LOC101889977 cDNA ORF clone, Musca domestica(house fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC101889977
Entrez Gene ID	101889977
Full Name	glucose transporter type 1
Gene Type	protein-coding
Organism	Musca domestica(house fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_020036120.1	XP_019891679.1	glucose transporter type 1

Pathways from BioSystems
Gene Ontology

The following LOC101889977 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC101889977 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
OMj60419	XM_020036120.1 Latest version!	Musca domestica glucose transporter type 1 (LOC101889977), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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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
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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)

LOC101889977 ( XM_020036120.1 ) cDNA ORF clone, Musca domestica(house fly) -> XP_019891679.1 Musca domestica glucose transporter type 1 (LOC101889977), mRNA.

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CloneID	OMj60419
Clone ID Related Accession (Same CDS sequence)	XM_020036120.1
Accession Version	XM_020036120.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5229bp) 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	2017-01-25
Organism	Musca domestica(house fly)
Product	glucose transporter type 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004764853.1) 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 :: Musca domestica 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##

ATGGCGCATA GCGTTGATAT ATCGATGATC TCGCCACCAA CATCGTCTTC CATATCCAAC 
GATCAGGATC CATTTGGACA ATTGCCACCG CTGTTACCGC CACTGCGTTC AACACAAGTC 
TTACAACCTT TAACGGTATT TCCAGTGTCC AATTTGAGTG AAGATTCATA TGACTATGTG 
TTTGGTGGTC GACGCAAGAC TCCGCCTTCT ACAACAGCAC TTAAGTTGAC CTCGCCTCCA 
GTAAGATTGA GACCAGAGGA CGCCTATACA AATACACGCA ACAGTGGTAG TGGTGGTTTC 
GCTAGTTCAA ATACAAATAA CGGTACTACA GCTGGTCGTC TTTATCGTCA TTCCTTCAGT 
TATGTACCAA AACGTTCTCG TCACTCACAA AACGAACGTG AACGGAATGC AAATTACGAA 
TCGAGATTAA GATGTCATGG CGAAGATGAA GCAACCCTGC GGCAACTGCT ACTTGATTTG 
CAAAAGCAAG TTAGCGTGAT GAGCATGAAT CTTTCGGCTA AATTAGATGA GCTTCAGAGA 
GGCGATCGTC ACTTGGAGAC AACAGTCGCC TTGTGTGAAA TACGAACACA GCTACAGGAA 
TTAACCAAAT CCGTGGAAAG TTGTCAAAGT GAAGTGTCCG AGGTTAAGCG TGACATGGTT 
GCGATCAAAC ACGAACTGGA CACAGTACAA CAAGTCAAAG AGGAAATCGA GGAGCTACGC 
GAATATGTTG ACAGATTGGA AGAGCACACG CACAGAAGGA AGCTAAGACT TTTAGAACAA 
