LOC100632169 cDNA ORF clone, Amphimedon queenslandica

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100632169
Entrez Gene ID	100632169
Full Name	ATP-dependent RNA helicase DEAH12, chloroplastic-like
Gene Type	protein-coding
Organism	Amphimedon queenslandica

mRNA and Protein(s)

mRNA	Protein	Name
XM_003388483.2	XP_003388531.2	ATP-dependent RNA helicase DEAH12, chloroplastic-like

Pathways from BioSystems
Gene Ontology

The following LOC100632169 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100632169 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
OAm21888	XM_003388483.2 Latest version!	Amphimedon queenslandica ATP-dependent RNA helicase DEAH12, chloroplastic-like (LOC100632169), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

LOC100632169 ( XM_003388483.2 ) cDNA ORF clone, Amphimedon queenslandica -> XP_003388531.2 Amphimedon queenslandica ATP-dependent RNA helicase DEAH12, chloroplastic-like (LOC100632169), mRNA.

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CloneID	OAm21888
Clone ID Related Accession (Same CDS sequence)	XM_003388483.2
Accession Version	XM_003388483.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5025bp) 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	2017-01-17
Organism	Amphimedon queenslandica
Product	ATP-dependent RNA helicase DEAH12, chloroplastic-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003546523.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jan 18, 2017 this sequence version replaced XM_003388483.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Amphimedon queenslandica 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##

