ANKRD31 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	ANKRD31
Entrez Gene ID	100466976
Full Name	ankyrin repeat domain 31
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019797461.1	XP_019653020.1	LOW QUALITY PROTEIN: putative ankyrin repeat domain-containing protein 31

Pathways from BioSystems
Gene Ontology

The following ANKRD31 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ANKRD31 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
OAc91339	XM_019797461.1 Latest version!	Ailuropoda melanoleuca ankyrin repeat domain 31 (ANKRD31), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

ANKRD31 ( XM_019797461.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019653020.1 Ailuropoda melanoleuca ankyrin repeat domain 31 (ANKRD31), mRNA.

Price & Availability↑

CloneID	OAc91339
Clone ID Related Accession (Same CDS sequence)	XM_019797461.1
Accession Version	XM_019797461.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5607bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	LOW QUALITY PROTEIN: putative ankyrin repeat domain-containing protein 31
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217474.1) 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 :: Ailuropoda melanoleuca Annotation Release 102 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## ##RefSeq-Attributes-START## internal stop codons :: corrected 1 genomic stop codon ##RefSeq-Attributes-END##

ATGGAGGAAG CCGCCCAGGC CCCAGACTGG GACAGTGATG AAACGGTGAT AGACGGGTCG 
GTGACAGAGA GCGAGCTGGA AGAAGAGGAG CTGCCCTGGA GAAGGTTGTT CTTTGATGAC 
GACACATCTC TTAGATCTGA GTTCAGTCTC CCTCCTGGTA TAAGTGGAAT GTACAAAGGC 
ACACCTTCTC CAGAGATTAA ACTTGCGTTC AAATTCAGAG AGGATCCACA AGAGCAAAAG 
AGTAAAAATA AGATAATGCC TCTTAATGAG AATGTAGTCT TACAGCAACC TCAAGATGAA 
ATGGAACAAA GTCAAGCTCT GTTCCAGAAT AGAGAAAGTT TTCCAATGTT CACTGGGTCA 
TTTTCCCAGG CCGAACTTTC AGTGACCCAC CAAAGCATTC AAGGGCCTGA GGCTAAAAAT 
