LOC108163836 cDNA ORF clone, Drosophila miranda

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108163836
Entrez Gene ID	108163836
Full Name	uncharacterized LOC108163836
Gene Type	protein-coding
Organism	Drosophila miranda

mRNA and Protein(s)

mRNA	Protein	Name
XM_017299348.1	XP_017154837.1	uncharacterized protein LOC108163836

Pathways from BioSystems
Gene Ontology

The following LOC108163836 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108163836 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
ODr122093	XM_017299348.1 Latest version!	Drosophila miranda uncharacterized LOC108163836 (LOC108163836), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

LOC108163836 ( XM_017299348.1 ) cDNA ORF clone, Drosophila miranda -> XP_017154837.1 Drosophila miranda uncharacterized LOC108163836 (LOC108163836), mRNA.

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CloneID	ODr122093
Clone ID Related Accession (Same CDS sequence)	XM_017299348.1
Accession Version	XM_017299348.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4425bp) 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	uncharacterized protein LOC108163836
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030306.1) 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##

ATGCAAAGAC TCCTGTGCCT CATGATGACA TCGATATCGA TGATGTGGTT TATGTATCAT 
GGTAAAGCCC AAAATGAGGG AAGCCAATGG GACCTTGAAG GGGATAACAT TGAAGCAACC 
TCCAATCAAT CGGCACACAG CTTCATGCAA GTACAAAAAA TACCCAAAAG ATATCGTAAC 
TTTTTGAATT GGAGTAACGA GGTCCAGAAT AACATGAAGA CCTTTCCTGC AAAGCGAAAT 
CCATTTCATA ATGAAGAGCA AAGAATCAAA GCACCTTGGG ATCCTGCCTA CAATGAAAGC 
CTTGATTATC GGGAAAACCA AAAAGCATTC TCCAGGAGGA GGAAACGGCA AGGAAAACGT 
AAAAATATTA CGTATCCCCT AGAAAATCAT ATGGAATTCA ATCGTCATCC CACTTATGGC 
AAACTCTATC ACATTGTCGT CATGATGCCC AGCCTAGGCA CTGAAAAATT TGTTTTGACC 
TTGGCGGCCG ATACGAATGA TTATCTGATC GATGAGATAG TGACTGTACC CAACGGTAAG 
CCAAATCCCT GGCGTTACAC CAAAAACTTG CCGTCGATTT TGAGAAAGTA TGGCATTCGT 
GTTACCAGGC TGCCGTACAG AAGTGGCTAC TACTATCCCA CGCGTGCTAG TTACTTCAAC 
TCTCATCAGC GTTACGTGTA TATCATGACT AGGGCTTTTA AGAATAGAAA AAAACATTTG 