GGTCTTACCT TTTTCCTAAC ATACTCAATA TTTTCGGCGG TATTGGGTAT GTTACAGTTC 
GGTTACAATA CCGGTGTGAT AAATGCGCCC GAAAAGAATA TCGAAAACTT TATGAAGGAT 
GTGTACAAAG ATCGTTTTGG CGAAGATATC AGCGAAGAAT TTATACAACA GCTGTACTCG 
GTGGCAGTGT CAATATTTGC CATCGGTGGT ATGCTGGGCG GTTTCAGTGG CGGTTGGATG 
GCGAATCGCT TCGGAAGAAA GGGTGGTTTA TTATTAAATA ATGTTTTGGG TATAACTGGT 
GGCTGTTTAA TGGGTTTTAC CAAAGTTAGT CATTCCTATG AAATGTTATT CCTTGGCCGT 
TTTATAATTG GTGTTAATTG CGGTCTCAAT ACATCATTAG TGCCAATGTA CATTTCCGAA 
ATTGCCCCTC TGAATTTAAG AGGCGGCCTA GGTACTGTTA ATCAATTGGC TGTGACTGTA 
GGTTTACTAT TATCCCAAGT ATTGGGTATT GAACAAATTT TAGGAACCAA TGATGGCTGG 
CCTATTCTAT TGGGCCTGGC CGTGTGTCCT GCAGTTTTAC AATTAATCTT ACTGCCGGTA 
TGTCCAGAAT CTCCTAGATA TCTGTTAATT ACCAAACAAT GGGAGGAAGA AGCTAGAAAA 
GCACTCAGAC GTTTACGTGC CTCAAGTACC GTCGATGAAG ACATCGAAGA AATGCGTGCC 
GAAGAGCGTG CCCAACAATC CGAAAGTCAT ATATCCACAA TGGAACTGAT ATGTTCGCCC 
ACACTCAGAG CCCCTCTGAT CATTGGCATT GTCATGCAGC TATCGCAACA ATTCAGTGGT 
ATCAATGCTG TTTTCTATTA CTCAACATCA CTGTTCGTTA GTTCGGGGCT ATCGGAAGAA 
AGCGCCAAAT TTGCGACAAT AGGCATTGGT GCTATCATGG TGGCGATGAC ATTAGTTTCT 
ATACCTCTGA TGGATCGAAC CGGTCGCCGT ACTCTTCACC TGTATGGCTT GGGTGGCATG 
TTCATATTCT CGATATTTAT AACAATATCG TTTTTAATAA AGGAAATGAT CGATTGGATG 
TCCTATCTGT CGGTGGTATC CACACTGGGC TTTGTCGTCT TCTTTGCGGT GGGTCCCGGC 
TCAATACCCT GGATGATAAC GGCCGAACTA TTTTCCCAAG GCCCCCGGCC CAGTGCCATG 
GCCATAGCGG TGTTGGTAAA TTGGATGGCC AATTTTGTGG TTGGCATTGG ATTCCCCAGT 
ATGAAGACTG CTTTGGAAAA CTATACATTC TTACCGTTTA GTGTATTCTT AGCCATATTT 
TGGATATTCA CCTACAAGAA GGTTCCTGAG ACCAAAAATA AGACATTCGA AGAGATTTTG 
GCTCTCTTCC GTCATGGAAA TGGAAGGAGT ACGCAAAACT TCACAAATAG TTCGGAGCCA 
CAAAGCATGA ATTCGGGCAT CGAACATGCC GCCCTCATGG TGTCTGAGGA GAAAACCCAA 
CATGATTCAC TGAGGAACGA CTCACTTCCT GAAACTGCCA GTGTACATTC AACGAGCGTT 
GAACCAACCC AACAACAACA ACAACCACAA CACCAGTCGC AATCTAAACT ACAAAAACAG 
CATTCCGGAG AACAGCCACA ACAACAAAAA CAGCAAGCCG ATCAACACCA CCACCATCAC 
GTACACTGTA GCTATGAAAA AGATATTGTA TGTGATGAGT CTCAAATGCA CCAGCACCAT 
CAGCAGCCGC AACAACCGCA ACAGCCGACA TCAAAGCAGC ACAGCGAGCA CTGGCAACAA 
AGCAACACCA ACACTGCGAC CACCACCACT TGCACCGCCG ACTATTCACT GCCGTTTAAT 
GCAAGCGATT CGCAAACACC GCAACAACAA CAACAGCATC GCCACCAACA CATGCCACGA 
AAACAATCTG CGCATGGACA CAGTCACAGT CCACATCCAA GTCGTCATAC CTCCCCGCAC 
AGTCGTCACA CATCTCCACA CAGCCGGCAT ACATCACCCC ATAGCCGACA CACTTCACCT 
CATAGCCGTC ATACTTCACC ACATAGCCGT CACACCTCTC CACATAGCCG TCATACCTCT 
CCACACAGTC GCCACACCTC ACCCCATGGT GCTGGAGGAC ATGGTCATAG CCACAGTCAT 
GGACATTCTC ATTCCTCACC ACATCAATCA ACTCATCATC ACCTGCATGA TCAACACCAA 
