LOC105263201 cDNA ORF clone, Fopius arisanus

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105263201
Entrez Gene ID	105263201
Full Name	integrator complex subunit 1
Gene Type	protein-coding
Organism	Fopius arisanus

mRNA and Protein(s)

mRNA	Protein	Name
XM_011299246.1	XP_011297548.1	integrator complex subunit 1

Pathways from BioSystems
Gene Ontology

The following LOC105263201 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105263201 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
OFo44605	XM_011299246.1 Latest version!	Fopius arisanus integrator complex subunit 1 (LOC105263201), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

LOC105263201 ( XM_011299246.1 ) cDNA ORF clone, Fopius arisanus -> XP_011297548.1 Fopius arisanus integrator complex subunit 1 (LOC105263201), mRNA.

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CloneID	OFo44605
Clone ID Related Accession (Same CDS sequence)	XM_011299246.1
Accession Version	XM_011299246.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6231bp) 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	2015-02-09
Organism	Fopius arisanus
Product	integrator complex subunit 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011887753.1) 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 :: Fopius arisanus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATAGGG CTAAGTCGGG AATTACTCGG GGGCCCAAGA GTAAAATAGC TCATCATCCT 
CCAGATCTAT TTGCACTTGG CTCCAAAACC TCCAGGAATG AGCCCCTAGA GTCTAAGAGG 
CCTGGAGGAA TTTATGGGAA AGCTAGCTCC TCATCAACGT CTACTTCAGG TTCAGACAGG 
AAGAAAGAAG CGCCAGCACC ATCGCTTCAA TCGCTTATTC CCCCAAAGAA GCCAAAACTC 
GGTACTCATG TTCCGCACCC ACGTCCCCCG ATGTCCAGTG CCGAGGCCTG GGAAGTGGTT 
TCCATCGACT GTGACCCAGC AGATCTCGTT CCAATGGTGT TGGAGGCCAG TGACAACGAC 
GAAGGCGACA AAGTCATCGG CCTCATCTGC GGGGCGATAA AAACCCTGAA GAATCAACGA 
GGAAAGCCAG ACACCCTCCT CTACATGGGT CTCATCTACT TGGCAAAACT CCGCCCCTCG 
ATGTTCTCCA ACGACTGCAT CCTCCACGCC TTGTCCTCCC TCCTGAAGCG AGACCAGTCT 
CACAATTACA CCAAAAACAA AGGCAGTCCC CTGGTTCCAG TATTGGCTGC AAATCTCCTG 
ATGAGGGGTT ACCATGACAA GAAGAATTGG CCTGAGATCT TCATAAAACT GTACATCGAG 
