LOC109047658 cDNA ORF clone, Cyprinus carpio(common carp)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC109047658
Entrez Gene ID	109047658
Full Name	interferon-induced very large GTPase 1-like
Gene Type	protein-coding
Organism	Cyprinus carpio(common carp)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019065315.1	XP_018920860.1	interferon-induced very large GTPase 1-like

Pathways from BioSystems
Gene Ontology

The following LOC109047658 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC109047658 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
OCy125473	XM_019065315.1 Latest version!	Cyprinus carpio interferon-induced very large GTPase 1-like (LOC109047658), 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)

LOC109047658 ( XM_019065315.1 ) cDNA ORF clone, Cyprinus carpio(common carp) -> XP_018920860.1 Cyprinus carpio interferon-induced very large GTPase 1-like (LOC109047658), mRNA.

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CloneID	OCy125473
Clone ID Related Accession (Same CDS sequence)	XM_019065315.1
Accession Version	XM_019065315.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4656bp) 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	2016-11-09
Organism	Cyprinus carpio(common carp)
Product	interferon-induced very large GTPase 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_031740.1) 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 :: Cyprinus carpio Annotation Release 100 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##

ATGGACACTT GCGCAGAGAC AGACCATCTT CCTGCCACAG AAGGAAAGAT CAGCAAAGTT 
ATTAATCGAA CTCAGCACAG GTCTAATCTA GAGGATAATG GACAGTCTAG AGAAGAAGGG 
AGAAACTTCG AACCTGAAGA AAAATGGGAC TCTGATTCAT CAGATAACAG CATGGAGATC 
ATACTTCCCA GTCTCACCAT TGTATTAACT GGAAACTCTA TGGCCATCCA GTTTGGACAT 
GAAAACCTTC TACTAGGAGA AAAACAGACA AATGTGGACA ATGTAGAAAT ATCCAGGATT 
GTTCCTGTAT GGAAGAAGAT ATCCGATCGT CATGTCTCTG TGATCAATAT GATTGATTTA 
CATGAGGCTG AACATGTGGA TAATCTCATT GATCAACTAG TGAATGAAAA TGAAATCCAC 
ATCTTCATCT TTGTAGTGCG ACTGGATCAG TTAACAGATG CTGATAAGAT TTGTTTTGAA 
TGGCTTCAGA AAGTGTTTGG TGACACAGTT TTTCATTTTG TGATGATTCT ATTTGTCTAT 
GAGAGAGAAG ATGAGTCTGA TACTATAATA GATGATCTGA AGAAAAATCC TGTTCTGGAG 
CAGCTGCTGG AGAAATGTGG AGGAAGATAT CAGACCTGCA ACAAGATGAT GAACAACCCA 