CCTGAGATTT TGCCAAACCC AGAAAAGGAA CTAAGCACAG ACAGTGACTC TCCTGAAATT 
AGCTTTCTCT CAGGTACTAC TACTAAAGTA TCTGATGTGG TGGTTGTAAA GGAGAAAACG 
TTAATAGAGC CAGAGAAGAT CTCAGCAATA CCAAACCAGT TTTCTCAGTC TGGAAAGGAA 
GCCACATTGA CCATGAATTC TGAAGAAACC AAGGATGAAG AAAGTTCTCT TAAAACTTTT 
GTGTCTGCTT TGGAAAGGTT ACTCACATCA CCAGAAATCA CTCAGGAGGA AAGAGTGTTT 
GAAATAATGA GTGATTTTGA ACCTGAAGAG TTGGCCAACC CATCGAGCAA CTCTCCAAGT 
TCCATATCCG TATCTTTGAC ATGTCACAGA GATTTACTAG AAAGCACAAA GGATGATGCA 
TTGCCAACTG AGTTGTTAGC AGCCCTAAAC ACATTATCAG AGGGCAACGT GGGACCCTTC 
TGTCACAGAA AAGAGGGAGG CAGCAGTCTC AGTGTCGGAA GTAAATATTC AGGAGTGGAG 
CCCAAGATGT CTCAGACCAG TGAAGATTGT ACACAAATAA CAGAGACTCT AGAAGATCCA 
AGTCCATTTG GGTTGCAGAC TTTGGTTCAT CAAAACGTCA CCTCTTGTGA TCCACTAAAT 
AATAAGGGAA ACTCAAATTC AGTGGAAAAT AAATCTGATC AGAACACTCC ATGTGTGTTA 
AGGAGATCAT CCAGACTGAA AGCAGGCAGA GATGCAAAGC ACACAGATAA CGTGTGTAAG 
ATGCCAGAAA AGATTTTACC AATGATACTT CTCAGTGAGG ATCAAACAAA TAATAACTCT 
TCAAGTAAGA ATTTCAGAAT TCAGGATCCT GCTTTAATGA TTAAAGGTAA AGGGAAGAAT 
ATGAATTCAA CCAGACTCAA AAGTGGAGAA CAGATGCAGA GAAACAAAAA ACTTGCTGGA 
AAAAATGAAA AAATGAAGAG GAATAAAATA TCTCTGTCTA GCATTAACCG TAGAAACATT 
TTTGGAGAGA ACTTACTGTA TCAGGCTGCT CTGCATAATG ACGTTGATCT TGTTCATCAT 
TATATAATAA AAGGTGGAAA TGTTAATCAG ACAAGTTATG CTGGTTGGAC AGCACTTCAT 
GAAGCTAGTG TAGGAGGATT TTATCAGACA GCAAGTGAAC TATTAAAAGG TGGAGCAGAT 
GTAAATATCA AAGGAATGTA CCAGATCACT CCCCTACACG ATGCTGTGAT AAATGGACAT 
TATAAGGTGG CAGAGTTACT TCTTTTGAAT GGAGCCGATC CCTTACTTAA AAGTGACTGT 
GGGAAGTGTG CTTTGGATGA GGCCAAAGAT TCATGTATGA AGCGTCTCCT TGAAAAATAT 
ATTCCTAAAC ACCAAAAACA TCTTATATCA GCTCAAAAGA ACAGCACTGA TGCATTAGAC 
TTAGAGGATG CACACCAGCA CAAGAAACCA AAATTCAGTT CTAAAAATCT CATTGGGTTT 
GTTTGTGATG AAAATTCCAA CAGACAGAAG CCAGAACTTG TTAAAGTTGA TAAAGGAAGC 
AAAGAGGGTT TATTTATAAA TAAAGAAGAT GTATATGAAC CTTACCAAAA AGCTTCCAAA 
GACACAAAAT TTGGTAAATC CAAGCATAAG CAATCAACTC TGAACCAGAT ACACTCCACT 
AGGGGACTCA GAAAGAAGAG TCTTCAGAAT GTCAAAAGTC CTAACACAAA TGTGTCTAAT 
