LOC104893117 cDNA ORF clone, Beta vulgaris subsp. vulgaris

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC104893117
Entrez Gene ID	104893117
Full Name	formin-like protein 14
Gene Type	protein-coding
Organism	Beta vulgaris subsp. vulgaris

mRNA and Protein(s)

mRNA	Protein	Name
XM_010679196.2	XP_010677498.1	formin-like protein 14

Pathways from BioSystems
Gene Ontology

The following LOC104893117 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC104893117 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
OBe36012	XM_010679196.2 Latest version!	Beta vulgaris subsp. vulgaris formin-like protein 14 (LOC104893117), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00

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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)

LOC104893117 ( XM_010679196.2 ) cDNA ORF clone, Beta vulgaris subsp. vulgaris -> XP_010677498.1 Beta vulgaris subsp. vulgaris formin-like protein 14 (LOC104893117), mRNA.

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CloneID	OBe36012
Clone ID Related Accession (Same CDS sequence)	XM_010679196.2
Accession Version	XM_010679196.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3969bp) 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	2016-11-28
Organism	Beta vulgaris subsp. vulgaris
Product	formin-like protein 14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_025816.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Nov 29, 2016 this sequence version replaced XM_010679196.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Beta vulgaris subsp. vulgaris Annotation Release 101 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##

