LOC108157261 cDNA ORF clone, Drosophila miranda

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108157261
Entrez Gene ID	108157261
Full Name	uncharacterized LOC108157261
Gene Type	protein-coding
Organism	Drosophila miranda

mRNA and Protein(s)

mRNA	Protein	Name
XM_017289240.1	XP_017144729.1	uncharacterized protein LOC108157261
XM_017289239.1	XP_017144728.1	uncharacterized protein LOC108157261

Pathways from BioSystems
Gene Ontology

The following LOC108157261 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108157261 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
ODr197672	XM_017289239.1 Latest version!	Drosophila miranda uncharacterized LOC108157261 (LOC108157261), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
ODr197672	XM_017289240.1 Latest version!	Drosophila miranda uncharacterized LOC108157261 (LOC108157261), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00

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)

LOC108157261 ( XM_017289240.1 ) cDNA ORF clone, Drosophila miranda -> XP_017144729.1 Drosophila miranda uncharacterized LOC108157261 (LOC108157261), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ODr197672
Clone ID Related Accession (Same CDS sequence)	XM_017289240.1 , XM_017289239.1
Accession Version	XM_017289240.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4305bp) 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 LOC108157261
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##

ATGAAGTTCC GTTTAGCAGC TTTTTGGCTA TTTCTGCTGA CAGTTGGCAG CGGCGGTAGC 
AGGGGCAATC ACAAGCAATT AAGCCTTGAT TGCTGCCTGA GGGGGCATGG GCATGAGGCC 
TCCACATGGG GCGTGGCAGC TGCTGCAGAA TCAATCGCCC AACGAGACGG CGACATCGAC 
AAAGGAAATG AACTGGAAAA TGCATTGAAA TTGCGTGCAA CCTCAAAGCA ACAGAAAACG 
GAAAGGCAAA CGCAGGTTAT TGGGGACATC ACAACGAGAG GAACAACCGC ACACCAAGCG 
GCAGAGGATG CCACAACAAC ACTGGCAACA GCATCCAAAT CAATTGGCCA TCAAGCAGTG 
CGACGTGCCA AGGACGCCCG AAATTTGGAG CAGCATTTAA AGCAGAGTGT GGCCAGGCTC 
TTGACCAGCG ATGAAGAGTC CAACGAGAGT GACAGCGGGC CAGGCTCAAT ATTGGTCACA 
GATGCCACAG CCACAGCCAC AGCCACTGCC ACAGCCACGA CGGTGACCAC ACATCATCCT 
GGACGACGGC ATGTGGTAGC CGATAAGCTG CAGTACACCA AAGAGATACA AATCAAGCAG 
GGCCGCCTCA TGGGCATCAC ACGCCGCTTT CAGGTCACGA CCGGCCTACG GGAGGTGGAT 
CAGTATCTGG GCTTGCCCTA TGCCGAGGCC CCGACCGGCA ATCGAAGGTT TATGCCGCCA 
GGTGCACCAT TGCCTTGGCA GGGCCTGAAG ATAGCGCGTC ATTTGCCACC CGTTTGCCCA 
CAAAAACTAC CGGATCTGAC GTCCCATGGC AGCGTTAACA TGTCACGGGC CCGTCACAAG 
TATTTGAGTC GACTGTTGCC GTACCTGCGC TCGGAGGGCG AGGACTGCCT CTACCTGAAT 
CTGTATGTGC CGCATGAGGA ATCCCTGGTC GCCCCCAAGC AATACGCTGT GCTGGTTTAT 
CTACACGGCG AGTCCTTTGA GTGGAACAGT GGCAATGCCT ACGATGGATC TGTACTCTCC 
AGCTACGGCG AGGTGATTGT CGTCACAGTC AACTACCGAT TGGGTGTATT GGGTTTCCTG 
CGGCCCAGCA TTGATGCCCA TAATATAGCA AACTATGCGC TGCTCGATCA GATAGCGGCT 
CTGCATTGGA TCAAGGAGAA CATTGGGTCG TTCAACGGCG ACAATACGCG CGTGACGCTG 
ATGGGCCACA GCACGGGGGC GGCATGTGTC AATTATCTAA TGGTATCGCC CGTGGCCTCA 
GGCCTCTTCC ATCGCGCCAT CCTCATGTCG GGCTCGGCGA TGTCCGACTG GGCGGCCAGC 
AATCAGTCTT TGCAATTGAC AATGCAAATC GCCCATGCCC TCGACTGTCC ACTGAGCGGC 
AGCGACGACC ATTTCGATGC GGATGATGAG GACGCCCTGC TCGATTGCTT GCGCCAGCGT 
CGGTACCAGG ATATCTTGCA CATACCAACA TCGCTTCAGC AATTTTCAAC ATCATTGGGT 