GATAAAGGAA GAAGAAACAC ACAACATAAA AGAACGCAAG TGGATGATGC AAAACAAGAA 
ATATGCATTC CAAGAAAGAT AACAGCTGTT TCTTCTTTCA GAAGGAGAAA CAAATTGGTT 
ACTGGCCAGC AAGATAATCT CCAAACTTTT GATGACCTTC CAGAAAAGTC ACAAAAACTT 
TTTAGCCCAG CTCTGTCAAG CCTGAAAAAT GGATTAGGTA ACAATATTGA GGCTTGTTCA 
ATTCCCAAAG AGACACATAC CCAGAGCCTG GATTTATCAG ATAATCAAGA AATAAAATTC 
TTAGAATTAG AGTCCACTGA CCAAGAGGAA GCTGTTCTTT TCTCAGGACT TTCCTTACAG 
GAAGAAATCA ACTTACCACT TGTTACTACA GATCAGCAGC CTCACGCTCA CCAAGAACAA 
GAGCACTTTA GCCCTTATAA ATCTCCTGAA AACAGTAACT CAGGTCAAAA AGGTGAGAGC 
TTTAATGAGT GGGAAAATTC TTTTGCATCC TTTATAAAGG AAAATTTTAG TAATGTTGAT 
GATGTTGATT GCTTTACCTC TGAGAAGACT GTAGCATGTA AAAGAGTGGT GTGTTCTACA 
GGTTGCAAAA ACCACTGTAA TTATAACGAG AATATAACCA ATAGAGAAGA AATGGATTTT 
CAACAGTCTT TCCCTTCTGA AGACCATTTT TCACAGGAAA ATGAGTTAAA AGCATGCAGT 
CCAATCATAC TTCCTCAACA GGAAGCTCTT AATCTTTCTG ATCCTGAACA TGTTGCAAAA 
TATGAACAAT GCGTATGTGA AACTTCTTTT GATCACTCAC ATGGCAATCC TGAGCATACT 
TCCCCAGCTT GTCCAAGAAC ATTTTCAACA CAGGAAGCTT CAAAGTTGAC TAGTCGCGTG 
AAGCTATTCA AAAGGCCTCA AGATTTTAGC TCCAGAGCAC CAACTTCTTT AACGGATCAA 
ACAGATACAC ATATTGTGGA AAAGGTAAAT GAGGGAGACG GCACTAAAAG GAATTACAAT 
GATAAAAGCC AGAAAACAAG TTCTTCAAAT GGGTCTTTAT CCACGCTTGT TAATTCTCAA 
GTAATAGAAA CAACTACAGT TGAAAAAGGG AAACAAGATC TTCCAGAGAG CAAAACCACC 
CATGATACAG TTTTTGATTC CACTGACAAT ATCAGTAAGG AATTGACCAA CATCTCACAA 
CTTAGACAGA AAGAAGAGAA GGAAACTTCT CATAAACCAG GTATTATGAA AACAGCTGGG 
ATCAATAAGA GGAATGCCAG AGGGGAAAGC CGGCTTCATT TGGCTGCCAG AAGAGGAAAT 
TTGTCTCTGG TGAAGGCTCT AATAGACTCT GGAGCAGATG TGAATCTAAA AGATAATGCA 
GGTTGGACAC CACTTCATGA GGCATCTAGT GAGGGATTTG ATGATATAAT TGTAGAGTTG 
TTAAAAGCTG GTACTAATGT TAATTGTGAA AATCTAGATG GGATTATCCC CTTACACGAT 
GCTGCTGCCA ACAATCATTT AAAGGCAGCT GAGATTCTAC TACAACATGG AGCAAATCCA 
AATCAAAAGA ATCAAAAGCA GAAGACTGCT TTGGATGAAG CAGATGATGA AAAAATGAAA 
GAGCTGCTGA AATCTTATGG TGCAGTTGAG ACTGATAATA GAGATGAAAG TAATGTTATA 
GTCACTGTCA AAATTCCTGC CGTCCAGCCA AAAAGACTTA AACGGTGTTT TTGTGATGAC 
