LOC108153897 cDNA ORF clone, Drosophila miranda

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108153897
Entrez Gene ID	108153897
Full Name	putative leucine-rich repeat-containing protein DDB_G0290503
Gene Type	protein-coding
Organism	Drosophila miranda

mRNA and Protein(s)

mRNA	Protein	Name
XM_017283995.1	XP_017139484.1	putative leucine-rich repeat-containing protein DDB_G0290503

Pathways from BioSystems
Gene Ontology

The following LOC108153897 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108153897 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
ODr164942	XM_017283995.1 Latest version!	Drosophila miranda putative leucine-rich repeat-containing protein DDB_G0290503 (LOC108153897), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

LOC108153897 ( XM_017283995.1 ) cDNA ORF clone, Drosophila miranda -> XP_017139484.1 Drosophila miranda putative leucine-rich repeat-containing protein DDB_G0290503 (LOC108153897), mRNA.

Price & Availability↑

CloneID	ODr164942
Clone ID Related Accession (Same CDS sequence)	XM_017283995.1
Accession Version	XM_017283995.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5097bp) 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	2016-06-15
Organism	Drosophila miranda
Product	putative leucine-rich repeat-containing protein DDB_G0290503
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030304.1) 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 :: Drosophila miranda Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 23% of CDS bases ##RefSeq-Attributes-END##