ATGATGGCCA CTACAGGTGG TGATATAATT ATCAAAGTTA TTGGTTCAGC CCAGGTAACA 
TCACTGTACA TAACGTTGAC AACAGTTGAA CCTCAAACCG AACAAACATT CAAGTCCTAC 
CTTCAATCAA AGATACGATT GAAAAAAGGC TCCTTCACGA TTATCAAATT CAAACCTACC 
AATAATGAGG GGACAGTAGA AATAGAAATA AGCTTTGCTA GTATCAATAA AGCAAAGAGA 
GCACGAAGAG TTATTAGTAA ACACACTCCT AATGCCATCG TATCTCTTCA AAGCTTTTCG 
TCAGCTACTC TAAGAGATTC AATAGTAAAG TACAGAGGCA TGATGACACT TAAAACCTCA 
CAATATATTG AGCAACATGA CATTAAGATT CAAAATGTAC AGGCACACGA AAAAGAACTA 
AAGCAGGAGT CGAAGAAGCT AAGTCTAGCT GAGGCTGGAA GGAGATTGTC TAGTTTAGAA 
GTCGTTAAAG AGGAAGTGAA AGAGCTTCGT AGACAGAAAG AAGAGTTCTT AAAAACGTGT 
GCCGATATTG ATCAGAAGTT TGTTCGATTG GAAGCATCAT TATATTCGAG ACGTAAACCA 
CTCAATGACC AGATGACTTC CCTACAGAAA AGATTTGCAA GAGAATGTGT CCGTTTATTC 
AAATCACTAC CGATATACGC CAGACGTAGT GACATAATCA ATACTGTTAC TAGGAACCAG 
GTTGTTGTTC TTATTGGTGA AACAGGGTCT GGGAAGAGCA CACAGATTGT ACAGTATTTG 
TATGATGCAG GGTTTGGGGA ACGTGGCCTC ATCGCATGCA CTCAGCCAAG AAAAGTAGCA 
GCCATTACAC TCGCTAATCA CGTCTCAAAG GAAATGTGTT CGTCTGTTGG TGAGGTGGTG 
GGTCATCGTT TAGGCTCCTT TGATAGTACC AGCTCTGAAA CTGTTATAGT CTATATGACC 
GATCATAGCC TCCTTAATGA GATCATAGCT GACCCATGGC TCAGGCAATA CTCGTGTTTA 
GTAATAGATG AAGCACACGA GAGGAGTCTC AATACAGATA TACTATTGTC TCTTATCAAG 
CAGTGCTTGC TGCAGCGTCC CGAATTAAGA ATCATAATCA CATCAGCCAC AATTAATCCC 
GATATATTTG TCAAGTATTT TGGTGGCAGT GTCTCTTGTC CTGTTGTTAG AGTTTCTGGA 
CGAACTTTTC CAGTTGAAGT CATATGGAAT CCATTGAGTA TACAGTACTC AGCCGACTGC 
ACTCCACTAA CCATTGACAT TGTTAACAAT TGCCTGTCAG TGGTTAAGAA GATACACACT 
GAAGAGCCTG ATGGTGATGT ACTGGTATTC CTCTCCTCTC TTGGTGATAT TGAGACAGCT 
TGTTCAGCAG CTACTGATGA ATTCCCTGAT GCTGTAGTAC TCCCATTGCA TGGCCGTCTC 
CAACCAGATG AACAAAGGAG AGTTTTTGAA GATGTCCCAG GAAGAAGGAA GATAGTATTC 
TCTACAAATG TGGCAGAGAC CTCAGTAACT ATACCAGGAA TAAAGTATAT CGTTGACAGC 
GGTCTAGCCA AGGAGATGTG CTTTGATCCA AAGCGTAATA TGAATTCACT AGAAGAGTGT 
CTCATCAGTA AGAGTTCTGC TGAGCAGAGG AAAGGGCGTG CTGGTCGTGT TAGTGCTGGT 
AAATGCTACC GTATATACAC AGAGGACCAG TATTATAATA TGAGAGAGAG AACGCCACCA 
GAGATACTTA GAATGCACCT TATTCATGCT GTCCTTAAGC TGTATGAGTT TGGTATTGCT 
GATATCCTCT CATTTGATTT TGTTGAGAAA CCAGACCAGG CAACACTGAA ATCTGCCGTG 
GATACACTCC AGTTTCTTGG TGCAGTTAAT GATGGTAGCA GTCAAGATAG ATTAACCAAG 
TTTGGGCGTC AGTTAGCTAT TTTACCAATT GATCCTCAGC TGGGTAAAGT GTTACTGGAT 
GGTATAGAAG CTGGTATAGG CCTGGAGGCT GCAGTGTCTG TTTCGTTATC TAGTTTTGGA 
GGTAATGTAT TCTATAGAGC AGGGAATGAC GAAGCAAAGA GAGAAAGTGA TAGAATGAAG 
ATCCAGTTCG TTCATTCTGG TGGTGACCAA ATGACGTGTC TTTCTGTTTA CAAAAAGTGG 
TCATCTTGTA AGAAAGAGGA AAGGAACAGG TGGTGTGTAA GGAATTACAT CAATGCAAAA 
AGCATGAGGA TGGTAGAGGA GACAGTCAAA GAGTTGCGTC ATATTCTCTG TTATAGTTTT 
CAGATAAACC TACCACATAA GCTACCACCT TCGTTATCAT TAGCTGAGTC ACAGCTCCCA 
AAGCTTTACT TCTTCGCATT TCTACGCAAC CTTGCTGTGT ACTTAGGCCA CTCTTGGATT 
GGTTACATGA CTACCGCACA CCTGTCTTCA ATAAATGACC CTTTGGTTCC TTTTCCTGGC 
TCTGCTCTAG TACAGCATAA TGAGACTCCA CAGTATGTCA TTTATGAAAA GACGCTGAAG 
