LOC104558368 cDNA ORF clone, Colius striatus(speckled mousebird)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC104558368
Entrez Gene ID	104558368
Full Name	vacuolar protein sorting-associated protein 13C-like
Gene Type	protein-coding
Organism	Colius striatus(speckled mousebird)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010202931.1	XP_010201233.1	vacuolar protein sorting-associated protein 13C-like

Pathways from BioSystems
Gene Ontology

The following LOC104558368 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC104558368 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
OCo162122	XM_010202931.1 Latest version!	Colius striatus vacuolar protein sorting-associated protein 13C-like (LOC104558368), 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)

LOC104558368 ( XM_010202931.1 ) cDNA ORF clone, Colius striatus(speckled mousebird) -> XP_010201233.1 Colius striatus vacuolar protein sorting-associated protein 13C-like (LOC104558368), mRNA.

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CloneID	OCo162122
Clone ID Related Accession (Same CDS sequence)	XM_010202931.1
Accession Version	XM_010202931.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4221bp) 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	2014-11-06
Organism	Colius striatus(speckled mousebird)
Product	vacuolar protein sorting-associated protein 13C-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010695095.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Colius striatus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGACTA ACCCTGTCCA AGAGAGAAGT TTGATGCCTG GGGATGATTT CATTGTTCTT 
CCTGAGCCAC AAACTGCAGT TAACATCTCT TCGAAGGATA CGATGAATAT AACAATATCC 
AAATGCTGTC TTGCTGTTTT CAGTAATTTA GCCAAGGCAT TTTCAGAGGG GACTGCATCC 
ACATTTGACT ATTCCTTTAA AGAGACAGCA CCTTTCATAG TGAAAAATGC CCTCGGTGTC 
CCTCTCAAAG TGTTTCCTAG CTCCAGTTTC CGGATAGTTG GTTCTGTTGA AAAAGAAAAC 
ATCAATGATG TAGAAATTGG TCAGAACATG GAACTGGAAT ACTCTGTTTT TGAAGCACCC 
CAACGAGGAA AGTTATCTGC ATTGTACCGA CAAGAAAGTT CCGTCTTCTC TTTAAATTTA 
GAACTTCAGG GATATGAAGA AGTGGTAAAT ATTCCCGTAG CCAAACCAGG TCGACGACTG 