TCAGAGATGA GAGACCTGAT GAACAAGATT GAGCGTCTGT TCTATGACAA TCAACAGCAG 
TGTTACACTG GAGAGATGTA CAACACTGCA TTAAGACAGA GAGAAGACCT GAAAAAAAGT 
AAATGTGAAA GGGATGATGC ACTGACAAGA ATGGAGGAAA CAGGGACATC GGAGACTGGA 
GAAAAACACA AAGAAAAAAA TCTGCTATTT AATAGACTTC ATCTTGAAGA GAGGCACCAC 
AATAAACTGA GACCTGCAGA TTTTCTTCAG ATTACTAAAC ATTCATTACA GTCCCATGAG 
TCTTGTGCTG AAGAGGAGCT GATTCAGACT TTCATACAAA AACTACTGAT GATGAACTAC 
AGAGCAAGAT ACATTAAAAC TGAGGAGAAA AATCACACAA ACATTAAAAC TGAGGAAGAT 
CATACACAAC AAAGAGACAA AGAAGATGAG GGTAATATTT TTGATGATGA TCTTAAAAGC 
AAATCTTTCC CTAAAAAAGG AACAAGTCAG TCTGATCTCA TTCACCCCAT GGATGTTCAG 
ATGGCCATGT TTCATTGTGC TGATGGTTTC CTGAAGCAGC TGATGGTGAC TAAACTGTCC 
CAATGTCAGT ACGCTCTGCC TCTGCTTGTT CCTGATCCAT ACACACAACA GATTGAGTTT 
CCTCTCTGGA CATTCAGACA AATCAAGAAG AGCTGGAAGA TGAGAAACAA CAATGAAATC 
ATCAGTCAAA CCCAGCCGAT CTACAAGGCA AAGACTCCAA TGGTGTGTTT CTTCAGGTTT 
GGCTCTGTGT CTTCATCCAA GTCTCAGCTG ATGAACAGTC TGATAAATGA GAAACACAAC 
ACGTTCTTCC ACAGGAACTG CCCAGGCAGC AGCAGAACCA GAGTCCTGAT GGATGGAGTG 
GTGGAGATCG CCTGGTACTG TCCATCTGGA TCAAATGATG ATAAATTCAC TGACTGTGTT 
GCATTCTGTA ATCTACATGG TGATGCAGGA AAACACGAGA AACAGCTGCA GATCCTCACT 
GAAATGTCCT CAGTCAATGT TGTTCTTCTA CCACAATTGG ACAGAAATGA CAAAAGTGCA 
AAAATAATCC AAAACCTGTA CAAGGACAGA AAGCCACTAA TTTGTGCTCT TACTAAAGAT 
AAATCTACTG TCAGTGAAAT TAAAAAAGAG AAATACAAGA TTGGTCTTAA AGGCAGAAAT 
CAGTCAGATG TATCTGAAGA ACTCATAAGA GTTATAAATA GTTGTCTCTC ACAATCATCT 
TCCAGTTTCA GACTTGAAGA TCTGTCACTC AGATATCATG CAGACCTCAG AGTAGATGAG 
AAAGATGATG ATGACTGCAG GAGAGGAAGA GAAGCAGCAG AGCAGATGAT GAGTTTACTG 
GAGAAAAAAG ATCTGACAGA AATCAAAGAA TCATTTCTGC CTCATCAGGG GAAACTGTGG 
CATCAGTGGT GTCAGAACAA CAAAGAACTG CATCGACCCC GAGCAGATAA AACAGAAAAG 
GAAAAAAGTA AAAGAAATAA AATGAAGGAA CTTCGGGAAC AGCAGCATGA AGTTCACATA 
AATACATATA TCCAGTCATT TTTTAAAGAA ATGATCTCAC ATGCTGAGAA TAAGATGTAT 
TTTCTTAAAT GGCTCAGAAT TCTCCTGGAT GAACATGCAT CAGCTGATAT TTCTGCTCTA 
CACCACAAGT ATCATGAAAA GTGGTCAACA GTCTTACAAC TGAAAGAGGA ACATGATAAG 
TCAGAACAAC TTGAAACGGA ACAAACTGAA CTTGAAAGAA TATCTGAGGA ACTTCAGGCT 
GCAACCTTTG GTTTGGAGCA CATCATGAGG GAGATCGGTC AGATCTATGA ATCATGTTCA 
TCTGTGAAGA AGAACAAGAA AGACCTGCAG GTTCACTTCT CTTCTCTCCC GAGTCTTGCA 
GCAGAGATGA TGATCTCTGG GTTTCCACTG GAGCTGATGG ATGGAGATGC TGCTCATGTT 