ATGATCGGAA GAATATCAAT CTGTCGTACA CCCCTTCATT ATTTGGGAAT GCTGCGTCCT 
ACTTTGAGAT CTACACAGCA GTCGCCTCTG GCGGCACAAC GCCTTAAGCA TGATACGGGC 
GACTCGGGAG AGGAGCCATC GGCCAAGGGC CGCACTCGCC TTCGACAGGT GAAACTCATT 
GAAGAGCGAC GGGGCTCTGG TAAGAGAGAA AACCCGATCA GAGATGGTGC AACGACTAGC 
GGCCTGAGGA CGAAGTCCGT GGGCCTTGAA AGCGAGCAAG CAAATAATGA ACCCATGGGT 
GAGGCAAAGG ACGAACCCAT GAGTGAGGCA AAGGACGAAG TCTTCAATGA AGCAAAGGAG 
GTTGCCTTAA TGAGTGCCTC GAAGGATGAA CCCATGAGTG AGGCAAAGAA TGAACCCATG 
AGTCAAGCAA AGAATGAACC CATGAGTGAG GCAAAGAATG AACCCATGAG TCAGGCAAAG 
AATGAACCTA TGAGTGAGGC TAAGGACGAA CCCATCAGTG AGGCTAAGAA CGAAGTCTTC 
AGCGAAGCAA AGGGGGTAGC CTTAATGAGT GCCACGAAGG ATGAACCCAT TAGTGAGGCA 
AAGAATGAAC CCTTCTGTGA AGCCAAGGAC GAAGCCTTCA CCGGTGCCCA GCATGAACCC 
ATGAGTGAAG CAAAGGACTC ACCACGCAGT GATGCCCAAG ATGAAGCCTT CACCACCGAA 
ATCCCCCAAG AGCGTAGGCA GGAGTCTCCC TTCGAGTCCA GGCCAGAGCT ACCCATGGAA 
AGGCAGCCAG CCTTGCCCGC AAAGACATCA CCGGGCGAGG TGAATCCCAA GAATCCCTAT 
CACATCGTGA CATGTGAACA GGAACAGGAT ACGGGGCCAT CGAATGCTGA AGTCCCCGAA 
GGTAAAGTGA AGGTATCCGG CACGATCATC TTTAAGGACA GCTCGAATTT TGAGACCAAA 
TCTTTGAAAA TTCTGGCAAA CGTACCAACG CTCAAAGGAG AGTCGATGAA TGTTTGGTCA 
CAGTCCTGTG CCCCAGAGAA GGCGAATTCT GGTGACGCGA AGAACGTCAA TGACACGAAG 
GACGAGGAAG CGCAGATCAT TTTGGAATTT GATACCGATA CGTCAACTAC CAAAGGAAAC 
ATGGATCTTA AAGTCAATGC CACTAAAACC GAAGAGATCG TCAACTCTGA CACGCAAAAC 
AAGATCGACG AAAAGCAGGC AACGATTGAG GATCTATATT CAACGACCCC AAAAGGATAT 
GAGATTGGTT GTGTGGTAGA TCTAAGCGAC GTAGTCCAGA GCTCCAGAGA TGAACAGAAC 
GTGGAAGCCA TTGTTCCTGA AATTGAAAAT GTAGATGATA AGATCCAGAT ATCCTCTACA 
GCAGCAACCA CCAATAGATT ACCCCGTACG ATCCCCAGGA AAACAGATGA TTCGCCCGCA 
AAAGCAGTAG AAGCAGTGAA CGAAGAGCAA GCCGTAGAAG CCATTGTTCC AGGAACTGGA 
AATCTTGATG ATAAGATCCA GATATCCTCT ACAGCAGTTG AAGAAGTACA AGCCGTGGAA 
AAAGTGGAAA CCATTGAAAA CCCCGAAGAG ATAGCCATCA AATCACCCAC CAATAGATTA 
CCCCGTACGA TCGTAAGGAA GAAGGATGAT TCGCCAATCC AGACACCCAC CAATAGATTA 
CCCGTTCAAT GGGTAAATGA GGATGGTTCC CCCGCGAAAG CCGTTGTCCC TGAAACTGAA 
AATGCAGATG ATAAAATCCA GATATCCTCT ACAGCAGTGA AAGAAGAACA GGCCGCGGAG 
GCCGTGAAAA AAGAGGAAGC CATTGTCCCT GAAAGCCCCG AAGAGATAGT CATCAAATCA 
GCCACCAATA GATTACCCCG TATGGTCGTA AGGAAAAAAG ATGCTTCGCC CGCGAAAGCC 
GTAGAAGCAG TGAACGAAGA ACAGGCCGTG GAATCCTCAG AAGAAGTGGA AATCGTCTCT 
GAAAACACCG AAGCCTTCAA ATCTCCCACC AATACCTTAC CCCTTAGGAT CGTTAGGGAT 
GCGAATGATT TGCCCGTTGA GCCAATTTTT AAGCAGTTAA TACCATCATC AGAGCTTAAG 
ACGAATAGGG ATGCACCGCT CGAAAAGTCC TACTCTTGGA AACATAAATC CAAAGAAAAC 
CCAGAGTTTA TACAGACTAA AACAGCGTTT AAAAGCGATA TGGAAGAGGA ATTAGTGGCA 
CAAACATCAA TGGACTTGAG TCCTGAGAAA TCATTGAAGA AAGTTGAGGT TGAAACTTCT 
GAAGCTAAAG AATTTAAGTC GGAGATGAAT GAACTGCAAT CGGAGACCAA AGAACTTCAA 
TCGGAGATGA ATGAACTGCA ATCGGAGACC AAAGAACTTC AAACGGAAAT TAATGAACTA 
CAATCGGAGA CCAAAGAACT TCAATCGGAG ATGAATGAAC TTCAATCGGA GACAAAAGAA 
CTTCAACCTG CGATGAATGA GCGTCAATCG GAGGCAACAG AAGAGAAATC AGAATCTACA 