ACATCTAAGC ATTTTTTACT TCAAGTCCTC TCGGTCGAAC AAGATTGGAT AACTGAAGCA 
ATATCACGTG GCCAATTATC TCATGATCCA GCTGAAGATG CAAAGGAATA CATTGTCTCT 
CCTGTTATAT TAGATAGGAT AGGCCAAGTC ATAGGTTCCA AGTGTTTCAG GAATGACATT 
AGAGGACTAA CTGAGCGAAT GAGAGCAGTA TGTGATGGAG CACCAGTGCA AGCTGACTTG 
GGCCAATTGA ATTTGGGGAA AATTTGTGTC TATTCTTCAA AGAAATATCA TAACCGCCTG 
AAAGAGTTTT TAAGTAAAAA GGTTCAAATG GCTCGTACTG AACTGTTAAG TGGATGTATT 
GAGAGTGGAG TTGTAAGACC AGATGATGTT ATTAGGGTAG TCCTCAGCAG AGGTGGTGCA 
ATAGAGCATG TGTTGATGCC CCATCAGTAT CGAACTATTG TAGTTAGGGG ACCTAATACT 
ACTGCTATAA ATGAAGCTGT GCCTGCCCTA ACAGAGAGTG GAGTAATTCT CAATACAAAA 
CTCAAGGAAT TTAAAAATGA ATCAAAGCTA TTCGTTACCT TTTCTCATCC TTTGATGGCA 
TCTCATGCTG TATCCAATGT CACAAATTTG CCTAAAGAAG TTACTGTGAT TCCTCAATTC 
CAAAAAGCAA GTGGGAGTCC TAGTTTAAAG TATTTCAGGC TAAAGGTAGA GTGGGTAAGA 
AGAGAGAGGA AAGATTTTGG CTTTGTTGAG TTTTCCACAT TTAATGACTA TTTTAGTTGC 
CTTCAAAAAA TTGGTTCTTC AGTTATTGTT TGTGGATCAA TTTTACAGAT TAAGCCATCA 
CATAAACCCA ATCAGCTCTT CATGCCTCAA GTGGCTAAAC ACATCACTAA AGAAGATATT 
GAAGATGTTC TTGATGCTCT TCTGCAAGAT ACAGGTGCAG AGTACAAAGT ATTTTTTATT 
CGTGAGAAGA GTTTTGAGAC TAGTGATGCA TTACACTTAG CTCTAGAGTA TCAATTGAAA 
TATGTGCTAC AGAAATATGC CTTAGAGAAC CAGTTTATTG TTAAATTTAA TAAACCTTCA 
CCTCAACATG CTGACTATCG AGCTTTTGTT GATTTTTTTG ATCCAAGTGT GGGTCAAAGG 
GTCATGAATA ATCTAAATGG TGAGTCTGTT GCCGGGAAAC CTTTAAACGT ACAAGTTGTG 
CTGTGTACCT CAGTGCGATT TACACCTCAG ATATATAGTG TTGTTTCTGA GGAAGTTGAT 
CAAGTCAAGG CCAATATAGA ACAAGAGTTC TCGCAAGTGG TTCGTTTTGT ACAGAAGCCT 
GACAAGTATG GCAATGTAAT AGTTGAGATA CAGTCTACTG ATGTTGAGGC TTTTGGAGCA 
GCAAAATCAT TGCTCAACAA TCTACTCTTA CCTGTTGTAC AGGAGTGTCA GTCTCCTCTA 
CTTTGTCACT ACATTCTCTC CAAATTATCT CGTAAAGAAT TAGACGACAT ACAGTGTGCC 
ACAACAACTG TCATTATATG CAACACAAGA TCAATGACTA TTAGTATATA TGGAAATAAA 
TCCAATCAAG AGCTTGCCAG GTGTAAATTA GATGATCATA TTCAGTACTT GGAAAGTAGA 
GGTATCTCAA TCCATGATAT ACACCTCAAA GGTCAAGGCA AACCACCAGG CCTAATGAAA 
CACATTGTCT CAACATTTGG TGTTGATTTG ACTGGTTTAT TATCACTAGA AGGAGTTGAA 
AGTGCTACAT TAGAGCCACG AAAGCAAGTA CTGAGTATGT TTTGTTCGAA TGATGCTTAT 
GATCACATTA AAAAGGTAAT CTCAGACTAC TCGGTCTCTA AACCCAAAGC AAATGCAGCA 
GATGTTCTAG AATGTAGTAT CTGTCTGTGT GAGATAGAGG ATGCGTCTGA AGTATTTTTA 
TTAGAGTATT GTGGCCATGC CTCACACATT CAGTGCATAG CAGTACAAGT TGCTGCTAAT 
GCTGTCACTT TCCCTCTACA GTGCTCTGCT GAGGGCTGTT CTGAAAGTTT TGTATGGCAA 
GATTGTGAGA ATCTTTTCAA GAAAACATCG TTAACATTGG CAGGATTAGT CGAGTCATCA 
TTGAAATCGT TTCTTGGTGC TAATAGAGAC AAGGCAAGGC CCTGCCCCAC TCCTGATTGT 
CAGATGGTGT ATGCAGTTTC TAATGACGGC CAACGATTTG TCTGTCCACA TTGTCAGATA 
CAAATCTGCA CGACATGTCA CGAGCAGTAC CATGATGGTC TCACATGTGA GATGTACAAG 
AGTAGCAAGA ATGTTGAAAA TAAATTTCAA GAATGGCTCA AGGAAAACCC GAAAAACCGT 
AAACAATGCC CCAAGTGTAC TATTGCCATT GAGAAGACGG AAGGATGCAA TTACATGTAT 
TGCATACAGT GCCGCACTCA TATCTGCTGG GTATGTACGA AACCATTTGA TAATGAACAA 
GACTGTTATG CACATTTACA CAAAGTACAT GGTGGTATAC AATAA