CCTGTGATCT GGATCTCTGC TGTACTAGAT GAACTCATAA AGAAACTGGG AGACCAGAGA 
GTATTTGTGC TGTCAGTTTT AGGGATTCAG AGCTCTGGGA AATCCACCAT GCTGAACACC 
ATGTTTGGAC TCCAGTTTGC TGTCAGTGCT GGCAGGTGCA CCAGAGGAGC TTTCATGCAG 
CTGGTCAGAG TCTCAGACGA GATGAGAACA CAGATGAACT TTGACTATAT TCTGGTTGTT 
GACACTGAGG GTCTTCGTGC TCTAGAACTG GCTGGAAGAT CAACAAGACA TCATGACAAT 
GAACTGGCCA CATTTGTTGT TGGTCTGGGA AATATGACAT TGATCAATAT CTTTGGTGAA 
AATCCAGCTG AGATGCAGGA CATTCTTCAG ATTGTTGTTC AGGCCTTCCT GAGGATGAAG 
AAGGTCAGAC TAAATCCCAG CTGTGTGTTT GTGCATCAGA ACGTTTCAGA TGTCACAGCT 
AGAGAGAAAA ACATGGAGGG GAGGAGACGA CTGCAGGAGA CACTGGATGA AATGACAAAA 
CTCGCTGCAG AAGAGGAAGT CTATGATGCA GAACATTTTA GTGATATAAT TAGATTTGAT 
GTTCATAATG ATGTGAAGTA TTTTGCTCAT CTCTGGGAGG GAAACCCACC AATGGCACCA 
CCAAACCCAA ACTACTGTGA AAACATTCAA GAACTAAAGG AAACTATCAT GTCTCATGCC 
TCAAAATCGT GTGCAATGAT GCTGATAGAC TTAAAAGACC GTATTAAAGA TCTCTGGGAG 
GCTTTACTGA ATGAAGGGTT CGTTTTCAGT TTCAGAAATT CTCTGGAGAT TTCAGCCTAC 
AGGAAACTGG AGACTGAATA CAGCAAGTGG TCCTGGAGTC TTCGCAAAGC CATGATGGAA 
ACTGAGAACA AACTACACAA CAAAATAGAA AATGAAACAA TTCATGAGGT TGAGGAAACT 
GAACTTCAAA GAGAACTGAA GAAGACAAGA GAAGAAGTGG AAAAATCAAT GTCAGAGTTC 
TTTGAGAAAG AGAAAGATAA AAATGTACTG ATTGAGTGGA AAACATCATT TGACCTCAAA 
ATCAAAGAAC TTCAGGAAAA CATTGTGAGA GAAACAAAGA GGAAATTAAA TCAGATTCTT 
CAGCAGCGTG ACCTGAAGAA AAAGATTGAT GCTCAGAGTA CAAATCACGA AAACACTCTC 
TATGGGAAGA GCAAAGAACT TGCCTTAAAA CTCAAAGACA AAACAAATGA TGAACAAACA 
CTGAAGAAAG AGTTTGATTT GTTTTGGGAA CAGAGTGTAA AGATCATCAC AGACACTCCT 
AAAATCAAAA ACATTGACAT AATGATAGAT GTGAAAATAC TTCTTAATGA CATTTATCAG 
GGAATTATCC CTGTTGACCT CTGGAAAGAA GGCAGTGTAT ACAATGATAT TTTCCCTGTC 
CTCAGTTACT CTGAACATGT TATTTTCAGA AAGTCTGCAC AAAAAGTTAA AGAAACACAT 
GGATATGCTC AAACTCTGTC TCCAGAAGAT GAAGCACAGA TAAGATCATT AGTCACAAAT 
GTTGCTCAGC AAACAAACAA AATGATTCAG TCATTTAATA TTTCAAAAAT GGGCTACAAC 
ATCAGCTGCA TTCAACAACT CACAGAATAC ATCAGGAAGA GAGTAACAGA ACATCAGGAA 
GAATCAGCTA AGTATGTGTT CAAGAATGAG TTTTTCGTTA ATTTGGTATA TTCACTCTGT 
GAGAGAGCAA AGAAAATGAT CACTGAACAA TACAGCCTGT TCATGAACAG AAATGATCCT 
CTAATATATG TTGAGAAGAA GCGAGAAAAG TTCTATAGTA TTTTCCAGAA ATACTGTCAT 
GGAGCAACAT CTGCTGCTAT TTTTGGTGAG ATCATCTGTC AGAAACTTAA AGAGCCCATT 
GAGCAGAGTG TCTACAAGAA CACCGCTAGA GATCTGACAG ATGAAATGAG ATCAAACTGT 
GAATCACTGA ATGGAAACAG ATCAAATCTG GAGTAA