GATGCCCTGG GTGATCGAGT TTGGATTGAC CACGAGGAGT GCAAGGGCTT TGTTGACAAT 
ATTCTGTCTG GATTCAACAC AAGACATCCT CCAAAAAGTG CTCTACAGCA TGAATTGTCA 
GTGCTAGCCC CTCGAGACTG CCACAGCCCC TCGACGATGG AAGACGATGA CTCTGGCACA 
TCCTTAATTC AACTCACTGG TGACAAAGAC AAATCCGAGT TCACTGTGAG CCCTAGGTAC 
TCCCACTGCA TCGAAAGCGT CGAGAATATC GTCTTGGAAG CAGTGAAAGA GCAATTGAAT 
CGGCGCCAAC AGCAAGCGGA ATCAATAACA AAGAATTTTT TGAAGCTGCT CTCGTCGACC 
TGTGGCTTCG TCGAAATCAG AAATATCGCA GTCCCAAGGC TGGAAATGTG GTTGCACAAT 
CCTAAACTAA TGAAACCAGC CCAGGAACTA TTGATCTACA TCTGCTACAA CTCCACGACT 
CACACTCAAC GAGATGTCGA GGTTATCAGT CAATTAGTGA AGATGAGACT AAAGACTAAA 
GCTGTTATCA GTCTGTACTT GAATGGAGTG AAAGAGCTGA TAGGTCTGCA TCCGGAAAAT 
CTCTCTACAA CCCTGAAGCA CACGATCTAC AATGAATTAT CAAACGCGAG AAATCCCAAC 
AACATGCCCA TGCTGGGGGT GATGTTTCAG GCAGCACCAG AGGCCTCGGC AAAGCTCCTA 
GCTGAGATCT TCCAGGATCT GCTTATGAAC AGAGAGGATT TTCTGCGACC GCTGCGAGCA 
TTATTCAGGG AAATAGTTCG TGTCTGTCGT CACGACATCA ATCTCATAAC TCTTGCACGA 
ACCCTGATGG CAGAACGAGC TCAGATAGCC CAGCAACTAC TGACCTTCGA GTTCAAAGAG 
AGAATGTTCA TGGCAATAAT CGACCTCCTG TGTCTGTGTA TGTTCCTGGG GATAAGTCCT 
CAAGTTAAAG AGGCAACACT TCTGTCCCAA CGAGGAGACA AGAAAGACGT TGCCTTGTTA 
CATCAATTTC AGACTCTTGT GTCAACGATT CAGTACGAGA CTACCTCCTG GTTGCAAACG 
ACTGCGCAAC AGACTTACGG AGTTGGCAGG ACTGAGATCC TTCATGCAAT CCAGAAGATC 
ATGCTTCTTG AGTCACTAGA TCATTATTAC AAGCTCGACA ATTGGCCACC GGAGACTGAG 
AGGGTTTTGT TTATGAGGAT CGTGTCTGAT GTGCCTCTTC TCCAGAGTAC ATTACTGAGA 
ATCATCCTCA TGGGATTCAC TAAGGAGAAT GGCCTGACCC ACTCAGAAGT CCTGGACATT 
GCTGATCAGT TAATAAAGAG GGCTGCAGCC AACTCTACTG AGACCTTTCC CACCCTGGAA 
ATCGAGAAAA TGGACATAAT TGAGCTGATC TTCAATCTCT GCGTCTATCA ACCCCCGGGC 
TCCATCAACA TTCCATCCGG CTACGTGCCC CCCAATCTGG CTATTTCCAA TTTATACTGG 
AAAGGTTGGA TAATGCTATT GATCCTGGCT GCACACAATC CCTCGACGAT CGGTGCGATT 
GGCTGGAAAA GATATCCAAT CTGGAGAACA CTGATGGAGA TGTGTATAAC GAATCATTTT 
CAGTATCCTC CACCGACGAT GGCGCTACCA GAGGTGATTG AGCAAGAACG AGCGAAGGAG 
TTGCAGATTG AAACTCTGGA GAAACAGGAG ATACTGGAAT ATGAGTCTCA CTTGGCTGCT 
GCCTCCACAA GGGTTCAAAT ATCAGAATCA AACAGTCTTT TGCTTTCTCA ACTCATCACA 
ATGGATCCCA CTGGAATAGC CAGACGTCCA CCCCCAGCTG TTCTCGAGCA ACTGCAGTCT 