CCAATTGTCG ATGGACATGT AATACCAAAT CAACCGTACA AGGTCATGGG GCATTATACG 
GAGCATTTCA GCCGTTATGA TTTATTATTC GGCATCACGG AGTCAGAATC CTATCACACA 
CTGGCCGCAT TAGCACTCGA GGAAGGATTA CGTGAAAATG AACGCGATAA TTTATTACGC 
TTCTATATGC AGAGTCGCTT TGATGTACGC CCCGATTTGG CATTGGCTGC CACGCTAAAG 
AAATACCAGG ACATGTACAA CAATCCGATT AAGGCCACTA ATTTGGAGCA TCGTGATGTG 
GTGCTGGACA TACTGTCCGA TGCCCGTGTC GTTGGGCCTC TACTGCAGAC GGGTATGTTC 
CATGCGGATG TCAATCGGCG CAATTATATG TACGTATTTG GCCATAACAG CGCAACGGGA 
CCGTACGCCA ACCTACCGCA TAGCATTATG GGCGAGGAAT TGGCGTTTAT CTTTGGTGCG 
CCTTTGGCTC CCGCAGGTCC TTTTCCCAGC CATAACTATA CGATGCAGGA AAAGCTGCTT 
TCCGAGGCGG TAATGGCATA TTGGACGAAC TTCGTAAAGA CCGGCAATCC AAAGGCGCCC 
TGGAAGGGCA TCTTCTTGAA TTCGCACGCC CTCGAATGGG ACCGCTATGA CCTCGACTGG 
CCGGAGTTTA ATAAGCGAGC ACAGGCCTAT CTCAATATTG GAATCCCACC AACCGTGGGC 
TACAAGTACC GACAAATCTA CATGAATTTC TGGAACAAAG AGCTGCCCGA TGAACTCAAT 
CAAATTGCGG CCTTGCAGGA GCAGCTGCAT CCCGGCAGTG AGGTGATTAC GGGTCACATG 
AGCAAGTACG GGCCGCGGGA TAACGGCGCC GAGGACCCCG TGCGTACACT GAAGCTCCTC 
CTCCAGGAGC CCAGTCTGGC CAACAGTCCG GACTCGACGG AAACGGCAGC CGAGAACATG 
TACAATGCCC CGCCCACCTT TGGCCATGTG ATGCACAAGC AGCAGCCACA GCAGCCGCAG 
CGGGAGGAGG ACTTGGAGAT GACCTCTGCC ACGAATCCCA TGGAGGAGGA CCAGCCGGAG 
ACGGTGGCCA AGTCGGAGAC AACGCTGCAG CTGCTGATTG CATTGATAGC CCTGATTATT 
GCCCTGAATG TGATCATCTA TGGCACGTTC CTGTTGCGGC AGCGTCGCAA GAGAGCCAAA 
ATGTTGCCGT TTCCGGGCCC AAAACTGAAC GGGAATATCC TCAGCTATGA CGGCGCCAAC 
GACGACGAGC TGAAGCGCTG CAGCAAGTCG CGGGATGGCG ACGATAGCTA CGTCATGGAC 
ATGGCCCGCA AGTCCAACAC TTACGAGGCC ATCAAAACGG GCCAGCGGTC GCCCATCAAT 
GGGTATGCGA TCCAGCGACA GCTCAGCTGC TCGACGGTGG ACACCCACAC GAAGGTGTGC 
GAGTGGATGT CGGGACAGGA GGTGCCCAAG TCCGGGAGCT TTGCCACGCC CACTGCAACG 
ACACCGACCT CAGTCCTGCC TGATGGCAGG ATGATCATTT GCCAGGACAT CGAAGTGGCG 
GACGCGGCTC TTCTGATCCC CCAGCATATG CACGAGCCGC AGCACTACGA AATGCTGCTC 
CAGCGCCAGC ACTCGGCCCT CACCGAACCC AGCGAGGACA TCCTGCAGCA GCAGCTGCAG 
CACATGCCAC TGCATCGGCA CACCCACTCG GATCCGGTGG ACATGATCCT GGCCGCCGAT 
GAGCAGGTGA CAAGCTTCGT TCATGCCGAC GACGTGGACA TTAATGTGAC GAGTCGCGAT 
GAGAACTGTG TCCGGGAAGT GGTGCCCCTC ACGGCAGCCC AACAGCTGGA ACTGCTCCGG 
CAGCGTAACT ACCCCAAGGT GCTGCCCACT GCCCAGGACC TGAGGGACAG CCGCCGTGGA 
AGCTACAAGC GGAACTCCTT GCCGCCGCAG AACTTCAGTG CCCCCCTGCC GCCGCCTCGC 
ACCATCAGCA GCACTCTGGG GCGGCGGCGA CGGGACAGCA GCAACATTAC CACATCACCA 
CTGCAGCTGG CCCAGGACCT GGCCGGGGAG GAGGAGCCCG GGGAGCCGCA GATTACCCAG 
AATACACTAA TCTTCGGTCC CATTGTGCCC AAGTCGCCGG CGACCTCGTT AAAGCGACAG 
AAACGGGCGC CCGAGGCGGG AGCGCCGGCA GCGGGAGCGA TGACAGCACT AAGCGGATCC 
TTCCAATCCT TTGAGTCGGT GCCGCCGGCT CATGAGACCA CACCGCCGCA GGGCGGGCAG 
CGTACCGAAT GCATTTACTC GATTGAGGCG AGTCCCGGGG CGTGTCCAGG GAACGATGGG 
ACGAGCTGGT CGGCGCCCAA TGGCGATTTG TATGCACAGC CGATGAAATC TCCCTCCAGG 
ACATCGCTCA TACCACGCCT CACCCAACAG CAGCCGACGC CGACGCCACA TCATCATCAT 
CAAGGAGCTG CTGACGGAGA AGAGACAGCA GCAGTGCCTG GAGGAGCATC ATCAATGGCC 
ACCACCGTCT CACCGACCCG CATACCTCAA TTGCTGCAGC GTCAGGCTTC CGGCAAGGAT 
TTGCGAATAG CAAACACCGC AAGTCCCCTG GCAAGCCAGG GACAACAACA GCGCACGGAC 
TCCACAATAT CATCAGGTTC GTCGGCTTCG GCGGCATCAT CCACAGAATC GTCCACATCC 
TCATCCTCAT CCTCCACGAA CACGGTTCGC ACCGAACTGC AGCAGCACCA GCACCAGCAC 
CAGCACCAGC ACCAGCCTGG CAAAAGTATT ACGACCAATA TATAG