ATGACTATTC TCAGCAGATT CTTTCACAAA AGACCTCCTG ATGGATTGCT TGAATTTGTT 
GATAGAGTTT ATGTTTTTGA TACTTGTTTT TCTACGGACG TTCTGCGGGA TGGAATTTAC 
CAAATTTACC TACACGAGGT CATGAATGAG TTGCATGAGG AATTTCCTGA TTCATCCTTT 
CTTGCTTTTA ACTTTCGAGA AGGTCAAAAG CGTAGTCTGT TTGCAGAGAC ATTATGTGGA 
TATGATGTTA CAGTACTGGA CTACCCTAGG CAATATGAGG GATGCCCTGT GTTGCCATTG 
TCTCTGGTAC ATCACTTTCT TCGTGTTTCT GATGGGTGGC TTTCTGGGTG TAATCAGCAT 
AATATTATTT TGCTGCATTG CGAGAGAGGT GGCTGGCCAC TCTTGGCGTT TCTTTTAGCG 
AGTTTTTTGA TATTCAGAAA ACTTCATAGT GGTGAAAGGA GGACGCTTGA GATGGTCCAT 
CGTGAGGCAC CAAAAGGATA TTTAAAGCTG TTATCTCCCC TGAACCCGTT TGCGTCTCAG 
CTCCGCTATC TTCAATATGT CTCAAGGAGG AATTTATCTT CAGAGTGGCC ACCCCCTGAG 
CGTATACTTT CCTTGGATTG TCTTATTCTT CGAGGAATTC CTAGCTATGA TAACCTTAAA 
GGCTGTAGGC CTGCCATCCG CATCTTTGGC AGAAACCTCC ATAATAAAGA TGGCTTATCA 
ACTCAGATGC TTTTCTCTAT GTCTAACAAG AAAAAGAGCC TTAGACATTA CCAGCAGGCA 
GATTCTGATG TGATTAAAAT TGATATCCAG TGTGTGGTGC AAGGGGATGT TGTACTTGAA 
TGTGTCCATT TAGACTTGGA CCTAGAACGA GAGGTTATGA TGTTCAGAAT AATGTTCAAC 
ACTGCTTTTA TTAGGTCAAA CATTTTAATA CTAAACTGTG AAAACTTGGA TATTCTCTGG 
GATGCCAAGG AACAATATCC TAAAGGTTTC CGAGCTGAGG TACTGTTTGG TGAAATTGAG 
CGACTGTCTC CCTTGAAGGA GCCAATAGCA GTTCTAAATG GTGAAGAGAG GGGTGGATTG 
CCTATAGAAG CATTTTCAGC AGTTCAGGAA CTTTTTAATG GTGCAGAGTG GGTCGATAAT 
AGTGATGATG CTACTTTGTG GTTGCTCAAA CAACTATCTG TTTTACAAAG CAGGCTAAGC 
TCAAATACGT CGCCTGCTGA TTCAGAAGAG GCATCGAGTG TTGCTGATTC AGATTTTATG 
GAGCCTGAAA ACTTTTATGA ATCATCTAAC ACAAGTATGA CAAACTTTCT TGATGATCCC 
TTGTCTCATG ATTCTGCGTC GGATGAAGCA TCAGATATTC TATCCAATCC TTCTGGAGAT 
AGAAGTTTAG TCCAACATAG TGTTAATTTG GACCTTGACA ATGACGCTTT ACATGATATT 
CCCACTCAGC TGGAAAATGT TCCAGAGGTT ACTGTTACTC ATCAATCACT AATTGATGTC 
GAAGAAAGTG CATCTCCACC TTCACTTGTC CCTGATACAA ACAAGCAGGA ACTTTTGCCT 
GCACAATCAC CACCTCCACT TCCTACTAAA TCAAGTACAG GATTACCTCC ACCACCACCA 
CCACCTCCAC CTCCACCTCC ACCACCACCT CCACCAGCAC AACTTAGCAA TCCCACTAGG 
GGTGCTTCAC CTCCCTTGCC ACCGCCTCCA CCTCCCTTGC CTCCAGCTCA GTACATGAGT 
TCAAATAGAG AACCTCAATT GCCGGACAGT AGTAGCTCTG TTTCAAGTGT TTCTGCTCAG 
CTATCCTGTA ATACACGGCC ACCGCCACCC CCACCCCCGC CCCCACCACC TTTTGGGGGT 
ACAACTAACA AGTCTGTACC TCCTCCACCA CCTCCACCAC CTCCACTAAG TGGTACAAGT 
GATTCTGGAA AGGAGCTTAC TCGTCCACCG CCACCGCCAC CGCCACTGCC ACCGCCTCCT 