GTAAATATTT CCCTGAGACT AGGTCACTTA CTCTGTCGTT CGAGGAAGCC AGACTTCCTC 
CTCGACATCA TCCAACGACA GCAGCAGAGC TCCTCCCAGA GTATGCCATG GCTGGCTGAT 
CTCGTTCAGA ACAGTGAAGG CTCTCTCAGT CAACTTCCAG TCCAGTGTCT CTGTGAATTT 
CTCCTCTCGA CAACAGCTCA AGCTGTCGAC AAGCAACCAA GACAGCAGCA ACTCCTCTCA 
CACCTCCAAA AACTCCTGAC TGATCCCAAT GAGGATCAAC AGCACGCCTG TGAGGTACTC 
GAGTACTTCC TGAGAAGATT AAGCAGTCAG CAGAGCAACA ATCGCCTCCA GGCGATTACA 
GGACTCAAAC TCGTCCTGGA ATCTATTCCA CTGGAGGACG AGCCCATGGA AGTGGATGGA 
GAGGCTGAAA AGGAGCTCTG GCTCCTCCGA AAACTTCCAT CGATTCCTCA TTTTCCAGCG 
GTGAGACCGC TCGTATCAAC AGCATTGAGA GGTGCATGTC AAGTCGAGAA TAATCCAGAA 
TTAGTTCGTG CCTATGTGGC ATATCTTGCT GAGCACACAC AGGACGACGA TCTCCCGGAA 
TTAACTGATC TCGCTAATGA GATATCTCAA GTGGTCGTCG AGAGAAGCAC TATTACTGCT 
GCTATTCTCC CAGAGCCTGA AAATGATTCG CCGCAGTGCA CACAGACTCT TCAGGCCTTC 
AAAACCATTT TCTGTAACTA TCTGGAGAAG GCCAGATCGC CTCGTGGGGA GGGCTACACC 
TGGTCTCAGA GTCAGGATCA AATTCTGGTG CAGTGGAATA CTGGGGAGGA GTGCACTATG 
CACATTCTTG TGGTTCACGC CATGATTATT CTTTTGACGT ACGACGTGAA CGACGAGTCA 
GGGCTGTCAA ATGATTTACT CGAGATTTGG TTCCCAGAGA GTGGAGAACC ACCGAAAGCC 
TTTCTAGTAG ACACGAGTGA GGAGGCCCTC CTGATACCTG ACTGGTTAAA ACTCAGAATG 
ATTAGAAGTA ATGTTCCCAG ACTTGTCGAT GCAGCATTGA AGGATCTGGA GCCCCAGCAG 
TTGGTTCTCT TCATCCAGAG CTTTGGCATC CCAGTGACTT CGATGAGTAA ATTACTCCAT 
ACCCTGGACG TGGCTGTCCA GCTGGATCGT GACTCTGTCA AGGAAGCTGT TCTCGATAAA 
ACGTACATGG CACAGCTGGT GAAGGTCCAG CATAGAAGGG GGGCCACAGG AGGTCTAGTG 
TTCGTTCAGG TCCTCCAGCT GCTGGAGCCT CAATTGCCTG ACGAGCCAGA TCTCAACAGT 
GAGAATCTCC AGGAGCCCCT GCCCCAGAGT GCGATGGTCC AGCAGCAGTC AGTTATCCAG 
TGTTCTATAA AAACCGAAGT GCCTCATCTC ATCAATAAAC TCTTCATCGA GAACATCTCT 
ATGAACCAGA AGACTGAAGC CTATCGAAGA CTCCACAAGA TCCTCGCCAA GGACCTGCAA 
AAATCTCCAA AAGAGAGTGG AGCTGTTGTA CTGGCTATCC AGCACATTTG CAGCGTCCTC 
AGTTCGATGC AGGTGAAGCA GTTCCTCGGA TCACTCGTCC ACATGCCCCA GTACTCCTGC 
ACTCTCATGA GGATGATCCT GCTACCTCTG AAGAAACCCA CTACATCTCA GCATGTCGTT 
GAATTGGGTC GCAGTATGTG CCTGAACCTG ATTTCCCTAA TTGGTGACAT AAAAGCCCCG 
ATTCTCCATA TCCTGCGAGA CTTTGCAAAT ATTCACATGA AGAAAATCCC GAAGAGGAAA 
GAGCTGGTGA TTTACACGAA GAATCGAGAC CCTGGAAAAG TTCTAGAGAG CACAGATCCC 