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

RefSeq	XP_017144729.1
CDS	477..4781
Translation	MKFRLAAFWLFLLTVGSGGSRGNHKQLSLDCCLRGHGHEASTWGVAAAAESIAQRDGDIDKGNELENALKLRATSKQQKTERQTQVIGDITTRGTTAHQAAEDATTTLATASKSIGHQAVRRAKDARNLEQHLKQSVARLLTSDEESNESDSGPGSILVTDATATATATATATTVTTHHPGRRHVVADKLQYTKEIQIKQGRLMGITRRFQVTTGLREVDQYLGLPYAEAPTGNRRFMPPGAPLPWQGLKIARHLPPVCPQKLPDLTSHGSVNMSRARHKYLSRLLPYLRSEGEDCLYLNLYVPHEESLVAPKQYAVLVYLHGESFEWNSGNAYDGSVLSSYGEVIVVTVNYRLGVLGFLRPSIDAHNIANYALLDQIAALHWIKENIGSFNGDNTRVTLMGHSTGAACVNYLMVSPVASGLFHRAILMSGSAMSDWAASNQSLQLTMQIAHALDCPLSGSDDHFDADDEDALLDCLRQRRYQDILHIPTSLQQFSTSLGPIVDGHVIPNQPYKVMGHYTEHFSRYDLLFGITESESYHTLAALALEEGLRENERDNLLRFYMQSRFDVRPDLALAATLKKYQDMYNNPIKATNLEHRDVVLDILSDARVVGPLLQTGMFHADVNRRNYMYVFGHNSATGPYANLPHSIMGEELAFIFGAPLAPAGPFPSHNYTMQEKLLSEAVMAYWTNFVKTGNPKAPWKGIFLNSHALEWDRYDLDWPEFNKRAQAYLNIGIPPTVGYKYRQIYMNFWNKELPDELNQIAALQEQLHPGSEVITGHMSKYGPRDNGAEDPVRTLKLLLQEPSLANSPDSTETAAENMYNAPPTFGHVMHKQQPQQPQREEDLEMTSATNPMEEDQPETVAKSETTLQLLIALIALIIALNVIIYGTFLLRQRRKRAKMLPFPGPKLNGNILSYDGANDDELKRCSKSRDGDDSYVMDMARKSNTYEAIKTGQRSPINGYAIQRQLSCSTVDTHTKVCEWMSGQEVPKSGSFATPTATTPTSVLPDGRMIICQDIEVADAALLIPQHMHEPQHYEMLLQRQHSALTEPSEDILQQQLQHMPLHRHTHSDPVDMILAADEQVTSFVHADDVDINVTSRDENCVREVVPLTAAQQLELLRQRNYPKVLPTAQDLRDSRRGSYKRNSLPPQNFSAPLPPPRTISSTLGRRRRDSSNITTSPLQLAQDLAGEEEPGEPQITQNTLIFGPIVPKSPATSLKRQKRAPEAGAPAAGAMTALSGSFQSFESVPPAHETTPPQGGQRTECIYSIEASPGACPGNDGTSWSAPNGDLYAQPMKSPSRTSLIPRLTQQQPTPTPHHHHQGAADGEETAAVPGGASSMATTVSPTRIPQLLQRQASGKDLRIANTASPLASQGQQQRTDSTISSGSSASAASSTESSTSSSSSSTNTVRTELQQHQHQHQHQHQPGKSITTNI

Target ORF information:

RefSeq Version	XM_017289240.1
Organism	Drosophila miranda
Definition	Drosophila miranda uncharacterized LOC108157261 (LOC108157261), transcript variant X2, mRNA.

Target ORF information:

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

XM_017289240.1

ORF Insert Sequence:

ATGAAGTTCC GTTTAGCAGC TTTTTGGCTA TTTCTGCTGA CAGTTGGCAG CGGCGGTAGC 
AGGGGCAATC ACAAGCAATT AAGCCTTGAT TGCTGCCTGA GGGGGCATGG GCATGAGGCC 
TCCACATGGG GCGTGGCAGC TGCTGCAGAA TCAATCGCCC AACGAGACGG CGACATCGAC 
AAAGGAAATG AACTGGAAAA TGCATTGAAA TTGCGTGCAA CCTCAAAGCA ACAGAAAACG 
GAAAGGCAAA CGCAGGTTAT TGGGGACATC ACAACGAGAG GAACAACCGC ACACCAAGCG 
GCAGAGGATG CCACAACAAC ACTGGCAACA GCATCCAAAT CAATTGGCCA TCAAGCAGTG 
CGACGTGCCA AGGACGCCCG AAATTTGGAG CAGCATTTAA AGCAGAGTGT GGCCAGGCTC 
TTGACCAGCG ATGAAGAGTC CAACGAGAGT GACAGCGGGC CAGGCTCAAT ATTGGTCACA 
GATGCCACAG CCACAGCCAC AGCCACTGCC ACAGCCACGA CGGTGACCAC ACATCATCCT 
GGACGACGGC ATGTGGTAGC CGATAAGCTG CAGTACACCA AAGAGATACA AATCAAGCAG 
GGCCGCCTCA TGGGCATCAC ACGCCGCTTT CAGGTCACGA CCGGCCTACG GGAGGTGGAT 
CAGTATCTGG GCTTGCCCTA TGCCGAGGCC CCGACCGGCA ATCGAAGGTT TATGCCGCCA 
GGTGCACCAT TGCCTTGGCA GGGCCTGAAG ATAGCGCGTC ATTTGCCACC CGTTTGCCCA 
CAAAAACTAC CGGATCTGAC GTCCCATGGC AGCGTTAACA TGTCACGGGC CCGTCACAAG 
TATTTGAGTC GACTGTTGCC GTACCTGCGC TCGGAGGGCG AGGACTGCCT CTACCTGAAT 
CTGTATGTGC CGCATGAGGA ATCCCTGGTC GCCCCCAAGC AATACGCTGT GCTGGTTTAT 
CTACACGGCG AGTCCTTTGA GTGGAACAGT GGCAATGCCT ACGATGGATC TGTACTCTCC 
AGCTACGGCG AGGTGATTGT CGTCACAGTC AACTACCGAT TGGGTGTATT GGGTTTCCTG 
CGGCCCAGCA TTGATGCCCA TAATATAGCA AACTATGCGC TGCTCGATCA GATAGCGGCT 
CTGCATTGGA TCAAGGAGAA CATTGGGTCG TTCAACGGCG ACAATACGCG CGTGACGCTG 
ATGGGCCACA GCACGGGGGC GGCATGTGTC AATTATCTAA TGGTATCGCC CGTGGCCTCA 
GGCCTCTTCC ATCGCGCCAT CCTCATGTCG GGCTCGGCGA TGTCCGACTG GGCGGCCAGC 
AATCAGTCTT TGCAATTGAC AATGCAAATC GCCCATGCCC TCGACTGTCC ACTGAGCGGC 
AGCGACGACC ATTTCGATGC GGATGATGAG GACGCCCTGC TCGATTGCTT GCGCCAGCGT 
CGGTACCAGG ATATCTTGCA CATACCAACA TCGCTTCAGC AATTTTCAAC ATCATTGGGT 
CCAATTGTCG ATGGACATGT AATACCAAAT CAACCGTACA AGGTCATGGG GCATTATACG 
GAGCATTTCA GCCGTTATGA TTTATTATTC GGCATCACGG AGTCAGAATC CTATCACACA 
CTGGCCGCAT TAGCACTCGA GGAAGGATTA CGTGAAAATG AACGCGATAA TTTATTACGC 
TTCTATATGC AGAGTCGCTT TGATGTACGC CCCGATTTGG CATTGGCTGC CACGCTAAAG 
AAATACCAGG ACATGTACAA CAATCCGATT AAGGCCACTA ATTTGGAGCA TCGTGATGTG 
GTGCTGGACA TACTGTCCGA TGCCCGTGTC GTTGGGCCTC TACTGCAGAC GGGTATGTTC 
CATGCGGATG TCAATCGGCG CAATTATATG TACGTATTTG GCCATAACAG CGCAACGGGA 
CCGTACGCCA ACCTACCGCA TAGCATTATG GGCGAGGAAT TGGCGTTTAT CTTTGGTGCG 
CCTTTGGCTC CCGCAGGTCC TTTTCCCAGC CATAACTATA CGATGCAGGA AAAGCTGCTT 
TCCGAGGCGG TAATGGCATA TTGGACGAAC TTCGTAAAGA CCGGCAATCC AAAGGCGCCC 
TGGAAGGGCA TCTTCTTGAA TTCGCACGCC CTCGAATGGG ACCGCTATGA CCTCGACTGG 
CCGGAGTTTA ATAAGCGAGC ACAGGCCTAT CTCAATATTG GAATCCCACC AACCGTGGGC 
TACAAGTACC GACAAATCTA CATGAATTTC TGGAACAAAG AGCTGCCCGA TGAACTCAAT 
CAAATTGCGG CCTTGCAGGA GCAGCTGCAT CCCGGCAGTG AGGTGATTAC GGGTCACATG 
AGCAAGTACG GGCCGCGGGA TAACGGCGCC GAGGACCCCG TGCGTACACT GAAGCTCCTC 
CTCCAGGAGC CCAGTCTGGC CAACAGTCCG GACTCGACGG AAACGGCAGC CGAGAACATG 
TACAATGCCC CGCCCACCTT TGGCCATGTG ATGCACAAGC AGCAGCCACA GCAGCCGCAG 
CGGGAGGAGG ACTTGGAGAT GACCTCTGCC ACGAATCCCA TGGAGGAGGA CCAGCCGGAG 
ACGGTGGCCA AGTCGGAGAC AACGCTGCAG CTGCTGATTG CATTGATAGC CCTGATTATT 
GCCCTGAATG TGATCATCTA TGGCACGTTC CTGTTGCGGC AGCGTCGCAA GAGAGCCAAA 
ATGTTGCCGT TTCCGGGCCC AAAACTGAAC GGGAATATCC TCAGCTATGA CGGCGCCAAC 
GACGACGAGC TGAAGCGCTG CAGCAAGTCG CGGGATGGCG ACGATAGCTA CGTCATGGAC 
ATGGCCCGCA AGTCCAACAC TTACGAGGCC ATCAAAACGG GCCAGCGGTC GCCCATCAAT 
GGGTATGCGA TCCAGCGACA GCTCAGCTGC TCGACGGTGG ACACCCACAC GAAGGTGTGC 
GAGTGGATGT CGGGACAGGA GGTGCCCAAG TCCGGGAGCT TTGCCACGCC CACTGCAACG 
ACACCGACCT CAGTCCTGCC TGATGGCAGG ATGATCATTT GCCAGGACAT CGAAGTGGCG 
GACGCGGCTC TTCTGATCCC CCAGCATATG CACGAGCCGC AGCACTACGA AATGCTGCTC 
CAGCGCCAGC ACTCGGCCCT CACCGAACCC AGCGAGGACA TCCTGCAGCA GCAGCTGCAG 
CACATGCCAC TGCATCGGCA CACCCACTCG GATCCGGTGG ACATGATCCT GGCCGCCGAT 
GAGCAGGTGA CAAGCTTCGT TCATGCCGAC GACGTGGACA TTAATGTGAC GAGTCGCGAT 
GAGAACTGTG TCCGGGAAGT GGTGCCCCTC ACGGCAGCCC AACAGCTGGA ACTGCTCCGG 
CAGCGTAACT ACCCCAAGGT GCTGCCCACT GCCCAGGACC TGAGGGACAG CCGCCGTGGA 
AGCTACAAGC GGAACTCCTT GCCGCCGCAG AACTTCAGTG CCCCCCTGCC GCCGCCTCGC 
ACCATCAGCA GCACTCTGGG GCGGCGGCGA CGGGACAGCA GCAACATTAC CACATCACCA 
CTGCAGCTGG CCCAGGACCT GGCCGGGGAG GAGGAGCCCG GGGAGCCGCA GATTACCCAG 
AATACACTAA TCTTCGGTCC CATTGTGCCC AAGTCGCCGG CGACCTCGTT AAAGCGACAG 
AAACGGGCGC CCGAGGCGGG AGCGCCGGCA GCGGGAGCGA TGACAGCACT AAGCGGATCC 
TTCCAATCCT TTGAGTCGGT GCCGCCGGCT CATGAGACCA CACCGCCGCA GGGCGGGCAG 
CGTACCGAAT GCATTTACTC GATTGAGGCG AGTCCCGGGG CGTGTCCAGG GAACGATGGG 
ACGAGCTGGT CGGCGCCCAA TGGCGATTTG TATGCACAGC CGATGAAATC TCCCTCCAGG 
ACATCGCTCA TACCACGCCT CACCCAACAG CAGCCGACGC CGACGCCACA TCATCATCAT 
CAAGGAGCTG CTGACGGAGA AGAGACAGCA GCAGTGCCTG GAGGAGCATC ATCAATGGCC 
ACCACCGTCT CACCGACCCG CATACCTCAA TTGCTGCAGC GTCAGGCTTC CGGCAAGGAT 
TTGCGAATAG CAAACACCGC AAGTCCCCTG GCAAGCCAGG GACAACAACA GCGCACGGAC 
TCCACAATAT CATCAGGTTC GTCGGCTTCG GCGGCATCAT CCACAGAATC GTCCACATCC 
TCATCCTCAT CCTCCACGAA CACGGTTCGC ACCGAACTGC AGCAGCACCA GCACCAGCAC 
CAGCACCAGC ACCAGCCTGG CAAAAGTATT ACGACCAATA TATAG

