LOC108164400 cDNA ORF clone, Drosophila miranda

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108164400
Entrez Gene ID	108164400
Full Name	mediator of RNA polymerase II transcription subunit 26
Gene Type	protein-coding
Organism	Drosophila miranda

mRNA and Protein(s)

mRNA	Protein	Name
XM_017300041.1	XP_017155530.1	mediator of RNA polymerase II transcription subunit 26
XM_017300040.1	XP_017155529.1	mediator of RNA polymerase II transcription subunit 26

Pathways from BioSystems
Gene Ontology

The following LOC108164400 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108164400 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
ODr201015	XM_017300040.1 Latest version!	Drosophila miranda mediator of RNA polymerase II transcription subunit 26 (LOC108164400), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
ODr201015	XM_017300041.1 Latest version!	Drosophila miranda mediator of RNA polymerase II transcription subunit 26 (LOC108164400), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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)

LOC108164400 ( XM_017300041.1 ) cDNA ORF clone, Drosophila miranda -> XP_017155530.1 Drosophila miranda mediator of RNA polymerase II transcription subunit 26 (LOC108164400), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ODr201015
Clone ID Related Accession (Same CDS sequence)	XM_017300041.1 , XM_017300040.1
Accession Version	XM_017300041.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4812bp) 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	mediator of RNA polymerase II transcription subunit 26
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030307.1) 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##