GCACGCAAAG CACGACGTGG TATCAAAATA ATATTTCCAA AATCCATGAG TTGTGATCCG 
ATGTTGAACC TTCCCTTCTG CAAGAATCCC GATGAACCTA TAGATGTCTC ACCCCGGAGT 
CATTTGCAAT TCTTTGCCGA ATTAGGAGAC GAATGCGACA GTTTTGAATA CGATCATGTG 
GATTGGAATT TTTACGATAT GAGCGAGAAT CATCTGATTG GTCATGCGGG TATAACCAAG 
GACCTTGTGC TCAAGATACC ACCATATAAG ATCAAATTTA AATACTATCC ACGTTTGGTA 
CGTTTTCTAT TTCTCTTGCG TGTAAATGCG ATTATAAACG GCGTGAATTG TGTGGCAAGG 
TGTTATGTAC GCATGGTCGC ACTTCAAGTG GAACCAAGAA TCCGGGGCAA CATTTTTCGA 
CGGGCCAATT CAGCACGTGA GATTGTGATG GATGGCAGTC AAAGTAGAGA CAGATCGAGG 
GCACGGAAGG AAGATTATTC CAGGAAATTC CTTTGGGGCT GTGTCAGCGT AGATGATCCT 
AAAAATAAGT ACTGCCGTCC AAAAATGAGT ACTAAGGAAA AGATAAAAAT ACCACCAAAT 
GCACTGAAAC CGGGAAATTT CTATAACTAC AGTTTAACAT TGTATTCGCG AATGGATTTC 
CGAGTCTATG CCACGGAATA TCAAATGCTG GAAGTTGTCA AGCAACGTAC AATCACGCCA 
AACATACGTT GCCATCGTAA TTGCTATCTG AAAACGTATG CCCCTATCGA CAGCTTCCAC 
TTTTCGGGTG AATGTGCCGA TTGTGATTCA GAGGTTTATT TCTATAGATG GTATGTGACA 
GTGCCAGGGG GACAGCCAAA AATAGAGTCA AAATCTAGAA ATCTTGTAGC ACGGCATACT 
GAGCCGAAGC TAAAGATACG ACTGGAGATC GTGCTAAGGA ATGGTGTCTC CGGAGAGGCA 
CATTTCTTAT TGGTACGAAA CGATGGACCA CAGAATGGAG AATGCCATAT ATATCCACTC 
AGTGGAGTGG AGGCCCATAC ATACTTTTAC GTGCCTTGCC TAAACTTCGA AACGAAATAT 
CCACCATTAC AATTTAGGTA TACAGTCGCA ATGAAAGTCA TCGACTCGAA TGTACCGTAC 
CCACTGTTCA AATTGACTCT ACCGTCCACC AACGAGTTAC ATGTATCGAT ATGCGATTAC 
CTTGACATGT GCATAGATGT ACAACTTAAG GTCACAGTGC TTAAAACCAA AAGAATAGGT 
GAATACAACG CAAACAATAC GCTTAAGCAT CTTTCGGATC TGCAGAATTA TATAAGTGAG 
GTGCCGTACT TGTTGACGCG TGGTAGATGG AACAAGGCCT ATGTCAAGAC ACTGGTGGCT 
ATTCAGAAGA TTAAAACATC AGCCGAGGGC ACAGAGGTCT ACGAATACCT AGACAGGGGA 
ACCATAATAA CGGGTGCACA GCTCGAACAG CTCTCAGTGT TGGCCTGTCA AGTTATTGAC 
CGTTTGATGC CCATGGACTA TAAAGAAGCA GCCATGGTTG CTCAAATATT TACTCGAATG 
AGCGTGGTGT TCGAGCAGAT AATCCAAGAC ATCGAATGGC TACATCGGGC AGCGTACAAC 
GCGCTCACCG AGCACCACTT TTTTTTCGTG TCCACACTAG CCATGCGAAC GGAAAAGCAT 
CCACCGGCGC AGTGCAAGAC TCATGATGAA AATTGTAACA TGGGTCAGAG TTTGGGTGCA 
GAGAGGAAAT TTGAGATGGA TGTGGATCCG GTCACCCTGA AGCGCATCAA TTGGTGGCTA 
TTGGAAACAT GGTATCTGTA CAAATGTGTA TACTATCTGG GTGTTCTCGG CACCAAGCGA 