GAAGCCCAGA ACCCTCCCAA GTCCGCTGCA GAAATAATCT CCATGATGGA ACAGAAGCAC 
AAAGACAAAA AATCCATGTC CCTTGCCAAA AGGTCCCATG ATTACCCCTC GAAATCCACA 
TCCCAAATAG TTGCAACATT TGGCCTGAGA CCCGAACCCG GTCAAGGATT CAGGGCCAAA 
GGACAGCTGA ACAGAACTGA GTTGGACAGA CAAGCTGATG AATACTTTGC GTACATCAGT 
GAACCGGTGA CGTCTCAACG GACGACGAAA ATGGAACCAG AACCCTCAGA ATTGGAAAAG 
AAAATGGAAC CAGAAAACTC AGAATTGGCG AAATCAATAG AAGCAGAAAC CTCCGAGCTG 
GACAGAAAAG TAGAAAGAGT GGAAACACCA GAAGAATCGA ACAGAAAAGC CGAAGATTAC 
TTTGCGAAGA TCCACGATCC GGAGACCTCA GAATTGGAAC CAAAAATCGC CGAATTTATG 
AAGAAAAAAG ATTTGGAGCA ATCACAATTG GAGTTGAAAA TGGAGCCCGA AACCTCAAAA 
CTATCCATAA AAGTAGGAAA AGTGGAAACA CCAGAAGAAT CGAACAGAAA GATCCACGAT 
CCGGAGATTT CAGAATTGGA ACCAGAAATC GCCGAATTTA TGAAAAAAAT AGATTTGGAA 
CAATCACAAT TGGAGATGAA AATGGAACCA GAAACCTCCG AACTGGATAG AAAAGTAGAA 
AAAGTGGAAA CACCAGAAGA ATCGAACAGA AAAGCTGAAG AATATTTCTC GAAAATCAAC 
AAACATACGA CCCCAGAATT GGAAGCTGAA ATTTCGAAAT GCATGGAAAC CTCAAAATTG 
CCGAAGAAAA TTTTACCAGA TTTCTCCAAG CTGTACAAAA AATTTCAAAA AGTGGAGACG 
CCAGAAGAAT CCGAGAGAAA AGCAGAAGAA TATTTTGCGA AGATCAGCGC ACCGGAAACC 
TCAGAATTGG CAAAGAAAAT GGAACAGGAA AAATCAGAAT TGGCGAATAA AATGGAACCA 
GAAAAATCAG AATTGACGAA GAAAAAGGCA GCAGAAACCT CCCAACTGGG CAGAAAAGTA 
GAAAAAGTGG AGACACCAGA AGAATCCAAC AGAAAAGCCG AGGAATACTT TGCGAAGATC 
AACGATCAGG AGACCTGGAT GCTGGACAGA CAAGTGGAGG AACCAAGGCG CACCACGTTT 
GAAGAAATGT TCGTCAACTC AAAATCGAGT CAATACTTTA ACAAAATGAA GCCCAAACAG 
GAAACTTCTC GGCTAAAGAG AAACGAAACC TCAAAAAAGG TCAAAAAAAG CTCACATTTG 
GATACAAAAC TAGATCAAGC GACTAAGGAC ATGGCATTAC ACCAAAAAGC TGAGGATTAC 
TTTGACATAA TAAATGAAGC AGAACTCTCG CAACTGGAAG GGAAAATGGA ACCCGAAAGC 
TCACAATTGG ACAAAAAAAT GAAGCCCAAA ACCCCCCAAG AAGAAGAATC AAGGTCTTTC 
GAGGAACTGA CCACCAAATT TGTAGTGACA CATGGGGGGG AAAAAGAGGA AGCCGATGAG 
AAATCAATGA AAAGGAATCG AGACGATGCC ATAGCCGATA AGCAAGGGGA CGACACCAAT 
GAAGAGTCGC CATCCGATAG ACCTCTCTTT GTGCCCCCTG ACGACAAGGA CAGGCTAAAG 
GAGAAAAGTG AGCTGTCAGA AGGAGATCTG TATAAAAAAC AATCAGAGGA TCCTGTGTCT 
GACGATGCGG CAGAATTTAA TTCAAACTCC GAGCCCGAAA AGAGGCCAGC TCCAGAGAAG 
AAACGCAAAC GCAAGCTGGC GGATGGAGAA CTAGACGTTA AGCTGCTCGT TCCGGATGAA 
GCCAAAGAGA CTGCCAGTGG GACTTCCTCG GCGATAGATG CACCACCAAA ACAGAACTTT 
GTTCAATACA TCGTTGAGAA GATCTTTCGC AAAAAGAAGC CCCCGCCAAA AGGCAGAACA 
ATGTCCACCT GCTGCCAGAG CCGTGACCTA AGCACAAGCT GTGCTCTGCT TTGCCCTGAC 
AACAATGACA TATTCGATGA TCCGTTCAGT CCAGAAGAGG GCAAGACAAT CAATCCCAAC 
GATAAGGACT TCATTTCGCC GGATCTCGAG AGGCAGGGTC TGGGCGCCAG AGCCATACGC 
ACGGACCGTG AAGAGAATCG GAAACATGGT CAACCCCAAG CCATGAAGAT AGATAATCCG 
GTGGGTGTTT GGTCTACAAG GAAACCAAAG ACTCCTTTGA ATCATCAGCC CGGGATGAAC 
ATGAGCACGA TGTTCTTTTC CAGCGATTCA GATTCCACCA AGATCCGTGG CGGTTCCAAG 
CAGTGCAAAA ACCGCGAGAA GACAATGCGC GAAAAGCTAA TGGAAAAGAA AGAGAGCAAA 
GACAATAAAA TCGAGATCAT GGGCGGCTCC GAGCAGTGTG CCGAAAAGTT GGAGAAACTC 
AAAGACGGCT CTAAAGATGA TGACTGCAAA AGCAGTTTCA GCAGCTTCTT TCAAATCACA 
AAAATGTTTT GGTCTCCTAC TCCTACAGGT TCAGAACCAA CCAAAAAGGA CAAATAG