CTGAATTTGG AGAGTGTGGG GAGAATTCTT TTGGATATTT GTCTGAAGGA GCAGAAAAAT 
GATCTCCTGG TGGAGGCCAT GGTGAGTCTC TTAGTTTCGG ACAGCAATGG AGGTCTTGTG 
AGGCCCAGAA CAGGACTTCT GATTGATTGG CTGGCGTCTG TGGAGCCAGA ACTCATTGGC 
ATCTGTCCAA CTCTGCAGAT GAAGCTTCTC TTTGGAAAGA CCAGAGTTCA CTTGAAGATT 
GACGAGAGCA TAGTGAACTC TCACGCCTGC AGGCCCTATT TACTGACCCT CCTGACACAT 
CGCGCTTCCT GGGCCACTCT CCAGAAATGT GTGGGACATC TCCTGGATAA GTGTGACGAT 
GGATACGATC CAACAGCTGT CCTCGACTTC CTCTGGGCAT TGACATGCAA TCCAAAGTTG 
TGGCAGGGTC GAGACAAATT CACTCCAAAG CACTACGTCC CCGAAAATAT TCTCCTCCTC 
AACGAGAAAC AGCTTTTGAC TCTCGTGGCA TACCTCGTCG CCGAGGCAGT GATAATCCAT 
GAGAGACAGA GTCGAAATGC TGCCCTCACT CAAATGGAAA CTAGACTGGA TCTACTCCAG 
CATTGTGTGT CAACAGAAGA GAAATTCACG TCAATCGTGG TGAATTATTT AGCAGACAGA 
ATGATGTACA ACAATAATGT AGAGTCTGAC ATGGCTCATC AATTTCTCCT CCATATGTAC 
ATGAAGATAC CGAAGGTCAT AACATGTTTG AACCCATCGC AAGCAAAAAA ATTTGTGGCT 
GGAGCAAATA TCAAAGACTG GACCGGTTCA GTTCTGGATT GCATGAGCCA CTCTCTCCTC 
ACCGCTCTTG CTGCAACACC CAGACAAAAA TCATGGGCAT CAAAATCCCA GGAGTTTGAA 
CTCTGCGCAA GAAAAATGGC GGCTGTTCAT CCTATTCTTG TCCTTCGACA ATTGCCAATG 
CTGGCGTCGT CCCTAATGGG CAGGTGTTAC CTTGAGTACA ACGAATTTAG ATCTGGCCAT 
CATATGAATT TATTCGTCCA GGTGATGGGT CTGCTGGAGC TCCTCCAGCC TTATCTCTTC 
AATGAGCAGC ACAGGGACGC CCTGGAGGAC ACACTGCAGA ATTATTTCCA GTGTTTTCAA 
AATTATGGAC CCTATAAAGA TCATCATCAA TTGACACCAC TTCTGAATAG ATTAGTAGTC 
CTGCTGCAGG GGTACATCTC CCACGGGGCC CAGAGGGCCT TAAAATATCT TCACAGGCAC 
ATCCACACCT TGAGGGAGTT GCAGGGCTAC TTTCCAGGGC TGACAAACCT CAGGGCACTC 
ATAGCATCGA TACCAGGGCC TCGAGAGGGA ACCAATGGAG AGGAGATATT CATCACTGGT 
CCTCCAACCA CCAGAGCAGA GCCCAGTTAT CCTGATCATT ATCCTGGACT CATTGCCACA 
TTGGCCAAAA TCCAGGGAGA CGATGTATTC TCTGCACTCC AGGAAATTGA ACACACGTCA 
TCAAGGAAAC CGTCGATTTT AGAATTCTTT ACTGATAGTA TAACCGAGTT ACTCGTGTCA 
CCACAGGGAA ATATCAGGAC TCTGGCTCAC ACTCTCATCA CTCGAGCATT GAAGCATCGA 
CCTGCACCAA ATCTCAATGT TCTCTCGGCT TTTCAGAGGT GTCTTGATAG CCCCAGGTCT 
GATGTACTCA TGTCTGCTCT TGATAGACTT CCAGATATTG TTCTCTGCAT GCAGGAACAT 
GCATTGCCAT TAATGCAGAA GGTCTTTGAA CTCGGTGTCA ATTCCAATGT CAACACGATA 
CTCCATATTA ATAAGAGCAT CGCCCTGTTG AATACCCAGC AAGGGTGTTG A

