GNI_125880 cDNA ORF clone, Gregarina niphandrodes

Gene
Clones
gRNAs

Summary

Gene Symbol	GNI_125880
Entrez Gene ID	22914438
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Gregarina niphandrodes

mRNA and Protein(s)

mRNA	Protein	Name
XM_011133715.1	XP_011132017.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following GNI_125880 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the GNI_125880 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
OGr11519	XM_011133715.1 Latest version!	Gregarina niphandrodes hypothetical protein partial 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)
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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)

GNI_125880 ( XM_011133715.1 ) cDNA ORF clone, Gregarina niphandrodes -> XP_011132017.1 Gregarina niphandrodes hypothetical protein partial mRNA.

Price & Availability↑

CloneID	OGr11519
Clone ID Related Accession (Same CDS sequence)	XM_011133715.1
Accession Version	XM_011133715.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4167bp) 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	2015-01-20
Organism	Gregarina niphandrodes
Product	hypothetical protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_011645800). COMPLETENESS: incomplete on both ends.

ATGGACTATG GGCTGACAAC AAGGGTGACG TTGAGTAAGC CGGATGTGAT TGGGTACTTT 
AAAAAGGCTG TGGGGCAATA TCCGAACCAA TTGTGTTGGA TTCATGTACG GCCGAGTTCA 
TTCCAGGTCG TGCATTCTGA CCAAGAACGC TCGTTTGTCT GGTTAATAGA GATCGACCGA 
AGCGAATTCA GCGAATGGAA TGTGACACAT GCCCTATCCG CAGCCGTGCA GCCTGCAGAG 
ATCTTGGGTG CTCTCAGCAT CGCCTTTAAC GACGTTGTTC TAGAGTTCGT TGAGACTGAA 
GACGCCATAC CGCAAGTTCG ACCTGGACTC TACATTACCG TCATCAACCA TCAGTACAAT 
GACCGCACAC TCCTCGCACT CAACTCCGAA CCCCTCTCGA GACAACCTGT TCAGGCCACC 
CGAAAACTCT ACAACTGGCT TGGTGCTGCC AATCACGCAC CACGAGGTCA TTTCCTCTGC 
CTTCCTGCCA CTCTTCAATC CGTTGCCAAG GAGCCACTCA TCGCTGCAGC CCCCGGCCTC 
GTCTTAGTCC CCCCTCTTCT AACCAACCGC AAACACTCCA AGTCCAACGA CCCTAACGAC 