TTCTGTCCTT CAGCACCTAG TCAAGGAAAT TCTACAAAGG CATATATCCC TCCAGCCCCA 
CCACCGCCTC CTCCACCGCC TGGCATGAGT AATGTTGTAA AGAAAAGCAA CCCTCCACCC 
CCACCACCCC CACCTCCACC ACATAGTTTG AGTAATTCTA CAAAAGCAAA CGTTCCTCCT 
CCTCCTCCTC CCCCATTGCC ATCTTCATCA TTTGGTCTAG GTACCGCTGC AAAGTCATGT 
CCACCTCCAC CACCTCCGCC TCCTCCAAGG AATGGCAATC ACAGAGAAGC ACCTCCACCG 
CCTCCGCCTC CTCCAAGGAA TGGTAATCCT CCTCCACCAC CACCACCACC TCATTCAAGT 
AATTCTACGA AGCCATCTCC ACCTCCTCCC CCACCACCTC ATTCAAGTAA TTCTACGAAG 
CCATCTCCAC CTCCTCCCCC ACCACCACCA CTTTCAGCCA AAGGTAATTC CACAATTACA 
TCTACACCAC CACCTCCACC ACCACCTGCA CCTCTACGAC AAGGCTCAAA ACCTGCCCCA 
CCTCCGCCTC CTGCACCAAA GGCTCCTGGA ACTCAAGCAT CTGCGCATGG TGCAATTCCT 
GGGCCTCCTC CACCACCTGC ACCTAAGGGT TCAGGTGCAC CACCTCCTCC TCCACAGTCT 
GTTGGAAGGG GAAAAACTAC ATTAGGGATG GCTAGTTCAA GAAGTAGAGG TGCTTCTTCA 
ACGACAAAGA AAGCTTCCTT AAAACCTTTG CATTGGGTGA AGGTTACTCG AGCAGTAAAG 
GGAAGTTTAT GGGCTGATAC ACATAAGCAG GAGACTCAGG CTAGGGCCCC TGAGATAGAT 
ATATCGGAAC TTGAAAGCTT GTTCTCAGCT AATACTGATG CAAGTGGTGG GGGTAAAGTA 
GCAGCCAGAC GTGGCCCTAA CATTAACAAA CCAGAAAAAG TGCAATTGGT TGATTTGCGT 
AGAGCTTACA ACTGTGAAAT AATGCTTACA AAAATAAAGA TGCCTCTCCC AGATATGCTG 
AGTGCTGTGC TTGCATTGGA TTCTTCAACA TTGGACATTG ATCAAGTTGA AAATCTGATA 
AAGTTTAGCC CCACAAAAGA GGAAATGGAG ACATTGAAGA ATTACAATGG GGATAGAGCT 
ATGCTTGGGA AATGTGAGCA GTTCTTCTTG GAGCTGATGA AGGTTCCACG AGTTGAATCC 
AAATTAAGAG TATTTGCTTT TAAAATTACA TTTTCTATCC AGGTTAGTGA TTTAAGAGGC 
AACTTGGAAA CTATTAATGC TGCTTCACGA GAGGTAAGAG ATTCTGTGAA GCTGAGACAA 
ATTATGCAGA CAATATTGAC TTTAGGAAAT GCTTTGAACC AAGGAACTGC GAGAGGTTCT 
GCTGTTGGTT TCAAACTAGA CAGCCTTCTT AAATTATCTG ATACACGTGC CAGAAACAAC 
AAAATGACAT TAATGCATTA TCTTTGTAAG CTTCTAGCTG AAAAAATGCC TGAGTTGCTG 
GATTTTGACA AGGATCTTAT CCACTTAGAA GGAGCTTCAA AGATACAATT GAAATCATTG 
GCTGAAGAAA TGCAAGCTGT GAGTAAAGGT CTTGAGAAGG TTGAGCAGGA ACTTGCTGCA 
TCAGATAACG ATGGAGCTAT CTCTGTAGGC TTCCGGAAGG TTTTAAAAGA CTTTCTAGAC 
ACATCTGAAG CTGAAGTCAG GTCTCTTACT ACCTTGTATT CAGAAGTGGG AAGAAGTGCA 
GATTCGCTTT GTCAATACTT TGGGGAAGAT CCCGCTAGGT GCCCTTTTGA ACAAGTAATA 
CAGATACTGT TCGTCTTTGT CAAGTTGTTT AACAAGTCTA GAGAAGAGAA TGCACAGCAG 
GCGGAAGCCG AGAAGAAGAA ATTGGAAAAA GAAGCGATGA AAGAAAAAGC AGCTGCTGCT 
TCTGCTGCAA AGAAGGAAGG ATTGGATCTT GACAGGTCGA AACTCAATCC CATAAATAGA 
AGAAGATAA