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

RefSeq	XP_011297548.1
CDS	361..6591
Translation	MDRAKSGITRGPKSKIAHHPPDLFALGSKTSRNEPLESKRPGGIYGKASSSSTSTSGSDRKKEAPAPSLQSLIPPKKPKLGTHVPHPRPPMSSAEAWEVVSIDCDPADLVPMVLEASDNDEGDKVIGLICGAIKTLKNQRGKPDTLLYMGLIYLAKLRPSMFSNDCILHALSSLLKRDQSHNYTKNKGSPLVPVLAANLLMRGYHDKKNWPEIFIKLYIEDALGDRVWIDHEECKGFVDNILSGFNTRHPPKSALQHELSVLAPRDCHSPSTMEDDDSGTSLIQLTGDKDKSEFTVSPRYSHCIESVENIVLEAVKEQLNRRQQQAESITKNFLKLLSSTCGFVEIRNIAVPRLEMWLHNPKLMKPAQELLIYICYNSTTHTQRDVEVISQLVKMRLKTKAVISLYLNGVKELIGLHPENLSTTLKHTIYNELSNARNPNNMPMLGVMFQAAPEASAKLLAEIFQDLLMNREDFLRPLRALFREIVRVCRHDINLITLARTLMAERAQIAQQLLTFEFKERMFMAIIDLLCLCMFLGISPQVKEATLLSQRGDKKDVALLHQFQTLVSTIQYETTSWLQTTAQQTYGVGRTEILHAIQKIMLLESLDHYYKLDNWPPETERVLFMRIVSDVPLLQSTLLRIILMGFTKENGLTHSEVLDIADQLIKRAAANSTETFPTLEIEKMDIIELIFNLCVYQPPGSINIPSGYVPPNLAISNLYWKGWIMLLILAAHNPSTIGAIGWKRYPIWRTLMEMCITNHFQYPPPTMALPEVIEQERAKELQIETLEKQEILEYESHLAAASTRVQISESNSLLLSQLITMDPTGIARRPPPAVLEQLQSVNISLRLGHLLCRSRKPDFLLDIIQRQQQSSSQSMPWLADLVQNSEGSLSQLPVQCLCEFLLSTTAQAVDKQPRQQQLLSHLQKLLTDPNEDQQHACEVLEYFLRRLSSQQSNNRLQAITGLKLVLESIPLEDEPMEVDGEAEKELWLLRKLPSIPHFPAVRPLVSTALRGACQVENNPELVRAYVAYLAEHTQDDDLPELTDLANEISQVVVERSTITAAILPEPENDSPQCTQTLQAFKTIFCNYLEKARSPRGEGYTWSQSQDQILVQWNTGEECTMHILVVHAMIILLTYDVNDESGLSNDLLEIWFPESGEPPKAFLVDTSEEALLIPDWLKLRMIRSNVPRLVDAALKDLEPQQLVLFIQSFGIPVTSMSKLLHTLDVAVQLDRDSVKEAVLDKTYMAQLVKVQHRRGATGGLVFVQVLQLLEPQLPDEPDLNSENLQEPLPQSAMVQQQSVIQCSIKTEVPHLINKLFIENISMNQKTEAYRRLHKILAKDLQKSPKESGAVVLAIQHICSVLSSMQVKQFLGSLVHMPQYSCTLMRMILLPLKKPTTSQHVVELGRSMCLNLISLIGDIKAPILHILRDFANIHMKKIPKRKELVIYTKNRDPGKVLESTDPLNLESVGRILLDICLKEQKNDLLVEAMVSLLVSDSNGGLVRPRTGLLIDWLASVEPELIGICPTLQMKLLFGKTRVHLKIDESIVNSHACRPYLLTLLTHRASWATLQKCVGHLLDKCDDGYDPTAVLDFLWALTCNPKLWQGRDKFTPKHYVPENILLLNEKQLLTLVAYLVAEAVIIHERQSRNAALTQMETRLDLLQHCVSTEEKFTSIVVNYLADRMMYNNNVESDMAHQFLLHMYMKIPKVITCLNPSQAKKFVAGANIKDWTGSVLDCMSHSLLTALAATPRQKSWASKSQEFELCARKMAAVHPILVLRQLPMLASSLMGRCYLEYNEFRSGHHMNLFVQVMGLLELLQPYLFNEQHRDALEDTLQNYFQCFQNYGPYKDHHQLTPLLNRLVVLLQGYISHGAQRALKYLHRHIHTLRELQGYFPGLTNLRALIASIPGPREGTNGEEIFITGPPTTRAEPSYPDHYPGLIATLAKIQGDDVFSALQEIEHTSSRKPSILEFFTDSITELLVSPQGNIRTLAHTLITRALKHRPAPNLNVLSAFQRCLDSPRSDVLMSALDRLPDIVLCMQEHALPLMQKVFELGVNSNVNTILHINKSIALLNTQQGC

Target ORF information:

RefSeq Version	XM_011299246.1
Organism	Fopius arisanus
Definition	Fopius arisanus integrator complex subunit 1 (LOC105263201), mRNA.

Target ORF information:

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

XM_011299246.1

ORF Insert Sequence:

ATGGATAGGG CTAAGTCGGG AATTACTCGG GGGCCCAAGA GTAAAATAGC TCATCATCCT 
CCAGATCTAT TTGCACTTGG CTCCAAAACC TCCAGGAATG AGCCCCTAGA GTCTAAGAGG 
CCTGGAGGAA TTTATGGGAA AGCTAGCTCC TCATCAACGT CTACTTCAGG TTCAGACAGG 
AAGAAAGAAG CGCCAGCACC ATCGCTTCAA TCGCTTATTC CCCCAAAGAA GCCAAAACTC 
GGTACTCATG TTCCGCACCC ACGTCCCCCG ATGTCCAGTG CCGAGGCCTG GGAAGTGGTT 
TCCATCGACT GTGACCCAGC AGATCTCGTT CCAATGGTGT TGGAGGCCAG TGACAACGAC 
GAAGGCGACA AAGTCATCGG CCTCATCTGC GGGGCGATAA AAACCCTGAA GAATCAACGA 
GGAAAGCCAG ACACCCTCCT CTACATGGGT CTCATCTACT TGGCAAAACT CCGCCCCTCG 
ATGTTCTCCA ACGACTGCAT CCTCCACGCC TTGTCCTCCC TCCTGAAGCG AGACCAGTCT 
CACAATTACA CCAAAAACAA AGGCAGTCCC CTGGTTCCAG TATTGGCTGC AAATCTCCTG 
ATGAGGGGTT ACCATGACAA GAAGAATTGG CCTGAGATCT TCATAAAACT GTACATCGAG 
GATGCCCTGG GTGATCGAGT TTGGATTGAC CACGAGGAGT GCAAGGGCTT TGTTGACAAT 
ATTCTGTCTG GATTCAACAC AAGACATCCT CCAAAAAGTG CTCTACAGCA TGAATTGTCA 
GTGCTAGCCC CTCGAGACTG CCACAGCCCC TCGACGATGG AAGACGATGA CTCTGGCACA 
TCCTTAATTC AACTCACTGG TGACAAAGAC AAATCCGAGT TCACTGTGAG CCCTAGGTAC 
TCCCACTGCA TCGAAAGCGT CGAGAATATC GTCTTGGAAG CAGTGAAAGA GCAATTGAAT 
CGGCGCCAAC AGCAAGCGGA ATCAATAACA AAGAATTTTT TGAAGCTGCT CTCGTCGACC 
TGTGGCTTCG TCGAAATCAG AAATATCGCA GTCCCAAGGC TGGAAATGTG GTTGCACAAT 
CCTAAACTAA TGAAACCAGC CCAGGAACTA TTGATCTACA TCTGCTACAA CTCCACGACT 
CACACTCAAC GAGATGTCGA GGTTATCAGT CAATTAGTGA AGATGAGACT AAAGACTAAA 
GCTGTTATCA GTCTGTACTT GAATGGAGTG AAAGAGCTGA TAGGTCTGCA TCCGGAAAAT 
CTCTCTACAA CCCTGAAGCA CACGATCTAC AATGAATTAT CAAACGCGAG AAATCCCAAC 
AACATGCCCA TGCTGGGGGT GATGTTTCAG GCAGCACCAG AGGCCTCGGC AAAGCTCCTA 
GCTGAGATCT TCCAGGATCT GCTTATGAAC AGAGAGGATT TTCTGCGACC GCTGCGAGCA 
TTATTCAGGG AAATAGTTCG TGTCTGTCGT CACGACATCA ATCTCATAAC TCTTGCACGA 
ACCCTGATGG CAGAACGAGC TCAGATAGCC CAGCAACTAC TGACCTTCGA GTTCAAAGAG 
AGAATGTTCA TGGCAATAAT CGACCTCCTG TGTCTGTGTA TGTTCCTGGG GATAAGTCCT 
CAAGTTAAAG AGGCAACACT TCTGTCCCAA CGAGGAGACA AGAAAGACGT TGCCTTGTTA 
CATCAATTTC AGACTCTTGT GTCAACGATT CAGTACGAGA CTACCTCCTG GTTGCAAACG 
ACTGCGCAAC AGACTTACGG AGTTGGCAGG ACTGAGATCC TTCATGCAAT CCAGAAGATC 
ATGCTTCTTG AGTCACTAGA TCATTATTAC AAGCTCGACA ATTGGCCACC GGAGACTGAG 
AGGGTTTTGT TTATGAGGAT CGTGTCTGAT GTGCCTCTTC TCCAGAGTAC ATTACTGAGA 
ATCATCCTCA TGGGATTCAC TAAGGAGAAT GGCCTGACCC ACTCAGAAGT CCTGGACATT 
GCTGATCAGT TAATAAAGAG GGCTGCAGCC AACTCTACTG AGACCTTTCC CACCCTGGAA 
ATCGAGAAAA TGGACATAAT TGAGCTGATC TTCAATCTCT GCGTCTATCA ACCCCCGGGC 