CAAAATGGCC ACGATGCACC GGAACCATTT GTACGCAACA GTGCTCTGAG AGCCTCGGTG 
AGGAGTACCT CTTCCCACAT GCATGCCCGT CATCACTCCC ATCACCACCA TCGCAGGCGT 
AAACCACTTA CGAATGGAGC GGGCAATAAC GATGCAGACA TCCAGCAGCA TCATCACGAT 
GGCCCAACAC ACTCCGCTCT TCGCACTCAG ACGCACACAA CACACACATG CACCCGTCGC 
CATCGCTCGG TAACCGACCT ATCCAATGCA TCGCTAAACA CCTGTAACGA TCCGACCTGC 
ACTGATCGTG AGGTTCAAGA AATTTTCGTA CACAAATCCG CAGCCTGTTG CTCGGGTTCA 
AGGCCTGAGT TAGCTCAATA TTTTGCCGAG GATTTGTATG GCACCTCATC GCGCCGGCCA 
TCGTCCTGCT GCACTTCTTC CGACTATTGC TACCAAACCG ATTCAACCAG TCTCTATGGT 
TCGCGTTCCT CCCTGAGTCG CAACAATTCC GTCAAATCGG CCTCGGTCAC TCTGCGAAAG 
AAGAAAATAA GCCAACAGCG TCAACCCAGC TATCACTCAA TCTCGCTGCG GGCCCTCAAT 
GCCGAGTCAC GGCCTGACAG TAATATGGGC TCCTTAGCCT CCATATTCGA TCGTGCCAAA 
CAATATGCCG AGACTGGTGA GAAACTACAC GGCTCCGCTT CCAAGGTAAC TATAGAAAGA 
CAAACTTCGA AAGATGCTTT AAGTAATGAC CTACCTGAAT ATGCTTGTTC TCCCTCCCCG 
ATAAGGTGGA GTTTCCTGGC TGATGGCAAA AATGACAAAG ACGCTGGCGA CTCGACCCAA 
TCGAAAGCCG AAACCGCTGA GAGAAATGGA GCCAAATCAA AGCCGCCCGA ACATAAACGG 
GCTGCTGATA AGCAGCAGCA GCAGCAACAA CACTCCTCCT CGTCCCAGCA ATATCACTAT 
CAACAGCCCA TCAAGCCAGA ACGAGGCCGC AAGGACCACC GGACGGCTGG ACAACCCCAG 
AAACCGCCAA GATCTCAATC TCAGCATCGT AAATCCATAG CCTCCGACGA TGTCAGGCCA 
TCGACATCAT CGCGAAAATG TTGTGACAGT CCTTGCAAGT ACGAAGAGTC GACCATGGTC 
CAGTTCCATC AGGATGCTGA GGCCTTCAAC AACTGTTGCA GCAATTACAT ACAATGCAAC 
ACGTACTTGG ATCAGGATCT GCAAATCACC AGTGAGGATA TCCATCACTA TCTGGCCAAG 
GGTCAACAGG ATGTTGGAAA TATATTGAAC AATACCAAGA CGTATCCCTT CCAGCCGAGC 
AATGCCTTGG AGTTCCAATA CAAGAATAAT TTTGCCAATA ACAACACTGC CACCAACACC 
TTGTCTTCGG TGGAGGGGGC CGAAAGCATG CGCAGCTATG ACAGTCGTTA TCGCCGCAAC 
TCCAGTAAGG AGACAAATCT TAATCAAAAC ACATCCACAT CTGAGAGTTG TGCAGGTGGA 
GCAGGTTGTC CCTCGGCAAA CTTCAACCAG CAACCCTTGT CGGCGGCCAA CATCAACTTA 
TCTTCGAGCA CAAATAATAT AAATATCGTT TTCAGTACCT CCACAGAGCG CAATACCAAT 
GAGGTGAAGT TCATCAATAC CACGTCGCGC ACTGCTACTT CAATGATGAC ATCGGATAGC 
TCTTATCTGC CATACAGTTA TCCAACGTAC GACTACACCA ACATGTCGGC CAACTCAACG 
TTCGACAAAC CCTTGGGCAT CGATGAAATA CCCGCAAACA TGAATCGGGG TGATGAAGCC 
AACGGCGGTA ATACATCGTC CAGTCAGCAC TCCTCATCGT TGCATTCGCC CGAACCACGA 
GGCGTGTCAT TTGAATCATT CGATGCTGCT TCGGGTCACA ATTTGATTTC ATCACATCGC 
GGCAGTTGCC AGTATTCACC CACAACACCA CGCTCACCCA TATCGCCCGG TTCGCCAGCT 
TGCTCCTCCA CCTATTCGGC TTCGATAAAT CCTTCGACAA CATCCTATGT ACATTTGCAG 
CAGCATCATC CTCACTATGA CTATCCGCCG GGCATTCAGC GGTCGCATGT CCACTCTCAC 
ACGCATTCAC ATCACTCGCA TCATCATCTA CACGATCATC ATTTGCGTGA AAGTTTCAAG 
ATAAGCAATG CTTTGAAGAA AGTGCGCAAG CGGGCACGTA AATATACCGA CTTTTTGCGT 
AAGAAATGA