TACAACGTAA GAAACGTTCC TGCTACTGCT GATCGTTCAG ACTCGATCAT TGTACAGATA 
GATGCTACAG AAGGAAATAA GGTTATTGCT ATACGATCTC CTCTGCAGAT CAAGAACCAT 
TTCTCAATCC CATTTATGAT CTATAAACTG GCTAGAGACT CCAAGTCGCT GGAACCAATT 
GGTGTATCCA AGCCAGAAGA GGAATTTCAT GTTCCGTTAC ATTCATACAG GTGTCATCTC 
TACGTTCGAC CAACAGGAAC GTTAGAAGGT CAGTTTAAAG AGTCCACGAC TTATATTGCC 
TGGAGAGAAG AGCTACATAG AAGCAATAAA GTAAAGTGCT TGTTACAGTG CCCAGCCACC 
GAGACAAATT ACTTGCCTCT AGTCATCAGC TCAACAGCAG TACCTGATGA GCTGAGTTTT 
ATTTCAGCTT ATGGAGAGGA GTGGGATCCT GCTTACATTA TCCACTTTTA CCCTACACTG 
ACTGTGAGGA ATCTCTTACC ATACTCCTTG AGATATTTAC TTGAGGGAAC AGCAGAAGCC 
CAGGAATTGA CAGAAGGAAG CGCTGCAGAT GTTCATCATT CAAGAATCAA TGGAGAAATA 
ATGGAGCTTG TGTTGATGAA ATATCAAGGC AAAGACTGGC ATGGGCACCT TAAAATTTTT 
GATGGGATGC CTGAATTTTT TTCTGTATGT TTCACATCAC ATTCTGCAGC AGTGATGACA 
GTCGATATTT CCATCCATAC TAGGCGAATT GGAAGCCGTA TGGTCTTGTC TGTGTTCAGT 
CCTTATTGGA TAATCAACAA GACTTCCCGT GTTCTCCAGT ATCAAGCTGA AGACACTCAT 
GTTAAGCATC CAGCAGACTA CAGAGATGTT GTTTTGTTCT CCTTTAAAAA GAAGAATATT 
TTTAGTAAAA ACAAGATCCA GTTATGTATT TCAACTAGCA ATTGGTCCAG TAGCTTTTCC 
CTTGATACCG TAGGAAGTTA TGGATGTGTC AGGTGTTCAG CTAATAACAT GGAATATCTG 
GTGGGAGTTA GCATCAAAAT GAGCAGTTTT AACCTTACCA GGATAGTTAC CTTCACTCCA 
TTCTACACAA TAGCCAACAA ATCTTCTCTG GAACTAGAAG TTGGAGAAAT TGGTCCTAAT 
GGCTCTTTTC CAACTAATAA ATGGAGTTAT ATCTTGAGTT CAGAGTGTCT TCCATTTTGG 
CCTGAAAACT CATCTGGTGA ACTCTGTGTA AGAGTAGTTG GCTATGAAAA GTCATCCAAA 
CCATTCCTGT TTAAAGCCCA GGATAATGGT ACTCTGCTGA GGCTGGAAGA ATTGAATGGA 
GGCTTACTAG TAGATGTGAA TGTTTCTGAG CATTCTACTC TCATAAGCTT CTCGGATTAC 
CATGAGGGAG CTGCTCCAGC TCTTATTGTT AACCATACTT CGTGGGACTC ACTCAGATAT 
AAACAGAGTG GATTACAAGA GGAAATGGAG TTGAAACCAA GACAAGTATG TCTGTTTGCA 
TGGACAGATC CGACTAAACC AAGAAAATTG ACTTGGGGCT ACTGCCAAAA TTTTGGTGAA 
CATGACTTAC TTAAGGATGA ATGTGGCCAA TTCCCTTACA ATGCAAATAC CCAAATACAC 
TGGGTGTCTT TCCTGGATGG ACGCCAACGA GTGCTGCTTT TCACAGATGA TGTTGCGTTA 
GTTTCTAAAG CACGACAAGC AGAGGAACTG GAGCAACCTG ATCAAGAAAT AAACTTGTCA 
ATTCATAGTC TTGGACTCTC TCTTGTTAAT AATGAAAATA AAAAAGAAAT CTCTTACATA 
GGAATCACTA GTTCTGGTGT TGTCTGGGAA CTAAAACCAA GGCAGAAGTG GAAACCATTT 