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

RefSeq	XP_018920860.1
CDS	20..4675
Translation	MDTCAETDHLPATEGKISKVINRTQHRSNLEDNGQSREEGRNFEPEEKWDSDSSDNSMEIILPSLTIVLTGNSMAIQFGHENLLLGEKQTNVDNVEISRIVPVWKKISDRHVSVINMIDLHEAEHVDNLIDQLVNENEIHIFIFVVRLDQLTDADKICFEWLQKVFGDTVFHFVMILFVYEREDESDTIIDDLKKNPVLEQLLEKCGGRYQTCNKMMNNPSEMRDLMNKIERLFYDNQQQCYTGEMYNTALRQREDLKKSKCERDDALTRMEETGTSETGEKHKEKNLLFNRLHLEERHHNKLRPADFLQITKHSLQSHESCAEEELIQTFIQKLLMMNYRARYIKTEEKNHTNIKTEEDHTQQRDKEDEGNIFDDDLKSKSFPKKGTSQSDLIHPMDVQMAMFHCADGFLKQLMVTKLSQCQYALPLLVPDPYTQQIEFPLWTFRQIKKSWKMRNNNEIISQTQPIYKAKTPMVCFFRFGSVSSSKSQLMNSLINEKHNTFFHRNCPGSSRTRVLMDGVVEIAWYCPSGSNDDKFTDCVAFCNLHGDAGKHEKQLQILTEMSSVNVVLLPQLDRNDKSAKIIQNLYKDRKPLICALTKDKSTVSEIKKEKYKIGLKGRNQSDVSEELIRVINSCLSQSSSSFRLEDLSLRYHADLRVDEKDDDDCRRGREAAEQMMSLLEKKDLTEIKESFLPHQGKLWHQWCQNNKELHRPRADKTEKEKSKRNKMKELREQQHEVHINTYIQSFFKEMISHAENKMYFLKWLRILLDEHASADISALHHKYHEKWSTVLQLKEEHDKSEQLETEQTELERISEELQAATFGLEHIMREIGQIYESCSSVKKNKKDLQVHFSSLPSLAAEMMISGFPLELMDGDAAHVPVIWISAVLDELIKKLGDQRVFVLSVLGIQSSGKSTMLNTMFGLQFAVSAGRCTRGAFMQLVRVSDEMRTQMNFDYILVVDTEGLRALELAGRSTRHHDNELATFVVGLGNMTLINIFGENPAEMQDILQIVVQAFLRMKKVRLNPSCVFVHQNVSDVTAREKNMEGRRRLQETLDEMTKLAAEEEVYDAEHFSDIIRFDVHNDVKYFAHLWEGNPPMAPPNPNYCENIQELKETIMSHASKSCAMMLIDLKDRIKDLWEALLNEGFVFSFRNSLEISAYRKLETEYSKWSWSLRKAMMETENKLHNKIENETIHEVEETELQRELKKTREEVEKSMSEFFEKEKDKNVLIEWKTSFDLKIKELQENIVRETKRKLNQILQQRDLKKKIDAQSTNHENTLYGKSKELALKLKDKTNDEQTLKKEFDLFWEQSVKIITDTPKIKNIDIMIDVKILLNDIYQGIIPVDLWKEGSVYNDIFPVLSYSEHVIFRKSAQKVKETHGYAQTLSPEDEAQIRSLVTNVAQQTNKMIQSFNISKMGYNISCIQQLTEYIRKRVTEHQEESAKYVFKNEFFVNLVYSLCERAKKMITEQYSLFMNRNDPLIYVEKKREKFYSIFQKYCHGATSAAIFGEIICQKLKEPIEQSVYKNTARDLTDEMRSNCESLNGNRSNLE

Target ORF information:

RefSeq Version	XM_019065315.1
Organism	Cyprinus carpio(common carp)
Definition	Cyprinus carpio interferon-induced very large GTPase 1-like (LOC109047658), mRNA.