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

RefSeq	XP_017139484.1
CDS	1..5097
Translation	MIGRISICRTPLHYLGMLRPTLRSTQQSPLAAQRLKHDTGDSGEEPSAKGRTRLRQVKLIEERRGSGKRENPIRDGATTSGLRTKSVGLESEQANNEPMGEAKDEPMSEAKDEVFNEAKEVALMSASKDEPMSEAKNEPMSQAKNEPMSEAKNEPMSQAKNEPMSEAKDEPISEAKNEVFSEAKGVALMSATKDEPISEAKNEPFCEAKDEAFTGAQHEPMSEAKDSPRSDAQDEAFTTEIPQERRQESPFESRPELPMERQPALPAKTSPGEVNPKNPYHIVTCEQEQDTGPSNAEVPEGKVKVSGTIIFKDSSNFETKSLKILANVPTLKGESMNVWSQSCAPEKANSGDAKNVNDTKDEEAQIILEFDTDTSTTKGNMDLKVNATKTEEIVNSDTQNKIDEKQATIEDLYSTTPKGYEIGCVVDLSDVVQSSRDEQNVEAIVPEIENVDDKIQISSTAATTNRLPRTIPRKTDDSPAKAVEAVNEEQAVEAIVPGTGNLDDKIQISSTAVEEVQAVEKVETIENPEEIAIKSPTNRLPRTIVRKKDDSPIQTPTNRLPVQWVNEDGSPAKAVVPETENADDKIQISSTAVKEEQAAEAVKKEEAIVPESPEEIVIKSATNRLPRMVVRKKDASPAKAVEAVNEEQAVESSEEVEIVSENTEAFKSPTNTLPLRIVRDANDLPVEPIFKQLIPSSELKTNRDAPLEKSYSWKHKSKENPEFIQTKTAFKSDMEEELVAQTSMDLSPEKSLKKVEVETSEAKEFKSEMNELQSETKELQSEMNELQSETKELQTEINELQSETKELQSEMNELQSETKELQPAMNERQSEATEEKSESTEAQNPPKSAAEIISMMEQKHKDKKSMSLAKRSHDYPSKSTSQIVATFGLRPEPGQGFRAKGQLNRTELDRQADEYFAYISEPVTSQRTTKMEPEPSELEKKMEPENSELAKSIEAETSELDRKVERVETPEESNRKAEDYFAKIHDPETSELEPKIAEFMKKKDLEQSQLELKMEPETSKLSIKVGKVETPEESNRKIHDPEISELEPEIAEFMKKIDLEQSQLEMKMEPETSELDRKVEKVETPEESNRKAEEYFSKINKHTTPELEAEISKCMETSKLPKKILPDFSKLYKKFQKVETPEESERKAEEYFAKISAPETSELAKKMEQEKSELANKMEPEKSELTKKKAAETSQLGRKVEKVETPEESNRKAEEYFAKINDQETWMLDRQVEEPRRTTFEEMFVNSKSSQYFNKMKPKQETSRLKRNETSKKVKKSSHLDTKLDQATKDMALHQKAEDYFDIINEAELSQLEGKMEPESSQLDKKMKPKTPQEEESRSFEELTTKFVVTHGGEKEEADEKSMKRNRDDAIADKQGDDTNEESPSDRPLFVPPDDKDRLKEKSELSEGDLYKKQSEDPVSDDAAEFNSNSEPEKRPAPEKKRKRKLADGELDVKLLVPDEAKETASGTSSAIDAPPKQNFVQYIVEKIFRKKKPPPKGRTMSTCCQSRDLSTSCALLCPDNNDIFDDPFSPEEGKTINPNDKDFISPDLERQGLGARAIRTDREENRKHGQPQAMKIDNPVGVWSTRKPKTPLNHQPGMNMSTMFFSSDSDSTKIRGGSKQCKNREKTMREKLMEKKESKDNKIEIMGGSEQCAEKLEKLKDGSKDDDCKSSFSSFFQITKMFWSPTPTGSEPTKKDK

Target ORF information:

RefSeq Version	XM_017283995.1
Organism	Drosophila miranda
Definition	Drosophila miranda putative leucine-rich repeat-containing protein DDB_G0290503 (LOC108153897), mRNA.