ATGAACCAAA ACCAAATCCA GCAACTTACC TCTCACCTAT CACAGGCTCT TGATCAAAAC 
TACGATGTCG TCAATATGGA TGCTGTTCTC TCTGTCATAT GTGCTCTGGA AGGCACAACG 
ATCACTAAGG AGCAACTGGA GGCCACCAGA TTGGCAAAGT ATATAAACCA ACTTAGACGG 
AGAACCAAAA ATGAAAATCT TGCCCGACGT GCGAAATCCC TACTGAAGAT GTGGCGAGAA 
ATGGTGGGGA TTCAGCAAAC GGCTAATGAC TCTCAGCACC ATCACAGTCA GCCCACATCC 
CTTCCGACTC CGCCATCAGC ACATTTTTAT AAGTATACTG CGGGATCGGC AGACAGCAAC 
TTGACCGAAA CAGTTGTTCA TCTGCCCGTT TCACCTTCGG TACCGTCACA CCGAACGATT 
TCAGATTTGC ATTCAAATAT CGACTCCTCT GAACCGCCGC CTGCTGTCCT GCCTTCCCAA 
CACCATTCAA ACTTCTCAAA CCTTATTAAC AATATAAGCA AATGTGAACG CGAAGAAAGC 
AACCCTAGCA TGTTAATACA AGCTCATAAG CAGCCGCAAT CGCAGCAATT CCAAAGTAGG 
CCTCTTGGAC TGCCACTTCC TTTTATCAGT GACCAGTCAT TGAATTCGGT ATCAATCTCA 
TCCAATGTCG GAAATGATAA AAAAGATGAA GCTTCAATTG TGATCGATAT AGTAACCGAT 
TCTGACGACA ACGACAATGA GAGTGCAACT ACAATACAGG GAAAATCCAC AGCGGGTGCG 
TCAGCACCAT TTACAATATC GCCTGCTCCG TGCCCACGTC CCAAAAAGTT TAAAAAGGAT 
AAAAAGCATA AAGAAAGGGA CAGGTCTAAG TATTCGTTAC TGGCCCAGAA CGAGTTGATT 
GGACAACACT CCAGCAGATA CAGCGCGAAA GTAAAGGAAG GCCAATCACA AACAGCTCAG 
GCTACAGACT CAGAAATTTT TTCTCTGTCT AATAGCTCGA TGAGTTCAAT CTTATCTGGG 
GATGCAGCTA TATTGAACTC ACAGCATAAA TTCCGAGCAA ATGCATCCGA GCTTACATTC 
ACCGGCAGAT TTAAGCCAGT AAACCATTTG GATAGTGCAA ATCAGGATAA TTCCGCTCTG 
CCGATAGGGC AGAATATCGT ATTCCGACAA AATGAATCTG AGAGACCAAT ATTTGAGGAT 
TCAATTACAA ACGACTCGAG TACGTCTTGC AGTCGGCTCT CTCCTCCGAC TGTCGAAGAA 
CGCCGAAAAT CAGATAAAAT CGATGATTCT ATTAGGCAGC AAATTGCAAC ATCCATACAA 
ATGCCAATGC CTTCAATTGG GTTGGGCCAC GAGTCAAATA GTAGGACTGA ATATTTGGAA 
AATTCATCGA AGTCTCAAGT TCCTAAAAAA CGTGGTCGGA AGAAAGGCTC AAAAGGCGTG 
GATGCTGCAA TTGCTAAGGA ATCGTCGAGC CTTTCTCAGC AAATTTTTTT TGGCGTTGGC 
TCTACGGTGA AAAAGGTAAA GACCACCAAA GAACTTTTCA GTGAAATTCA GAGCAGGAAA 
TTAATCACTG CCGTGCAGTC GTCCACAAGT AATATCTCCA ATTCCTCCAT ATCTCGAGAG 
CTGACAACCC GTGCTCTAAT GCCAAGACCA ACTTCGTCTT GTTCTGACAC GTCGATCCAC 
TCGCCACAAA TCATGGAAAC TTATTCAGGA AATGTTACCC TAATGGGTGT TGACAAATTT 
TCAAATAAAA ATGAAGATGC CGGTAATACG GATAGTGATA CCATCACTTC AGAGCCATCT 
CAAGATAGCA ACAAATCGCA GGAAATTAAG GAATGTACTT CATTGGACAG CAATAGCAAT 
TCTCTCCAGA CTTTATCTCT GGCGAAAAAA ACAATGCACA CTTCAAAGTC GGAGAACTAT 
AGCGATGTAA CCACACAACT AATGCATCTT ATTCACAGCA TAAAAGGCCC ATTGAGTGTC 
TATGAAGTTG AGAAGTTATA CCGAGCTCAG ATTGTGCCGT GCACCTGCCT AGTTATAGAA 
GAAATATGCA ACCCCTTTGG CGAGCCAATC AATTTAAGTT CGGACAACGG TGTGGGCGAT 
CCGAAGAGCG ATTCAAATAA TGATAACGTT TCTCGCCATA AAAAACAAGA AGAGCAATTG 
CCTAAACTTG AAAGATTGAG TGACAATGAT ATTTCTATGG ACACTCCACA GAAACCAGTT 
AAGTCCATAT TTGATTTGGA TTTTGATGAG GACGAAGACC CCTTGCAATC AATAATCAAC 
GGTATTCGGA TGCCGCCAAC TAAACTTGAA GAGACCAAAG AAAACGCAGA TTTAAAAAAC 
GCCCTTGCTC ATTTACCAAT GAATATTGCT TCACTGGATG TTGCTAGTGT TAATGCGGAT 
ACAGTACAAA ATCAAATCAA CAGTCATAAC CAGGAGGGCG AGACAAGTGA AGAACAGAAT 
GTCGCTATTC CTGTTTTCAC TTGTCACGAG GATCCCGATT GCGTTGCAAA GCAAAGGTTT 
CATGTGCAAA CCAACAAAGT GAATAATTTT CATATAAATG CGTTACACAA CTTTTACATA 
CCAAATATAA ATGGCAATTG GGATAGCATT GACTCATCTA TTGTCTCAGA ATCTACAATA 
ACCGACTTTC TCAATACCCT GGGGTCCTAT ACAGTCACGG ATGGAGCTGA CGTTGTTCCC 
AAATATGGCT CTCTTACATA CGACCGAATT AGAAAGGATC TGAGTTCTAT TAAATTTACA 
AGCTCTTTTA AAACCAGACC CTTCAAATCA TTTATGCCAC CGTTTCTTGG AGTGGCAAAG 
TGTTTGCCAA CGTGTCGTCT CGCTAGAAGC AGTTTTAAGA AAAAACAAAT TCAATCACCG 
CCGCCCCCAC TTATAGTGAT TCCAAGTACA ATAGAAGGCT TGGACCCGGA CATCATGCAG 
AAGGATTATA ATGGTGCCAG TCCACTGAAA GTGGATGTTG ATGTATTAGT TTCTGGCCAT 
GATAACAATA ACGAAAGCAA TGTGCAAATG CAAGTCAATT TACAGACCAA GAGTGACCCA 
ACTCTTAGTT ACAACTTACT AAAGCTCGCC AATGACGAAT TACCTTTTGA GGAAACTGAG 
CCGAACGATA AAGGCAGTGA ATACGAGAAT CAGGATAACG GTCGCTTTAG TAGTAGTAGT 
AACAGTAGCT GCAGCAACTC TAGCAATTCC AGTTTGAAAA AAACACAGGA TTCAATTAAT 
GAAAAGCTGA GAAATCATAG GTCTCAGCAA TACAGAGTCC AATCTGTAGA AGAGGAGACC 
AATAGAAAAC GTCACGGGAA AAACAGAAAA AAGAGAAATA TTAAAGAAAA TCCACCCATT 
AAGCGCATTA AGATTTCTTT GAATGGAACA ATTTCAAACC TTAGTAGTAG TAACAACAGC 
AGTTCAAGTG AAAGTGAAAC CGAAACCGGC CTAGAGAACG ATAATGAAGT TGAGAATGAC 
TATGAAAATA ATAATGACGA GGAATATGCC GTTGTTCAAC GACCCACGTG TGGCGATGGC 
ACTAGCAACA ACCACATTGT GATGACAATA AAGAAAACAC CAAGTAAAAT CAATTCTCCA 
GCCAACTCAA TGTCTGCTAC TTCACCTATT AATGCATCCG AGACAGGAAA CGTAAAAAAT 
TCATTTTCCG ACTGTAATCG GCCCAATCTG CTGACATCAA GTACTTCGAT CGCACCCCTG 
TATCAAATCG ACGGTGGCAG AAGATTGTTA TTGTCCAAAA AGTTCAGTCG ACGCCCTCAT 
CGTCGGCGTC GTTATCGTCA ATGTCGTCGA AAATCGGATT TGCAACGCAA AGCTATCGAT 
TTAGAGCTAA AACATTTGTT CACCTACAAA ACCAAGCCAG ATCTAGATTT CGGGTCCGCA 
ATAAAGCTTC ATAAAAAGCT ATTTTTCAGT CATGAACTAT GTAAACAGAA TACTGCAGGC 
AGGAAAGAGA GAATTTTAAA CTACAGCAGT AGTAGCAGTT CAAACTATGA TGATGACGAA 
AGCGATCTGG ACGGTCTTTC TTCAGAAGAG ACAGCAGCAG ACCTTAAGGA AAATGTTACT 
ACTTTTAATA AATACAACTT AAATATTGAG ACTGATAATA CAAGTGCCGA GCGAACGGTA 
TCTGAAGATC CACTTAAAAT TGAAGAGGAT CCTTTTTTAA CGTCGTCCAG CAATGATGTT 
ACCGATAGCG ATAACGAGAG CGATAATCAT GAAGTATTCG ATGAAGTTGC TAAAAGAGTC 
GAAGCTGAAG AATTCAACGA ACTGCATAAC AATGGTATGC TGACATCCTT TAATTCGATA 
TCTGTTGAGA ATCAGTTAAT AAACGAACCG ACGTTGATGG CGGTCTCGGG CAGTGTCGAC 
ACACCCGCAC CCCAATCCAA TGCATCGTTG GCTTCACTAC AAAATGAGAA TTGTGATGAT 
GTTAATAATC TATGCTATAA TAATAACAAT TTAGATGTAA TTAAACATAG TCTAGCTGAT 
AGCCCCATAC TGAATGATAT CAATTATAAA AACGTCATTA GTAATACTTC TCCAAGAGTC 
TTAGCCAACA AATTCAGCGA TTGTATTCCA CAGAATATCG GAAATTCTGA ACTAAACCCC 
CCGATACCGT TACCCTGCGC TGAGTACCAA ACTGGTATTC GACCAGCCCC CCTGACAGAC 
CTTGCGTTAT CCAGCTACGC TGATTTGAGC TGTACCCGAA TTCAACAATT TAAGGAATGG 
CACCAAGTTC TTCAATTGCA ATCATATAAT AATGAGCCCT TAATAGTTCT GCCATACGTT 
GTGCTTGAAT AA