AGCCAAAAGC AAATAAACCT GTTAGAACAA GCCTATCAAA AGTATCTTTC CAAGAGAGCT 
TTCGAAGCTC CAGGTTGGCA TAAACTAGAC AGCAATACTG AGGTGAATTT TAGTAAAGTT 
CCAATGGAAA TGCGTCTCCC AGTCAGATGC AGCATCCGAC GCAACTTTCT GTCAGGAATT 
CAGGTGGAAT TTAAACAGTC ACCTCACCAA AGAAGCTTAC GGGCTCAACT GTATTGGCTG 
CAGATTGATA ATCAGTTACC AGGATCGATG TTTCCTGTTG TGTTTCACCC TGTAGCTCCT 
CCCAAGTCGA TTGCTTTGGA TTCGGAACCA AAACCCTTCA TTGACATCAG CGTCATCACT 
AGATTCAATG AATACAGCAA AGTACTGCAA TTCAAATACT TCATGGTTCT TATCCAGGAA 
ATGGCACTAA AAATTGATCA TGGATTTTTA GGGGCACTTA GTGAACTTTT CACTCCGTCT 
ACAGACCCAG AAGCTGAAAG ACAAAGGTCG AAATTAATTC AACAAGATGT GGATGCACTT 
AACACTGAAT TAATGGAGTC TTCCCTAACA GACCTGTCAA CTCTCAGCTT CTTTGAACAT 
TTCCATATTT CTCCAATTAA GTTGCATTTG AGTCTGTCTC TGGCTTCTGG TGGAGAAGCA 
TCAGATAAAG GGGAAGAAAT GATAGCCATC CATTCTCTGA ATTTGCTCTT GAAAAGCATT 
GGAGCTACTC TAACAGATGT GGATGATCTT ATTTTCAAAC TTGCATTCTT TGAAATTAAA 
TATCAGTTCT ACAAGAGAGA CCAACTGATG AAGAGAGTTG TTAGACATTA TAGTGAACAA 
TTCCTGAAAC AGATGTATGT TCTTGTACTC GGGTTAGATG TTCTTGGAAA TCCATTTGGC 
TTAATCAGAG GCTTGTCTGA GGGAGTTGAA GCTTTCTTCT ATGAGCCCTT TCAGGGTGCT 
GTTCAAGGAC CTGAAGAATT TGCTGAGGGC TTTGTAATTG GTGTTAGAAG TCTTCTTGGT 
CACACAGTGG GTGGTGCAGC AGGAGTGGTG TCGAGGATCA CCGGTTCTGT TGGAAAAGGC 
TTGGCTGCTA TTACTATGGA TAAAGAATTT CAGCAGAAAC GGAGAGAGGA AATGGGTCGG 
CAGCCAAAAG ACTTTGGTGA CAGCCTGGCC AAAGGAGGAA AAGGCTTGTT ACGGGGTGTT 
GTTGGAGGTG TGACAGGCAT AATCACGAAA CCTGTAGAAG GAGCTAAAAA AGAAGGTGCA 
GCTGGATTTT TTAAAGGAAT TGGAAAGGGG CTTGTGGGAG TGGTAGCCCG CCCAACAGGT 
GGCATTGTAG ATATGGCAAG CAGTACCTTC CAGGGAATTC AAAGGGCGGC GGAATCAACT 
GAAGAAGTAT CTAATCTCCG TCCTCCGCGT TTCATTCATG AAGATGGCAT CATCCGGCCA 
TATGATAGGG TGGAAGCTGA GGGTTATGAT TTATTTGAGA AATTGCACAT CAGAAAACTG 
GAACAAGAGA GCTATCGATA CCACTGTGCA ATTCCAAGAG GCAGAAGAGC AAACCTTGTT 
ATTACCAATA GGAGAGTGAT ATATGTAAAA GAAGTGGAAA TCTTAGGACA TTTAACAACA 
GAGTGGGATT ACTTATTTGA AGACTTCACA CGCTGTCCCT CCTATGAAGC AAATGTTTTA 
AAAATAGCTG CTTTGGATCA AAAGATATTC CAAAGAAGGG ACAGTGCAGG TCATGAATGT 
GTAAGGACAG TTCAGCTCCA GGATGAAACC ACAGCAAGGA GGATTTGTCG TGCCATTCAG 
GAAGCCCAGG CAACGAGAAA GCAACAAAAG CTGGTGAAAC AAGCATCGTT GCAGTTGAGG 
AAACCACAAA CACTCTCTTG A