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

RefSeq	XP_003388531.2
CDS	53..5077
Translation	MMATTGGDIIIKVIGSAQVTSLYITLTTVEPQTEQTFKSYLQSKIRLKKGSFTIIKFKPTNNEGTVEIEISFASINKAKRARRVISKHTPNAIVSLQSFSSATLRDSIVKYRGMMTLKTSQYIEQHDIKIQNVQAHEKELKQESKKLSLAEAGRRLSSLEVVKEEVKELRRQKEEFLKTCADIDQKFVRLEASLYSRRKPLNDQMTSLQKRFARECVRLFKSLPIYARRSDIINTVTRNQVVVLIGETGSGKSTQIVQYLYDAGFGERGLIACTQPRKVAAITLANHVSKEMCSSVGEVVGHRLGSFDSTSSETVIVYMTDHSLLNEIIADPWLRQYSCLVIDEAHERSLNTDILLSLIKQCLLQRPELRIIITSATINPDIFVKYFGGSVSCPVVRVSGRTFPVEVIWNPLSIQYSADCTPLTIDIVNNCLSVVKKIHTEEPDGDVLVFLSSLGDIETACSAATDEFPDAVVLPLHGRLQPDEQRRVFEDVPGRRKIVFSTNVAETSVTIPGIKYIVDSGLAKEMCFDPKRNMNSLEECLISKSSAEQRKGRAGRVSAGKCYRIYTEDQYYNMRERTPPEILRMHLIHAVLKLYEFGIADILSFDFVEKPDQATLKSAVDTLQFLGAVNDGSSQDRLTKFGRQLAILPIDPQLGKVLLDGIEAGIGLEAAVSVSLSSFGGNVFYRAGNDEAKRESDRMKIQFVHSGGDQMTCLSVYKKWSSCKKEERNRWCVRNYINAKSMRMVEETVKELRHILCYSFQINLPHKLPPSLSLAESQLPKLYFFAFLRNLAVYLGHSWIGYMTTAHLSSINDPLVPFPGSALVQHNETPQYVIYEKTLKTSKHFLLQVLSVEQDWITEAISRGQLSHDPAEDAKEYIVSPVILDRIGQVIGSKCFRNDIRGLTERMRAVCDGAPVQADLGQLNLGKICVYSSKKYHNRLKEFLSKKVQMARTELLSGCIESGVVRPDDVIRVVLSRGGAIEHVLMPHQYRTIVVRGPNTTAINEAVPALTESGVILNTKLKEFKNESKLFVTFSHPLMASHAVSNVTNLPKEVTVIPQFQKASGSPSLKYFRLKVEWVRRERKDFGFVEFSTFNDYFSCLQKIGSSVIVCGSILQIKPSHKPNQLFMPQVAKHITKEDIEDVLDALLQDTGAEYKVFFIREKSFETSDALHLALEYQLKYVLQKYALENQFIVKFNKPSPQHADYRAFVDFFDPSVGQRVMNNLNGESVAGKPLNVQVVLCTSVRFTPQIYSVVSEEVDQVKANIEQEFSQVVRFVQKPDKYGNVIVEIQSTDVEAFGAAKSLLNNLLLPVVQECQSPLLCHYILSKLSRKELDDIQCATTTVIICNTRSMTISIYGNKSNQELARCKLDDHIQYLESRGISIHDIHLKGQGKPPGLMKHIVSTFGVDLTGLLSLEGVESATLEPRKQVLSMFCSNDAYDHIKKVISDYSVSKPKANAADVLECSICLCEIEDASEVFLLEYCGHASHIQCIAVQVAANAVTFPLQCSAEGCSESFVWQDCENLFKKTSLTLAGLVESSLKSFLGANRDKARPCPTPDCQMVYAVSNDGQRFVCPHCQIQICTTCHEQYHDGLTCEMYKSSKNVENKFQEWLKENPKNRKQCPKCTIAIEKTEGCNYMYCIQCRTHICWVCTKPFDNEQDCYAHLHKVHGGIQ