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

RefSeq	XP_010677498.1
CDS	209..4177
Translation	MTILSRFFHKRPPDGLLEFVDRVYVFDTCFSTDVLRDGIYQIYLHEVMNELHEEFPDSSFLAFNFREGQKRSLFAETLCGYDVTVLDYPRQYEGCPVLPLSLVHHFLRVSDGWLSGCNQHNIILLHCERGGWPLLAFLLASFLIFRKLHSGERRTLEMVHREAPKGYLKLLSPLNPFASQLRYLQYVSRRNLSSEWPPPERILSLDCLILRGIPSYDNLKGCRPAIRIFGRNLHNKDGLSTQMLFSMSNKKKSLRHYQQADSDVIKIDIQCVVQGDVVLECVHLDLDLEREVMMFRIMFNTAFIRSNILILNCENLDILWDAKEQYPKGFRAEVLFGEIERLSPLKEPIAVLNGEERGGLPIEAFSAVQELFNGAEWVDNSDDATLWLLKQLSVLQSRLSSNTSPADSEEASSVADSDFMEPENFYESSNTSMTNFLDDPLSHDSASDEASDILSNPSGDRSLVQHSVNLDLDNDALHDIPTQLENVPEVTVTHQSLIDVEESASPPSLVPDTNKQELLPAQSPPPLPTKSSTGLPPPPPPPPPPPPPPPPPAQLSNPTRGASPPLPPPPPPLPPAQYMSSNREPQLPDSSSSVSSVSAQLSCNTRPPPPPPPPPPPFGGTTNKSVPPPPPPPPPLSGTSDSGKELTRPPPPPPPLPPPPFCPSAPSQGNSTKAYIPPAPPPPPPPPGMSNVVKKSNPPPPPPPPPPHSLSNSTKANVPPPPPPPLPSSSFGLGTAAKSCPPPPPPPPPRNGNHREAPPPPPPPPRNGNPPPPPPPPHSSNSTKPSPPPPPPPHSSNSTKPSPPPPPPPPLSAKGNSTITSTPPPPPPPAPLRQGSKPAPPPPPAPKAPGTQASAHGAIPGPPPPPAPKGSGAPPPPPQSVGRGKTTLGMASSRSRGASSTTKKASLKPLHWVKVTRAVKGSLWADTHKQETQARAPEIDISELESLFSANTDASGGGKVAARRGPNINKPEKVQLVDLRRAYNCEIMLTKIKMPLPDMLSAVLALDSSTLDIDQVENLIKFSPTKEEMETLKNYNGDRAMLGKCEQFFLELMKVPRVESKLRVFAFKITFSIQVSDLRGNLETINAASREVRDSVKLRQIMQTILTLGNALNQGTARGSAVGFKLDSLLKLSDTRARNNKMTLMHYLCKLLAEKMPELLDFDKDLIHLEGASKIQLKSLAEEMQAVSKGLEKVEQELAASDNDGAISVGFRKVLKDFLDTSEAEVRSLTTLYSEVGRSADSLCQYFGEDPARCPFEQVIQILFVFVKLFNKSREENAQQAEAEKKKLEKEAMKEKAAAASAAKKEGLDLDRSKLNPINRRR

Target ORF information:

RefSeq Version	XM_010679196.2
Organism	Beta vulgaris subsp. vulgaris
Definition	Beta vulgaris subsp. vulgaris formin-like protein 14 (LOC104893117), mRNA.

Target ORF information:

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

XM_010679196.2

ORF Insert Sequence:

ATGACTATTC TCAGCAGATT CTTTCACAAA AGACCTCCTG ATGGATTGCT TGAATTTGTT 
GATAGAGTTT ATGTTTTTGA TACTTGTTTT TCTACGGACG TTCTGCGGGA TGGAATTTAC 
CAAATTTACC TACACGAGGT CATGAATGAG TTGCATGAGG AATTTCCTGA TTCATCCTTT 
CTTGCTTTTA ACTTTCGAGA AGGTCAAAAG CGTAGTCTGT TTGCAGAGAC ATTATGTGGA 
TATGATGTTA CAGTACTGGA CTACCCTAGG CAATATGAGG GATGCCCTGT GTTGCCATTG 
TCTCTGGTAC ATCACTTTCT TCGTGTTTCT GATGGGTGGC TTTCTGGGTG TAATCAGCAT 
AATATTATTT TGCTGCATTG CGAGAGAGGT GGCTGGCCAC TCTTGGCGTT TCTTTTAGCG 
AGTTTTTTGA TATTCAGAAA ACTTCATAGT GGTGAAAGGA GGACGCTTGA GATGGTCCAT 
CGTGAGGCAC CAAAAGGATA TTTAAAGCTG TTATCTCCCC TGAACCCGTT TGCGTCTCAG 
CTCCGCTATC TTCAATATGT CTCAAGGAGG AATTTATCTT CAGAGTGGCC ACCCCCTGAG 
CGTATACTTT CCTTGGATTG TCTTATTCTT CGAGGAATTC CTAGCTATGA TAACCTTAAA 
GGCTGTAGGC CTGCCATCCG CATCTTTGGC AGAAACCTCC ATAATAAAGA TGGCTTATCA 
ACTCAGATGC TTTTCTCTAT GTCTAACAAG AAAAAGAGCC TTAGACATTA CCAGCAGGCA 
GATTCTGATG TGATTAAAAT TGATATCCAG TGTGTGGTGC AAGGGGATGT TGTACTTGAA 
TGTGTCCATT TAGACTTGGA CCTAGAACGA GAGGTTATGA TGTTCAGAAT AATGTTCAAC 
ACTGCTTTTA TTAGGTCAAA CATTTTAATA CTAAACTGTG AAAACTTGGA TATTCTCTGG 
GATGCCAAGG AACAATATCC TAAAGGTTTC CGAGCTGAGG TACTGTTTGG TGAAATTGAG 
CGACTGTCTC CCTTGAAGGA GCCAATAGCA GTTCTAAATG GTGAAGAGAG GGGTGGATTG 
CCTATAGAAG CATTTTCAGC AGTTCAGGAA CTTTTTAATG GTGCAGAGTG GGTCGATAAT 
AGTGATGATG CTACTTTGTG GTTGCTCAAA CAACTATCTG TTTTACAAAG CAGGCTAAGC 
TCAAATACGT CGCCTGCTGA TTCAGAAGAG GCATCGAGTG TTGCTGATTC AGATTTTATG 
GAGCCTGAAA ACTTTTATGA ATCATCTAAC ACAAGTATGA CAAACTTTCT TGATGATCCC 
TTGTCTCATG ATTCTGCGTC GGATGAAGCA TCAGATATTC TATCCAATCC TTCTGGAGAT 
AGAAGTTTAG TCCAACATAG TGTTAATTTG GACCTTGACA ATGACGCTTT ACATGATATT 
CCCACTCAGC TGGAAAATGT TCCAGAGGTT ACTGTTACTC ATCAATCACT AATTGATGTC 
GAAGAAAGTG CATCTCCACC TTCACTTGTC CCTGATACAA ACAAGCAGGA ACTTTTGCCT 
GCACAATCAC CACCTCCACT TCCTACTAAA TCAAGTACAG GATTACCTCC ACCACCACCA 
CCACCTCCAC CTCCACCTCC ACCACCACCT CCACCAGCAC AACTTAGCAA TCCCACTAGG 
GGTGCTTCAC CTCCCTTGCC ACCGCCTCCA CCTCCCTTGC CTCCAGCTCA GTACATGAGT 
TCAAATAGAG AACCTCAATT GCCGGACAGT AGTAGCTCTG TTTCAAGTGT TTCTGCTCAG 
CTATCCTGTA ATACACGGCC ACCGCCACCC CCACCCCCGC CCCCACCACC TTTTGGGGGT 
ACAACTAACA AGTCTGTACC TCCTCCACCA CCTCCACCAC CTCCACTAAG TGGTACAAGT 
GATTCTGGAA AGGAGCTTAC TCGTCCACCG CCACCGCCAC CGCCACTGCC ACCGCCTCCT 