CACCACCGTG ACCCTAACGA CCACCCTGAC CCTAACGACC ACCCTGACCC TAACGACCAC 
CCTGACCCTA ACGACCACCT GAACCCTTGC CCGTCTCCAC CGCCGTTGAC ACAAGACCGA 
GAGGGTATGG ACACGGCGGG CTGGAAGTAC TGTGTGCCCA TCGCACGACG GTCCACCCGA 
TTACCAGCGG TCACGAGTGA GTTTCTTACA GCAGTCGACC GCTCGAGTGT CGACCCGGCC 
CTGGCTACAA TTCTTCGACA ATGGCCGCAC GGCCAACAAA TCCACGCCGG GCTCTTGTAC 
AAGCTCGCGC AATTCGCACC GAGATATGAA CATCTCCTCG TCCAGTACAC CGGCGGAAAT 
CTTCCTCTCA CCATTTCCTG GGGCATTGGT GCCCGTCTCG AGACTCGACG CTTGCGCCGT 
AAAACGGAAG CTTTTACAAG TACTGAATCG TCAGGAACCA TAACGAAATT ACTCATCCAG 
ACCGTCTCCC AAACGGAAAT CGAAAGTGTA TGGGGACATC AAAGCGGCCT ACTACGCAGC 
TCCTGTGTAG CCATGGTCGC CGCGTTGCCT GTAGATCTTA CCACTCTCGC CACCCTTGAT 
CGCAACAATC TCAACCATCC TTTACTCTGG CTCAACGACT CACTAACCGC ACCTCCCACC 
CCCACACGTC ACTGTGAGGA ACCAACACTC GCTTACTGTG AACCTACGAC TGCCTCCCCT 
GCCATACGCC CCATAACCCA ACGGGGTACT ACGGCTGTGC GATGGACTGA CGACGAAACC 
ACACACCCAG ACACACACCT GGTGAACTCA CACCTGCCGA ACTCAAATCT GGCGAGGAAC 
AGGGCAGTGG CGAAGTCGGC CGCTAAAAAA AGTTTCCTAA CCGAAGGACC CAGTAGTACA 
CGGCTAGCTG CGAGTGAACT ACTTTATGCA CCACTAGACC ATGAGGCTAC CGACGCAGGT 
CTTGAGGGCG CAGGTGTTGG CGACGCAGGT CTTGAGGGCG CAGGTGTTGA CGAGGTATGT 
CTTGAGGGCG CGGGTGTTGA CGACGCAGGT CTTGAGGGCG CAGGTGTTGA CGAGGTATGT 
CTTTTGGACG TGCCTGCGTT GACGGTCACG AATCAGAACG AATCTCCGAG GCAGGCGGCG 
GTACGCTTTA TTGGCGACCT TCCTCCCGAT TTGGAGCCTC CCGCTGAAGG GCCAGAAACG 
AAGAGTTCGG GTACAGATCG GATTTCCTTG GCCAGAGTGA AGCGGGAACG GCGACCTTTC 
GCGTGCACGA CCGAGGAGGA CCCGGCTGTT AAGAGGGCCC GGACCAGCTC AGTGGGAAGT 
AGAGTGCGAG AAGATAGGAG TCAGCTTGGA CTTAACCAGC TTGCTGGTGC TGCTAGTCAA 
GTCTCCATAT GCTCACGCTT GCCAGACCTG GATGGCTTGG AGGAGTTCGA GGCCGCCCTC 
TCGGCAGACT TTGATGTCAT GCCTTCAGAC CTCGGGGTCG CCCCCTCAAA GATGGCGGTC 
ATGCCGTCAG ATCTCCAAAC GTCCGAGCCA ACGGAGAACA TGGTGCGTGA TGCAGCGCAA 
AACTCCGTAA AGAGGCGACA ACTGCTTCGT TCAGAAATGG GTGTCTTTAC TATGGCAGAC 
GAGGACGAAA TTCTGGGCGC GACTATGAGT CCTGTCGCGG GGGCAGTCAG CCCGGAACTT 
GTTAACGCGA ACCTGGTTGA CGCGAACCTG GTTGCCAAGA ACAACACAAG GACGCCGGGA 
AAGAAATCTA GATCTAGGAC CATGCTCCAT GACCAAGCCG TCCCCTCCAG CGGTACAGGT 