Target ORF information:

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

XM_019065315.1

ORF Insert Sequence:

ATGGACACTT GCGCAGAGAC AGACCATCTT CCTGCCACAG AAGGAAAGAT CAGCAAAGTT 
ATTAATCGAA CTCAGCACAG GTCTAATCTA GAGGATAATG GACAGTCTAG AGAAGAAGGG 
AGAAACTTCG AACCTGAAGA AAAATGGGAC TCTGATTCAT CAGATAACAG CATGGAGATC 
ATACTTCCCA GTCTCACCAT TGTATTAACT GGAAACTCTA TGGCCATCCA GTTTGGACAT 
GAAAACCTTC TACTAGGAGA AAAACAGACA AATGTGGACA ATGTAGAAAT ATCCAGGATT 
GTTCCTGTAT GGAAGAAGAT ATCCGATCGT CATGTCTCTG TGATCAATAT GATTGATTTA 
CATGAGGCTG AACATGTGGA TAATCTCATT GATCAACTAG TGAATGAAAA TGAAATCCAC 
ATCTTCATCT TTGTAGTGCG ACTGGATCAG TTAACAGATG CTGATAAGAT TTGTTTTGAA 
TGGCTTCAGA AAGTGTTTGG TGACACAGTT TTTCATTTTG TGATGATTCT ATTTGTCTAT 
GAGAGAGAAG ATGAGTCTGA TACTATAATA GATGATCTGA AGAAAAATCC TGTTCTGGAG 
CAGCTGCTGG AGAAATGTGG AGGAAGATAT CAGACCTGCA ACAAGATGAT GAACAACCCA 
TCAGAGATGA GAGACCTGAT GAACAAGATT GAGCGTCTGT TCTATGACAA TCAACAGCAG 
TGTTACACTG GAGAGATGTA CAACACTGCA TTAAGACAGA GAGAAGACCT GAAAAAAAGT 
AAATGTGAAA GGGATGATGC ACTGACAAGA ATGGAGGAAA CAGGGACATC GGAGACTGGA 
GAAAAACACA AAGAAAAAAA TCTGCTATTT AATAGACTTC ATCTTGAAGA GAGGCACCAC 
AATAAACTGA GACCTGCAGA TTTTCTTCAG ATTACTAAAC ATTCATTACA GTCCCATGAG 
TCTTGTGCTG AAGAGGAGCT GATTCAGACT TTCATACAAA AACTACTGAT GATGAACTAC 
AGAGCAAGAT ACATTAAAAC TGAGGAGAAA AATCACACAA ACATTAAAAC TGAGGAAGAT 
CATACACAAC AAAGAGACAA AGAAGATGAG GGTAATATTT TTGATGATGA TCTTAAAAGC 
AAATCTTTCC CTAAAAAAGG AACAAGTCAG TCTGATCTCA TTCACCCCAT GGATGTTCAG 
ATGGCCATGT TTCATTGTGC TGATGGTTTC CTGAAGCAGC TGATGGTGAC TAAACTGTCC 
CAATGTCAGT ACGCTCTGCC TCTGCTTGTT CCTGATCCAT ACACACAACA GATTGAGTTT 
CCTCTCTGGA CATTCAGACA AATCAAGAAG AGCTGGAAGA TGAGAAACAA CAATGAAATC 
ATCAGTCAAA CCCAGCCGAT CTACAAGGCA AAGACTCCAA TGGTGTGTTT CTTCAGGTTT 
GGCTCTGTGT CTTCATCCAA GTCTCAGCTG ATGAACAGTC TGATAAATGA GAAACACAAC 