TTCTGTCCTT CAGCACCTAG TCAAGGAAAT TCTACAAAGG CATATATCCC TCCAGCCCCA 
CCACCGCCTC CTCCACCGCC TGGCATGAGT AATGTTGTAA AGAAAAGCAA CCCTCCACCC 
CCACCACCCC CACCTCCACC ACATAGTTTG AGTAATTCTA CAAAAGCAAA CGTTCCTCCT 
CCTCCTCCTC CCCCATTGCC ATCTTCATCA TTTGGTCTAG GTACCGCTGC AAAGTCATGT 
CCACCTCCAC CACCTCCGCC TCCTCCAAGG AATGGCAATC ACAGAGAAGC ACCTCCACCG 
CCTCCGCCTC CTCCAAGGAA TGGTAATCCT CCTCCACCAC CACCACCACC TCATTCAAGT 
AATTCTACGA AGCCATCTCC ACCTCCTCCC CCACCACCTC ATTCAAGTAA TTCTACGAAG 
CCATCTCCAC CTCCTCCCCC ACCACCACCA CTTTCAGCCA AAGGTAATTC CACAATTACA 
TCTACACCAC CACCTCCACC ACCACCTGCA CCTCTACGAC AAGGCTCAAA ACCTGCCCCA 
CCTCCGCCTC CTGCACCAAA GGCTCCTGGA ACTCAAGCAT CTGCGCATGG TGCAATTCCT 
GGGCCTCCTC CACCACCTGC ACCTAAGGGT TCAGGTGCAC CACCTCCTCC TCCACAGTCT 
GTTGGAAGGG GAAAAACTAC ATTAGGGATG GCTAGTTCAA GAAGTAGAGG TGCTTCTTCA 
ACGACAAAGA AAGCTTCCTT AAAACCTTTG CATTGGGTGA AGGTTACTCG AGCAGTAAAG 
GGAAGTTTAT GGGCTGATAC ACATAAGCAG GAGACTCAGG CTAGGGCCCC TGAGATAGAT 
ATATCGGAAC TTGAAAGCTT GTTCTCAGCT AATACTGATG CAAGTGGTGG GGGTAAAGTA 
GCAGCCAGAC GTGGCCCTAA CATTAACAAA CCAGAAAAAG TGCAATTGGT TGATTTGCGT 
AGAGCTTACA ACTGTGAAAT AATGCTTACA AAAATAAAGA TGCCTCTCCC AGATATGCTG 
AGTGCTGTGC TTGCATTGGA TTCTTCAACA TTGGACATTG ATCAAGTTGA AAATCTGATA 
AAGTTTAGCC CCACAAAAGA GGAAATGGAG ACATTGAAGA ATTACAATGG GGATAGAGCT 
ATGCTTGGGA AATGTGAGCA GTTCTTCTTG GAGCTGATGA AGGTTCCACG AGTTGAATCC 
AAATTAAGAG TATTTGCTTT TAAAATTACA TTTTCTATCC AGGTTAGTGA TTTAAGAGGC 
AACTTGGAAA CTATTAATGC TGCTTCACGA GAGGTAAGAG ATTCTGTGAA GCTGAGACAA 
ATTATGCAGA CAATATTGAC TTTAGGAAAT GCTTTGAACC AAGGAACTGC GAGAGGTTCT 
GCTGTTGGTT TCAAACTAGA CAGCCTTCTT AAATTATCTG ATACACGTGC CAGAAACAAC 
AAAATGACAT TAATGCATTA TCTTTGTAAG CTTCTAGCTG AAAAAATGCC TGAGTTGCTG 
GATTTTGACA AGGATCTTAT CCACTTAGAA GGAGCTTCAA AGATACAATT GAAATCATTG 
GCTGAAGAAA TGCAAGCTGT GAGTAAAGGT CTTGAGAAGG TTGAGCAGGA ACTTGCTGCA 
TCAGATAACG ATGGAGCTAT CTCTGTAGGC TTCCGGAAGG TTTTAAAAGA CTTTCTAGAC 
ACATCTGAAG CTGAAGTCAG GTCTCTTACT ACCTTGTATT CAGAAGTGGG AAGAAGTGCA 
GATTCGCTTT GTCAATACTT TGGGGAAGAT CCCGCTAGGT GCCCTTTTGA ACAAGTAATA 
CAGATACTGT TCGTCTTTGT CAAGTTGTTT AACAAGTCTA GAGAAGAGAA TGCACAGCAG 
GCGGAAGCCG AGAAGAAGAA ATTGGAAAAA GAAGCGATGA AAGAAAAAGC AGCTGCTGCT 
TCTGCTGCAA AGAAGGAAGG ATTGGATCTT GACAGGTCGA AACTCAATCC CATAAATAGA 
AGAAGATAA