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

LOC108157261 ( XM_017289239.1 ) cDNA ORF clone, Drosophila miranda -> XP_017144728.1 Drosophila miranda uncharacterized LOC108157261 (LOC108157261), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ODr197672
Clone ID Related Accession (Same CDS sequence)	XM_017289240.1 , XM_017289239.1
Accession Version	XM_017289239.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4305bp) 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 LOC108157261
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##

ATGAAGTTCC GTTTAGCAGC TTTTTGGCTA TTTCTGCTGA CAGTTGGCAG CGGCGGTAGC 
AGGGGCAATC ACAAGCAATT AAGCCTTGAT TGCTGCCTGA GGGGGCATGG GCATGAGGCC 
TCCACATGGG GCGTGGCAGC TGCTGCAGAA TCAATCGCCC AACGAGACGG CGACATCGAC 
AAAGGAAATG AACTGGAAAA TGCATTGAAA TTGCGTGCAA CCTCAAAGCA ACAGAAAACG 
GAAAGGCAAA CGCAGGTTAT TGGGGACATC ACAACGAGAG GAACAACCGC ACACCAAGCG 
GCAGAGGATG CCACAACAAC ACTGGCAACA GCATCCAAAT CAATTGGCCA TCAAGCAGTG 
CGACGTGCCA AGGACGCCCG AAATTTGGAG CAGCATTTAA AGCAGAGTGT GGCCAGGCTC 
TTGACCAGCG ATGAAGAGTC CAACGAGAGT GACAGCGGGC CAGGCTCAAT ATTGGTCACA 
GATGCCACAG CCACAGCCAC AGCCACTGCC ACAGCCACGA CGGTGACCAC ACATCATCCT 
GGACGACGGC ATGTGGTAGC CGATAAGCTG CAGTACACCA AAGAGATACA AATCAAGCAG 
GGCCGCCTCA TGGGCATCAC ACGCCGCTTT CAGGTCACGA CCGGCCTACG GGAGGTGGAT 
CAGTATCTGG GCTTGCCCTA TGCCGAGGCC CCGACCGGCA ATCGAAGGTT TATGCCGCCA 
GGTGCACCAT TGCCTTGGCA GGGCCTGAAG ATAGCGCGTC ATTTGCCACC CGTTTGCCCA 
CAAAAACTAC CGGATCTGAC GTCCCATGGC AGCGTTAACA TGTCACGGGC CCGTCACAAG 
TATTTGAGTC GACTGTTGCC GTACCTGCGC TCGGAGGGCG AGGACTGCCT CTACCTGAAT 
CTGTATGTGC CGCATGAGGA ATCCCTGGTC GCCCCCAAGC AATACGCTGT GCTGGTTTAT 
CTACACGGCG AGTCCTTTGA GTGGAACAGT GGCAATGCCT ACGATGGATC TGTACTCTCC 
AGCTACGGCG AGGTGATTGT CGTCACAGTC AACTACCGAT TGGGTGTATT GGGTTTCCTG 
CGGCCCAGCA TTGATGCCCA TAATATAGCA AACTATGCGC TGCTCGATCA GATAGCGGCT 
CTGCATTGGA TCAAGGAGAA CATTGGGTCG TTCAACGGCG ACAATACGCG CGTGACGCTG 
ATGGGCCACA GCACGGGGGC GGCATGTGTC AATTATCTAA TGGTATCGCC CGTGGCCTCA 
GGCCTCTTCC ATCGCGCCAT CCTCATGTCG GGCTCGGCGA TGTCCGACTG GGCGGCCAGC 
AATCAGTCTT TGCAATTGAC AATGCAAATC GCCCATGCCC TCGACTGTCC ACTGAGCGGC 
AGCGACGACC ATTTCGATGC GGATGATGAG GACGCCCTGC TCGATTGCTT GCGCCAGCGT 
CGGTACCAGG ATATCTTGCA CATACCAACA TCGCTTCAGC AATTTTCAAC ATCATTGGGT 
CCAATTGTCG ATGGACATGT AATACCAAAT CAACCGTACA AGGTCATGGG GCATTATACG 
GAGCATTTCA GCCGTTATGA TTTATTATTC GGCATCACGG AGTCAGAATC CTATCACACA 
CTGGCCGCAT TAGCACTCGA GGAAGGATTA CGTGAAAATG AACGCGATAA TTTATTACGC 
TTCTATATGC AGAGTCGCTT TGATGTACGC CCCGATTTGG CATTGGCTGC CACGCTAAAG 
AAATACCAGG ACATGTACAA CAATCCGATT AAGGCCACTA ATTTGGAGCA TCGTGATGTG 
GTGCTGGACA TACTGTCCGA TGCCCGTGTC GTTGGGCCTC TACTGCAGAC GGGTATGTTC 
CATGCGGATG TCAATCGGCG CAATTATATG TACGTATTTG GCCATAACAG CGCAACGGGA 