Target ORF information:

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

XM_017283995.1

ORF Insert Sequence:

ATGATCGGAA GAATATCAAT CTGTCGTACA CCCCTTCATT ATTTGGGAAT GCTGCGTCCT 
ACTTTGAGAT CTACACAGCA GTCGCCTCTG GCGGCACAAC GCCTTAAGCA TGATACGGGC 
GACTCGGGAG AGGAGCCATC GGCCAAGGGC CGCACTCGCC TTCGACAGGT GAAACTCATT 
GAAGAGCGAC GGGGCTCTGG TAAGAGAGAA AACCCGATCA GAGATGGTGC AACGACTAGC 
GGCCTGAGGA CGAAGTCCGT GGGCCTTGAA AGCGAGCAAG CAAATAATGA ACCCATGGGT 
GAGGCAAAGG ACGAACCCAT GAGTGAGGCA AAGGACGAAG TCTTCAATGA AGCAAAGGAG 
GTTGCCTTAA TGAGTGCCTC GAAGGATGAA CCCATGAGTG AGGCAAAGAA TGAACCCATG 
AGTCAAGCAA AGAATGAACC CATGAGTGAG GCAAAGAATG AACCCATGAG TCAGGCAAAG 
AATGAACCTA TGAGTGAGGC TAAGGACGAA CCCATCAGTG AGGCTAAGAA CGAAGTCTTC 
AGCGAAGCAA AGGGGGTAGC CTTAATGAGT GCCACGAAGG ATGAACCCAT TAGTGAGGCA 
AAGAATGAAC CCTTCTGTGA AGCCAAGGAC GAAGCCTTCA CCGGTGCCCA GCATGAACCC 
ATGAGTGAAG CAAAGGACTC ACCACGCAGT GATGCCCAAG ATGAAGCCTT CACCACCGAA 
ATCCCCCAAG AGCGTAGGCA GGAGTCTCCC TTCGAGTCCA GGCCAGAGCT ACCCATGGAA 
AGGCAGCCAG CCTTGCCCGC AAAGACATCA CCGGGCGAGG TGAATCCCAA GAATCCCTAT 
CACATCGTGA CATGTGAACA GGAACAGGAT ACGGGGCCAT CGAATGCTGA AGTCCCCGAA 
GGTAAAGTGA AGGTATCCGG CACGATCATC TTTAAGGACA GCTCGAATTT TGAGACCAAA 
TCTTTGAAAA TTCTGGCAAA CGTACCAACG CTCAAAGGAG AGTCGATGAA TGTTTGGTCA 
CAGTCCTGTG CCCCAGAGAA GGCGAATTCT GGTGACGCGA AGAACGTCAA TGACACGAAG 
GACGAGGAAG CGCAGATCAT TTTGGAATTT GATACCGATA CGTCAACTAC CAAAGGAAAC 
ATGGATCTTA AAGTCAATGC CACTAAAACC GAAGAGATCG TCAACTCTGA CACGCAAAAC 
AAGATCGACG AAAAGCAGGC AACGATTGAG GATCTATATT CAACGACCCC AAAAGGATAT 
GAGATTGGTT GTGTGGTAGA TCTAAGCGAC GTAGTCCAGA GCTCCAGAGA TGAACAGAAC 
GTGGAAGCCA TTGTTCCTGA AATTGAAAAT GTAGATGATA AGATCCAGAT ATCCTCTACA 
GCAGCAACCA CCAATAGATT ACCCCGTACG ATCCCCAGGA AAACAGATGA TTCGCCCGCA 
AAAGCAGTAG AAGCAGTGAA CGAAGAGCAA GCCGTAGAAG CCATTGTTCC AGGAACTGGA 
AATCTTGATG ATAAGATCCA GATATCCTCT ACAGCAGTTG AAGAAGTACA AGCCGTGGAA 
AAAGTGGAAA CCATTGAAAA CCCCGAAGAG ATAGCCATCA AATCACCCAC CAATAGATTA 