ACGTTCTTCC ACAGGAACTG CCCAGGCAGC AGCAGAACCA GAGTCCTGAT GGATGGAGTG 
GTGGAGATCG CCTGGTACTG TCCATCTGGA TCAAATGATG ATAAATTCAC TGACTGTGTT 
GCATTCTGTA ATCTACATGG TGATGCAGGA AAACACGAGA AACAGCTGCA GATCCTCACT 
GAAATGTCCT CAGTCAATGT TGTTCTTCTA CCACAATTGG ACAGAAATGA CAAAAGTGCA 
AAAATAATCC AAAACCTGTA CAAGGACAGA AAGCCACTAA TTTGTGCTCT TACTAAAGAT 
AAATCTACTG TCAGTGAAAT TAAAAAAGAG AAATACAAGA TTGGTCTTAA AGGCAGAAAT 
CAGTCAGATG TATCTGAAGA ACTCATAAGA GTTATAAATA GTTGTCTCTC ACAATCATCT 
TCCAGTTTCA GACTTGAAGA TCTGTCACTC AGATATCATG CAGACCTCAG AGTAGATGAG 
AAAGATGATG ATGACTGCAG GAGAGGAAGA GAAGCAGCAG AGCAGATGAT GAGTTTACTG 
GAGAAAAAAG ATCTGACAGA AATCAAAGAA TCATTTCTGC CTCATCAGGG GAAACTGTGG 
CATCAGTGGT GTCAGAACAA CAAAGAACTG CATCGACCCC GAGCAGATAA AACAGAAAAG 
GAAAAAAGTA AAAGAAATAA AATGAAGGAA CTTCGGGAAC AGCAGCATGA AGTTCACATA 
AATACATATA TCCAGTCATT TTTTAAAGAA ATGATCTCAC ATGCTGAGAA TAAGATGTAT 
TTTCTTAAAT GGCTCAGAAT TCTCCTGGAT GAACATGCAT CAGCTGATAT TTCTGCTCTA 
CACCACAAGT ATCATGAAAA GTGGTCAACA GTCTTACAAC TGAAAGAGGA ACATGATAAG 
TCAGAACAAC TTGAAACGGA ACAAACTGAA CTTGAAAGAA TATCTGAGGA ACTTCAGGCT 
GCAACCTTTG GTTTGGAGCA CATCATGAGG GAGATCGGTC AGATCTATGA ATCATGTTCA 
TCTGTGAAGA AGAACAAGAA AGACCTGCAG GTTCACTTCT CTTCTCTCCC GAGTCTTGCA 
GCAGAGATGA TGATCTCTGG GTTTCCACTG GAGCTGATGG ATGGAGATGC TGCTCATGTT 
CCTGTGATCT GGATCTCTGC TGTACTAGAT GAACTCATAA AGAAACTGGG AGACCAGAGA 
GTATTTGTGC TGTCAGTTTT AGGGATTCAG AGCTCTGGGA AATCCACCAT GCTGAACACC 
ATGTTTGGAC TCCAGTTTGC TGTCAGTGCT GGCAGGTGCA CCAGAGGAGC TTTCATGCAG 
CTGGTCAGAG TCTCAGACGA GATGAGAACA CAGATGAACT TTGACTATAT TCTGGTTGTT 
GACACTGAGG GTCTTCGTGC TCTAGAACTG GCTGGAAGAT CAACAAGACA TCATGACAAT 
GAACTGGCCA CATTTGTTGT TGGTCTGGGA AATATGACAT TGATCAATAT CTTTGGTGAA 
AATCCAGCTG AGATGCAGGA CATTCTTCAG ATTGTTGTTC AGGCCTTCCT GAGGATGAAG 