Target ORF information:

RefSeq Version	XM_003388483.2
Organism	Amphimedon queenslandica
Definition	Amphimedon queenslandica ATP-dependent RNA helicase DEAH12, chloroplastic-like (LOC100632169), mRNA.

Target ORF information:

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

XM_003388483.2

ORF Insert Sequence:

ATGATGGCCA CTACAGGTGG TGATATAATT ATCAAAGTTA TTGGTTCAGC CCAGGTAACA 
TCACTGTACA TAACGTTGAC AACAGTTGAA CCTCAAACCG AACAAACATT CAAGTCCTAC 
CTTCAATCAA AGATACGATT GAAAAAAGGC TCCTTCACGA TTATCAAATT CAAACCTACC 
AATAATGAGG GGACAGTAGA AATAGAAATA AGCTTTGCTA GTATCAATAA AGCAAAGAGA 
GCACGAAGAG TTATTAGTAA ACACACTCCT AATGCCATCG TATCTCTTCA AAGCTTTTCG 
TCAGCTACTC TAAGAGATTC AATAGTAAAG TACAGAGGCA TGATGACACT TAAAACCTCA 
CAATATATTG AGCAACATGA CATTAAGATT CAAAATGTAC AGGCACACGA AAAAGAACTA 
AAGCAGGAGT CGAAGAAGCT AAGTCTAGCT GAGGCTGGAA GGAGATTGTC TAGTTTAGAA 
GTCGTTAAAG AGGAAGTGAA AGAGCTTCGT AGACAGAAAG AAGAGTTCTT AAAAACGTGT 
GCCGATATTG ATCAGAAGTT TGTTCGATTG GAAGCATCAT TATATTCGAG ACGTAAACCA 
CTCAATGACC AGATGACTTC CCTACAGAAA AGATTTGCAA GAGAATGTGT CCGTTTATTC 
AAATCACTAC CGATATACGC CAGACGTAGT GACATAATCA ATACTGTTAC TAGGAACCAG 
GTTGTTGTTC TTATTGGTGA AACAGGGTCT GGGAAGAGCA CACAGATTGT ACAGTATTTG 
TATGATGCAG GGTTTGGGGA ACGTGGCCTC ATCGCATGCA CTCAGCCAAG AAAAGTAGCA 
GCCATTACAC TCGCTAATCA CGTCTCAAAG GAAATGTGTT CGTCTGTTGG TGAGGTGGTG 
GGTCATCGTT TAGGCTCCTT TGATAGTACC AGCTCTGAAA CTGTTATAGT CTATATGACC 
GATCATAGCC TCCTTAATGA GATCATAGCT GACCCATGGC TCAGGCAATA CTCGTGTTTA 
GTAATAGATG AAGCACACGA GAGGAGTCTC AATACAGATA TACTATTGTC TCTTATCAAG 
CAGTGCTTGC TGCAGCGTCC CGAATTAAGA ATCATAATCA CATCAGCCAC AATTAATCCC 
GATATATTTG TCAAGTATTT TGGTGGCAGT GTCTCTTGTC CTGTTGTTAG AGTTTCTGGA 
CGAACTTTTC CAGTTGAAGT CATATGGAAT CCATTGAGTA TACAGTACTC AGCCGACTGC 
ACTCCACTAA CCATTGACAT TGTTAACAAT TGCCTGTCAG TGGTTAAGAA GATACACACT 
GAAGAGCCTG ATGGTGATGT ACTGGTATTC CTCTCCTCTC TTGGTGATAT TGAGACAGCT 
TGTTCAGCAG CTACTGATGA ATTCCCTGAT GCTGTAGTAC TCCCATTGCA TGGCCGTCTC 
CAACCAGATG AACAAAGGAG AGTTTTTGAA GATGTCCCAG GAAGAAGGAA GATAGTATTC 