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

RefSeq	XP_019891679.1
CDS	1093..6321
Translation	MAHSVDISMISPPTSSSISNDQDPFGQLPPLLPPLRSTQVLQPLTVFPVSNLSEDSYDYVFGGRRKTPPSTTALKLTSPPVRLRPEDAYTNTRNSGSGGFASSNTNNGTTAGRLYRHSFSYVPKRSRHSQNERERNANYESRLRCHGEDEATLRQLLLDLQKQVSVMSMNLSAKLDELQRGDRHLETTVALCEIRTQLQELTKSVESCQSEVSEVKRDMVAIKHELDTVQQVKEEIEELREYVDRLEEHTHRRKLRLLEQGLTFFLTYSIFSAVLGMLQFGYNTGVINAPEKNIENFMKDVYKDRFGEDISEEFIQQLYSVAVSIFAIGGMLGGFSGGWMANRFGRKGGLLLNNVLGITGGCLMGFTKVSHSYEMLFLGRFIIGVNCGLNTSLVPMYISEIAPLNLRGGLGTVNQLAVTVGLLLSQVLGIEQILGTNDGWPILLGLAVCPAVLQLILLPVCPESPRYLLITKQWEEEARKALRRLRASSTVDEDIEEMRAEERAQQSESHISTMELICSPTLRAPLIIGIVMQLSQQFSGINAVFYYSTSLFVSSGLSEESAKFATIGIGAIMVAMTLVSIPLMDRTGRRTLHLYGLGGMFIFSIFITISFLIKEMIDWMSYLSVVSTLGFVVFFAVGPGSIPWMITAELFSQGPRPSAMAIAVLVNWMANFVVGIGFPSMKTALENYTFLPFSVFLAIFWIFTYKKVPETKNKTFEEILALFRHGNGRSTQNFTNSSEPQSMNSGIEHAALMVSEEKTQHDSLRNDSLPETASVHSTSVEPTQQQQQPQHQSQSKLQKQHSGEQPQQQKQQADQHHHHHVHCSYEKDIVCDESQMHQHHQQPQQPQQPTSKQHSEHWQQSNTNTATTTTCTADYSLPFNASDSQTPQQQQQHRHQHMPRKQSAHGHSHSPHPSRHTSPHSRHTSPHSRHTSPHSRHTSPHSRHTSPHSRHTSPHSRHTSPHSRHTSPHGAGGHGHSHSHGHSHSSPHQSTHHHLHDQHQQNGHDAPEPFVRNSALRASVRSTSSHMHARHHSHHHHRRRKPLTNGAGNNDADIQQHHHDGPTHSALRTQTHTTHTCTRRHRSVTDLSNASLNTCNDPTCTDREVQEIFVHKSAACCSGSRPELAQYFAEDLYGTSSRRPSSCCTSSDYCYQTDSTSLYGSRSSLSRNNSVKSASVTLRKKKISQQRQPSYHSISLRALNAESRPDSNMGSLASIFDRAKQYAETGEKLHGSASKVTIERQTSKDALSNDLPEYACSPSPIRWSFLADGKNDKDAGDSTQSKAETAERNGAKSKPPEHKRAADKQQQQQQHSSSSQQYHYQQPIKPERGRKDHRTAGQPQKPPRSQSQHRKSIASDDVRPSTSSRKCCDSPCKYEESTMVQFHQDAEAFNNCCSNYIQCNTYLDQDLQITSEDIHHYLAKGQQDVGNILNNTKTYPFQPSNALEFQYKNNFANNNTATNTLSSVEGAESMRSYDSRYRRNSSKETNLNQNTSTSESCAGGAGCPSANFNQQPLSAANINLSSSTNNINIVFSTSTERNTNEVKFINTTSRTATSMMTSDSSYLPYSYPTYDYTNMSANSTFDKPLGIDEIPANMNRGDEANGGNTSSSQHSSSLHSPEPRGVSFESFDAASGHNLISSHRGSCQYSPTTPRSPISPGSPACSSTYSASINPSTTSYVHLQQHHPHYDYPPGIQRSHVHSHTHSHHSHHHLHDHHLRESFKISNALKKVRKRARKYTDFLRKK

Target ORF information:

RefSeq Version	XM_020036120.1
Organism	Musca domestica(house fly)
Definition	Musca domestica glucose transporter type 1 (LOC101889977), mRNA.