TGCAAAACTG TTGATCCACC TTGTCTTTCA CACAGAGAAA AAACAAGAGA AAGCCATCCT 
GTGCATCAGA CCATCAGTGC CATTCTACAA GATATAGAAG AAAAACAAGA AAATTTACTA 
GAATTTGAAA TAAGAACCCC TGAAGATGCA GAACAATACA TTGAAAAGAT GTTAGAGATA 
AAAGAGGTTA TGGATAATGT GCTTGCCAAA CAGAAGGCAG AAAGGGATGA TCTGGCTAAA 
AAATACAGGG TGTCCATAGA ATCATTTAAG CAAGGAATCC TGAGAGAACA ACTGGCTAAC 
TTGGCCACAA GACAGAAGAA CCTTTTAGTT GCGGCAAAAA AACAGAAAAA AATTAGCCAG 
AAAATTCAAA ACTATAAAAA CATTACGTCT TTGTCTGGTA CTAGTTTGAA GAAGCTTCCA 
TCTCGCTCAG AAATTTGTAG TGAAAAGGAC AGCCAAGAGC TTACCAGTCT GGAAAATTCA 
TTGCAGCCCC AGGCAGGTTC ATTTTCTCCT GTAGGCCTTA TTTGTGGAAG CATGCAGGAA 
ACACAGTTGT CTCTGGAAAT GTGGAATGGC AGCCAAAATA CCAAAATTTG TGTAAACTCA 
GAAACAGTGA GAAGGGAAGA ATTTTCTGGA AATGAACTGA ATTCTAAACA AAATGTCAGT 
GACTGTACCT TGGATGGGTT ATCAAAATCC AGACATTCAG ACGGCAGTAA GAAGGTTAAA 
TTACCATCCC AACCTGTTGC TTTTATTGCT CAAGCAGAAC ATTCACAAAA AGAAAATGAT 
CTTACAGGAA CTCCGGCTGA AGGGCATGAA TCCTGTAGCA GTCCTTCAGC AGTAACTGGT 
ACATTAAATA TTTCAGAGAC TATAAGCATA CTTGCCGAAA ATGATGCCCA TCCATTGACT 
GTTTTTTGTC ATCAGGCTTC TACCAGTTGT GATCCAAACA GAGGAAAGAG GACAATAGCT 
TCCCAGCAGC CACCTAGGGG GACATTAGAA TCCCTGGCAC ATCAAGGAAC TGATGTCTTA 
GGCAGCAATA CTGGGCATCA GACGAAATCA TATCTTAAAA AATCAGCTTT TGCTGTTCCA 
CATGCTAATG ACAGTCAGAG CTCCTCTTCC TCTGGGTGTG GCCGTCAACG TACTATAAAA 
AAGCCTTCAA ACTACTGCAC TAGAAAGAAA TGTATGCAGT TAAAGGATCT GATATTACTC 
GGAAGAATTA ATACAGGAAA TAACGTTCTG GAATTCAAAA CACAGGAGAC TACCCACAAA 
GCCAGTGTTT TACTGAGTGG TAAAATTAAG GTAGAAAATG GTCGTATTTA TCAAAATCCA 
GTCACCTGGC TCAAGGATCT TCTAGGAGAC GACAGTTACG TGACTTGGAA TTATGCTTGG 
AGTAAGGTGA CATATTTGGG GAAGGAGCTT TTAAAGTATG TTTCTGAGGA AGTACCCATC 
CCGGCAGAGC CAGTCGTGGT GCCTCAGCAA CATCAGCCTT ATCTTCCAGA TATGCCTTGT 
ATAGATGACC CAGTATGCGG ACCAAACAAA TAGGTATTGG AAAAAAATGA AATTTGGATA 
GGAACTTCCA GAGAGTCAAT TCAAAGCATC CCACATTATC TACAAGTAAA TGAAGTACTA 
CTAATCAGCG ATCAAGAATT TCTCCCATGC CATGTAATGG ATCAGCATTG GAAGTTCTAT 
GTGGAATGTG AAGAGCTAAC ATTCTAA