CGGACGTCGC CTCAGCCCCA TGATCTAATA CCTTCTCCCC CATTGCCCTC GGCCCCGCTG 
CCTTCGCCCC AGGCTCAGCA GCCTGGGACA CCCTGTTCGG CATCGCGGCC GGGAGATCTC 
GCGTCTACGC CGAAAGCCCG CGTGGAGGAC GGGCCTGAAG ATCTATTTGC AGTGGGCGGT 
GGCTCCACAG GAAAAAAGTT GTTGCGACGA ACGCGGACGA GCGTCGAGAG CGAACTGGGC 
AGGACGCGGA TCCGCCAGGC GAGTTGTGGC ATCATGAAAA TGATGAGCGC ATGCGAGAAA 
GCATCACTAT TCCTGCAGCC CGTTTTTGAA AAAAATGAAG GAATCAAAGA TCACGTATAC 
AAAAACCTCG CCCTCCCGAT GGATGACCTG CTAGCCCTAT GTCCACCAGG TGTATCCACC 
ACCATGCGCC CACCAGGCCT ATTGACCGTG TTTCCTTTTA GAAGCATTAC TTATAATGAT 
GTGGCTGAGA AATATCTGCG AGAGCAGCCA GTAATAAAGA ATGCGCCTCT TTTGGATGCG 
CTTAAAGAGA TAAAAGAGAA TTCTAGAGAT ACAGAACAAT ACTCGAGTTC CTTGAAGCAT 
ATTCTAGCGG ATAATACTGG TGGAGACGAG GTTGCATTGT CGGAGGTGAT ATCGGGATTG 
CGACCTCAGC TTTTTAGTAA CCACCGAGGT AACCTGTGTG ATGCTGGTAC TGACGGGATG 
GATACGACAG CTATGGTAGC TCATGAGGAA TTGCATGCAG CGCATGTGTT GCCATTACTG 
AATGCTTTGG GTGGTCAGAA TTCTTTCCCT TCTGGTCCAG TTCGTGTATA TCGAATATTG 
CGATTATCAG CTTGGGCTGA ATTGCGTGAT TTTCTCTCCA AGTTAAATGA TACGGAGGGT 
AGTACGGTAT GTGCTCAAGC GTTTGTAGTA GGTTTTTGTG GTTGTTTCGA ATTGTTGGCA 
CGTCAGTTGG TTCTGGATGA GTTTGCTCAG CGGCCTTTAT TGGAAGCCGA TGGTTTGTCT 
GTGGATATCT TGAAGGAGAT ATCGTATCAG GTATGCTGTG TCTTGAAGGG TGACTTTATG 
ACTACAGTAT CGGAGTCTTC TAAGGATGAT TTTCTACAAA CGCGTAAGTT GTTTAAGGCG 
ATCTATCATA AGCATTCTGA AATGACTCGT AAGTCAGTGG TTGAGGCTTG TAAATGTTTC 
GCTAATGCGC TAGCATTAGC GGGTCCTAGC TCTAAAAAGA TTCTGTTGTT CGAAAGAGTA 
TTGTTTAAAG TGTTTACTAA GCATCCAGAA AAGATGTTGG AACTGCTTAC TGAACTAGCT 
AGCTGGACGA CACAAGGTGT ACCTAACGTA TCTTCTACAT CTATCGACTT GGAACTCAGT 
GAAGGTCAAG AACTACATTG TACACGTTGC GAACGATCTA TCGAAAATGG ATGCTATAAC 
ACCGGACCCA ATTCTTTCAC TTGCCTTGCT TGCGGGTACC CATCTTCTGG CTCATCCCAT 
AATACCGACA TTTCCACCCA GGCGAAACAA CCACCCATCA TAGACGCACT TCCAACTCTC 
TGCTCTGTCG AAATCAAACT ACTTCCACCT ATCAACCAAG ATATACCCAT GCACATGGTC 
TTCCATAGAG ACAATCTTAA TGCCAACGAG GACGGCTACA AAACCATCGT CCAAAATGGG 
ACAACCACTC ACATGACTAC CACCACCAGG ACCACCACCA TAGTCACCAA CTCCATCGGC 
GACGTTCTAT CCAAAACATC CATCTAA