CATCATCCCT ACGATAGAGC TCTGTCAATG TTCCAGGGCG GCATTTCCTA TCAAATGAAT 
GTAACAGAGG TAACAGAACC TATCGAAAAT ATAACTGTAA ATACCATTGA TGATATGTTC 
CATGTTCACA TTTCGGCGGA GCTCCTTAAG GAGCTAAGGG ACCTACTGGC TGATCCCGCA 
GTGCTCTTTC AGATCATATC GCAGCAGAAC GTTCACAACA TGTACTGGTG GTATCCGGAG 
CCATTGCCAT CGGAGACAAA TGTACTCATT GTTCATGCCT ACAGTCCCAA AAATAATTAC 
CCAATGGGAG CGCGTTTACC GCTTAAAAAT CCGTTGAATT ATTACTTGAA CATTTCCAAA 
TTCAGTGCGA ATCCAGAGTT CGTCAAATGG ATGGCAAACA GCACCATCGA GAGCCACTCT 
CACATACACG TTTATAAGAT ACAATTGAGA TCGAAAAGTG TGTTGGCTGT GCGCATCGTT 
CTTGTGACAG AGGACACACT TATTTTTATA TCTTTGCACA AAAAACCAAA AATGCACGAA 
ATCAGAGAAA GCGCTTGCCA CATAACGCCA AACATGAAGG GAAAACGCAT TTGGATGACG 
AACAACTGCC CTGGCACTTC CATTGCCTAT GTGGGTGTAC TCAGTAGAGA GCATATGCTC 
AAAGATGATC ACAATGATAA TAGACATGAC GAGTCGTCAA GGAGGAGTCA AGTAAAGAAA 
TCAATTAAAA ATGGCCTGAA CTATTCCATT CTCCTTGAGT CATATCAGTG TAACTTTTGG 
TTGAATCGCT CATTGAACCC CGGTTGGAGT TCAGAATATT GCACCACAAA ATTAGAAAAT 
AGGGATGGCA TTTTTGTCGA ATGCACCTGC GATATCCTCG GATCGCAAGC CGCGCGCATA 
TTTCCCGTTG CCGCCGAACG ACATATTACG GTGTTAGTCT TTCCCATACT GGAGACAAAT 
TGGTATATGT TTGCCTTATT TGCGATGCTA CTCCTACTGC TTTTGTTGGT ACTTCTTACG 
TATATCAGTC GTATGGGCGA CCTGGTGCGT CGGCCTATCC AGCAGTGCCA GAAGAAGAAT 
GTACGGTTCA AGAAGGACAT GACGTTTAAT CCGGAAAAGG CAATACTTGT AGTGATCAAA 
ACTGGCGGTC ATGAGTTCGC TGGAACCACT TCCAACATCA AATTCTACTT TAAATCGTAC 
AATGGCAGAC AGTCCTCGTA CATGATATCA CAGGATCCGA TGCGACCACG TCTCGTACGG 
AATAGTATCA ATAAAATAAG CATGCCTGGC GATAGCGTGC AAATACCCAC CCGTCTGGCC 
CTTGGCATCG AACGGAATGG ACGGTATCCG AGATGGTATT GCCGGACGGT GTCTATTGCC 
CAATTGGAGA ATGATATGGA GCAACTTTTT ATAGTCGAAA GATGGATCGA GGAGGGGCAC 
ACGCCCTTCA TTCATTCCCC CTACTTCACA CACTCGGAAA ATGCAAGGCC CGTGCAATCC 
TGGACGCGAC GTTTCCGGAA CAGTTTCGAA CAGCGTTTCC TCAATTGGTT TTTGATCAGC 
CCCATGACGG GGCCGTGGCT AAGCCGCAAT ACGCTCTATA CGATGACACG ATTTGAACGC 
TCTTGCGTTT GGATTTGTAA TGTCAGTCTA ACGATTCTCT TGGTCAGTCT CTACTTTGGA 
GCCTCTCCGT TTGAGCCGGT CATCGAGGAG TCCCTCAAAG ATCAAAAGAC TAGTCTAAAA 
CTGAAGGAAG TTCTCATCCT AGGGGCATAT TCTGTTGTTA TCGGAATCAG TGTGCTTTTG 
TTCTTTGAAT TTGCGATCAT GCGTTGTCTC TGGCGTCGGC ATTGA