Target ORF information:

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

XM_020036120.1

ORF Insert Sequence:

ATGGCGCATA GCGTTGATAT ATCGATGATC TCGCCACCAA CATCGTCTTC CATATCCAAC 
GATCAGGATC CATTTGGACA ATTGCCACCG CTGTTACCGC CACTGCGTTC AACACAAGTC 
TTACAACCTT TAACGGTATT TCCAGTGTCC AATTTGAGTG AAGATTCATA TGACTATGTG 
TTTGGTGGTC GACGCAAGAC TCCGCCTTCT ACAACAGCAC TTAAGTTGAC CTCGCCTCCA 
GTAAGATTGA GACCAGAGGA CGCCTATACA AATACACGCA ACAGTGGTAG TGGTGGTTTC 
GCTAGTTCAA ATACAAATAA CGGTACTACA GCTGGTCGTC TTTATCGTCA TTCCTTCAGT 
TATGTACCAA AACGTTCTCG TCACTCACAA AACGAACGTG AACGGAATGC AAATTACGAA 
TCGAGATTAA GATGTCATGG CGAAGATGAA GCAACCCTGC GGCAACTGCT ACTTGATTTG 
CAAAAGCAAG TTAGCGTGAT GAGCATGAAT CTTTCGGCTA AATTAGATGA GCTTCAGAGA 
GGCGATCGTC ACTTGGAGAC AACAGTCGCC TTGTGTGAAA TACGAACACA GCTACAGGAA 
TTAACCAAAT CCGTGGAAAG TTGTCAAAGT GAAGTGTCCG AGGTTAAGCG TGACATGGTT 
GCGATCAAAC ACGAACTGGA CACAGTACAA CAAGTCAAAG AGGAAATCGA GGAGCTACGC 
GAATATGTTG ACAGATTGGA AGAGCACACG CACAGAAGGA AGCTAAGACT TTTAGAACAA 
GGTCTTACCT TTTTCCTAAC ATACTCAATA TTTTCGGCGG TATTGGGTAT GTTACAGTTC 
GGTTACAATA CCGGTGTGAT AAATGCGCCC GAAAAGAATA TCGAAAACTT TATGAAGGAT 
GTGTACAAAG ATCGTTTTGG CGAAGATATC AGCGAAGAAT TTATACAACA GCTGTACTCG 
GTGGCAGTGT CAATATTTGC CATCGGTGGT ATGCTGGGCG GTTTCAGTGG CGGTTGGATG 
GCGAATCGCT TCGGAAGAAA GGGTGGTTTA TTATTAAATA ATGTTTTGGG TATAACTGGT 
GGCTGTTTAA TGGGTTTTAC CAAAGTTAGT CATTCCTATG AAATGTTATT CCTTGGCCGT 
TTTATAATTG GTGTTAATTG CGGTCTCAAT ACATCATTAG TGCCAATGTA CATTTCCGAA 
ATTGCCCCTC TGAATTTAAG AGGCGGCCTA GGTACTGTTA ATCAATTGGC TGTGACTGTA 
GGTTTACTAT TATCCCAAGT ATTGGGTATT GAACAAATTT TAGGAACCAA TGATGGCTGG 
CCTATTCTAT TGGGCCTGGC CGTGTGTCCT GCAGTTTTAC AATTAATCTT ACTGCCGGTA 
TGTCCAGAAT CTCCTAGATA TCTGTTAATT ACCAAACAAT GGGAGGAAGA AGCTAGAAAA 
GCACTCAGAC GTTTACGTGC CTCAAGTACC GTCGATGAAG ACATCGAAGA AATGCGTGCC 
GAAGAGCGTG CCCAACAATC CGAAAGTCAT ATATCCACAA TGGAACTGAT ATGTTCGCCC 
ACACTCAGAG CCCCTCTGAT CATTGGCATT GTCATGCAGC TATCGCAACA ATTCAGTGGT 
ATCAATGCTG TTTTCTATTA CTCAACATCA CTGTTCGTTA GTTCGGGGCT ATCGGAAGAA 