CCCCGTACGA TCGTAAGGAA GAAGGATGAT TCGCCAATCC AGACACCCAC CAATAGATTA 
CCCGTTCAAT GGGTAAATGA GGATGGTTCC CCCGCGAAAG CCGTTGTCCC TGAAACTGAA 
AATGCAGATG ATAAAATCCA GATATCCTCT ACAGCAGTGA AAGAAGAACA GGCCGCGGAG 
GCCGTGAAAA AAGAGGAAGC CATTGTCCCT GAAAGCCCCG AAGAGATAGT CATCAAATCA 
GCCACCAATA GATTACCCCG TATGGTCGTA AGGAAAAAAG ATGCTTCGCC CGCGAAAGCC 
GTAGAAGCAG TGAACGAAGA ACAGGCCGTG GAATCCTCAG AAGAAGTGGA AATCGTCTCT 
GAAAACACCG AAGCCTTCAA ATCTCCCACC AATACCTTAC CCCTTAGGAT CGTTAGGGAT 
GCGAATGATT TGCCCGTTGA GCCAATTTTT AAGCAGTTAA TACCATCATC AGAGCTTAAG 
ACGAATAGGG ATGCACCGCT CGAAAAGTCC TACTCTTGGA AACATAAATC CAAAGAAAAC 
CCAGAGTTTA TACAGACTAA AACAGCGTTT AAAAGCGATA TGGAAGAGGA ATTAGTGGCA 
CAAACATCAA TGGACTTGAG TCCTGAGAAA TCATTGAAGA AAGTTGAGGT TGAAACTTCT 
GAAGCTAAAG AATTTAAGTC GGAGATGAAT GAACTGCAAT CGGAGACCAA AGAACTTCAA 
TCGGAGATGA ATGAACTGCA ATCGGAGACC AAAGAACTTC AAACGGAAAT TAATGAACTA 
CAATCGGAGA CCAAAGAACT TCAATCGGAG ATGAATGAAC TTCAATCGGA GACAAAAGAA 
CTTCAACCTG CGATGAATGA GCGTCAATCG GAGGCAACAG AAGAGAAATC AGAATCTACA 
GAAGCCCAGA ACCCTCCCAA GTCCGCTGCA GAAATAATCT CCATGATGGA ACAGAAGCAC 
AAAGACAAAA AATCCATGTC CCTTGCCAAA AGGTCCCATG ATTACCCCTC GAAATCCACA 
TCCCAAATAG TTGCAACATT TGGCCTGAGA CCCGAACCCG GTCAAGGATT CAGGGCCAAA 
GGACAGCTGA ACAGAACTGA GTTGGACAGA CAAGCTGATG AATACTTTGC GTACATCAGT 
GAACCGGTGA CGTCTCAACG GACGACGAAA ATGGAACCAG AACCCTCAGA ATTGGAAAAG 
AAAATGGAAC CAGAAAACTC AGAATTGGCG AAATCAATAG AAGCAGAAAC CTCCGAGCTG 
GACAGAAAAG TAGAAAGAGT GGAAACACCA GAAGAATCGA ACAGAAAAGC CGAAGATTAC 
TTTGCGAAGA TCCACGATCC GGAGACCTCA GAATTGGAAC CAAAAATCGC CGAATTTATG 
AAGAAAAAAG ATTTGGAGCA ATCACAATTG GAGTTGAAAA TGGAGCCCGA AACCTCAAAA 
CTATCCATAA AAGTAGGAAA AGTGGAAACA CCAGAAGAAT CGAACAGAAA GATCCACGAT 
CCGGAGATTT CAGAATTGGA ACCAGAAATC GCCGAATTTA TGAAAAAAAT AGATTTGGAA 
CAATCACAAT TGGAGATGAA AATGGAACCA GAAACCTCCG AACTGGATAG AAAAGTAGAA 
AAAGTGGAAA CACCAGAAGA ATCGAACAGA AAAGCTGAAG AATATTTCTC GAAAATCAAC 
AAACATACGA CCCCAGAATT GGAAGCTGAA ATTTCGAAAT GCATGGAAAC CTCAAAATTG 