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

RefSeq	XP_019653020.1
CDS	1..5607
Translation	MEEAAQAPDWDSDETVIDGSVTESELEEEELPWRRLFFDDDTSLRSEFSLPPGISGMYKGTPSPEIKLAFKFREDPQEQKSKNKIMPLNENVVLQQPQDEMEQSQALFQNRESFPMFTGSFSQAELSVTHQSIQGPEAKNPEILPNPEKELSTDSDSPEISFLSGTTTKVSDVVVVKEKTLIEPEKISAIPNQFSQSGKEATLTMNSEETKDEESSLKTFVSALERLLTSPEITQEERVFEIMSDFEPEELANPSSNSPSSISVSLTCHRDLLESTKDDALPTELLAALNTLSEGNVGPFCHRKEGGSSLSVGSKYSGVEPKMSQTSEDCTQITETLEDPSPFGLQTLVHQNVTSCDPLNNKGNSNSVENKSDQNTPCVLRRSSRLKAGRDAKHTDNVCKMPEKILPMILLSEDQTNNNSSSKNFRIQDPALMIKGKGKNMNSTRLKSGEQMQRNKKLAGKNEKMKRNKISLSSINRRNIFGENLLYQAALHNDVDLVHHYIIKGGNVNQTSYAGWTALHEASVGGFYQTASELLKGGADVNIKGMYQITPLHDAVINGHYKVAELLLLNGADPLLKSDCGKCALDEAKDSCMKRLLEKYIPKHQKHLISAQKNSTDALDLEDAHQHKKPKFSSKNLIGFVCDENSNRQKPELVKVDKGSKEGLFINKEDVYEPYQKASKDTKFGKSKHKQSTLNQIHSTRGLRKKSLQNVKSPNTNVSNDKGRRNTQHKRTQVDDAKQEICIPRKITAVSSFRRRNKLVTGQQDNLQTFDDLPEKSQKLFSPALSSLKNGLGNNIEACSIPKETHTQSLDLSDNQEIKFLELESTDQEEAVLFSGLSLQEEINLPLVTTDQQPHAHQEQEHFSPYKSPENSNSGQKGESFNEWENSFASFIKENFSNVDDVDCFTSEKTVACKRVVCSTGCKNHCNYNENITNREEMDFQQSFPSEDHFSQENELKACSPIILPQQEALNLSDPEHVAKYEQCVCETSFDHSHGNPEHTSPACPRTFSTQEASKLTSRVKLFKRPQDFSSRAPTSLTDQTDTHIVEKVNEGDGTKRNYNDKSQKTSSSNGSLSTLVNSQVIETTTVEKGKQDLPESKTTHDTVFDSTDNISKELTNISQLRQKEEKETSHKPGIMKTAGINKRNARGESRLHLAARRGNLSLVKALIDSGADVNLKDNAGWTPLHEASSEGFDDIIVELLKAGTNVNCENLDGIIPLHDAAANNHLKAAEILLQHGANPNQKNQKQKTALDEADDEKMKELLKSYGAVETDNRDESNVIVTVKIPAVQPKRLKRCFCDDCKTVDPPCLSHREKTRESHPVHQTISAILQDIEEKQENLLEFEIRTPEDAEQYIEKMLEIKEVMDNVLAKQKAERDDLAKKYRVSIESFKQGILREQLANLATRQKNLLVAAKKQKKISQKIQNYKNITSLSGTSLKKLPSRSEICSEKDSQELTSLENSLQPQAGSFSPVGLICGSMQETQLSLEMWNGSQNTKICVNSETVRREEFSGNELNSKQNVSDCTLDGLSKSRHSDGSKKVKLPSQPVAFIAQAEHSQKENDLTGTPAEGHESCSSPSAVTGTLNISETISILAENDAHPLTVFCHQASTSCDPNRGKRTIASQQPPRGTLESLAHQGTDVLGSNTGHQTKSYLKKSAFAVPHANDSQSSSSSGCGRQRTIKKPSNYCTRKKCMQLKDLILLGRINTGNNVLEFKTQETTHKASVLLSGKIKVENGRIYQNPVTWLKDLLGDDSYVTWNYAWSKVTYLGKELLKYVSEEVPIPAEPVVVPQQHQPYLPDMPCIDDPVCGPNK*VLEKNEIWIGTSRESIQSIPHYLQVNEVLLISDQEFLPCHVMDQHWKFYVECEELTF

Target ORF information:

RefSeq Version	XM_019797461.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca ankyrin repeat domain 31 (ANKRD31), mRNA.

Target ORF information:

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

XM_019797461.1

ORF Insert Sequence:

ATGGAGGAAG CCGCCCAGGC CCCAGACTGG GACAGTGATG AAACGGTGAT AGACGGGTCG 
GTGACAGAGA GCGAGCTGGA AGAAGAGGAG CTGCCCTGGA GAAGGTTGTT CTTTGATGAC 
GACACATCTC TTAGATCTGA GTTCAGTCTC CCTCCTGGTA TAAGTGGAAT GTACAAAGGC 
ACACCTTCTC CAGAGATTAA ACTTGCGTTC AAATTCAGAG AGGATCCACA AGAGCAAAAG 
AGTAAAAATA AGATAATGCC TCTTAATGAG AATGTAGTCT TACAGCAACC TCAAGATGAA 
ATGGAACAAA GTCAAGCTCT GTTCCAGAAT AGAGAAAGTT TTCCAATGTT CACTGGGTCA 
TTTTCCCAGG CCGAACTTTC AGTGACCCAC CAAAGCATTC AAGGGCCTGA GGCTAAAAAT 
CCTGAGATTT TGCCAAACCC AGAAAAGGAA CTAAGCACAG ACAGTGACTC TCCTGAAATT 
AGCTTTCTCT CAGGTACTAC TACTAAAGTA TCTGATGTGG TGGTTGTAAA GGAGAAAACG 
TTAATAGAGC CAGAGAAGAT CTCAGCAATA CCAAACCAGT TTTCTCAGTC TGGAAAGGAA 
GCCACATTGA CCATGAATTC TGAAGAAACC AAGGATGAAG AAAGTTCTCT TAAAACTTTT 
GTGTCTGCTT TGGAAAGGTT ACTCACATCA CCAGAAATCA CTCAGGAGGA AAGAGTGTTT 
GAAATAATGA GTGATTTTGA ACCTGAAGAG TTGGCCAACC CATCGAGCAA CTCTCCAAGT 
TCCATATCCG TATCTTTGAC ATGTCACAGA GATTTACTAG AAAGCACAAA GGATGATGCA 
TTGCCAACTG AGTTGTTAGC AGCCCTAAAC ACATTATCAG AGGGCAACGT GGGACCCTTC 
TGTCACAGAA AAGAGGGAGG CAGCAGTCTC AGTGTCGGAA GTAAATATTC AGGAGTGGAG 
CCCAAGATGT CTCAGACCAG TGAAGATTGT ACACAAATAA CAGAGACTCT AGAAGATCCA 
AGTCCATTTG GGTTGCAGAC TTTGGTTCAT CAAAACGTCA CCTCTTGTGA TCCACTAAAT 
AATAAGGGAA ACTCAAATTC AGTGGAAAAT AAATCTGATC AGAACACTCC ATGTGTGTTA 
AGGAGATCAT CCAGACTGAA AGCAGGCAGA GATGCAAAGC ACACAGATAA CGTGTGTAAG 
ATGCCAGAAA AGATTTTACC AATGATACTT CTCAGTGAGG ATCAAACAAA TAATAACTCT 
TCAAGTAAGA ATTTCAGAAT TCAGGATCCT GCTTTAATGA TTAAAGGTAA AGGGAAGAAT 
ATGAATTCAA CCAGACTCAA AAGTGGAGAA CAGATGCAGA GAAACAAAAA ACTTGCTGGA 
AAAAATGAAA AAATGAAGAG GAATAAAATA TCTCTGTCTA GCATTAACCG TAGAAACATT 
TTTGGAGAGA ACTTACTGTA TCAGGCTGCT CTGCATAATG ACGTTGATCT TGTTCATCAT 
TATATAATAA AAGGTGGAAA TGTTAATCAG ACAAGTTATG CTGGTTGGAC AGCACTTCAT 
GAAGCTAGTG TAGGAGGATT TTATCAGACA GCAAGTGAAC TATTAAAAGG TGGAGCAGAT 
GTAAATATCA AAGGAATGTA CCAGATCACT CCCCTACACG ATGCTGTGAT AAATGGACAT 
TATAAGGTGG CAGAGTTACT TCTTTTGAAT GGAGCCGATC CCTTACTTAA AAGTGACTGT 
GGGAAGTGTG CTTTGGATGA GGCCAAAGAT TCATGTATGA AGCGTCTCCT TGAAAAATAT 
ATTCCTAAAC ACCAAAAACA TCTTATATCA GCTCAAAAGA ACAGCACTGA TGCATTAGAC 
