 
ATAAACGTGG ACTGTGTTCC CATGGAATGT CCCAACTGTG TGACGTCCTC GTATGTGGCT 
CTCAGGCCGT TCGAGGACTG CGGTCTTCAC GCTCCGACGG TGGAGGTGGA TGAGTTCCTG 
CAGGACTCTT CTAAGTTTGC CCAGCCTTAC AGAGTCTACA AGAATCACAT CTACATCTAC 
CCCAAACACC TCAAGTATGA CAGCCAGAAG AGCTTCGCAA AGGCTCGAAA CATCGCCGTT 
TACGTGGAGT TCAGAAGCTC TGATGAAGAA CATGCCAAGC CACTTAAGTG CATCTACGGA 
AAGCCAGGAG GTCCAGTTTT TACCACGACT GCCTGTTCCA CAGTTCTGCA TCACTCACAG 
AACCCAGACT TTTGTGATGA GGTGAAGATT GAGCTGCCCA CACATCTTCA TGAGAAACAC 
CATTTACTCT TCTCCTTCTA TCATGTGACC TGTGACATCA ATGCCAAGAC CAGCTCTAAG 
AAGAAAGAGG CTCTTGAGAC TCCAGTGGGC TATGCATGGC TGCCTCTTCT GAAGGATGGA 
CGTGTTTCCT CTCAGGATTT CAGTATTCCA GTCTCGTGCA CTTTGCCTGG TGGATATCTA 
CACATTAAAG AGCCCTCATC CACCAAAAAT GGCTCGGATG TGAAGTGGGT CGATGGGGGG 
AAGCCGATCT TCAAAGTGTC CACTTTGGTG CTTTCTACAG TTTATACTCA GGACCCCCAT 
CTAAACCGCT TCTTCCAGCA GTGCCAAAAA CGAGAGGCAG ACCTCTCTCA AGCTCCTACC 
TCAAACTTCC TCAACTGCCT TAAAGGCCTC TTGAGTATGG AGAGGATTCA TGTCATAATT 
CGCTTCCTTC CTGTTATCTT CAACCAGCTC TTTAAAGTGC TCACTCAAAA CGACACTGAC 
GAAGTGTCCA CCAGCACCAC CAGGGTCCTG GTCCACATCT TAGCTAAGTG CCACGAGGAG 
AACCTGGGCC ACTATTTGCA CTCTTACATA AAGTTTGTCT TTAAGACTGA AGCGTGTGGC 
TTCAGAACGG TTCACGAAGA GTTGGCCAAG GGCATGACCT CTGACCTGAA GAGCAACGAC 
CAGTCGATCA TACGCAATAT CCTCAAGTTC TCGTGGTTCC TTCTCGAGAT CATAGTGCAG 
TCGATGGCGC AGCATCTGCT GGACTCAAAT AAGCTTAAGC TTCCTCGACC GCAGCGATTT 
CCTGGCACTT TCCAGAGTCG ATTGGAGACC CTGATCATGA CGATGTCCGA TCACATCTTC 
TGGAAGAATA AAGAGCTGGC AGAGGAGACA CGCAGCGCTA ATATGGCCAT AGCGGCCTTT 
GTGAAGCGGT GCTTCACATT CATGGACAGA GGTTTCACCT TCAAACTGAT CAGTAACTAC 
ATAAACATGA TCACAGCCAG TGACAATAAG ATGCTGTGTG AGCTGAAGTT TGAGTTCATA 
AGGGAAGTAT GTAACTATGA GCACTATGTC CCTCTGAGTC TTCCCATCCC ATCTGCACGA 
ATCACAGACA AGGCATCACC GGAAACCCAA AGTGCTCAGG TGGACTTTCC AGAGTATATT 
TTGACGGAAG AGTTCTGCAG GAAACATTTT CTCACAGGAT TGTTGTTGAG AGAGCTGGGG 
CTCGCTTTGC AAGACGAGCA AGACCTGAGA CACCTCGCCC TGGCCTGCCT GAAGAACCTC 
ATGGCTAAAC ATTCACTGGA CTCCCGTTAT GCCATAAAGG AGAAACAGGC ACGGATAGCC 
TCTCTGTATC TGCCACTTTA TGGTCTGATC CTTGACAACA TGCCTCGCTT TTTCCTCAGA 
GATCTGTTTC CAATCTGCCT GACGGCCAGT GACCAGGGTT CCAGAGATGA TCTCAGTGTC 
GGAGTAGGTT TAGCAGGTCA GGTGACCCAT GTTTTACGCC ATGGGAACTC GATGGATGCG 
TCCTTAACCA AGGAAGTGCT CAACTCCATT ACAGCCTTTT CTTCATTGGC CGTATCAACA 
GCTAACAATG CAGACTCCAG AGGCTCTCTC ATCAGCATCG AGTCGAACCC TAGCACCAGT 
GACCGCAATA GTGAGAAGAT GGATGGATGT GAAAAGTTTG CCAGGCCGCA GTCTCTCATT 
GGGTTTGGTG CACGCTTTGA CAAACTGGAT CAAGCGGAGA CCAGAAGTCT GCTCATATGT 
TTCCTGCACA TCATGAACAC CATTTCAGAG GAGGTGCTGG TTTCATACTG GCATCGAGCG 
ATCCACCAGG AGATCAGCGA TTTCTTCAAT ATTCTGGAAC TCTGTCTCCA ACACTTCCGG 