TCTACAAATG TGGCAGAGAC CTCAGTAACT ATACCAGGAA TAAAGTATAT CGTTGACAGC 
GGTCTAGCCA AGGAGATGTG CTTTGATCCA AAGCGTAATA TGAATTCACT AGAAGAGTGT 
CTCATCAGTA AGAGTTCTGC TGAGCAGAGG AAAGGGCGTG CTGGTCGTGT TAGTGCTGGT 
AAATGCTACC GTATATACAC AGAGGACCAG TATTATAATA TGAGAGAGAG AACGCCACCA 
GAGATACTTA GAATGCACCT TATTCATGCT GTCCTTAAGC TGTATGAGTT TGGTATTGCT 
GATATCCTCT CATTTGATTT TGTTGAGAAA CCAGACCAGG CAACACTGAA ATCTGCCGTG 
GATACACTCC AGTTTCTTGG TGCAGTTAAT GATGGTAGCA GTCAAGATAG ATTAACCAAG 
TTTGGGCGTC AGTTAGCTAT TTTACCAATT GATCCTCAGC TGGGTAAAGT GTTACTGGAT 
GGTATAGAAG CTGGTATAGG CCTGGAGGCT GCAGTGTCTG TTTCGTTATC TAGTTTTGGA 
GGTAATGTAT TCTATAGAGC AGGGAATGAC GAAGCAAAGA GAGAAAGTGA TAGAATGAAG 
ATCCAGTTCG TTCATTCTGG TGGTGACCAA ATGACGTGTC TTTCTGTTTA CAAAAAGTGG 
TCATCTTGTA AGAAAGAGGA AAGGAACAGG TGGTGTGTAA GGAATTACAT CAATGCAAAA 
AGCATGAGGA TGGTAGAGGA GACAGTCAAA GAGTTGCGTC ATATTCTCTG TTATAGTTTT 
CAGATAAACC TACCACATAA GCTACCACCT TCGTTATCAT TAGCTGAGTC ACAGCTCCCA 
AAGCTTTACT TCTTCGCATT TCTACGCAAC CTTGCTGTGT ACTTAGGCCA CTCTTGGATT 
GGTTACATGA CTACCGCACA CCTGTCTTCA ATAAATGACC CTTTGGTTCC TTTTCCTGGC 
TCTGCTCTAG TACAGCATAA TGAGACTCCA CAGTATGTCA TTTATGAAAA GACGCTGAAG 
ACATCTAAGC ATTTTTTACT TCAAGTCCTC TCGGTCGAAC AAGATTGGAT AACTGAAGCA 
ATATCACGTG GCCAATTATC TCATGATCCA GCTGAAGATG CAAAGGAATA CATTGTCTCT 
CCTGTTATAT TAGATAGGAT AGGCCAAGTC ATAGGTTCCA AGTGTTTCAG GAATGACATT 
AGAGGACTAA CTGAGCGAAT GAGAGCAGTA TGTGATGGAG CACCAGTGCA AGCTGACTTG 
GGCCAATTGA ATTTGGGGAA AATTTGTGTC TATTCTTCAA AGAAATATCA TAACCGCCTG 
AAAGAGTTTT TAAGTAAAAA GGTTCAAATG GCTCGTACTG AACTGTTAAG TGGATGTATT 
GAGAGTGGAG TTGTAAGACC AGATGATGTT ATTAGGGTAG TCCTCAGCAG AGGTGGTGCA 
ATAGAGCATG TGTTGATGCC CCATCAGTAT CGAACTATTG TAGTTAGGGG ACCTAATACT 
ACTGCTATAA ATGAAGCTGT GCCTGCCCTA ACAGAGAGTG GAGTAATTCT CAATACAAAA 
CTCAAGGAAT TTAAAAATGA ATCAAAGCTA TTCGTTACCT TTTCTCATCC TTTGATGGCA 
TCTCATGCTG TATCCAATGT CACAAATTTG CCTAAAGAAG TTACTGTGAT TCCTCAATTC 
CAAAAAGCAA GTGGGAGTCC TAGTTTAAAG TATTTCAGGC TAAAGGTAGA GTGGGTAAGA 