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

RefSeq	XP_017154837.1
CDS	5..4429
Translation	MQRLLCLMMTSISMMWFMYHGKAQNEGSQWDLEGDNIEATSNQSAHSFMQVQKIPKRYRNFLNWSNEVQNNMKTFPAKRNPFHNEEQRIKAPWDPAYNESLDYRENQKAFSRRRKRQGKRKNITYPLENHMEFNRHPTYGKLYHIVVMMPSLGTEKFVLTLAADTNDYLIDEIVTVPNGKPNPWRYTKNLPSILRKYGIRVTRLPYRSGYYYPTRASYFNSHQRYVYIMTRAFKNRKKHLARKARRGIKIIFPKSMSCDPMLNLPFCKNPDEPIDVSPRSHLQFFAELGDECDSFEYDHVDWNFYDMSENHLIGHAGITKDLVLKIPPYKIKFKYYPRLVRFLFLLRVNAIINGVNCVARCYVRMVALQVEPRIRGNIFRRANSAREIVMDGSQSRDRSRARKEDYSRKFLWGCVSVDDPKNKYCRPKMSTKEKIKIPPNALKPGNFYNYSLTLYSRMDFRVYATEYQMLEVVKQRTITPNIRCHRNCYLKTYAPIDSFHFSGECADCDSEVYFYRWYVTVPGGQPKIESKSRNLVARHTEPKLKIRLEIVLRNGVSGEAHFLLVRNDGPQNGECHIYPLSGVEAHTYFYVPCLNFETKYPPLQFRYTVAMKVIDSNVPYPLFKLTLPSTNELHVSICDYLDMCIDVQLKVTVLKTKRIGEYNANNTLKHLSDLQNYISEVPYLLTRGRWNKAYVKTLVAIQKIKTSAEGTEVYEYLDRGTIITGAQLEQLSVLACQVIDRLMPMDYKEAAMVAQIFTRMSVVFEQIIQDIEWLHRAAYNALTEHHFFFVSTLAMRTEKHPPAQCKTHDENCNMGQSLGAERKFEMDVDPVTLKRINWWLLETWYLYKCVYYLGVLGTKRHHPYDRALSMFQGGISYQMNVTEVTEPIENITVNTIDDMFHVHISAELLKELRDLLADPAVLFQIISQQNVHNMYWWYPEPLPSETNVLIVHAYSPKNNYPMGARLPLKNPLNYYLNISKFSANPEFVKWMANSTIESHSHIHVYKIQLRSKSVLAVRIVLVTEDTLIFISLHKKPKMHEIRESACHITPNMKGKRIWMTNNCPGTSIAYVGVLSREHMLKDDHNDNRHDESSRRSQVKKSIKNGLNYSILLESYQCNFWLNRSLNPGWSSEYCTTKLENRDGIFVECTCDILGSQAARIFPVAAERHITVLVFPILETNWYMFALFAMLLLLLLLVLLTYISRMGDLVRRPIQQCQKKNVRFKKDMTFNPEKAILVVIKTGGHEFAGTTSNIKFYFKSYNGRQSSYMISQDPMRPRLVRNSINKISMPGDSVQIPTRLALGIERNGRYPRWYCRTVSIAQLENDMEQLFIVERWIEEGHTPFIHSPYFTHSENARPVQSWTRRFRNSFEQRFLNWFLISPMTGPWLSRNTLYTMTRFERSCVWICNVSLTILLVSLYFGASPFEPVIEESLKDQKTSLKLKEVLILGAYSVVIGISVLLFFEFAIMRCLWRRH

Target ORF information:

RefSeq Version	XM_017299348.1
Organism	Drosophila miranda
Definition	Drosophila miranda uncharacterized LOC108163836 (LOC108163836), mRNA.

Target ORF information:

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

XM_017299348.1

ORF Insert Sequence:

ATGCAAAGAC TCCTGTGCCT CATGATGACA TCGATATCGA TGATGTGGTT TATGTATCAT 
GGTAAAGCCC AAAATGAGGG AAGCCAATGG GACCTTGAAG GGGATAACAT TGAAGCAACC 
TCCAATCAAT CGGCACACAG CTTCATGCAA GTACAAAAAA TACCCAAAAG ATATCGTAAC 
TTTTTGAATT GGAGTAACGA GGTCCAGAAT AACATGAAGA CCTTTCCTGC AAAGCGAAAT 
CCATTTCATA ATGAAGAGCA AAGAATCAAA GCACCTTGGG ATCCTGCCTA CAATGAAAGC 
CTTGATTATC GGGAAAACCA AAAAGCATTC TCCAGGAGGA GGAAACGGCA AGGAAAACGT 
AAAAATATTA CGTATCCCCT AGAAAATCAT ATGGAATTCA ATCGTCATCC CACTTATGGC 
AAACTCTATC ACATTGTCGT CATGATGCCC AGCCTAGGCA CTGAAAAATT TGTTTTGACC 
TTGGCGGCCG ATACGAATGA TTATCTGATC GATGAGATAG TGACTGTACC CAACGGTAAG 
CCAAATCCCT GGCGTTACAC CAAAAACTTG CCGTCGATTT TGAGAAAGTA TGGCATTCGT 
GTTACCAGGC TGCCGTACAG AAGTGGCTAC TACTATCCCA CGCGTGCTAG TTACTTCAAC 
TCTCATCAGC GTTACGTGTA TATCATGACT AGGGCTTTTA AGAATAGAAA AAAACATTTG 
GCACGCAAAG CACGACGTGG TATCAAAATA ATATTTCCAA AATCCATGAG TTGTGATCCG 
ATGTTGAACC TTCCCTTCTG CAAGAATCCC GATGAACCTA TAGATGTCTC ACCCCGGAGT 
CATTTGCAAT TCTTTGCCGA ATTAGGAGAC GAATGCGACA GTTTTGAATA CGATCATGTG 
GATTGGAATT TTTACGATAT GAGCGAGAAT CATCTGATTG GTCATGCGGG TATAACCAAG 
GACCTTGTGC TCAAGATACC ACCATATAAG ATCAAATTTA AATACTATCC ACGTTTGGTA 
CGTTTTCTAT TTCTCTTGCG TGTAAATGCG ATTATAAACG GCGTGAATTG TGTGGCAAGG 
TGTTATGTAC GCATGGTCGC ACTTCAAGTG GAACCAAGAA TCCGGGGCAA CATTTTTCGA 
CGGGCCAATT CAGCACGTGA GATTGTGATG GATGGCAGTC AAAGTAGAGA CAGATCGAGG 
GCACGGAAGG AAGATTATTC CAGGAAATTC CTTTGGGGCT GTGTCAGCGT AGATGATCCT 
AAAAATAAGT ACTGCCGTCC AAAAATGAGT ACTAAGGAAA AGATAAAAAT ACCACCAAAT 
GCACTGAAAC CGGGAAATTT CTATAACTAC AGTTTAACAT TGTATTCGCG AATGGATTTC 
CGAGTCTATG CCACGGAATA TCAAATGCTG GAAGTTGTCA AGCAACGTAC AATCACGCCA 
AACATACGTT GCCATCGTAA TTGCTATCTG AAAACGTATG CCCCTATCGA CAGCTTCCAC 
TTTTCGGGTG AATGTGCCGA TTGTGATTCA GAGGTTTATT TCTATAGATG GTATGTGACA 
GTGCCAGGGG GACAGCCAAA AATAGAGTCA AAATCTAGAA ATCTTGTAGC ACGGCATACT 
GAGCCGAAGC TAAAGATACG ACTGGAGATC GTGCTAAGGA ATGGTGTCTC CGGAGAGGCA 
CATTTCTTAT TGGTACGAAA CGATGGACCA CAGAATGGAG AATGCCATAT ATATCCACTC 
AGTGGAGTGG AGGCCCATAC ATACTTTTAC GTGCCTTGCC TAAACTTCGA AACGAAATAT 
CCACCATTAC AATTTAGGTA TACAGTCGCA ATGAAAGTCA TCGACTCGAA TGTACCGTAC 
CCACTGTTCA AATTGACTCT ACCGTCCACC AACGAGTTAC ATGTATCGAT ATGCGATTAC 
CTTGACATGT GCATAGATGT ACAACTTAAG GTCACAGTGC TTAAAACCAA AAGAATAGGT 
GAATACAACG CAAACAATAC GCTTAAGCAT CTTTCGGATC TGCAGAATTA TATAAGTGAG 
GTGCCGTACT TGTTGACGCG TGGTAGATGG AACAAGGCCT ATGTCAAGAC ACTGGTGGCT 
ATTCAGAAGA TTAAAACATC AGCCGAGGGC ACAGAGGTCT ACGAATACCT AGACAGGGGA 
ACCATAATAA CGGGTGCACA GCTCGAACAG CTCTCAGTGT TGGCCTGTCA AGTTATTGAC 