AAGGTCAGAC TAAATCCCAG CTGTGTGTTT GTGCATCAGA ACGTTTCAGA TGTCACAGCT 
AGAGAGAAAA ACATGGAGGG GAGGAGACGA CTGCAGGAGA CACTGGATGA AATGACAAAA 
CTCGCTGCAG AAGAGGAAGT CTATGATGCA GAACATTTTA GTGATATAAT TAGATTTGAT 
GTTCATAATG ATGTGAAGTA TTTTGCTCAT CTCTGGGAGG GAAACCCACC AATGGCACCA 
CCAAACCCAA ACTACTGTGA AAACATTCAA GAACTAAAGG AAACTATCAT GTCTCATGCC 
TCAAAATCGT GTGCAATGAT GCTGATAGAC TTAAAAGACC GTATTAAAGA TCTCTGGGAG 
GCTTTACTGA ATGAAGGGTT CGTTTTCAGT TTCAGAAATT CTCTGGAGAT TTCAGCCTAC 
AGGAAACTGG AGACTGAATA CAGCAAGTGG TCCTGGAGTC TTCGCAAAGC CATGATGGAA 
ACTGAGAACA AACTACACAA CAAAATAGAA AATGAAACAA TTCATGAGGT TGAGGAAACT 
GAACTTCAAA GAGAACTGAA GAAGACAAGA GAAGAAGTGG AAAAATCAAT GTCAGAGTTC 
TTTGAGAAAG AGAAAGATAA AAATGTACTG ATTGAGTGGA AAACATCATT TGACCTCAAA 
ATCAAAGAAC TTCAGGAAAA CATTGTGAGA GAAACAAAGA GGAAATTAAA TCAGATTCTT 
CAGCAGCGTG ACCTGAAGAA AAAGATTGAT GCTCAGAGTA CAAATCACGA AAACACTCTC 
TATGGGAAGA GCAAAGAACT TGCCTTAAAA CTCAAAGACA AAACAAATGA TGAACAAACA 
CTGAAGAAAG AGTTTGATTT GTTTTGGGAA CAGAGTGTAA AGATCATCAC AGACACTCCT 
AAAATCAAAA ACATTGACAT AATGATAGAT GTGAAAATAC TTCTTAATGA CATTTATCAG 
GGAATTATCC CTGTTGACCT CTGGAAAGAA GGCAGTGTAT ACAATGATAT TTTCCCTGTC 
CTCAGTTACT CTGAACATGT TATTTTCAGA AAGTCTGCAC AAAAAGTTAA AGAAACACAT 
GGATATGCTC AAACTCTGTC TCCAGAAGAT GAAGCACAGA TAAGATCATT AGTCACAAAT 
GTTGCTCAGC AAACAAACAA AATGATTCAG TCATTTAATA TTTCAAAAAT GGGCTACAAC 
ATCAGCTGCA TTCAACAACT CACAGAATAC ATCAGGAAGA GAGTAACAGA ACATCAGGAA 
GAATCAGCTA AGTATGTGTT CAAGAATGAG TTTTTCGTTA ATTTGGTATA TTCACTCTGT 
GAGAGAGCAA AGAAAATGAT CACTGAACAA TACAGCCTGT TCATGAACAG AAATGATCCT 
CTAATATATG TTGAGAAGAA GCGAGAAAAG TTCTATAGTA TTTTCCAGAA ATACTGTCAT 
GGAGCAACAT CTGCTGCTAT TTTTGGTGAG ATCATCTGTC AGAAACTTAA AGAGCCCATT 
GAGCAGAGTG TCTACAAGAA CACCGCTAGA GATCTGACAG ATGAAATGAG ATCAAACTGT 
GAATCACTGA ATGGAAACAG ATCAAATCTG GAGTAA