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

RefSeq	XP_017155530.1
CDS	156..4967
Translation	MNQNQIQQLTSHLSQALDQNYDVVNMDAVLSVICALEGTTITKEQLEATRLAKYINQLRRRTKNENLARRAKSLLKMWREMVGIQQTANDSQHHHSQPTSLPTPPSAHFYKYTAGSADSNLTETVVHLPVSPSVPSHRTISDLHSNIDSSEPPPAVLPSQHHSNFSNLINNISKCEREESNPSMLIQAHKQPQSQQFQSRPLGLPLPFISDQSLNSVSISSNVGNDKKDEASIVIDIVTDSDDNDNESATTIQGKSTAGASAPFTISPAPCPRPKKFKKDKKHKERDRSKYSLLAQNELIGQHSSRYSAKVKEGQSQTAQATDSEIFSLSNSSMSSILSGDAAILNSQHKFRANASELTFTGRFKPVNHLDSANQDNSALPIGQNIVFRQNESERPIFEDSITNDSSTSCSRLSPPTVEERRKSDKIDDSIRQQIATSIQMPMPSIGLGHESNSRTEYLENSSKSQVPKKRGRKKGSKGVDAAIAKESSSLSQQIFFGVGSTVKKVKTTKELFSEIQSRKLITAVQSSTSNISNSSISRELTTRALMPRPTSSCSDTSIHSPQIMETYSGNVTLMGVDKFSNKNEDAGNTDSDTITSEPSQDSNKSQEIKECTSLDSNSNSLQTLSLAKKTMHTSKSENYSDVTTQLMHLIHSIKGPLSVYEVEKLYRAQIVPCTCLVIEEICNPFGEPINLSSDNGVGDPKSDSNNDNVSRHKKQEEQLPKLERLSDNDISMDTPQKPVKSIFDLDFDEDEDPLQSIINGIRMPPTKLEETKENADLKNALAHLPMNIASLDVASVNADTVQNQINSHNQEGETSEEQNVAIPVFTCHEDPDCVAKQRFHVQTNKVNNFHINALHNFYIPNINGNWDSIDSSIVSESTITDFLNTLGSYTVTDGADVVPKYGSLTYDRIRKDLSSIKFTSSFKTRPFKSFMPPFLGVAKCLPTCRLARSSFKKKQIQSPPPPLIVIPSTIEGLDPDIMQKDYNGASPLKVDVDVLVSGHDNNNESNVQMQVNLQTKSDPTLSYNLLKLANDELPFEETEPNDKGSEYENQDNGRFSSSSNSSCSNSSNSSLKKTQDSINEKLRNHRSQQYRVQSVEEETNRKRHGKNRKKRNIKENPPIKRIKISLNGTISNLSSSNNSSSSESETETGLENDNEVENDYENNNDEEYAVVQRPTCGDGTSNNHIVMTIKKTPSKINSPANSMSATSPINASETGNVKNSFSDCNRPNLLTSSTSIAPLYQIDGGRRLLLSKKFSRRPHRRRRYRQCRRKSDLQRKAIDLELKHLFTYKTKPDLDFGSAIKLHKKLFFSHELCKQNTAGRKERILNYSSSSSSNYDDDESDLDGLSSEETAADLKENVTTFNKYNLNIETDNTSAERTVSEDPLKIEEDPFLTSSSNDVTDSDNESDNHEVFDEVAKRVEAEEFNELHNNGMLTSFNSISVENQLINEPTLMAVSGSVDTPAPQSNASLASLQNENCDDVNNLCYNNNNLDVIKHSLADSPILNDINYKNVISNTSPRVLANKFSDCIPQNIGNSELNPPIPLPCAEYQTGIRPAPLTDLALSSYADLSCTRIQQFKEWHQVLQLQSYNNEPLIVLPYVVLE

Target ORF information:

RefSeq Version	XM_017300041.1
Organism	Drosophila miranda
Definition	Drosophila miranda mediator of RNA polymerase II transcription subunit 26 (LOC108164400), transcript variant X2, mRNA.

Target ORF information:

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

XM_017300041.1

ORF Insert Sequence:

ATGAACCAAA ACCAAATCCA GCAACTTACC TCTCACCTAT CACAGGCTCT TGATCAAAAC 
TACGATGTCG TCAATATGGA TGCTGTTCTC TCTGTCATAT GTGCTCTGGA AGGCACAACG 
ATCACTAAGG AGCAACTGGA GGCCACCAGA TTGGCAAAGT ATATAAACCA ACTTAGACGG 
AGAACCAAAA ATGAAAATCT TGCCCGACGT GCGAAATCCC TACTGAAGAT GTGGCGAGAA 
ATGGTGGGGA TTCAGCAAAC GGCTAATGAC TCTCAGCACC ATCACAGTCA GCCCACATCC 
CTTCCGACTC CGCCATCAGC ACATTTTTAT AAGTATACTG CGGGATCGGC AGACAGCAAC 
TTGACCGAAA CAGTTGTTCA TCTGCCCGTT TCACCTTCGG TACCGTCACA CCGAACGATT 
TCAGATTTGC ATTCAAATAT CGACTCCTCT GAACCGCCGC CTGCTGTCCT GCCTTCCCAA 
CACCATTCAA ACTTCTCAAA CCTTATTAAC AATATAAGCA AATGTGAACG CGAAGAAAGC 
AACCCTAGCA TGTTAATACA AGCTCATAAG CAGCCGCAAT CGCAGCAATT CCAAAGTAGG 
CCTCTTGGAC TGCCACTTCC TTTTATCAGT GACCAGTCAT TGAATTCGGT ATCAATCTCA 
TCCAATGTCG GAAATGATAA AAAAGATGAA GCTTCAATTG TGATCGATAT AGTAACCGAT 
TCTGACGACA ACGACAATGA GAGTGCAACT ACAATACAGG GAAAATCCAC AGCGGGTGCG 
TCAGCACCAT TTACAATATC GCCTGCTCCG TGCCCACGTC CCAAAAAGTT TAAAAAGGAT 
AAAAAGCATA AAGAAAGGGA CAGGTCTAAG TATTCGTTAC TGGCCCAGAA CGAGTTGATT 
GGACAACACT CCAGCAGATA CAGCGCGAAA GTAAAGGAAG GCCAATCACA AACAGCTCAG 
GCTACAGACT CAGAAATTTT TTCTCTGTCT AATAGCTCGA TGAGTTCAAT CTTATCTGGG 
GATGCAGCTA TATTGAACTC ACAGCATAAA TTCCGAGCAA ATGCATCCGA GCTTACATTC 
ACCGGCAGAT TTAAGCCAGT AAACCATTTG GATAGTGCAA ATCAGGATAA TTCCGCTCTG 
CCGATAGGGC AGAATATCGT ATTCCGACAA AATGAATCTG AGAGACCAAT ATTTGAGGAT 
TCAATTACAA ACGACTCGAG TACGTCTTGC AGTCGGCTCT CTCCTCCGAC TGTCGAAGAA 
CGCCGAAAAT CAGATAAAAT CGATGATTCT ATTAGGCAGC AAATTGCAAC ATCCATACAA 
ATGCCAATGC CTTCAATTGG GTTGGGCCAC GAGTCAAATA GTAGGACTGA ATATTTGGAA 
AATTCATCGA AGTCTCAAGT TCCTAAAAAA CGTGGTCGGA AGAAAGGCTC AAAAGGCGTG 
GATGCTGCAA TTGCTAAGGA ATCGTCGAGC CTTTCTCAGC AAATTTTTTT TGGCGTTGGC 
TCTACGGTGA AAAAGGTAAA GACCACCAAA GAACTTTTCA GTGAAATTCA GAGCAGGAAA 
TTAATCACTG CCGTGCAGTC GTCCACAAGT AATATCTCCA ATTCCTCCAT ATCTCGAGAG 
CTGACAACCC GTGCTCTAAT GCCAAGACCA ACTTCGTCTT GTTCTGACAC GTCGATCCAC 
TCGCCACAAA TCATGGAAAC TTATTCAGGA AATGTTACCC TAATGGGTGT TGACAAATTT 
TCAAATAAAA ATGAAGATGC CGGTAATACG GATAGTGATA CCATCACTTC AGAGCCATCT 
CAAGATAGCA ACAAATCGCA GGAAATTAAG GAATGTACTT CATTGGACAG CAATAGCAAT 
TCTCTCCAGA CTTTATCTCT GGCGAAAAAA ACAATGCACA CTTCAAAGTC GGAGAACTAT 
AGCGATGTAA CCACACAACT AATGCATCTT ATTCACAGCA TAAAAGGCCC ATTGAGTGTC 
TATGAAGTTG AGAAGTTATA CCGAGCTCAG ATTGTGCCGT GCACCTGCCT AGTTATAGAA 
GAAATATGCA ACCCCTTTGG CGAGCCAATC AATTTAAGTT CGGACAACGG TGTGGGCGAT 
CCGAAGAGCG ATTCAAATAA TGATAACGTT TCTCGCCATA AAAAACAAGA AGAGCAATTG 
CCTAAACTTG AAAGATTGAG TGACAATGAT ATTTCTATGG ACACTCCACA GAAACCAGTT 
AAGTCCATAT TTGATTTGGA TTTTGATGAG GACGAAGACC CCTTGCAATC AATAATCAAC 
GGTATTCGGA TGCCGCCAAC TAAACTTGAA GAGACCAAAG AAAACGCAGA TTTAAAAAAC 
GCCCTTGCTC ATTTACCAAT GAATATTGCT TCACTGGATG TTGCTAGTGT TAATGCGGAT 
ACAGTACAAA ATCAAATCAA CAGTCATAAC CAGGAGGGCG AGACAAGTGA AGAACAGAAT 
GTCGCTATTC CTGTTTTCAC TTGTCACGAG GATCCCGATT GCGTTGCAAA GCAAAGGTTT 
CATGTGCAAA CCAACAAAGT GAATAATTTT CATATAAATG CGTTACACAA CTTTTACATA 
CCAAATATAA ATGGCAATTG GGATAGCATT GACTCATCTA TTGTCTCAGA ATCTACAATA 
ACCGACTTTC TCAATACCCT GGGGTCCTAT ACAGTCACGG ATGGAGCTGA CGTTGTTCCC 
AAATATGGCT CTCTTACATA CGACCGAATT AGAAAGGATC TGAGTTCTAT TAAATTTACA 
AGCTCTTTTA AAACCAGACC CTTCAAATCA TTTATGCCAC CGTTTCTTGG AGTGGCAAAG 
TGTTTGCCAA CGTGTCGTCT CGCTAGAAGC AGTTTTAAGA AAAAACAAAT TCAATCACCG 
CCGCCCCCAC TTATAGTGAT TCCAAGTACA ATAGAAGGCT TGGACCCGGA CATCATGCAG 
AAGGATTATA ATGGTGCCAG TCCACTGAAA GTGGATGTTG ATGTATTAGT TTCTGGCCAT 
GATAACAATA ACGAAAGCAA TGTGCAAATG CAAGTCAATT TACAGACCAA GAGTGACCCA 
ACTCTTAGTT ACAACTTACT AAAGCTCGCC AATGACGAAT TACCTTTTGA GGAAACTGAG 
CCGAACGATA AAGGCAGTGA ATACGAGAAT CAGGATAACG GTCGCTTTAG TAGTAGTAGT 
AACAGTAGCT GCAGCAACTC TAGCAATTCC AGTTTGAAAA AAACACAGGA TTCAATTAAT 
GAAAAGCTGA GAAATCATAG GTCTCAGCAA TACAGAGTCC AATCTGTAGA AGAGGAGACC 
AATAGAAAAC GTCACGGGAA AAACAGAAAA AAGAGAAATA TTAAAGAAAA TCCACCCATT 
AAGCGCATTA AGATTTCTTT GAATGGAACA ATTTCAAACC TTAGTAGTAG TAACAACAGC 
AGTTCAAGTG AAAGTGAAAC CGAAACCGGC CTAGAGAACG ATAATGAAGT TGAGAATGAC 
TATGAAAATA ATAATGACGA GGAATATGCC GTTGTTCAAC GACCCACGTG TGGCGATGGC 
ACTAGCAACA ACCACATTGT GATGACAATA AAGAAAACAC CAAGTAAAAT CAATTCTCCA 
GCCAACTCAA TGTCTGCTAC TTCACCTATT AATGCATCCG AGACAGGAAA CGTAAAAAAT 
TCATTTTCCG ACTGTAATCG GCCCAATCTG CTGACATCAA GTACTTCGAT CGCACCCCTG 
TATCAAATCG ACGGTGGCAG AAGATTGTTA TTGTCCAAAA AGTTCAGTCG ACGCCCTCAT 
CGTCGGCGTC GTTATCGTCA ATGTCGTCGA AAATCGGATT TGCAACGCAA AGCTATCGAT 
TTAGAGCTAA AACATTTGTT CACCTACAAA ACCAAGCCAG ATCTAGATTT CGGGTCCGCA 
ATAAAGCTTC ATAAAAAGCT ATTTTTCAGT CATGAACTAT GTAAACAGAA TACTGCAGGC 
AGGAAAGAGA GAATTTTAAA CTACAGCAGT AGTAGCAGTT CAAACTATGA TGATGACGAA 
AGCGATCTGG ACGGTCTTTC TTCAGAAGAG ACAGCAGCAG ACCTTAAGGA AAATGTTACT 
ACTTTTAATA AATACAACTT AAATATTGAG ACTGATAATA CAAGTGCCGA GCGAACGGTA 
TCTGAAGATC CACTTAAAAT TGAAGAGGAT CCTTTTTTAA CGTCGTCCAG CAATGATGTT 
ACCGATAGCG ATAACGAGAG CGATAATCAT GAAGTATTCG ATGAAGTTGC TAAAAGAGTC 
GAAGCTGAAG AATTCAACGA ACTGCATAAC AATGGTATGC TGACATCCTT TAATTCGATA 
TCTGTTGAGA ATCAGTTAAT AAACGAACCG ACGTTGATGG CGGTCTCGGG CAGTGTCGAC 
ACACCCGCAC CCCAATCCAA TGCATCGTTG GCTTCACTAC AAAATGAGAA TTGTGATGAT 
GTTAATAATC TATGCTATAA TAATAACAAT TTAGATGTAA TTAAACATAG TCTAGCTGAT 
AGCCCCATAC TGAATGATAT CAATTATAAA AACGTCATTA GTAATACTTC TCCAAGAGTC 
TTAGCCAACA AATTCAGCGA TTGTATTCCA CAGAATATCG GAAATTCTGA ACTAAACCCC 
CCGATACCGT TACCCTGCGC TGAGTACCAA ACTGGTATTC GACCAGCCCC CCTGACAGAC 
CTTGCGTTAT CCAGCTACGC TGATTTGAGC TGTACCCGAA TTCAACAATT TAAGGAATGG 
CACCAAGTTC TTCAATTGCA ATCATATAAT AATGAGCCCT TAATAGTTCT GCCATACGTT 
GTGCTTGAAT AA