TCCATCAACA TTCCATCCGG CTACGTGCCC CCCAATCTGG CTATTTCCAA TTTATACTGG 
AAAGGTTGGA TAATGCTATT GATCCTGGCT GCACACAATC CCTCGACGAT CGGTGCGATT 
GGCTGGAAAA GATATCCAAT CTGGAGAACA CTGATGGAGA TGTGTATAAC GAATCATTTT 
CAGTATCCTC CACCGACGAT GGCGCTACCA GAGGTGATTG AGCAAGAACG AGCGAAGGAG 
TTGCAGATTG AAACTCTGGA GAAACAGGAG ATACTGGAAT ATGAGTCTCA CTTGGCTGCT 
GCCTCCACAA GGGTTCAAAT ATCAGAATCA AACAGTCTTT TGCTTTCTCA ACTCATCACA 
ATGGATCCCA CTGGAATAGC CAGACGTCCA CCCCCAGCTG TTCTCGAGCA ACTGCAGTCT 
GTAAATATTT CCCTGAGACT AGGTCACTTA CTCTGTCGTT CGAGGAAGCC AGACTTCCTC 
CTCGACATCA TCCAACGACA GCAGCAGAGC TCCTCCCAGA GTATGCCATG GCTGGCTGAT 
CTCGTTCAGA ACAGTGAAGG CTCTCTCAGT CAACTTCCAG TCCAGTGTCT CTGTGAATTT 
CTCCTCTCGA CAACAGCTCA AGCTGTCGAC AAGCAACCAA GACAGCAGCA ACTCCTCTCA 
CACCTCCAAA AACTCCTGAC TGATCCCAAT GAGGATCAAC AGCACGCCTG TGAGGTACTC 
GAGTACTTCC TGAGAAGATT AAGCAGTCAG CAGAGCAACA ATCGCCTCCA GGCGATTACA 
GGACTCAAAC TCGTCCTGGA ATCTATTCCA CTGGAGGACG AGCCCATGGA AGTGGATGGA 
GAGGCTGAAA AGGAGCTCTG GCTCCTCCGA AAACTTCCAT CGATTCCTCA TTTTCCAGCG 
GTGAGACCGC TCGTATCAAC AGCATTGAGA GGTGCATGTC AAGTCGAGAA TAATCCAGAA 
TTAGTTCGTG CCTATGTGGC ATATCTTGCT GAGCACACAC AGGACGACGA TCTCCCGGAA 
TTAACTGATC TCGCTAATGA GATATCTCAA GTGGTCGTCG AGAGAAGCAC TATTACTGCT 
GCTATTCTCC CAGAGCCTGA AAATGATTCG CCGCAGTGCA CACAGACTCT TCAGGCCTTC 
AAAACCATTT TCTGTAACTA TCTGGAGAAG GCCAGATCGC CTCGTGGGGA GGGCTACACC 
TGGTCTCAGA GTCAGGATCA AATTCTGGTG CAGTGGAATA CTGGGGAGGA GTGCACTATG 
CACATTCTTG TGGTTCACGC CATGATTATT CTTTTGACGT ACGACGTGAA CGACGAGTCA 
GGGCTGTCAA ATGATTTACT CGAGATTTGG TTCCCAGAGA GTGGAGAACC ACCGAAAGCC 
TTTCTAGTAG ACACGAGTGA GGAGGCCCTC CTGATACCTG ACTGGTTAAA ACTCAGAATG 
ATTAGAAGTA ATGTTCCCAG ACTTGTCGAT GCAGCATTGA AGGATCTGGA GCCCCAGCAG 
TTGGTTCTCT TCATCCAGAG CTTTGGCATC CCAGTGACTT CGATGAGTAA ATTACTCCAT 
ACCCTGGACG TGGCTGTCCA GCTGGATCGT GACTCTGTCA AGGAAGCTGT TCTCGATAAA 
ACGTACATGG CACAGCTGGT GAAGGTCCAG CATAGAAGGG GGGCCACAGG AGGTCTAGTG 
TTCGTTCAGG TCCTCCAGCT GCTGGAGCCT CAATTGCCTG ACGAGCCAGA TCTCAACAGT 
GAGAATCTCC AGGAGCCCCT GCCCCAGAGT GCGATGGTCC AGCAGCAGTC AGTTATCCAG 
TGTTCTATAA AAACCGAAGT GCCTCATCTC ATCAATAAAC TCTTCATCGA GAACATCTCT 
ATGAACCAGA AGACTGAAGC CTATCGAAGA CTCCACAAGA TCCTCGCCAA GGACCTGCAA 
AAATCTCCAA AAGAGAGTGG AGCTGTTGTA CTGGCTATCC AGCACATTTG CAGCGTCCTC 
AGTTCGATGC AGGTGAAGCA GTTCCTCGGA TCACTCGTCC ACATGCCCCA GTACTCCTGC 