TTAGAGGATG CACACCAGCA CAAGAAACCA AAATTCAGTT CTAAAAATCT CATTGGGTTT 
GTTTGTGATG AAAATTCCAA CAGACAGAAG CCAGAACTTG TTAAAGTTGA TAAAGGAAGC 
AAAGAGGGTT TATTTATAAA TAAAGAAGAT GTATATGAAC CTTACCAAAA AGCTTCCAAA 
GACACAAAAT TTGGTAAATC CAAGCATAAG CAATCAACTC TGAACCAGAT ACACTCCACT 
AGGGGACTCA GAAAGAAGAG TCTTCAGAAT GTCAAAAGTC CTAACACAAA TGTGTCTAAT 
GATAAAGGAA GAAGAAACAC ACAACATAAA AGAACGCAAG TGGATGATGC AAAACAAGAA 
ATATGCATTC CAAGAAAGAT AACAGCTGTT TCTTCTTTCA GAAGGAGAAA CAAATTGGTT 
ACTGGCCAGC AAGATAATCT CCAAACTTTT GATGACCTTC CAGAAAAGTC ACAAAAACTT 
TTTAGCCCAG CTCTGTCAAG CCTGAAAAAT GGATTAGGTA ACAATATTGA GGCTTGTTCA 
ATTCCCAAAG AGACACATAC CCAGAGCCTG GATTTATCAG ATAATCAAGA AATAAAATTC 
TTAGAATTAG AGTCCACTGA CCAAGAGGAA GCTGTTCTTT TCTCAGGACT TTCCTTACAG 
GAAGAAATCA ACTTACCACT TGTTACTACA GATCAGCAGC CTCACGCTCA CCAAGAACAA 
GAGCACTTTA GCCCTTATAA ATCTCCTGAA AACAGTAACT CAGGTCAAAA AGGTGAGAGC 
TTTAATGAGT GGGAAAATTC TTTTGCATCC TTTATAAAGG AAAATTTTAG TAATGTTGAT 
GATGTTGATT GCTTTACCTC TGAGAAGACT GTAGCATGTA AAAGAGTGGT GTGTTCTACA 
GGTTGCAAAA ACCACTGTAA TTATAACGAG AATATAACCA ATAGAGAAGA AATGGATTTT 
CAACAGTCTT TCCCTTCTGA AGACCATTTT TCACAGGAAA ATGAGTTAAA AGCATGCAGT 
CCAATCATAC TTCCTCAACA GGAAGCTCTT AATCTTTCTG ATCCTGAACA TGTTGCAAAA 
TATGAACAAT GCGTATGTGA AACTTCTTTT GATCACTCAC ATGGCAATCC TGAGCATACT 
TCCCCAGCTT GTCCAAGAAC ATTTTCAACA CAGGAAGCTT CAAAGTTGAC TAGTCGCGTG 
AAGCTATTCA AAAGGCCTCA AGATTTTAGC TCCAGAGCAC CAACTTCTTT AACGGATCAA 
ACAGATACAC ATATTGTGGA AAAGGTAAAT GAGGGAGACG GCACTAAAAG GAATTACAAT 
GATAAAAGCC AGAAAACAAG TTCTTCAAAT GGGTCTTTAT CCACGCTTGT TAATTCTCAA 
GTAATAGAAA CAACTACAGT TGAAAAAGGG AAACAAGATC TTCCAGAGAG CAAAACCACC 
CATGATACAG TTTTTGATTC CACTGACAAT ATCAGTAAGG AATTGACCAA CATCTCACAA 
CTTAGACAGA AAGAAGAGAA GGAAACTTCT CATAAACCAG GTATTATGAA AACAGCTGGG 
ATCAATAAGA GGAATGCCAG AGGGGAAAGC CGGCTTCATT TGGCTGCCAG AAGAGGAAAT 
TTGTCTCTGG TGAAGGCTCT AATAGACTCT GGAGCAGATG TGAATCTAAA AGATAATGCA 
GGTTGGACAC CACTTCATGA GGCATCTAGT GAGGGATTTG ATGATATAAT TGTAGAGTTG 
TTAAAAGCTG GTACTAATGT TAATTGTGAA AATCTAGATG GGATTATCCC CTTACACGAT 
GCTGCTGCCA ACAATCATTT AAAGGCAGCT GAGATTCTAC TACAACATGG AGCAAATCCA 