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

LOC108164400 ( XM_017300040.1 ) cDNA ORF clone, Drosophila miranda -> XP_017155529.1 Drosophila miranda mediator of RNA polymerase II transcription subunit 26 (LOC108164400), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ODr201015
Clone ID Related Accession (Same CDS sequence)	XM_017300041.1 , XM_017300040.1
Accession Version	XM_017300040.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4812bp) 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	mediator of RNA polymerase II transcription subunit 26
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030307.1) 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##

ATGAACCAAA ACCAAATCCA GCAACTTACC TCTCACCTAT CACAGGCTCT TGATCAAAAC 
TACGATGTCG TCAATATGGA TGCTGTTCTC TCTGTCATAT GTGCTCTGGA AGGCACAACG 
ATCACTAAGG AGCAACTGGA GGCCACCAGA TTGGCAAAGT ATATAAACCA ACTTAGACGG 
AGAACCAAAA ATGAAAATCT TGCCCGACGT GCGAAATCCC TACTGAAGAT GTGGCGAGAA 
ATGGTGGGGA TTCAGCAAAC GGCTAATGAC TCTCAGCACC ATCACAGTCA GCCCACATCC 
CTTCCGACTC CGCCATCAGC ACATTTTTAT AAGTATACTG CGGGATCGGC AGACAGCAAC 
TTGACCGAAA CAGTTGTTCA TCTGCCCGTT TCACCTTCGG TACCGTCACA CCGAACGATT 
TCAGATTTGC ATTCAAATAT CGACTCCTCT GAACCGCCGC CTGCTGTCCT GCCTTCCCAA 
CACCATTCAA ACTTCTCAAA CCTTATTAAC AATATAAGCA AATGTGAACG CGAAGAAAGC 
AACCCTAGCA TGTTAATACA AGCTCATAAG CAGCCGCAAT CGCAGCAATT CCAAAGTAGG 
CCTCTTGGAC TGCCACTTCC TTTTATCAGT GACCAGTCAT TGAATTCGGT ATCAATCTCA 
TCCAATGTCG GAAATGATAA AAAAGATGAA GCTTCAATTG TGATCGATAT AGTAACCGAT 
TCTGACGACA ACGACAATGA GAGTGCAACT ACAATACAGG GAAAATCCAC AGCGGGTGCG 
TCAGCACCAT TTACAATATC GCCTGCTCCG TGCCCACGTC CCAAAAAGTT TAAAAAGGAT 
AAAAAGCATA AAGAAAGGGA CAGGTCTAAG TATTCGTTAC TGGCCCAGAA CGAGTTGATT 
GGACAACACT CCAGCAGATA CAGCGCGAAA GTAAAGGAAG GCCAATCACA AACAGCTCAG 
GCTACAGACT CAGAAATTTT TTCTCTGTCT AATAGCTCGA TGAGTTCAAT CTTATCTGGG 
GATGCAGCTA TATTGAACTC ACAGCATAAA TTCCGAGCAA ATGCATCCGA GCTTACATTC 
ACCGGCAGAT TTAAGCCAGT AAACCATTTG GATAGTGCAA ATCAGGATAA TTCCGCTCTG 
CCGATAGGGC AGAATATCGT ATTCCGACAA AATGAATCTG AGAGACCAAT ATTTGAGGAT 
TCAATTACAA ACGACTCGAG TACGTCTTGC AGTCGGCTCT CTCCTCCGAC TGTCGAAGAA 
CGCCGAAAAT CAGATAAAAT CGATGATTCT ATTAGGCAGC AAATTGCAAC ATCCATACAA 
ATGCCAATGC CTTCAATTGG GTTGGGCCAC GAGTCAAATA GTAGGACTGA ATATTTGGAA 
AATTCATCGA AGTCTCAAGT TCCTAAAAAA CGTGGTCGGA AGAAAGGCTC AAAAGGCGTG 
GATGCTGCAA TTGCTAAGGA ATCGTCGAGC CTTTCTCAGC AAATTTTTTT TGGCGTTGGC 
TCTACGGTGA AAAAGGTAAA GACCACCAAA GAACTTTTCA GTGAAATTCA GAGCAGGAAA 
TTAATCACTG CCGTGCAGTC GTCCACAAGT AATATCTCCA ATTCCTCCAT ATCTCGAGAG 
CTGACAACCC GTGCTCTAAT GCCAAGACCA ACTTCGTCTT GTTCTGACAC GTCGATCCAC 
TCGCCACAAA TCATGGAAAC TTATTCAGGA AATGTTACCC TAATGGGTGT TGACAAATTT 
TCAAATAAAA ATGAAGATGC CGGTAATACG GATAGTGATA CCATCACTTC AGAGCCATCT 
CAAGATAGCA ACAAATCGCA GGAAATTAAG GAATGTACTT CATTGGACAG CAATAGCAAT 
TCTCTCCAGA CTTTATCTCT GGCGAAAAAA ACAATGCACA CTTCAAAGTC GGAGAACTAT 
AGCGATGTAA CCACACAACT AATGCATCTT ATTCACAGCA TAAAAGGCCC ATTGAGTGTC 
TATGAAGTTG AGAAGTTATA CCGAGCTCAG ATTGTGCCGT GCACCTGCCT AGTTATAGAA 
GAAATATGCA ACCCCTTTGG CGAGCCAATC AATTTAAGTT CGGACAACGG TGTGGGCGAT 