AGCGCCAAAT TTGCGACAAT AGGCATTGGT GCTATCATGG TGGCGATGAC ATTAGTTTCT 
ATACCTCTGA TGGATCGAAC CGGTCGCCGT ACTCTTCACC TGTATGGCTT GGGTGGCATG 
TTCATATTCT CGATATTTAT AACAATATCG TTTTTAATAA AGGAAATGAT CGATTGGATG 
TCCTATCTGT CGGTGGTATC CACACTGGGC TTTGTCGTCT TCTTTGCGGT GGGTCCCGGC 
TCAATACCCT GGATGATAAC GGCCGAACTA TTTTCCCAAG GCCCCCGGCC CAGTGCCATG 
GCCATAGCGG TGTTGGTAAA TTGGATGGCC AATTTTGTGG TTGGCATTGG ATTCCCCAGT 
ATGAAGACTG CTTTGGAAAA CTATACATTC TTACCGTTTA GTGTATTCTT AGCCATATTT 
TGGATATTCA CCTACAAGAA GGTTCCTGAG ACCAAAAATA AGACATTCGA AGAGATTTTG 
GCTCTCTTCC GTCATGGAAA TGGAAGGAGT ACGCAAAACT TCACAAATAG TTCGGAGCCA 
CAAAGCATGA ATTCGGGCAT CGAACATGCC GCCCTCATGG TGTCTGAGGA GAAAACCCAA 
CATGATTCAC TGAGGAACGA CTCACTTCCT GAAACTGCCA GTGTACATTC AACGAGCGTT 
GAACCAACCC AACAACAACA ACAACCACAA CACCAGTCGC AATCTAAACT ACAAAAACAG 
CATTCCGGAG AACAGCCACA ACAACAAAAA CAGCAAGCCG ATCAACACCA CCACCATCAC 
GTACACTGTA GCTATGAAAA AGATATTGTA TGTGATGAGT CTCAAATGCA CCAGCACCAT 
CAGCAGCCGC AACAACCGCA ACAGCCGACA TCAAAGCAGC ACAGCGAGCA CTGGCAACAA 
AGCAACACCA ACACTGCGAC CACCACCACT TGCACCGCCG ACTATTCACT GCCGTTTAAT 
GCAAGCGATT CGCAAACACC GCAACAACAA CAACAGCATC GCCACCAACA CATGCCACGA 
AAACAATCTG CGCATGGACA CAGTCACAGT CCACATCCAA GTCGTCATAC CTCCCCGCAC 
AGTCGTCACA CATCTCCACA CAGCCGGCAT ACATCACCCC ATAGCCGACA CACTTCACCT 
CATAGCCGTC ATACTTCACC ACATAGCCGT CACACCTCTC CACATAGCCG TCATACCTCT 
CCACACAGTC GCCACACCTC ACCCCATGGT GCTGGAGGAC ATGGTCATAG CCACAGTCAT 
GGACATTCTC ATTCCTCACC ACATCAATCA ACTCATCATC ACCTGCATGA TCAACACCAA 
CAAAATGGCC ACGATGCACC GGAACCATTT GTACGCAACA GTGCTCTGAG AGCCTCGGTG 
AGGAGTACCT CTTCCCACAT GCATGCCCGT CATCACTCCC ATCACCACCA TCGCAGGCGT 
AAACCACTTA CGAATGGAGC GGGCAATAAC GATGCAGACA TCCAGCAGCA TCATCACGAT 
GGCCCAACAC ACTCCGCTCT TCGCACTCAG ACGCACACAA CACACACATG CACCCGTCGC 
CATCGCTCGG TAACCGACCT ATCCAATGCA TCGCTAAACA CCTGTAACGA TCCGACCTGC 
ACTGATCGTG AGGTTCAAGA AATTTTCGTA CACAAATCCG CAGCCTGTTG CTCGGGTTCA 
AGGCCTGAGT TAGCTCAATA TTTTGCCGAG GATTTGTATG GCACCTCATC GCGCCGGCCA 
TCGTCCTGCT GCACTTCTTC CGACTATTGC TACCAAACCG ATTCAACCAG TCTCTATGGT 