CCGTACGCCA ACCTACCGCA TAGCATTATG GGCGAGGAAT TGGCGTTTAT CTTTGGTGCG 
CCTTTGGCTC CCGCAGGTCC TTTTCCCAGC CATAACTATA CGATGCAGGA AAAGCTGCTT 
TCCGAGGCGG TAATGGCATA TTGGACGAAC TTCGTAAAGA CCGGCAATCC AAAGGCGCCC 
TGGAAGGGCA TCTTCTTGAA TTCGCACGCC CTCGAATGGG ACCGCTATGA CCTCGACTGG 
CCGGAGTTTA ATAAGCGAGC ACAGGCCTAT CTCAATATTG GAATCCCACC AACCGTGGGC 
TACAAGTACC GACAAATCTA CATGAATTTC TGGAACAAAG AGCTGCCCGA TGAACTCAAT 
CAAATTGCGG CCTTGCAGGA GCAGCTGCAT CCCGGCAGTG AGGTGATTAC GGGTCACATG 
AGCAAGTACG GGCCGCGGGA TAACGGCGCC GAGGACCCCG TGCGTACACT GAAGCTCCTC 
CTCCAGGAGC CCAGTCTGGC CAACAGTCCG GACTCGACGG AAACGGCAGC CGAGAACATG 
TACAATGCCC CGCCCACCTT TGGCCATGTG ATGCACAAGC AGCAGCCACA GCAGCCGCAG 
CGGGAGGAGG ACTTGGAGAT GACCTCTGCC ACGAATCCCA TGGAGGAGGA CCAGCCGGAG 
ACGGTGGCCA AGTCGGAGAC AACGCTGCAG CTGCTGATTG CATTGATAGC CCTGATTATT 
GCCCTGAATG TGATCATCTA TGGCACGTTC CTGTTGCGGC AGCGTCGCAA GAGAGCCAAA 
ATGTTGCCGT TTCCGGGCCC AAAACTGAAC GGGAATATCC TCAGCTATGA CGGCGCCAAC 
GACGACGAGC TGAAGCGCTG CAGCAAGTCG CGGGATGGCG ACGATAGCTA CGTCATGGAC 
ATGGCCCGCA AGTCCAACAC TTACGAGGCC ATCAAAACGG GCCAGCGGTC GCCCATCAAT 
GGGTATGCGA TCCAGCGACA GCTCAGCTGC TCGACGGTGG ACACCCACAC GAAGGTGTGC 
GAGTGGATGT CGGGACAGGA GGTGCCCAAG TCCGGGAGCT TTGCCACGCC CACTGCAACG 
ACACCGACCT CAGTCCTGCC TGATGGCAGG ATGATCATTT GCCAGGACAT CGAAGTGGCG 
GACGCGGCTC TTCTGATCCC CCAGCATATG CACGAGCCGC AGCACTACGA AATGCTGCTC 
CAGCGCCAGC ACTCGGCCCT CACCGAACCC AGCGAGGACA TCCTGCAGCA GCAGCTGCAG 
CACATGCCAC TGCATCGGCA CACCCACTCG GATCCGGTGG ACATGATCCT GGCCGCCGAT 
GAGCAGGTGA CAAGCTTCGT TCATGCCGAC GACGTGGACA TTAATGTGAC GAGTCGCGAT 
GAGAACTGTG TCCGGGAAGT GGTGCCCCTC ACGGCAGCCC AACAGCTGGA ACTGCTCCGG 
CAGCGTAACT ACCCCAAGGT GCTGCCCACT GCCCAGGACC TGAGGGACAG CCGCCGTGGA 
AGCTACAAGC GGAACTCCTT GCCGCCGCAG AACTTCAGTG CCCCCCTGCC GCCGCCTCGC 
ACCATCAGCA GCACTCTGGG GCGGCGGCGA CGGGACAGCA GCAACATTAC CACATCACCA 
CTGCAGCTGG CCCAGGACCT GGCCGGGGAG GAGGAGCCCG GGGAGCCGCA GATTACCCAG 
AATACACTAA TCTTCGGTCC CATTGTGCCC AAGTCGCCGG CGACCTCGTT AAAGCGACAG 
AAACGGGCGC CCGAGGCGGG AGCGCCGGCA GCGGGAGCGA TGACAGCACT AAGCGGATCC 
TTCCAATCCT TTGAGTCGGT GCCGCCGGCT CATGAGACCA CACCGCCGCA GGGCGGGCAG 
CGTACCGAAT GCATTTACTC GATTGAGGCG AGTCCCGGGG CGTGTCCAGG GAACGATGGG 
ACGAGCTGGT CGGCGCCCAA TGGCGATTTG TATGCACAGC CGATGAAATC TCCCTCCAGG 
ACATCGCTCA TACCACGCCT CACCCAACAG CAGCCGACGC CGACGCCACA TCATCATCAT 
CAAGGAGCTG CTGACGGAGA AGAGACAGCA GCAGTGCCTG GAGGAGCATC ATCAATGGCC 
ACCACCGTCT CACCGACCCG CATACCTCAA TTGCTGCAGC GTCAGGCTTC CGGCAAGGAT 
TTGCGAATAG CAAACACCGC AAGTCCCCTG GCAAGCCAGG GACAACAACA GCGCACGGAC 
TCCACAATAT CATCAGGTTC GTCGGCTTCG GCGGCATCAT CCACAGAATC GTCCACATCC 
TCATCCTCAT CCTCCACGAA CACGGTTCGC ACCGAACTGC AGCAGCACCA GCACCAGCAC 
CAGCACCAGC ACCAGCCTGG CAAAAGTATT ACGACCAATA TATAG