CCGAAGAGCG ATTCAAATAA TGATAACGTT TCTCGCCATA AAAAACAAGA AGAGCAATTG 
CCTAAACTTG AAAGATTGAG TGACAATGAT ATTTCTATGG ACACTCCACA GAAACCAGTT 
AAGTCCATAT TTGATTTGGA TTTTGATGAG GACGAAGACC CCTTGCAATC AATAATCAAC 
GGTATTCGGA TGCCGCCAAC TAAACTTGAA GAGACCAAAG AAAACGCAGA TTTAAAAAAC 
GCCCTTGCTC ATTTACCAAT GAATATTGCT TCACTGGATG TTGCTAGTGT TAATGCGGAT 
ACAGTACAAA ATCAAATCAA CAGTCATAAC CAGGAGGGCG AGACAAGTGA AGAACAGAAT 
GTCGCTATTC CTGTTTTCAC TTGTCACGAG GATCCCGATT GCGTTGCAAA GCAAAGGTTT 
CATGTGCAAA CCAACAAAGT GAATAATTTT CATATAAATG CGTTACACAA CTTTTACATA 
CCAAATATAA ATGGCAATTG GGATAGCATT GACTCATCTA TTGTCTCAGA ATCTACAATA 
ACCGACTTTC TCAATACCCT GGGGTCCTAT ACAGTCACGG ATGGAGCTGA CGTTGTTCCC 
AAATATGGCT CTCTTACATA CGACCGAATT AGAAAGGATC TGAGTTCTAT TAAATTTACA 
AGCTCTTTTA AAACCAGACC CTTCAAATCA TTTATGCCAC CGTTTCTTGG AGTGGCAAAG 
TGTTTGCCAA CGTGTCGTCT CGCTAGAAGC AGTTTTAAGA AAAAACAAAT TCAATCACCG 
CCGCCCCCAC TTATAGTGAT TCCAAGTACA ATAGAAGGCT TGGACCCGGA CATCATGCAG 
AAGGATTATA ATGGTGCCAG TCCACTGAAA GTGGATGTTG ATGTATTAGT TTCTGGCCAT 
GATAACAATA ACGAAAGCAA TGTGCAAATG CAAGTCAATT TACAGACCAA GAGTGACCCA 
ACTCTTAGTT ACAACTTACT AAAGCTCGCC AATGACGAAT TACCTTTTGA GGAAACTGAG 
CCGAACGATA AAGGCAGTGA ATACGAGAAT CAGGATAACG GTCGCTTTAG TAGTAGTAGT 
AACAGTAGCT GCAGCAACTC TAGCAATTCC AGTTTGAAAA AAACACAGGA TTCAATTAAT 
GAAAAGCTGA GAAATCATAG GTCTCAGCAA TACAGAGTCC AATCTGTAGA AGAGGAGACC 
AATAGAAAAC GTCACGGGAA AAACAGAAAA AAGAGAAATA TTAAAGAAAA TCCACCCATT 
AAGCGCATTA AGATTTCTTT GAATGGAACA ATTTCAAACC TTAGTAGTAG TAACAACAGC 
AGTTCAAGTG AAAGTGAAAC CGAAACCGGC CTAGAGAACG ATAATGAAGT TGAGAATGAC 
TATGAAAATA ATAATGACGA GGAATATGCC GTTGTTCAAC GACCCACGTG TGGCGATGGC 
ACTAGCAACA ACCACATTGT GATGACAATA AAGAAAACAC CAAGTAAAAT CAATTCTCCA 
GCCAACTCAA TGTCTGCTAC TTCACCTATT AATGCATCCG AGACAGGAAA CGTAAAAAAT 
TCATTTTCCG ACTGTAATCG GCCCAATCTG CTGACATCAA GTACTTCGAT CGCACCCCTG 
TATCAAATCG ACGGTGGCAG AAGATTGTTA TTGTCCAAAA AGTTCAGTCG ACGCCCTCAT 
CGTCGGCGTC GTTATCGTCA ATGTCGTCGA AAATCGGATT TGCAACGCAA AGCTATCGAT 
TTAGAGCTAA AACATTTGTT CACCTACAAA ACCAAGCCAG ATCTAGATTT CGGGTCCGCA 
ATAAAGCTTC ATAAAAAGCT ATTTTTCAGT CATGAACTAT GTAAACAGAA TACTGCAGGC 
AGGAAAGAGA GAATTTTAAA CTACAGCAGT AGTAGCAGTT CAAACTATGA TGATGACGAA 
AGCGATCTGG ACGGTCTTTC TTCAGAAGAG ACAGCAGCAG ACCTTAAGGA AAATGTTACT 
ACTTTTAATA AATACAACTT AAATATTGAG ACTGATAATA CAAGTGCCGA GCGAACGGTA 
TCTGAAGATC CACTTAAAAT TGAAGAGGAT CCTTTTTTAA CGTCGTCCAG CAATGATGTT 
ACCGATAGCG ATAACGAGAG CGATAATCAT GAAGTATTCG ATGAAGTTGC TAAAAGAGTC 
GAAGCTGAAG AATTCAACGA ACTGCATAAC AATGGTATGC TGACATCCTT TAATTCGATA 
TCTGTTGAGA ATCAGTTAAT AAACGAACCG ACGTTGATGG CGGTCTCGGG CAGTGTCGAC 
ACACCCGCAC CCCAATCCAA TGCATCGTTG GCTTCACTAC AAAATGAGAA TTGTGATGAT 
GTTAATAATC TATGCTATAA TAATAACAAT TTAGATGTAA TTAAACATAG TCTAGCTGAT 
AGCCCCATAC TGAATGATAT CAATTATAAA AACGTCATTA GTAATACTTC TCCAAGAGTC 
TTAGCCAACA AATTCAGCGA TTGTATTCCA CAGAATATCG GAAATTCTGA ACTAAACCCC 
CCGATACCGT TACCCTGCGC TGAGTACCAA ACTGGTATTC GACCAGCCCC CCTGACAGAC 
CTTGCGTTAT CCAGCTACGC TGATTTGAGC TGTACCCGAA TTCAACAATT TAAGGAATGG 
CACCAAGTTC TTCAATTGCA ATCATATAAT AATGAGCCCT TAATAGTTCT GCCATACGTT 
GTGCTTGAAT AA