AATCAAAAGA ATCAAAAGCA GAAGACTGCT TTGGATGAAG CAGATGATGA AAAAATGAAA 
GAGCTGCTGA AATCTTATGG TGCAGTTGAG ACTGATAATA GAGATGAAAG TAATGTTATA 
GTCACTGTCA AAATTCCTGC CGTCCAGCCA AAAAGACTTA AACGGTGTTT TTGTGATGAC 
TGCAAAACTG TTGATCCACC TTGTCTTTCA CACAGAGAAA AAACAAGAGA AAGCCATCCT 
GTGCATCAGA CCATCAGTGC CATTCTACAA GATATAGAAG AAAAACAAGA AAATTTACTA 
GAATTTGAAA TAAGAACCCC TGAAGATGCA GAACAATACA TTGAAAAGAT GTTAGAGATA 
AAAGAGGTTA TGGATAATGT GCTTGCCAAA CAGAAGGCAG AAAGGGATGA TCTGGCTAAA 
AAATACAGGG TGTCCATAGA ATCATTTAAG CAAGGAATCC TGAGAGAACA ACTGGCTAAC 
TTGGCCACAA GACAGAAGAA CCTTTTAGTT GCGGCAAAAA AACAGAAAAA AATTAGCCAG 
AAAATTCAAA ACTATAAAAA CATTACGTCT TTGTCTGGTA CTAGTTTGAA GAAGCTTCCA 
TCTCGCTCAG AAATTTGTAG TGAAAAGGAC AGCCAAGAGC TTACCAGTCT GGAAAATTCA 
TTGCAGCCCC AGGCAGGTTC ATTTTCTCCT GTAGGCCTTA TTTGTGGAAG CATGCAGGAA 
ACACAGTTGT CTCTGGAAAT GTGGAATGGC AGCCAAAATA CCAAAATTTG TGTAAACTCA 
GAAACAGTGA GAAGGGAAGA ATTTTCTGGA AATGAACTGA ATTCTAAACA AAATGTCAGT 
GACTGTACCT TGGATGGGTT ATCAAAATCC AGACATTCAG ACGGCAGTAA GAAGGTTAAA 
TTACCATCCC AACCTGTTGC TTTTATTGCT CAAGCAGAAC ATTCACAAAA AGAAAATGAT 
CTTACAGGAA CTCCGGCTGA AGGGCATGAA TCCTGTAGCA GTCCTTCAGC AGTAACTGGT 
ACATTAAATA TTTCAGAGAC TATAAGCATA CTTGCCGAAA ATGATGCCCA TCCATTGACT 
GTTTTTTGTC ATCAGGCTTC TACCAGTTGT GATCCAAACA GAGGAAAGAG GACAATAGCT 
TCCCAGCAGC CACCTAGGGG GACATTAGAA TCCCTGGCAC ATCAAGGAAC TGATGTCTTA 
GGCAGCAATA CTGGGCATCA GACGAAATCA TATCTTAAAA AATCAGCTTT TGCTGTTCCA 
CATGCTAATG ACAGTCAGAG CTCCTCTTCC TCTGGGTGTG GCCGTCAACG TACTATAAAA 
AAGCCTTCAA ACTACTGCAC TAGAAAGAAA TGTATGCAGT TAAAGGATCT GATATTACTC 
GGAAGAATTA ATACAGGAAA TAACGTTCTG GAATTCAAAA CACAGGAGAC TACCCACAAA 
GCCAGTGTTT TACTGAGTGG TAAAATTAAG GTAGAAAATG GTCGTATTTA TCAAAATCCA 
GTCACCTGGC TCAAGGATCT TCTAGGAGAC GACAGTTACG TGACTTGGAA TTATGCTTGG 
AGTAAGGTGA CATATTTGGG GAAGGAGCTT TTAAAGTATG TTTCTGAGGA AGTACCCATC 
CCGGCAGAGC CAGTCGTGGT GCCTCAGCAA CATCAGCCTT ATCTTCCAGA TATGCCTTGT 
ATAGATGACC CAGTATGCGG ACCAAACAAA TAGGTATTGG AAAAAAATGA AATTTGGATA 
GGAACTTCCA GAGAGTCAAT TCAAAGCATC CCACATTATC TACAAGTAAA TGAAGTACTA 
CTAATCAGCG ATCAAGAATT TCTCCCATGC CATGTAATGG ATCAGCATTG GAAGTTCTAT 
GTGGAATGTG AAGAGCTAAC ATTCTAA