TCGCGTTCCT CCCTGAGTCG CAACAATTCC GTCAAATCGG CCTCGGTCAC TCTGCGAAAG 
AAGAAAATAA GCCAACAGCG TCAACCCAGC TATCACTCAA TCTCGCTGCG GGCCCTCAAT 
GCCGAGTCAC GGCCTGACAG TAATATGGGC TCCTTAGCCT CCATATTCGA TCGTGCCAAA 
CAATATGCCG AGACTGGTGA GAAACTACAC GGCTCCGCTT CCAAGGTAAC TATAGAAAGA 
CAAACTTCGA AAGATGCTTT AAGTAATGAC CTACCTGAAT ATGCTTGTTC TCCCTCCCCG 
ATAAGGTGGA GTTTCCTGGC TGATGGCAAA AATGACAAAG ACGCTGGCGA CTCGACCCAA 
TCGAAAGCCG AAACCGCTGA GAGAAATGGA GCCAAATCAA AGCCGCCCGA ACATAAACGG 
GCTGCTGATA AGCAGCAGCA GCAGCAACAA CACTCCTCCT CGTCCCAGCA ATATCACTAT 
CAACAGCCCA TCAAGCCAGA ACGAGGCCGC AAGGACCACC GGACGGCTGG ACAACCCCAG 
AAACCGCCAA GATCTCAATC TCAGCATCGT AAATCCATAG CCTCCGACGA TGTCAGGCCA 
TCGACATCAT CGCGAAAATG TTGTGACAGT CCTTGCAAGT ACGAAGAGTC GACCATGGTC 
CAGTTCCATC AGGATGCTGA GGCCTTCAAC AACTGTTGCA GCAATTACAT ACAATGCAAC 
ACGTACTTGG ATCAGGATCT GCAAATCACC AGTGAGGATA TCCATCACTA TCTGGCCAAG 
GGTCAACAGG ATGTTGGAAA TATATTGAAC AATACCAAGA CGTATCCCTT CCAGCCGAGC 
AATGCCTTGG AGTTCCAATA CAAGAATAAT TTTGCCAATA ACAACACTGC CACCAACACC 
TTGTCTTCGG TGGAGGGGGC CGAAAGCATG CGCAGCTATG ACAGTCGTTA TCGCCGCAAC 
TCCAGTAAGG AGACAAATCT TAATCAAAAC ACATCCACAT CTGAGAGTTG TGCAGGTGGA 
GCAGGTTGTC CCTCGGCAAA CTTCAACCAG CAACCCTTGT CGGCGGCCAA CATCAACTTA 
TCTTCGAGCA CAAATAATAT AAATATCGTT TTCAGTACCT CCACAGAGCG CAATACCAAT 
GAGGTGAAGT TCATCAATAC CACGTCGCGC ACTGCTACTT CAATGATGAC ATCGGATAGC 
TCTTATCTGC CATACAGTTA TCCAACGTAC GACTACACCA ACATGTCGGC CAACTCAACG 
TTCGACAAAC CCTTGGGCAT CGATGAAATA CCCGCAAACA TGAATCGGGG TGATGAAGCC 
AACGGCGGTA ATACATCGTC CAGTCAGCAC TCCTCATCGT TGCATTCGCC CGAACCACGA 
GGCGTGTCAT TTGAATCATT CGATGCTGCT TCGGGTCACA ATTTGATTTC ATCACATCGC 
GGCAGTTGCC AGTATTCACC CACAACACCA CGCTCACCCA TATCGCCCGG TTCGCCAGCT 
TGCTCCTCCA CCTATTCGGC TTCGATAAAT CCTTCGACAA CATCCTATGT ACATTTGCAG 
CAGCATCATC CTCACTATGA CTATCCGCCG GGCATTCAGC GGTCGCATGT CCACTCTCAC 
ACGCATTCAC ATCACTCGCA TCATCATCTA CACGATCATC ATTTGCGTGA AAGTTTCAAG 
ATAAGCAATG CTTTGAAGAA AGTGCGCAAG CGGGCACGTA AATATACCGA CTTTTTGCGT 
AAGAAATGA