TTCCTTGGAA AGCGTCACAT TGCCAGGAAG CTAGCGGCCG CTGTTAAGCT GGCTCAGGCC 
ACACAGAACA ATGGCACCCT GAAGGGGTCT AACGTGTCCT GCCAGTCTTC AGGGCTCCTA 
CCCCAATGGA TGCTCTCTGC TCAGGACGGG CACAGACATG CCCGCTCACA GACCATGCCC 
ATCATCAGGG GGAAGAATGC CCTTACCAAC CCCAAACTGC TGCACATGAT GGAGACCACG 
GATGGAAATG TGTCTGAAGG AGAAAGCGTC AGCCCTACAG ATATTGAAGC CAATCTTTCT 
ACTGAAGTAG CACTGACTGT GTTAGATGTT CTGGATCTGT TTGTTCATCA TCACAAGAAA 
CGGTTGCAGC ACGATGACGG GCAAAACTCT CTGATGAAAA AAGTGTTTGA CACGTACCTG 
CTGTTCTTCC AGATCAACCA GTCCACCAGC ACCCTCAAAC ACGTCTTCAC CGCCCTGCGC 
CTCTTCATTC ACAAGTTCCC GTCCACAGTT TTCCAGGGTA CAGCGGATCT GTGTGGCAGT 
CTGTGTTATG AGATCCTGAA GTGCTGTAAC CATCGCTCCA GCTCCACTCA GACCGAAGCC 
GCCGCGCTGC TCTACTTCCT CATGAGGAGG AACTTTGAGT TTACGAAGGG CAAATGCATC 
GTCCGCTCAC ACCTGCAGGT GATTAAATCT GTCAGTCAGC TGATCGCTGA TGCAGGTATC 
GGTGGTTCAC GCTTCCAGCA GTCTCTGGCC ATCATCAACA ACTTCGCCAA TGGAGACACG 
CCACTCAAAA ACACCACGTT CCCGGCTGAG GTGAAGGACC TGACCAAGAG GATACGCACC 
GTCCTGATGG CCACCTCCCA AATGAAAGAG CATGAAAAGG ACCCGGAGAT GTTGGTGGAC 
CTGCAGTACA GTCTCGCCAA CTCCTACGCC AGCACACCTG AGCTCAGACG CACCTGGCTA 
GAGAGCATGG CCAAGATCCA CGTTAGAAAC GGAGACCTGT CTGAGGCGGC CATGTGCTAT 
ATCCACATCT CAGCACTTAT AGCAGAGTCT CTGAGGAGGA GAGGTTACTG GAAGTCTGAG 
AAGGGTCGGA TCTCAAGTGT GAGCAAAGAG GGAGCCTGTG TAATTAACTC TAGCCCCTTA 
CTAACTCCCC ACGATGGAGA AACTTCATTC AGTATGGGCT GGGCCGCCTT CATGAACATC 
TCTCCTAATG TGAAAGAAGA GGGAGCGATG AAGGAGGACG CCGGCACTCA GGACACTCCG 
TACACGGAGG ACACACTGGT GGAGCAGCTG GAGATGTGTG TGGATTCCCT CTGGAAGTCT 
GAGAGATACG AGCTCATCGC AGAGATCAAC AAACCTGTTA TAGCCGTCTT CGAGAAGAGA 
CGAGATTTCA AGCGGTTATC AGAGCTGTAC TACGACATTC ACCGCTCGTA CCTGAAGGTG 
ACAGAGGTGG TGCACTCTGA GAAACGCCTG TTTGGACGCT ACTATCGTGT GGCTTTCTAT 
GGACAGGCAG TGGGCTTCTT TGAGGAAGAG GAGAGTAAGG AGTTTATCTA TAAAGAGCCG 
AAGCTCACAG GACTGTCAGA GATTTCTCAA AGACTCCTCA AACTCTACTC AGACAAGTTT 
GGAGCTGACA ACGTCAAGAT GATCCAAGAC TCCAACAAGG TGAATCCTAA AGACCTGGAC 
CCCAGATTTG CTTACATCCA GGTGACCTAC GTAGTGCCTT ATTTTAATGA GAAGGAACAA 
ATAAATATTG GATGTCACAG ACCCATTAAC TCCCATCTCT GCTGCCTGTG TTGTTCTGCA 
GCGAGCTCCG GTTTTCCCTT CTTGAAGAAG CGTGTCGAGG TGGTGGAGCA GCAGAGCACA 
GAGATGAACC CCATCGAGGT GGCGATCGAC GAGATGAGCT GCAAAGTGTC TGAGCTCAAT 
CAGCTGTGCG GCATGGAGGA GGTGGACATG ATCCGGCTGC AGCTCAAACT ACAGGGCAGC 
GTCAGCGTGA AGGTAAATGC TGGGCCCATG GCCTACGCCC GAGCCTTCCT CGAGGAGAAG 
AACGCCAAGA AATACCCAGA CAACCAAGTC AAACTCCTGA AAGAGATCTT CAGGCAGTTT 
GCAGACGCGT GTGGTCAGGC CTTGAAGGTG AATGAGCGTC TCATAAAAGA AGATCAGCTG 
GAGTATCAGG AGGAGATGAA AGCTCACTAT AAAGACATGC TGACCGAGCT CTCCGCCATC 
ATGAACGAGC AGATCCCGTA CACGAGACAA CCCGGAACAG AACGACACAG TGCCATCTGA