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

RefSeq	XP_011132017.1
CDS	1..4167
Translation	MDYGLTTRVTLSKPDVIGYFKKAVGQYPNQLCWIHVRPSSFQVVHSDQERSFVWLIEIDRSEFSEWNVTHALSAAVQPAEILGALSIAFNDVVLEFVETEDAIPQVRPGLYITVINHQYNDRTLLALNSEPLSRQPVQATRKLYNWLGAANHAPRGHFLCLPATLQSVAKEPLIAAAPGLVLVPPLLTNRKHSKSNDPNDHHRDPNDHPDPNDHPDPNDHPDPNDHLNPCPSPPPLTQDREGMDTAGWKYCVPIARRSTRLPAVTSEFLTAVDRSSVDPALATILRQWPHGQQIHAGLLYKLAQFAPRYEHLLVQYTGGNLPLTISWGIGARLETRRLRRKTEAFTSTESSGTITKLLIQTVSQTEIESVWGHQSGLLRSSCVAMVAALPVDLTTLATLDRNNLNHPLLWLNDSLTAPPTPTRHCEEPTLAYCEPTTASPAIRPITQRGTTAVRWTDDETTHPDTHLVNSHLPNSNLARNRAVAKSAAKKSFLTEGPSSTRLAASELLYAPLDHEATDAGLEGAGVGDAGLEGAGVDEVCLEGAGVDDAGLEGAGVDEVCLLDVPALTVTNQNESPRQAAVRFIGDLPPDLEPPAEGPETKSSGTDRISLARVKRERRPFACTTEEDPAVKRARTSSVGSRVREDRSQLGLNQLAGAASQVSICSRLPDLDGLEEFEAALSADFDVMPSDLGVAPSKMAVMPSDLQTSEPTENMVRDAAQNSVKRRQLLRSEMGVFTMADEDEILGATMSPVAGAVSPELVNANLVDANLVAKNNTRTPGKKSRSRTMLHDQAVPSSGTGRTSPQPHDLIPSPPLPSAPLPSPQAQQPGTPCSASRPGDLASTPKARVEDGPEDLFAVGGGSTGKKLLRRTRTSVESELGRTRIRQASCGIMKMMSACEKASLFLQPVFEKNEGIKDHVYKNLALPMDDLLALCPPGVSTTMRPPGLLTVFPFRSITYNDVAEKYLREQPVIKNAPLLDALKEIKENSRDTEQYSSSLKHILADNTGGDEVALSEVISGLRPQLFSNHRGNLCDAGTDGMDTTAMVAHEELHAAHVLPLLNALGGQNSFPSGPVRVYRILRLSAWAELRDFLSKLNDTEGSTVCAQAFVVGFCGCFELLARQLVLDEFAQRPLLEADGLSVDILKEISYQVCCVLKGDFMTTVSESSKDDFLQTRKLFKAIYHKHSEMTRKSVVEACKCFANALALAGPSSKKILLFERVLFKVFTKHPEKMLELLTELASWTTQGVPNVSSTSIDLELSEGQELHCTRCERSIENGCYNTGPNSFTCLACGYPSSGSSHNTDISTQAKQPPIIDALPTLCSVEIKLLPPINQDIPMHMVFHRDNLNANEDGYKTIVQNGTTTHMTTTTRTTTIVTNSIGDVLSKTSI

Target ORF information:

RefSeq Version	XM_011133715.1
Organism	Gregarina niphandrodes
Definition	Gregarina niphandrodes hypothetical protein partial mRNA.

Target ORF information:

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

XM_011133715.1

ORF Insert Sequence:

ATGGACTATG GGCTGACAAC AAGGGTGACG TTGAGTAAGC CGGATGTGAT TGGGTACTTT 
AAAAAGGCTG TGGGGCAATA TCCGAACCAA TTGTGTTGGA TTCATGTACG GCCGAGTTCA 
TTCCAGGTCG TGCATTCTGA CCAAGAACGC TCGTTTGTCT GGTTAATAGA GATCGACCGA 
AGCGAATTCA GCGAATGGAA TGTGACACAT GCCCTATCCG CAGCCGTGCA GCCTGCAGAG 
ATCTTGGGTG CTCTCAGCAT CGCCTTTAAC GACGTTGTTC TAGAGTTCGT TGAGACTGAA 
GACGCCATAC CGCAAGTTCG ACCTGGACTC TACATTACCG TCATCAACCA TCAGTACAAT 
GACCGCACAC TCCTCGCACT CAACTCCGAA CCCCTCTCGA GACAACCTGT TCAGGCCACC 
CGAAAACTCT ACAACTGGCT TGGTGCTGCC AATCACGCAC CACGAGGTCA TTTCCTCTGC 
CTTCCTGCCA CTCTTCAATC CGTTGCCAAG GAGCCACTCA TCGCTGCAGC CCCCGGCCTC 
GTCTTAGTCC CCCCTCTTCT AACCAACCGC AAACACTCCA AGTCCAACGA CCCTAACGAC 
CACCACCGTG ACCCTAACGA CCACCCTGAC CCTAACGACC ACCCTGACCC TAACGACCAC 
CCTGACCCTA ACGACCACCT GAACCCTTGC CCGTCTCCAC CGCCGTTGAC ACAAGACCGA 
GAGGGTATGG ACACGGCGGG CTGGAAGTAC TGTGTGCCCA TCGCACGACG GTCCACCCGA 
TTACCAGCGG TCACGAGTGA GTTTCTTACA GCAGTCGACC GCTCGAGTGT CGACCCGGCC 
CTGGCTACAA TTCTTCGACA ATGGCCGCAC GGCCAACAAA TCCACGCCGG GCTCTTGTAC 
AAGCTCGCGC AATTCGCACC GAGATATGAA CATCTCCTCG TCCAGTACAC CGGCGGAAAT 
CTTCCTCTCA CCATTTCCTG GGGCATTGGT GCCCGTCTCG AGACTCGACG CTTGCGCCGT 
AAAACGGAAG CTTTTACAAG TACTGAATCG TCAGGAACCA TAACGAAATT ACTCATCCAG 
ACCGTCTCCC AAACGGAAAT CGAAAGTGTA TGGGGACATC AAAGCGGCCT ACTACGCAGC 
TCCTGTGTAG CCATGGTCGC CGCGTTGCCT GTAGATCTTA CCACTCTCGC CACCCTTGAT 
CGCAACAATC TCAACCATCC TTTACTCTGG CTCAACGACT CACTAACCGC ACCTCCCACC 
CCCACACGTC ACTGTGAGGA ACCAACACTC GCTTACTGTG AACCTACGAC TGCCTCCCCT 
GCCATACGCC CCATAACCCA ACGGGGTACT ACGGCTGTGC GATGGACTGA CGACGAAACC 
ACACACCCAG ACACACACCT GGTGAACTCA CACCTGCCGA ACTCAAATCT GGCGAGGAAC 
AGGGCAGTGG CGAAGTCGGC CGCTAAAAAA AGTTTCCTAA CCGAAGGACC CAGTAGTACA 
CGGCTAGCTG CGAGTGAACT ACTTTATGCA CCACTAGACC ATGAGGCTAC CGACGCAGGT 
CTTGAGGGCG CAGGTGTTGG CGACGCAGGT CTTGAGGGCG CAGGTGTTGA CGAGGTATGT 
CTTGAGGGCG CGGGTGTTGA CGACGCAGGT CTTGAGGGCG CAGGTGTTGA CGAGGTATGT 
CTTTTGGACG TGCCTGCGTT GACGGTCACG AATCAGAACG AATCTCCGAG GCAGGCGGCG 
GTACGCTTTA TTGGCGACCT TCCTCCCGAT TTGGAGCCTC CCGCTGAAGG GCCAGAAACG 
AAGAGTTCGG GTACAGATCG GATTTCCTTG GCCAGAGTGA AGCGGGAACG GCGACCTTTC 
GCGTGCACGA CCGAGGAGGA CCCGGCTGTT AAGAGGGCCC GGACCAGCTC AGTGGGAAGT 
AGAGTGCGAG AAGATAGGAG TCAGCTTGGA CTTAACCAGC TTGCTGGTGC TGCTAGTCAA 
GTCTCCATAT GCTCACGCTT GCCAGACCTG GATGGCTTGG AGGAGTTCGA GGCCGCCCTC 
TCGGCAGACT TTGATGTCAT GCCTTCAGAC CTCGGGGTCG CCCCCTCAAA GATGGCGGTC 