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

RefSeq	XP_010201233.1
CDS	1..4221
Translation	MKTNPVQERSLMPGDDFIVLPEPQTAVNISSKDTMNITISKCCLAVFSNLAKAFSEGTASTFDYSFKETAPFIVKNALGVPLKVFPSSSFRIVGSVEKENINDVEIGQNMELEYSVFEAPQRGKLSALYRQESSVFSLNLELQGYEEVVNIPVAKPGRRLYNVRNVPATADRSDSIIVQIDATEGNKVIAIRSPLQIKNHFSIPFMIYKLARDSKSLEPIGVSKPEEEFHVPLHSYRCHLYVRPTGTLEGQFKESTTYIAWREELHRSNKVKCLLQCPATETNYLPLVISSTAVPDELSFISAYGEEWDPAYIIHFYPTLTVRNLLPYSLRYLLEGTAEAQELTEGSAADVHHSRINGEIMELVLMKYQGKDWHGHLKIFDGMPEFFSVCFTSHSAAVMTVDISIHTRRIGSRMVLSVFSPYWIINKTSRVLQYQAEDTHVKHPADYRDVVLFSFKKKNIFSKNKIQLCISTSNWSSSFSLDTVGSYGCVRCSANNMEYLVGVSIKMSSFNLTRIVTFTPFYTIANKSSLELEVGEIGPNGSFPTNKWSYILSSECLPFWPENSSGELCVRVVGYEKSSKPFLFKAQDNGTLLRLEELNGGLLVDVNVSEHSTLISFSDYHEGAAPALIVNHTSWDSLRYKQSGLQEEMELKPRQVCLFAWTDPTKPRKLTWGYCQNFGEHDLLKDECGQFPYNANTQIHWVSFLDGRQRVLLFTDDVALVSKARQAEELEQPDQEINLSIHSLGLSLVNNENKKEISYIGITSSGVVWELKPRQKWKPFSQKQINLLEQAYQKYLSKRAFEAPGWHKLDSNTEVNFSKVPMEMRLPVRCSIRRNFLSGIQVEFKQSPHQRSLRAQLYWLQIDNQLPGSMFPVVFHPVAPPKSIALDSEPKPFIDISVITRFNEYSKVLQFKYFMVLIQEMALKIDHGFLGALSELFTPSTDPEAERQRSKLIQQDVDALNTELMESSLTDLSTLSFFEHFHISPIKLHLSLSLASGGEASDKGEEMIAIHSLNLLLKSIGATLTDVDDLIFKLAFFEIKYQFYKRDQLMKRVVRHYSEQFLKQMYVLVLGLDVLGNPFGLIRGLSEGVEAFFYEPFQGAVQGPEEFAEGFVIGVRSLLGHTVGGAAGVVSRITGSVGKGLAAITMDKEFQQKRREEMGRQPKDFGDSLAKGGKGLLRGVVGGVTGIITKPVEGAKKEGAAGFFKGIGKGLVGVVARPTGGIVDMASSTFQGIQRAAESTEEVSNLRPPRFIHEDGIIRPYDRVEAEGYDLFEKLHIRKLEQESYRYHCAIPRGRRANLVITNRRVIYVKEVEILGHLTTEWDYLFEDFTRCPSYEANVLKIAALDQKIFQRRDSAGHECVRTVQLQDETTARRICRAIQEAQATRKQQKLVKQASLQLRKPQTLS

Target ORF information:

RefSeq Version	XM_010202931.1
Organism	Colius striatus(speckled mousebird)
Definition	Colius striatus vacuolar protein sorting-associated protein 13C-like (LOC104558368), mRNA.

Target ORF information:

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

XM_010202931.1

ORF Insert Sequence:

ATGAAGACTA ACCCTGTCCA AGAGAGAAGT TTGATGCCTG GGGATGATTT CATTGTTCTT 
CCTGAGCCAC AAACTGCAGT TAACATCTCT TCGAAGGATA CGATGAATAT AACAATATCC 
AAATGCTGTC TTGCTGTTTT CAGTAATTTA GCCAAGGCAT TTTCAGAGGG GACTGCATCC 
ACATTTGACT ATTCCTTTAA AGAGACAGCA CCTTTCATAG TGAAAAATGC CCTCGGTGTC 
CCTCTCAAAG TGTTTCCTAG CTCCAGTTTC CGGATAGTTG GTTCTGTTGA AAAAGAAAAC 
ATCAATGATG TAGAAATTGG TCAGAACATG GAACTGGAAT ACTCTGTTTT TGAAGCACCC 
CAACGAGGAA AGTTATCTGC ATTGTACCGA CAAGAAAGTT CCGTCTTCTC TTTAAATTTA 
GAACTTCAGG GATATGAAGA AGTGGTAAAT ATTCCCGTAG CCAAACCAGG TCGACGACTG 
TACAACGTAA GAAACGTTCC TGCTACTGCT GATCGTTCAG ACTCGATCAT TGTACAGATA 
GATGCTACAG AAGGAAATAA GGTTATTGCT ATACGATCTC CTCTGCAGAT CAAGAACCAT 
TTCTCAATCC CATTTATGAT CTATAAACTG GCTAGAGACT CCAAGTCGCT GGAACCAATT 
GGTGTATCCA AGCCAGAAGA GGAATTTCAT GTTCCGTTAC ATTCATACAG GTGTCATCTC 
TACGTTCGAC CAACAGGAAC GTTAGAAGGT CAGTTTAAAG AGTCCACGAC TTATATTGCC 
TGGAGAGAAG AGCTACATAG AAGCAATAAA GTAAAGTGCT TGTTACAGTG CCCAGCCACC 
GAGACAAATT ACTTGCCTCT AGTCATCAGC TCAACAGCAG TACCTGATGA GCTGAGTTTT 
ATTTCAGCTT ATGGAGAGGA GTGGGATCCT GCTTACATTA TCCACTTTTA CCCTACACTG 
ACTGTGAGGA ATCTCTTACC ATACTCCTTG AGATATTTAC TTGAGGGAAC AGCAGAAGCC 
CAGGAATTGA CAGAAGGAAG CGCTGCAGAT GTTCATCATT CAAGAATCAA TGGAGAAATA 
ATGGAGCTTG TGTTGATGAA ATATCAAGGC AAAGACTGGC ATGGGCACCT TAAAATTTTT 
GATGGGATGC CTGAATTTTT TTCTGTATGT TTCACATCAC ATTCTGCAGC AGTGATGACA 
GTCGATATTT CCATCCATAC TAGGCGAATT GGAAGCCGTA TGGTCTTGTC TGTGTTCAGT 
CCTTATTGGA TAATCAACAA GACTTCCCGT GTTCTCCAGT ATCAAGCTGA AGACACTCAT 
GTTAAGCATC CAGCAGACTA CAGAGATGTT GTTTTGTTCT CCTTTAAAAA GAAGAATATT 
TTTAGTAAAA ACAAGATCCA GTTATGTATT TCAACTAGCA ATTGGTCCAG TAGCTTTTCC 
CTTGATACCG TAGGAAGTTA TGGATGTGTC AGGTGTTCAG CTAATAACAT GGAATATCTG 
GTGGGAGTTA GCATCAAAAT GAGCAGTTTT AACCTTACCA GGATAGTTAC CTTCACTCCA 
TTCTACACAA TAGCCAACAA ATCTTCTCTG GAACTAGAAG TTGGAGAAAT TGGTCCTAAT 
GGCTCTTTTC CAACTAATAA ATGGAGTTAT ATCTTGAGTT CAGAGTGTCT TCCATTTTGG 
CCTGAAAACT CATCTGGTGA ACTCTGTGTA AGAGTAGTTG GCTATGAAAA GTCATCCAAA 
CCATTCCTGT TTAAAGCCCA GGATAATGGT ACTCTGCTGA GGCTGGAAGA ATTGAATGGA 
GGCTTACTAG TAGATGTGAA TGTTTCTGAG CATTCTACTC TCATAAGCTT CTCGGATTAC 
CATGAGGGAG CTGCTCCAGC TCTTATTGTT AACCATACTT CGTGGGACTC ACTCAGATAT 
AAACAGAGTG GATTACAAGA GGAAATGGAG TTGAAACCAA GACAAGTATG TCTGTTTGCA 
TGGACAGATC CGACTAAACC AAGAAAATTG ACTTGGGGCT ACTGCCAAAA TTTTGGTGAA 
CATGACTTAC TTAAGGATGA ATGTGGCCAA TTCCCTTACA ATGCAAATAC CCAAATACAC 