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

RefSeq	XP_017155529.1
CDS	278..5089
Translation	MNQNQIQQLTSHLSQALDQNYDVVNMDAVLSVICALEGTTITKEQLEATRLAKYINQLRRRTKNENLARRAKSLLKMWREMVGIQQTANDSQHHHSQPTSLPTPPSAHFYKYTAGSADSNLTETVVHLPVSPSVPSHRTISDLHSNIDSSEPPPAVLPSQHHSNFSNLINNISKCEREESNPSMLIQAHKQPQSQQFQSRPLGLPLPFISDQSLNSVSISSNVGNDKKDEASIVIDIVTDSDDNDNESATTIQGKSTAGASAPFTISPAPCPRPKKFKKDKKHKERDRSKYSLLAQNELIGQHSSRYSAKVKEGQSQTAQATDSEIFSLSNSSMSSILSGDAAILNSQHKFRANASELTFTGRFKPVNHLDSANQDNSALPIGQNIVFRQNESERPIFEDSITNDSSTSCSRLSPPTVEERRKSDKIDDSIRQQIATSIQMPMPSIGLGHESNSRTEYLENSSKSQVPKKRGRKKGSKGVDAAIAKESSSLSQQIFFGVGSTVKKVKTTKELFSEIQSRKLITAVQSSTSNISNSSISRELTTRALMPRPTSSCSDTSIHSPQIMETYSGNVTLMGVDKFSNKNEDAGNTDSDTITSEPSQDSNKSQEIKECTSLDSNSNSLQTLSLAKKTMHTSKSENYSDVTTQLMHLIHSIKGPLSVYEVEKLYRAQIVPCTCLVIEEICNPFGEPINLSSDNGVGDPKSDSNNDNVSRHKKQEEQLPKLERLSDNDISMDTPQKPVKSIFDLDFDEDEDPLQSIINGIRMPPTKLEETKENADLKNALAHLPMNIASLDVASVNADTVQNQINSHNQEGETSEEQNVAIPVFTCHEDPDCVAKQRFHVQTNKVNNFHINALHNFYIPNINGNWDSIDSSIVSESTITDFLNTLGSYTVTDGADVVPKYGSLTYDRIRKDLSSIKFTSSFKTRPFKSFMPPFLGVAKCLPTCRLARSSFKKKQIQSPPPPLIVIPSTIEGLDPDIMQKDYNGASPLKVDVDVLVSGHDNNNESNVQMQVNLQTKSDPTLSYNLLKLANDELPFEETEPNDKGSEYENQDNGRFSSSSNSSCSNSSNSSLKKTQDSINEKLRNHRSQQYRVQSVEEETNRKRHGKNRKKRNIKENPPIKRIKISLNGTISNLSSSNNSSSSESETETGLENDNEVENDYENNNDEEYAVVQRPTCGDGTSNNHIVMTIKKTPSKINSPANSMSATSPINASETGNVKNSFSDCNRPNLLTSSTSIAPLYQIDGGRRLLLSKKFSRRPHRRRRYRQCRRKSDLQRKAIDLELKHLFTYKTKPDLDFGSAIKLHKKLFFSHELCKQNTAGRKERILNYSSSSSSNYDDDESDLDGLSSEETAADLKENVTTFNKYNLNIETDNTSAERTVSEDPLKIEEDPFLTSSSNDVTDSDNESDNHEVFDEVAKRVEAEEFNELHNNGMLTSFNSISVENQLINEPTLMAVSGSVDTPAPQSNASLASLQNENCDDVNNLCYNNNNLDVIKHSLADSPILNDINYKNVISNTSPRVLANKFSDCIPQNIGNSELNPPIPLPCAEYQTGIRPAPLTDLALSSYADLSCTRIQQFKEWHQVLQLQSYNNEPLIVLPYVVLE

Target ORF information:

RefSeq Version	XM_017300040.1
Organism	Drosophila miranda
Definition	Drosophila miranda mediator of RNA polymerase II transcription subunit 26 (LOC108164400), transcript variant X1, mRNA.

Target ORF information:

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

XM_017300040.1

ORF Insert Sequence:

ATGAACCAAA ACCAAATCCA GCAACTTACC TCTCACCTAT CACAGGCTCT TGATCAAAAC 
TACGATGTCG TCAATATGGA TGCTGTTCTC TCTGTCATAT GTGCTCTGGA AGGCACAACG 
ATCACTAAGG AGCAACTGGA GGCCACCAGA TTGGCAAAGT ATATAAACCA ACTTAGACGG 
AGAACCAAAA ATGAAAATCT TGCCCGACGT GCGAAATCCC TACTGAAGAT GTGGCGAGAA 
ATGGTGGGGA TTCAGCAAAC GGCTAATGAC TCTCAGCACC ATCACAGTCA GCCCACATCC 
CTTCCGACTC CGCCATCAGC ACATTTTTAT AAGTATACTG CGGGATCGGC AGACAGCAAC 
TTGACCGAAA CAGTTGTTCA TCTGCCCGTT TCACCTTCGG TACCGTCACA CCGAACGATT 
TCAGATTTGC ATTCAAATAT CGACTCCTCT GAACCGCCGC CTGCTGTCCT GCCTTCCCAA 
CACCATTCAA ACTTCTCAAA CCTTATTAAC AATATAAGCA AATGTGAACG CGAAGAAAGC 
AACCCTAGCA TGTTAATACA AGCTCATAAG CAGCCGCAAT CGCAGCAATT CCAAAGTAGG 
CCTCTTGGAC TGCCACTTCC TTTTATCAGT GACCAGTCAT TGAATTCGGT ATCAATCTCA 
TCCAATGTCG GAAATGATAA AAAAGATGAA GCTTCAATTG TGATCGATAT AGTAACCGAT 
TCTGACGACA ACGACAATGA GAGTGCAACT ACAATACAGG GAAAATCCAC AGCGGGTGCG 
TCAGCACCAT TTACAATATC GCCTGCTCCG TGCCCACGTC CCAAAAAGTT TAAAAAGGAT 
AAAAAGCATA AAGAAAGGGA CAGGTCTAAG TATTCGTTAC TGGCCCAGAA CGAGTTGATT 
GGACAACACT CCAGCAGATA CAGCGCGAAA GTAAAGGAAG GCCAATCACA AACAGCTCAG 
GCTACAGACT CAGAAATTTT TTCTCTGTCT AATAGCTCGA TGAGTTCAAT CTTATCTGGG 
GATGCAGCTA TATTGAACTC ACAGCATAAA TTCCGAGCAA ATGCATCCGA GCTTACATTC 
ACCGGCAGAT TTAAGCCAGT AAACCATTTG GATAGTGCAA ATCAGGATAA TTCCGCTCTG 
CCGATAGGGC AGAATATCGT ATTCCGACAA AATGAATCTG AGAGACCAAT ATTTGAGGAT 
TCAATTACAA ACGACTCGAG TACGTCTTGC AGTCGGCTCT CTCCTCCGAC TGTCGAAGAA 
CGCCGAAAAT CAGATAAAAT CGATGATTCT ATTAGGCAGC AAATTGCAAC ATCCATACAA 
ATGCCAATGC CTTCAATTGG GTTGGGCCAC GAGTCAAATA GTAGGACTGA ATATTTGGAA 
AATTCATCGA AGTCTCAAGT TCCTAAAAAA CGTGGTCGGA AGAAAGGCTC AAAAGGCGTG 
GATGCTGCAA TTGCTAAGGA ATCGTCGAGC CTTTCTCAGC AAATTTTTTT TGGCGTTGGC 
TCTACGGTGA AAAAGGTAAA GACCACCAAA GAACTTTTCA GTGAAATTCA GAGCAGGAAA 
TTAATCACTG CCGTGCAGTC GTCCACAAGT AATATCTCCA ATTCCTCCAT ATCTCGAGAG 
CTGACAACCC GTGCTCTAAT GCCAAGACCA ACTTCGTCTT GTTCTGACAC GTCGATCCAC 
TCGCCACAAA TCATGGAAAC TTATTCAGGA AATGTTACCC TAATGGGTGT TGACAAATTT 
TCAAATAAAA ATGAAGATGC CGGTAATACG GATAGTGATA CCATCACTTC AGAGCCATCT 
CAAGATAGCA ACAAATCGCA GGAAATTAAG GAATGTACTT CATTGGACAG CAATAGCAAT 
TCTCTCCAGA CTTTATCTCT GGCGAAAAAA ACAATGCACA CTTCAAAGTC GGAGAACTAT 
AGCGATGTAA CCACACAACT AATGCATCTT ATTCACAGCA TAAAAGGCCC ATTGAGTGTC 
TATGAAGTTG AGAAGTTATA CCGAGCTCAG ATTGTGCCGT GCACCTGCCT AGTTATAGAA 
GAAATATGCA ACCCCTTTGG CGAGCCAATC AATTTAAGTT CGGACAACGG TGTGGGCGAT 
CCGAAGAGCG ATTCAAATAA TGATAACGTT TCTCGCCATA AAAAACAAGA AGAGCAATTG 
CCTAAACTTG AAAGATTGAG TGACAATGAT ATTTCTATGG ACACTCCACA GAAACCAGTT 
AAGTCCATAT TTGATTTGGA TTTTGATGAG GACGAAGACC CCTTGCAATC AATAATCAAC 
GGTATTCGGA TGCCGCCAAC TAAACTTGAA GAGACCAAAG AAAACGCAGA TTTAAAAAAC 
GCCCTTGCTC ATTTACCAAT GAATATTGCT TCACTGGATG TTGCTAGTGT TAATGCGGAT 
ACAGTACAAA ATCAAATCAA CAGTCATAAC CAGGAGGGCG AGACAAGTGA AGAACAGAAT 
GTCGCTATTC CTGTTTTCAC TTGTCACGAG GATCCCGATT GCGTTGCAAA GCAAAGGTTT 
CATGTGCAAA CCAACAAAGT GAATAATTTT CATATAAATG CGTTACACAA CTTTTACATA 
CCAAATATAA ATGGCAATTG GGATAGCATT GACTCATCTA TTGTCTCAGA ATCTACAATA 
ACCGACTTTC TCAATACCCT GGGGTCCTAT ACAGTCACGG ATGGAGCTGA CGTTGTTCCC 
AAATATGGCT CTCTTACATA CGACCGAATT AGAAAGGATC TGAGTTCTAT TAAATTTACA 
AGCTCTTTTA AAACCAGACC CTTCAAATCA TTTATGCCAC CGTTTCTTGG AGTGGCAAAG 
TGTTTGCCAA CGTGTCGTCT CGCTAGAAGC AGTTTTAAGA AAAAACAAAT TCAATCACCG 
CCGCCCCCAC TTATAGTGAT TCCAAGTACA ATAGAAGGCT TGGACCCGGA CATCATGCAG 
AAGGATTATA ATGGTGCCAG TCCACTGAAA GTGGATGTTG ATGTATTAGT TTCTGGCCAT 
GATAACAATA ACGAAAGCAA TGTGCAAATG CAAGTCAATT TACAGACCAA GAGTGACCCA 
ACTCTTAGTT ACAACTTACT AAAGCTCGCC AATGACGAAT TACCTTTTGA GGAAACTGAG 
CCGAACGATA AAGGCAGTGA ATACGAGAAT CAGGATAACG GTCGCTTTAG TAGTAGTAGT 
AACAGTAGCT GCAGCAACTC TAGCAATTCC AGTTTGAAAA AAACACAGGA TTCAATTAAT 
GAAAAGCTGA GAAATCATAG GTCTCAGCAA TACAGAGTCC AATCTGTAGA AGAGGAGACC 
AATAGAAAAC GTCACGGGAA AAACAGAAAA AAGAGAAATA TTAAAGAAAA TCCACCCATT 
AAGCGCATTA AGATTTCTTT GAATGGAACA ATTTCAAACC TTAGTAGTAG TAACAACAGC 
AGTTCAAGTG AAAGTGAAAC CGAAACCGGC CTAGAGAACG ATAATGAAGT TGAGAATGAC 
TATGAAAATA ATAATGACGA GGAATATGCC GTTGTTCAAC GACCCACGTG TGGCGATGGC 
ACTAGCAACA ACCACATTGT GATGACAATA AAGAAAACAC CAAGTAAAAT CAATTCTCCA 
GCCAACTCAA TGTCTGCTAC TTCACCTATT AATGCATCCG AGACAGGAAA CGTAAAAAAT 
TCATTTTCCG ACTGTAATCG GCCCAATCTG CTGACATCAA GTACTTCGAT CGCACCCCTG 
TATCAAATCG ACGGTGGCAG AAGATTGTTA TTGTCCAAAA AGTTCAGTCG ACGCCCTCAT 
CGTCGGCGTC GTTATCGTCA ATGTCGTCGA AAATCGGATT TGCAACGCAA AGCTATCGAT 
TTAGAGCTAA AACATTTGTT CACCTACAAA ACCAAGCCAG ATCTAGATTT CGGGTCCGCA 
ATAAAGCTTC ATAAAAAGCT ATTTTTCAGT CATGAACTAT GTAAACAGAA TACTGCAGGC 
AGGAAAGAGA GAATTTTAAA CTACAGCAGT AGTAGCAGTT CAAACTATGA TGATGACGAA 
AGCGATCTGG ACGGTCTTTC TTCAGAAGAG ACAGCAGCAG ACCTTAAGGA AAATGTTACT 
ACTTTTAATA AATACAACTT AAATATTGAG ACTGATAATA CAAGTGCCGA GCGAACGGTA 
TCTGAAGATC CACTTAAAAT TGAAGAGGAT CCTTTTTTAA CGTCGTCCAG CAATGATGTT 
ACCGATAGCG ATAACGAGAG CGATAATCAT GAAGTATTCG ATGAAGTTGC TAAAAGAGTC 
GAAGCTGAAG AATTCAACGA ACTGCATAAC AATGGTATGC TGACATCCTT TAATTCGATA 
TCTGTTGAGA ATCAGTTAAT AAACGAACCG ACGTTGATGG CGGTCTCGGG CAGTGTCGAC 
ACACCCGCAC CCCAATCCAA TGCATCGTTG GCTTCACTAC AAAATGAGAA TTGTGATGAT 
GTTAATAATC TATGCTATAA TAATAACAAT TTAGATGTAA TTAAACATAG TCTAGCTGAT 
AGCCCCATAC TGAATGATAT CAATTATAAA AACGTCATTA GTAATACTTC TCCAAGAGTC 
TTAGCCAACA AATTCAGCGA TTGTATTCCA CAGAATATCG GAAATTCTGA ACTAAACCCC 
CCGATACCGT TACCCTGCGC TGAGTACCAA ACTGGTATTC GACCAGCCCC CCTGACAGAC 
CTTGCGTTAT CCAGCTACGC TGATTTGAGC TGTACCCGAA TTCAACAATT TAAGGAATGG 
CACCAAGTTC TTCAATTGCA ATCATATAAT AATGAGCCCT TAATAGTTCT GCCATACGTT 
GTGCTTGAAT AA