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

RefSeq	XP_017144728.1
CDS	699..5003
Translation	MKFRLAAFWLFLLTVGSGGSRGNHKQLSLDCCLRGHGHEASTWGVAAAAESIAQRDGDIDKGNELENALKLRATSKQQKTERQTQVIGDITTRGTTAHQAAEDATTTLATASKSIGHQAVRRAKDARNLEQHLKQSVARLLTSDEESNESDSGPGSILVTDATATATATATATTVTTHHPGRRHVVADKLQYTKEIQIKQGRLMGITRRFQVTTGLREVDQYLGLPYAEAPTGNRRFMPPGAPLPWQGLKIARHLPPVCPQKLPDLTSHGSVNMSRARHKYLSRLLPYLRSEGEDCLYLNLYVPHEESLVAPKQYAVLVYLHGESFEWNSGNAYDGSVLSSYGEVIVVTVNYRLGVLGFLRPSIDAHNIANYALLDQIAALHWIKENIGSFNGDNTRVTLMGHSTGAACVNYLMVSPVASGLFHRAILMSGSAMSDWAASNQSLQLTMQIAHALDCPLSGSDDHFDADDEDALLDCLRQRRYQDILHIPTSLQQFSTSLGPIVDGHVIPNQPYKVMGHYTEHFSRYDLLFGITESESYHTLAALALEEGLRENERDNLLRFYMQSRFDVRPDLALAATLKKYQDMYNNPIKATNLEHRDVVLDILSDARVVGPLLQTGMFHADVNRRNYMYVFGHNSATGPYANLPHSIMGEELAFIFGAPLAPAGPFPSHNYTMQEKLLSEAVMAYWTNFVKTGNPKAPWKGIFLNSHALEWDRYDLDWPEFNKRAQAYLNIGIPPTVGYKYRQIYMNFWNKELPDELNQIAALQEQLHPGSEVITGHMSKYGPRDNGAEDPVRTLKLLLQEPSLANSPDSTETAAENMYNAPPTFGHVMHKQQPQQPQREEDLEMTSATNPMEEDQPETVAKSETTLQLLIALIALIIALNVIIYGTFLLRQRRKRAKMLPFPGPKLNGNILSYDGANDDELKRCSKSRDGDDSYVMDMARKSNTYEAIKTGQRSPINGYAIQRQLSCSTVDTHTKVCEWMSGQEVPKSGSFATPTATTPTSVLPDGRMIICQDIEVADAALLIPQHMHEPQHYEMLLQRQHSALTEPSEDILQQQLQHMPLHRHTHSDPVDMILAADEQVTSFVHADDVDINVTSRDENCVREVVPLTAAQQLELLRQRNYPKVLPTAQDLRDSRRGSYKRNSLPPQNFSAPLPPPRTISSTLGRRRRDSSNITTSPLQLAQDLAGEEEPGEPQITQNTLIFGPIVPKSPATSLKRQKRAPEAGAPAAGAMTALSGSFQSFESVPPAHETTPPQGGQRTECIYSIEASPGACPGNDGTSWSAPNGDLYAQPMKSPSRTSLIPRLTQQQPTPTPHHHHQGAADGEETAAVPGGASSMATTVSPTRIPQLLQRQASGKDLRIANTASPLASQGQQQRTDSTISSGSSASAASSTESSTSSSSSSTNTVRTELQQHQHQHQHQHQPGKSITTNI

Target ORF information:

RefSeq Version	XM_017289239.1
Organism	Drosophila miranda
Definition	Drosophila miranda uncharacterized LOC108157261 (LOC108157261), transcript variant X1, mRNA.

Target ORF information:

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

XM_017289239.1

ORF Insert Sequence:

ATGAAGTTCC GTTTAGCAGC TTTTTGGCTA TTTCTGCTGA CAGTTGGCAG CGGCGGTAGC 
AGGGGCAATC ACAAGCAATT AAGCCTTGAT TGCTGCCTGA GGGGGCATGG GCATGAGGCC 
TCCACATGGG GCGTGGCAGC TGCTGCAGAA TCAATCGCCC AACGAGACGG CGACATCGAC 
AAAGGAAATG AACTGGAAAA TGCATTGAAA TTGCGTGCAA CCTCAAAGCA ACAGAAAACG 
GAAAGGCAAA CGCAGGTTAT TGGGGACATC ACAACGAGAG GAACAACCGC ACACCAAGCG 
GCAGAGGATG CCACAACAAC ACTGGCAACA GCATCCAAAT CAATTGGCCA TCAAGCAGTG 
CGACGTGCCA AGGACGCCCG AAATTTGGAG CAGCATTTAA AGCAGAGTGT GGCCAGGCTC 
TTGACCAGCG ATGAAGAGTC CAACGAGAGT GACAGCGGGC CAGGCTCAAT ATTGGTCACA 
GATGCCACAG CCACAGCCAC AGCCACTGCC ACAGCCACGA CGGTGACCAC ACATCATCCT 
GGACGACGGC ATGTGGTAGC CGATAAGCTG CAGTACACCA AAGAGATACA AATCAAGCAG 
GGCCGCCTCA TGGGCATCAC ACGCCGCTTT CAGGTCACGA CCGGCCTACG GGAGGTGGAT 
CAGTATCTGG GCTTGCCCTA TGCCGAGGCC CCGACCGGCA ATCGAAGGTT TATGCCGCCA 
GGTGCACCAT TGCCTTGGCA GGGCCTGAAG ATAGCGCGTC ATTTGCCACC CGTTTGCCCA 
CAAAAACTAC CGGATCTGAC GTCCCATGGC AGCGTTAACA TGTCACGGGC CCGTCACAAG 
TATTTGAGTC GACTGTTGCC GTACCTGCGC TCGGAGGGCG AGGACTGCCT CTACCTGAAT 
CTGTATGTGC CGCATGAGGA ATCCCTGGTC GCCCCCAAGC AATACGCTGT GCTGGTTTAT 
CTACACGGCG AGTCCTTTGA GTGGAACAGT GGCAATGCCT ACGATGGATC TGTACTCTCC 
AGCTACGGCG AGGTGATTGT CGTCACAGTC AACTACCGAT TGGGTGTATT GGGTTTCCTG 
CGGCCCAGCA TTGATGCCCA TAATATAGCA AACTATGCGC TGCTCGATCA GATAGCGGCT 
CTGCATTGGA TCAAGGAGAA CATTGGGTCG TTCAACGGCG ACAATACGCG CGTGACGCTG 
ATGGGCCACA GCACGGGGGC GGCATGTGTC AATTATCTAA TGGTATCGCC CGTGGCCTCA 
GGCCTCTTCC ATCGCGCCAT CCTCATGTCG GGCTCGGCGA TGTCCGACTG GGCGGCCAGC 
AATCAGTCTT TGCAATTGAC AATGCAAATC GCCCATGCCC TCGACTGTCC ACTGAGCGGC 
AGCGACGACC ATTTCGATGC GGATGATGAG GACGCCCTGC TCGATTGCTT GCGCCAGCGT 
CGGTACCAGG ATATCTTGCA CATACCAACA TCGCTTCAGC AATTTTCAAC ATCATTGGGT 
CCAATTGTCG ATGGACATGT AATACCAAAT CAACCGTACA AGGTCATGGG GCATTATACG 
GAGCATTTCA GCCGTTATGA TTTATTATTC GGCATCACGG AGTCAGAATC CTATCACACA 
CTGGCCGCAT TAGCACTCGA GGAAGGATTA CGTGAAAATG AACGCGATAA TTTATTACGC 
TTCTATATGC AGAGTCGCTT TGATGTACGC CCCGATTTGG CATTGGCTGC CACGCTAAAG 
AAATACCAGG ACATGTACAA CAATCCGATT AAGGCCACTA ATTTGGAGCA TCGTGATGTG 
GTGCTGGACA TACTGTCCGA TGCCCGTGTC GTTGGGCCTC TACTGCAGAC GGGTATGTTC 
CATGCGGATG TCAATCGGCG CAATTATATG TACGTATTTG GCCATAACAG CGCAACGGGA 
CCGTACGCCA ACCTACCGCA TAGCATTATG GGCGAGGAAT TGGCGTTTAT CTTTGGTGCG 
CCTTTGGCTC CCGCAGGTCC TTTTCCCAGC CATAACTATA CGATGCAGGA AAAGCTGCTT 
TCCGAGGCGG TAATGGCATA TTGGACGAAC TTCGTAAAGA CCGGCAATCC AAAGGCGCCC 
TGGAAGGGCA TCTTCTTGAA TTCGCACGCC CTCGAATGGG ACCGCTATGA CCTCGACTGG 
CCGGAGTTTA ATAAGCGAGC ACAGGCCTAT CTCAATATTG GAATCCCACC AACCGTGGGC 
TACAAGTACC GACAAATCTA CATGAATTTC TGGAACAAAG AGCTGCCCGA TGAACTCAAT 
CAAATTGCGG CCTTGCAGGA GCAGCTGCAT CCCGGCAGTG AGGTGATTAC GGGTCACATG 
AGCAAGTACG GGCCGCGGGA TAACGGCGCC GAGGACCCCG TGCGTACACT GAAGCTCCTC 
CTCCAGGAGC CCAGTCTGGC CAACAGTCCG GACTCGACGG AAACGGCAGC CGAGAACATG 
TACAATGCCC CGCCCACCTT TGGCCATGTG ATGCACAAGC AGCAGCCACA GCAGCCGCAG 
CGGGAGGAGG ACTTGGAGAT GACCTCTGCC ACGAATCCCA TGGAGGAGGA CCAGCCGGAG 
ACGGTGGCCA AGTCGGAGAC AACGCTGCAG CTGCTGATTG CATTGATAGC CCTGATTATT 
GCCCTGAATG TGATCATCTA TGGCACGTTC CTGTTGCGGC AGCGTCGCAA GAGAGCCAAA 
ATGTTGCCGT TTCCGGGCCC AAAACTGAAC GGGAATATCC TCAGCTATGA CGGCGCCAAC 
GACGACGAGC TGAAGCGCTG CAGCAAGTCG CGGGATGGCG ACGATAGCTA CGTCATGGAC 
ATGGCCCGCA AGTCCAACAC TTACGAGGCC ATCAAAACGG GCCAGCGGTC GCCCATCAAT 
GGGTATGCGA TCCAGCGACA GCTCAGCTGC TCGACGGTGG ACACCCACAC GAAGGTGTGC 
GAGTGGATGT CGGGACAGGA GGTGCCCAAG TCCGGGAGCT TTGCCACGCC CACTGCAACG 
ACACCGACCT CAGTCCTGCC TGATGGCAGG ATGATCATTT GCCAGGACAT CGAAGTGGCG 
GACGCGGCTC TTCTGATCCC CCAGCATATG CACGAGCCGC AGCACTACGA AATGCTGCTC 
CAGCGCCAGC ACTCGGCCCT CACCGAACCC AGCGAGGACA TCCTGCAGCA GCAGCTGCAG 
CACATGCCAC TGCATCGGCA CACCCACTCG GATCCGGTGG ACATGATCCT GGCCGCCGAT 
GAGCAGGTGA CAAGCTTCGT TCATGCCGAC GACGTGGACA TTAATGTGAC GAGTCGCGAT 
GAGAACTGTG TCCGGGAAGT GGTGCCCCTC ACGGCAGCCC AACAGCTGGA ACTGCTCCGG 
CAGCGTAACT ACCCCAAGGT GCTGCCCACT GCCCAGGACC TGAGGGACAG CCGCCGTGGA 
AGCTACAAGC GGAACTCCTT GCCGCCGCAG AACTTCAGTG CCCCCCTGCC GCCGCCTCGC 
ACCATCAGCA GCACTCTGGG GCGGCGGCGA CGGGACAGCA GCAACATTAC CACATCACCA 
CTGCAGCTGG CCCAGGACCT GGCCGGGGAG GAGGAGCCCG GGGAGCCGCA GATTACCCAG 
AATACACTAA TCTTCGGTCC CATTGTGCCC AAGTCGCCGG CGACCTCGTT AAAGCGACAG 
AAACGGGCGC CCGAGGCGGG AGCGCCGGCA GCGGGAGCGA TGACAGCACT AAGCGGATCC 
TTCCAATCCT TTGAGTCGGT GCCGCCGGCT CATGAGACCA CACCGCCGCA GGGCGGGCAG 
CGTACCGAAT GCATTTACTC GATTGAGGCG AGTCCCGGGG CGTGTCCAGG GAACGATGGG 
ACGAGCTGGT CGGCGCCCAA TGGCGATTTG TATGCACAGC CGATGAAATC TCCCTCCAGG 
ACATCGCTCA TACCACGCCT CACCCAACAG CAGCCGACGC CGACGCCACA TCATCATCAT 
CAAGGAGCTG CTGACGGAGA AGAGACAGCA GCAGTGCCTG GAGGAGCATC ATCAATGGCC 
ACCACCGTCT CACCGACCCG CATACCTCAA TTGCTGCAGC GTCAGGCTTC CGGCAAGGAT 
TTGCGAATAG CAAACACCGC AAGTCCCCTG GCAAGCCAGG GACAACAACA GCGCACGGAC 
TCCACAATAT CATCAGGTTC GTCGGCTTCG GCGGCATCAT CCACAGAATC GTCCACATCC 
TCATCCTCAT CCTCCACGAA CACGGTTCGC ACCGAACTGC AGCAGCACCA GCACCAGCAC 
CAGCACCAGC ACCAGCCTGG CAAAAGTATT ACGACCAATA TATAG