AGAGAGAGGA AAGATTTTGG CTTTGTTGAG TTTTCCACAT TTAATGACTA TTTTAGTTGC 
CTTCAAAAAA TTGGTTCTTC AGTTATTGTT TGTGGATCAA TTTTACAGAT TAAGCCATCA 
CATAAACCCA ATCAGCTCTT CATGCCTCAA GTGGCTAAAC ACATCACTAA AGAAGATATT 
GAAGATGTTC TTGATGCTCT TCTGCAAGAT ACAGGTGCAG AGTACAAAGT ATTTTTTATT 
CGTGAGAAGA GTTTTGAGAC TAGTGATGCA TTACACTTAG CTCTAGAGTA TCAATTGAAA 
TATGTGCTAC AGAAATATGC CTTAGAGAAC CAGTTTATTG TTAAATTTAA TAAACCTTCA 
CCTCAACATG CTGACTATCG AGCTTTTGTT GATTTTTTTG ATCCAAGTGT GGGTCAAAGG 
GTCATGAATA ATCTAAATGG TGAGTCTGTT GCCGGGAAAC CTTTAAACGT ACAAGTTGTG 
CTGTGTACCT CAGTGCGATT TACACCTCAG ATATATAGTG TTGTTTCTGA GGAAGTTGAT 
CAAGTCAAGG CCAATATAGA ACAAGAGTTC TCGCAAGTGG TTCGTTTTGT ACAGAAGCCT 
GACAAGTATG GCAATGTAAT AGTTGAGATA CAGTCTACTG ATGTTGAGGC TTTTGGAGCA 
GCAAAATCAT TGCTCAACAA TCTACTCTTA CCTGTTGTAC AGGAGTGTCA GTCTCCTCTA 
CTTTGTCACT ACATTCTCTC CAAATTATCT CGTAAAGAAT TAGACGACAT ACAGTGTGCC 
ACAACAACTG TCATTATATG CAACACAAGA TCAATGACTA TTAGTATATA TGGAAATAAA 
TCCAATCAAG AGCTTGCCAG GTGTAAATTA GATGATCATA TTCAGTACTT GGAAAGTAGA 
GGTATCTCAA TCCATGATAT ACACCTCAAA GGTCAAGGCA AACCACCAGG CCTAATGAAA 
CACATTGTCT CAACATTTGG TGTTGATTTG ACTGGTTTAT TATCACTAGA AGGAGTTGAA 
AGTGCTACAT TAGAGCCACG AAAGCAAGTA CTGAGTATGT TTTGTTCGAA TGATGCTTAT 
GATCACATTA AAAAGGTAAT CTCAGACTAC TCGGTCTCTA AACCCAAAGC AAATGCAGCA 
GATGTTCTAG AATGTAGTAT CTGTCTGTGT GAGATAGAGG ATGCGTCTGA AGTATTTTTA 
TTAGAGTATT GTGGCCATGC CTCACACATT CAGTGCATAG CAGTACAAGT TGCTGCTAAT 
GCTGTCACTT TCCCTCTACA GTGCTCTGCT GAGGGCTGTT CTGAAAGTTT TGTATGGCAA 
GATTGTGAGA ATCTTTTCAA GAAAACATCG TTAACATTGG CAGGATTAGT CGAGTCATCA 
TTGAAATCGT TTCTTGGTGC TAATAGAGAC AAGGCAAGGC CCTGCCCCAC TCCTGATTGT 
CAGATGGTGT ATGCAGTTTC TAATGACGGC CAACGATTTG TCTGTCCACA TTGTCAGATA 
CAAATCTGCA CGACATGTCA CGAGCAGTAC CATGATGGTC TCACATGTGA GATGTACAAG 
AGTAGCAAGA ATGTTGAAAA TAAATTTCAA GAATGGCTCA AGGAAAACCC GAAAAACCGT 
AAACAATGCC CCAAGTGTAC TATTGCCATT GAGAAGACGG AAGGATGCAA TTACATGTAT 
TGCATACAGT GCCGCACTCA TATCTGCTGG GTATGTACGA AACCATTTGA TAATGAACAA 
GACTGTTATG CACATTTACA CAAAGTACAT GGTGGTATAC AATAA