CGTTTGATGC CCATGGACTA TAAAGAAGCA GCCATGGTTG CTCAAATATT TACTCGAATG 
AGCGTGGTGT TCGAGCAGAT AATCCAAGAC ATCGAATGGC TACATCGGGC AGCGTACAAC 
GCGCTCACCG AGCACCACTT TTTTTTCGTG TCCACACTAG CCATGCGAAC GGAAAAGCAT 
CCACCGGCGC AGTGCAAGAC TCATGATGAA AATTGTAACA TGGGTCAGAG TTTGGGTGCA 
GAGAGGAAAT TTGAGATGGA TGTGGATCCG GTCACCCTGA AGCGCATCAA TTGGTGGCTA 
TTGGAAACAT GGTATCTGTA CAAATGTGTA TACTATCTGG GTGTTCTCGG CACCAAGCGA 
CATCATCCCT ACGATAGAGC TCTGTCAATG TTCCAGGGCG GCATTTCCTA TCAAATGAAT 
GTAACAGAGG TAACAGAACC TATCGAAAAT ATAACTGTAA ATACCATTGA TGATATGTTC 
CATGTTCACA TTTCGGCGGA GCTCCTTAAG GAGCTAAGGG ACCTACTGGC TGATCCCGCA 
GTGCTCTTTC AGATCATATC GCAGCAGAAC GTTCACAACA TGTACTGGTG GTATCCGGAG 
CCATTGCCAT CGGAGACAAA TGTACTCATT GTTCATGCCT ACAGTCCCAA AAATAATTAC 
CCAATGGGAG CGCGTTTACC GCTTAAAAAT CCGTTGAATT ATTACTTGAA CATTTCCAAA 
TTCAGTGCGA ATCCAGAGTT CGTCAAATGG ATGGCAAACA GCACCATCGA GAGCCACTCT 
CACATACACG TTTATAAGAT ACAATTGAGA TCGAAAAGTG TGTTGGCTGT GCGCATCGTT 
CTTGTGACAG AGGACACACT TATTTTTATA TCTTTGCACA AAAAACCAAA AATGCACGAA 
ATCAGAGAAA GCGCTTGCCA CATAACGCCA AACATGAAGG GAAAACGCAT TTGGATGACG 
AACAACTGCC CTGGCACTTC CATTGCCTAT GTGGGTGTAC TCAGTAGAGA GCATATGCTC 
AAAGATGATC ACAATGATAA TAGACATGAC GAGTCGTCAA GGAGGAGTCA AGTAAAGAAA 
TCAATTAAAA ATGGCCTGAA CTATTCCATT CTCCTTGAGT CATATCAGTG TAACTTTTGG 
TTGAATCGCT CATTGAACCC CGGTTGGAGT TCAGAATATT GCACCACAAA ATTAGAAAAT 
AGGGATGGCA TTTTTGTCGA ATGCACCTGC GATATCCTCG GATCGCAAGC CGCGCGCATA 
TTTCCCGTTG CCGCCGAACG ACATATTACG GTGTTAGTCT TTCCCATACT GGAGACAAAT 
TGGTATATGT TTGCCTTATT TGCGATGCTA CTCCTACTGC TTTTGTTGGT ACTTCTTACG 
TATATCAGTC GTATGGGCGA CCTGGTGCGT CGGCCTATCC AGCAGTGCCA GAAGAAGAAT 
GTACGGTTCA AGAAGGACAT GACGTTTAAT CCGGAAAAGG CAATACTTGT AGTGATCAAA 
ACTGGCGGTC ATGAGTTCGC TGGAACCACT TCCAACATCA AATTCTACTT TAAATCGTAC 
AATGGCAGAC AGTCCTCGTA CATGATATCA CAGGATCCGA TGCGACCACG TCTCGTACGG 
AATAGTATCA ATAAAATAAG CATGCCTGGC GATAGCGTGC AAATACCCAC CCGTCTGGCC 
CTTGGCATCG AACGGAATGG ACGGTATCCG AGATGGTATT GCCGGACGGT GTCTATTGCC 
CAATTGGAGA ATGATATGGA GCAACTTTTT ATAGTCGAAA GATGGATCGA GGAGGGGCAC 
ACGCCCTTCA TTCATTCCCC CTACTTCACA CACTCGGAAA ATGCAAGGCC CGTGCAATCC 
TGGACGCGAC GTTTCCGGAA CAGTTTCGAA CAGCGTTTCC TCAATTGGTT TTTGATCAGC 
CCCATGACGG GGCCGTGGCT AAGCCGCAAT ACGCTCTATA CGATGACACG ATTTGAACGC 
TCTTGCGTTT GGATTTGTAA TGTCAGTCTA ACGATTCTCT TGGTCAGTCT CTACTTTGGA 
GCCTCTCCGT TTGAGCCGGT CATCGAGGAG TCCCTCAAAG ATCAAAAGAC TAGTCTAAAA 
CTGAAGGAAG TTCTCATCCT AGGGGCATAT TCTGTTGTTA TCGGAATCAG TGTGCTTTTG 
TTCTTTGAAT TTGCGATCAT GCGTTGTCTC TGGCGTCGGC ATTGA