ATGCCGTCAG ATCTCCAAAC GTCCGAGCCA ACGGAGAACA TGGTGCGTGA TGCAGCGCAA 
AACTCCGTAA AGAGGCGACA ACTGCTTCGT TCAGAAATGG GTGTCTTTAC TATGGCAGAC 
GAGGACGAAA TTCTGGGCGC GACTATGAGT CCTGTCGCGG GGGCAGTCAG CCCGGAACTT 
GTTAACGCGA ACCTGGTTGA CGCGAACCTG GTTGCCAAGA ACAACACAAG GACGCCGGGA 
AAGAAATCTA GATCTAGGAC CATGCTCCAT GACCAAGCCG TCCCCTCCAG CGGTACAGGT 
CGGACGTCGC CTCAGCCCCA TGATCTAATA CCTTCTCCCC CATTGCCCTC GGCCCCGCTG 
CCTTCGCCCC AGGCTCAGCA GCCTGGGACA CCCTGTTCGG CATCGCGGCC GGGAGATCTC 
GCGTCTACGC CGAAAGCCCG CGTGGAGGAC GGGCCTGAAG ATCTATTTGC AGTGGGCGGT 
GGCTCCACAG GAAAAAAGTT GTTGCGACGA ACGCGGACGA GCGTCGAGAG CGAACTGGGC 
AGGACGCGGA TCCGCCAGGC GAGTTGTGGC ATCATGAAAA TGATGAGCGC ATGCGAGAAA 
GCATCACTAT TCCTGCAGCC CGTTTTTGAA AAAAATGAAG GAATCAAAGA TCACGTATAC 
AAAAACCTCG CCCTCCCGAT GGATGACCTG CTAGCCCTAT GTCCACCAGG TGTATCCACC 
ACCATGCGCC CACCAGGCCT ATTGACCGTG TTTCCTTTTA GAAGCATTAC TTATAATGAT 
GTGGCTGAGA AATATCTGCG AGAGCAGCCA GTAATAAAGA ATGCGCCTCT TTTGGATGCG 
CTTAAAGAGA TAAAAGAGAA TTCTAGAGAT ACAGAACAAT ACTCGAGTTC CTTGAAGCAT 
ATTCTAGCGG ATAATACTGG TGGAGACGAG GTTGCATTGT CGGAGGTGAT ATCGGGATTG 
CGACCTCAGC TTTTTAGTAA CCACCGAGGT AACCTGTGTG ATGCTGGTAC TGACGGGATG 
GATACGACAG CTATGGTAGC TCATGAGGAA TTGCATGCAG CGCATGTGTT GCCATTACTG 
AATGCTTTGG GTGGTCAGAA TTCTTTCCCT TCTGGTCCAG TTCGTGTATA TCGAATATTG 
CGATTATCAG CTTGGGCTGA ATTGCGTGAT TTTCTCTCCA AGTTAAATGA TACGGAGGGT 
AGTACGGTAT GTGCTCAAGC GTTTGTAGTA GGTTTTTGTG GTTGTTTCGA ATTGTTGGCA 
CGTCAGTTGG TTCTGGATGA GTTTGCTCAG CGGCCTTTAT TGGAAGCCGA TGGTTTGTCT 
GTGGATATCT TGAAGGAGAT ATCGTATCAG GTATGCTGTG TCTTGAAGGG TGACTTTATG 
ACTACAGTAT CGGAGTCTTC TAAGGATGAT TTTCTACAAA CGCGTAAGTT GTTTAAGGCG 
ATCTATCATA AGCATTCTGA AATGACTCGT AAGTCAGTGG TTGAGGCTTG TAAATGTTTC 
GCTAATGCGC TAGCATTAGC GGGTCCTAGC TCTAAAAAGA TTCTGTTGTT CGAAAGAGTA 
TTGTTTAAAG TGTTTACTAA GCATCCAGAA AAGATGTTGG AACTGCTTAC TGAACTAGCT 
AGCTGGACGA CACAAGGTGT ACCTAACGTA TCTTCTACAT CTATCGACTT GGAACTCAGT 
GAAGGTCAAG AACTACATTG TACACGTTGC GAACGATCTA TCGAAAATGG ATGCTATAAC 
ACCGGACCCA ATTCTTTCAC TTGCCTTGCT TGCGGGTACC CATCTTCTGG CTCATCCCAT 
AATACCGACA TTTCCACCCA GGCGAAACAA CCACCCATCA TAGACGCACT TCCAACTCTC 
TGCTCTGTCG AAATCAAACT ACTTCCACCT ATCAACCAAG ATATACCCAT GCACATGGTC 
TTCCATAGAG ACAATCTTAA TGCCAACGAG GACGGCTACA AAACCATCGT CCAAAATGGG 
ACAACCACTC ACATGACTAC CACCACCAGG ACCACCACCA TAGTCACCAA CTCCATCGGC 
GACGTTCTAT CCAAAACATC CATCTAA