TGGGTGTCTT TCCTGGATGG ACGCCAACGA GTGCTGCTTT TCACAGATGA TGTTGCGTTA 
GTTTCTAAAG CACGACAAGC AGAGGAACTG GAGCAACCTG ATCAAGAAAT AAACTTGTCA 
ATTCATAGTC TTGGACTCTC TCTTGTTAAT AATGAAAATA AAAAAGAAAT CTCTTACATA 
GGAATCACTA GTTCTGGTGT TGTCTGGGAA CTAAAACCAA GGCAGAAGTG GAAACCATTT 
AGCCAAAAGC AAATAAACCT GTTAGAACAA GCCTATCAAA AGTATCTTTC CAAGAGAGCT 
TTCGAAGCTC CAGGTTGGCA TAAACTAGAC AGCAATACTG AGGTGAATTT TAGTAAAGTT 
CCAATGGAAA TGCGTCTCCC AGTCAGATGC AGCATCCGAC GCAACTTTCT GTCAGGAATT 
CAGGTGGAAT TTAAACAGTC ACCTCACCAA AGAAGCTTAC GGGCTCAACT GTATTGGCTG 
CAGATTGATA ATCAGTTACC AGGATCGATG TTTCCTGTTG TGTTTCACCC TGTAGCTCCT 
CCCAAGTCGA TTGCTTTGGA TTCGGAACCA AAACCCTTCA TTGACATCAG CGTCATCACT 
AGATTCAATG AATACAGCAA AGTACTGCAA TTCAAATACT TCATGGTTCT TATCCAGGAA 
ATGGCACTAA AAATTGATCA TGGATTTTTA GGGGCACTTA GTGAACTTTT CACTCCGTCT 
ACAGACCCAG AAGCTGAAAG ACAAAGGTCG AAATTAATTC AACAAGATGT GGATGCACTT 
AACACTGAAT TAATGGAGTC TTCCCTAACA GACCTGTCAA CTCTCAGCTT CTTTGAACAT 
TTCCATATTT CTCCAATTAA GTTGCATTTG AGTCTGTCTC TGGCTTCTGG TGGAGAAGCA 
TCAGATAAAG GGGAAGAAAT GATAGCCATC CATTCTCTGA ATTTGCTCTT GAAAAGCATT 
GGAGCTACTC TAACAGATGT GGATGATCTT ATTTTCAAAC TTGCATTCTT TGAAATTAAA 
TATCAGTTCT ACAAGAGAGA CCAACTGATG AAGAGAGTTG TTAGACATTA TAGTGAACAA 
TTCCTGAAAC AGATGTATGT TCTTGTACTC GGGTTAGATG TTCTTGGAAA TCCATTTGGC 
TTAATCAGAG GCTTGTCTGA GGGAGTTGAA GCTTTCTTCT ATGAGCCCTT TCAGGGTGCT 
GTTCAAGGAC CTGAAGAATT TGCTGAGGGC TTTGTAATTG GTGTTAGAAG TCTTCTTGGT 
CACACAGTGG GTGGTGCAGC AGGAGTGGTG TCGAGGATCA CCGGTTCTGT TGGAAAAGGC 
TTGGCTGCTA TTACTATGGA TAAAGAATTT CAGCAGAAAC GGAGAGAGGA AATGGGTCGG 
CAGCCAAAAG ACTTTGGTGA CAGCCTGGCC AAAGGAGGAA AAGGCTTGTT ACGGGGTGTT 
GTTGGAGGTG TGACAGGCAT AATCACGAAA CCTGTAGAAG GAGCTAAAAA AGAAGGTGCA 
GCTGGATTTT TTAAAGGAAT TGGAAAGGGG CTTGTGGGAG TGGTAGCCCG CCCAACAGGT 
GGCATTGTAG ATATGGCAAG CAGTACCTTC CAGGGAATTC AAAGGGCGGC GGAATCAACT 
GAAGAAGTAT CTAATCTCCG TCCTCCGCGT TTCATTCATG AAGATGGCAT CATCCGGCCA 
TATGATAGGG TGGAAGCTGA GGGTTATGAT TTATTTGAGA AATTGCACAT CAGAAAACTG 
GAACAAGAGA GCTATCGATA CCACTGTGCA ATTCCAAGAG GCAGAAGAGC AAACCTTGTT 
ATTACCAATA GGAGAGTGAT ATATGTAAAA GAAGTGGAAA TCTTAGGACA TTTAACAACA 
GAGTGGGATT ACTTATTTGA AGACTTCACA CGCTGTCCCT CCTATGAAGC AAATGTTTTA 
AAAATAGCTG CTTTGGATCA AAAGATATTC CAAAGAAGGG ACAGTGCAGG TCATGAATGT 
GTAAGGACAG TTCAGCTCCA GGATGAAACC ACAGCAAGGA GGATTTGTCG TGCCATTCAG 
GAAGCCCAGG CAACGAGAAA GCAACAAAAG CTGGTGAAAC AAGCATCGTT GCAGTTGAGG 
AAACCACAAA CACTCTCTTG A