ACTCTCATGA GGATGATCCT GCTACCTCTG AAGAAACCCA CTACATCTCA GCATGTCGTT 
GAATTGGGTC GCAGTATGTG CCTGAACCTG ATTTCCCTAA TTGGTGACAT AAAAGCCCCG 
ATTCTCCATA TCCTGCGAGA CTTTGCAAAT ATTCACATGA AGAAAATCCC GAAGAGGAAA 
GAGCTGGTGA TTTACACGAA GAATCGAGAC CCTGGAAAAG TTCTAGAGAG CACAGATCCC 
CTGAATTTGG AGAGTGTGGG GAGAATTCTT TTGGATATTT GTCTGAAGGA GCAGAAAAAT 
GATCTCCTGG TGGAGGCCAT GGTGAGTCTC TTAGTTTCGG ACAGCAATGG AGGTCTTGTG 
AGGCCCAGAA CAGGACTTCT GATTGATTGG CTGGCGTCTG TGGAGCCAGA ACTCATTGGC 
ATCTGTCCAA CTCTGCAGAT GAAGCTTCTC TTTGGAAAGA CCAGAGTTCA CTTGAAGATT 
GACGAGAGCA TAGTGAACTC TCACGCCTGC AGGCCCTATT TACTGACCCT CCTGACACAT 
CGCGCTTCCT GGGCCACTCT CCAGAAATGT GTGGGACATC TCCTGGATAA GTGTGACGAT 
GGATACGATC CAACAGCTGT CCTCGACTTC CTCTGGGCAT TGACATGCAA TCCAAAGTTG 
TGGCAGGGTC GAGACAAATT CACTCCAAAG CACTACGTCC CCGAAAATAT TCTCCTCCTC 
AACGAGAAAC AGCTTTTGAC TCTCGTGGCA TACCTCGTCG CCGAGGCAGT GATAATCCAT 
GAGAGACAGA GTCGAAATGC TGCCCTCACT CAAATGGAAA CTAGACTGGA TCTACTCCAG 
CATTGTGTGT CAACAGAAGA GAAATTCACG TCAATCGTGG TGAATTATTT AGCAGACAGA 
ATGATGTACA ACAATAATGT AGAGTCTGAC ATGGCTCATC AATTTCTCCT CCATATGTAC 
ATGAAGATAC CGAAGGTCAT AACATGTTTG AACCCATCGC AAGCAAAAAA ATTTGTGGCT 
GGAGCAAATA TCAAAGACTG GACCGGTTCA GTTCTGGATT GCATGAGCCA CTCTCTCCTC 
ACCGCTCTTG CTGCAACACC CAGACAAAAA TCATGGGCAT CAAAATCCCA GGAGTTTGAA 
CTCTGCGCAA GAAAAATGGC GGCTGTTCAT CCTATTCTTG TCCTTCGACA ATTGCCAATG 
CTGGCGTCGT CCCTAATGGG CAGGTGTTAC CTTGAGTACA ACGAATTTAG ATCTGGCCAT 
CATATGAATT TATTCGTCCA GGTGATGGGT CTGCTGGAGC TCCTCCAGCC TTATCTCTTC 
AATGAGCAGC ACAGGGACGC CCTGGAGGAC ACACTGCAGA ATTATTTCCA GTGTTTTCAA 
AATTATGGAC CCTATAAAGA TCATCATCAA TTGACACCAC TTCTGAATAG ATTAGTAGTC 
CTGCTGCAGG GGTACATCTC CCACGGGGCC CAGAGGGCCT TAAAATATCT TCACAGGCAC 
ATCCACACCT TGAGGGAGTT GCAGGGCTAC TTTCCAGGGC TGACAAACCT CAGGGCACTC 
ATAGCATCGA TACCAGGGCC TCGAGAGGGA ACCAATGGAG AGGAGATATT CATCACTGGT 
CCTCCAACCA CCAGAGCAGA GCCCAGTTAT CCTGATCATT ATCCTGGACT CATTGCCACA 
TTGGCCAAAA TCCAGGGAGA CGATGTATTC TCTGCACTCC AGGAAATTGA ACACACGTCA 
TCAAGGAAAC CGTCGATTTT AGAATTCTTT ACTGATAGTA TAACCGAGTT ACTCGTGTCA 
CCACAGGGAA ATATCAGGAC TCTGGCTCAC ACTCTCATCA CTCGAGCATT GAAGCATCGA 
CCTGCACCAA ATCTCAATGT TCTCTCGGCT TTTCAGAGGT GTCTTGATAG CCCCAGGTCT 
GATGTACTCA TGTCTGCTCT TGATAGACTT CCAGATATTG TTCTCTGCAT GCAGGAACAT 
GCATTGCCAT TAATGCAGAA GGTCTTTGAA CTCGGTGTCA ATTCCAATGT CAACACGATA 
CTCCATATTA ATAAGAGCAT CGCCCTGTTG AATACCCAGC AAGGGTGTTG A