CCGAAGAAAA TTTTACCAGA TTTCTCCAAG CTGTACAAAA AATTTCAAAA AGTGGAGACG 
CCAGAAGAAT CCGAGAGAAA AGCAGAAGAA TATTTTGCGA AGATCAGCGC ACCGGAAACC 
TCAGAATTGG CAAAGAAAAT GGAACAGGAA AAATCAGAAT TGGCGAATAA AATGGAACCA 
GAAAAATCAG AATTGACGAA GAAAAAGGCA GCAGAAACCT CCCAACTGGG CAGAAAAGTA 
GAAAAAGTGG AGACACCAGA AGAATCCAAC AGAAAAGCCG AGGAATACTT TGCGAAGATC 
AACGATCAGG AGACCTGGAT GCTGGACAGA CAAGTGGAGG AACCAAGGCG CACCACGTTT 
GAAGAAATGT TCGTCAACTC AAAATCGAGT CAATACTTTA ACAAAATGAA GCCCAAACAG 
GAAACTTCTC GGCTAAAGAG AAACGAAACC TCAAAAAAGG TCAAAAAAAG CTCACATTTG 
GATACAAAAC TAGATCAAGC GACTAAGGAC ATGGCATTAC ACCAAAAAGC TGAGGATTAC 
TTTGACATAA TAAATGAAGC AGAACTCTCG CAACTGGAAG GGAAAATGGA ACCCGAAAGC 
TCACAATTGG ACAAAAAAAT GAAGCCCAAA ACCCCCCAAG AAGAAGAATC AAGGTCTTTC 
GAGGAACTGA CCACCAAATT TGTAGTGACA CATGGGGGGG AAAAAGAGGA AGCCGATGAG 
AAATCAATGA AAAGGAATCG AGACGATGCC ATAGCCGATA AGCAAGGGGA CGACACCAAT 
GAAGAGTCGC CATCCGATAG ACCTCTCTTT GTGCCCCCTG ACGACAAGGA CAGGCTAAAG 
GAGAAAAGTG AGCTGTCAGA AGGAGATCTG TATAAAAAAC AATCAGAGGA TCCTGTGTCT 
GACGATGCGG CAGAATTTAA TTCAAACTCC GAGCCCGAAA AGAGGCCAGC TCCAGAGAAG 
AAACGCAAAC GCAAGCTGGC GGATGGAGAA CTAGACGTTA AGCTGCTCGT TCCGGATGAA 
GCCAAAGAGA CTGCCAGTGG GACTTCCTCG GCGATAGATG CACCACCAAA ACAGAACTTT 
GTTCAATACA TCGTTGAGAA GATCTTTCGC AAAAAGAAGC CCCCGCCAAA AGGCAGAACA 
ATGTCCACCT GCTGCCAGAG CCGTGACCTA AGCACAAGCT GTGCTCTGCT TTGCCCTGAC 
AACAATGACA TATTCGATGA TCCGTTCAGT CCAGAAGAGG GCAAGACAAT CAATCCCAAC 
GATAAGGACT TCATTTCGCC GGATCTCGAG AGGCAGGGTC TGGGCGCCAG AGCCATACGC 
ACGGACCGTG AAGAGAATCG GAAACATGGT CAACCCCAAG CCATGAAGAT AGATAATCCG 
GTGGGTGTTT GGTCTACAAG GAAACCAAAG ACTCCTTTGA ATCATCAGCC CGGGATGAAC 
ATGAGCACGA TGTTCTTTTC CAGCGATTCA GATTCCACCA AGATCCGTGG CGGTTCCAAG 
CAGTGCAAAA ACCGCGAGAA GACAATGCGC GAAAAGCTAA TGGAAAAGAA AGAGAGCAAA 
GACAATAAAA TCGAGATCAT GGGCGGCTCC GAGCAGTGTG CCGAAAAGTT GGAGAAACTC 
AAAGACGGCT CTAAAGATGA TGACTGCAAA AGCAGTTTCA GCAGCTTCTT TCAAATCACA 
AAAATGTTTT GGTCTCCTAC TCCTACAGGT TCAGAACCAA CCAAAAAGGA CAAATAG