LOC107350483 cDNA ORF clone, Acropora digitifera

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107350483
Entrez Gene ID	107350483
Full Name	mitogen-activated protein kinase kinase kinase 4-like
Gene Type	protein-coding
Organism	Acropora digitifera

mRNA and Protein(s)

mRNA	Protein	Name
XM_015916709.1	XP_015772195.1	mitogen-activated protein kinase kinase kinase 4-like

Pathways from BioSystems
Gene Ontology

The following LOC107350483 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107350483 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
OAc77933	XM_015916709.1 Latest version!	Acropora digitifera mitogen-activated protein kinase kinase kinase 4-like (LOC107350483), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

LOC107350483 ( XM_015916709.1 ) cDNA ORF clone, Acropora digitifera -> XP_015772195.1 Acropora digitifera mitogen-activated protein kinase kinase kinase 4-like (LOC107350483), mRNA.

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CloneID	OAc77933
Clone ID Related Accession (Same CDS sequence)	XM_015916709.1
Accession Version	XM_015916709.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4932bp) 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	2016-03-13
Organism	Acropora digitifera
Product	mitogen-activated protein kinase kinase kinase 4-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015441457.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Acropora digitifera Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGCGGAGG GCGGAGAAGA GCTTGACCAA CAAATAGGCT CCCCTTGCGA TGAGATCGAT 
CCATCGGAAT TGTTTGAAAG CTATGTTGGT CTTGAGGGTG AAGGAAATCA CGTGAATGAC 
AAGGGTTCCG GTTCGGATTT GGACTCCGAG TGTGAAGATC AGGTGGAGTT TTCGTCGGAG 
AACGATTTGT CGGACGGACT TCCAAGCCTC GAGCTTGAGA ATTTTCAGTA CGGAGTTACT 
CCGCCAAGAA ATGTGAGAAG ACAGAAGGAA AGAGCACGAA AAGGGAAAGA AAAAATACAT 
TCGACATTAA GAGGACAGTT AAAGCACGAA TCTGCTCATT TCGCTGCTGG GAAAGCTGAG 
TTGGATAGAC AGAAAAAGCG AGGGTCGACT TTGTTGACAA CGGAGCGAGC GTTGCAGAGA 
AAGATGAAAA GGGGATGTGT TGACACGATA TCTTTCAATG TGAGCATGGA TAGCAACGTT 
CATTTTCCAG ATGCTTCTAA GTCATTGGAA ATTCCCTCAA TCAAAATTGA ATCGAATAGT 
CGGTTTTTGT CACTTGATTG CGTTTGTGAG GATGACCGTG AAAACTCCAG AGAGTCTTTT 
GGTGTCGAAA GTCATGCGAC CAACACAGGA TCTGTTCCAA TAAAACGGAG AAACGTAGGC 
GTCCATCCCA AGGCCACTCG GTCAGAATCT GACGCCCGCA GCTACTCAGC TCGGAATTAT 
CTCGATCAAC ATTGCCCAAA AGACAGAATA GAATTTTATA GAACATTTTC TATCTTAATC 
AAGCTTGGTT CACCAGCTCA CAAGCAACAG GAAAGTCAAA AACAACCCAT ATTAAGCAGC 
AGCGTAGATA CTCAGAGCAC AGAAGAGAAC AAGAAGTGGA AAGTTGAATT GTCACAAGCG 
CTGTGGCTGG AACTGCAGGC TTGGCATGCA AACAGAACTA TGGGTGAACA AGATCTTTAC 
CTGATGACAT CACGAGCCAG TGTGGAAGAG GTTTTAGATG AAGTAATAAA CTTCAAGGTT 
AAGGAAAGTA CAGATGTGAC TGTGGTAAAC TCTCAATCAG AAATAGTGAC ATTGAATGAA 
GAAGACCTGT CAGAGTGTAA TGTCTTCTTC ACAAAGGACA CAGAATGTGC TGAAAGCCAA 
ACAGCCAATG AGCAGGTACC TTCATCAGGT GGCAGTGAGC CTTCTCAGGT CCCAAACTCA 
AGTGAGCCAG ATCTCAGACC CGTAAAAGCC CAAGTACATC TTGACCTCAA AACAAATGGC 
ACAATTTGCC CAGAAACAGA TGATACAGAA GGTGTGCAAG AATTTAGCTC ATGCTTTCAA 
CTCAAAGCAG CAATTGAGCA AGTGACAGAG CTATTTGACA AAGTTGAAAG AGTTGAAAAT 
TTGTACCCAA ATCGTCAGTC TCTCGGTGAA CATAACCCAA AGTATAAAAG AGAAGAATTC 
AGTCGAAATT TTGAAACAAT GTGCCTTTGG CTGAATGTGA CCAGAGAGTT GTATCACAAG 
TTGTATTTAA TTGCCAAGTT CGTCAGTGTG GATATGGATG ATTGCGAGAC CTGGAAAGAT 
TGGTTTGAAG TTGGTCTTGG ACAATTAGAT AATGCATTTC CCATATCGGA CCAGCACTGG 
GATGGGGATC GTGAAGCTTT GTCGTTATCC AGTTGTGGGC GCGATCATGA TAGTGGCGAG 
GAAGATGAGG ATGATGATTT GATTGATAAT GAAGATGATG ATGTGTATGA TGGTGATAAC 
AATGAGAGTT ATGATGAAAG AGCAAGTGTT CGAACAAGCA CACCTGCTCA TCCACGAAGA 
ACAGTTTCTT ATGAGTCTCA AGCCAGCTCC CTTTCTCGAC CTTCACGGAC CAGTAGCAAC 
CTGTCTGGGG TTGTACCGGG TCCCACCATG CGTTACAGGC CATTTGTCGA CCACAGCATT 
AAGAAAATGG GTTTGATCAA ATTAGCAAAA AGAGTGGGTG GCATTCTGGA CATGACAGTG 
AAGAAAGCCA GAGGTGCTCT AGCACCTTCA CAACGCTTTT CACTTTGTGT TTGTGACAAG 
TGTCAATGCA AAGATGTTTC ATTCAAAGAG AGGAAAGTCT CTATAAACTA TTTAGAAACA 
CTGTTGGATG AGCAAAATGG AGAGGTTACT GAATTGGTGT GCAGTTGTCA TCCTCACCTT 
ACCTCGTGTC CTGGGCTTGG AAATTTTGAA GGTCGTATTT GGAGTGAGGA GTTTGAAAAA 
ATGGGTCTAC CATCTTTCCG TCCTTTGTAC ATGTTTTTAT GTCGTGTTCC TCTGGACATA 
ATTCATGAAT CCCTGCGTCT GAGACTACAA CATCGACCAA AAGGAGAGCC CTCTTCTTTA 
AGCGTGAGGC AGCTTTTACG AGAATGCAAG GATGTTTTGC TGGGTGGAGT TCTTGTCAAG 
GATTATTATC TCGACCTTGT GGATGGAATT GCAGATGCAG AAGATTTGGG CAAGGACAAC 
AATGAGAGTG ACATTGAGGG ATTTGAGCAG GACCTTCAAA GCTTACTTCA GGTTTACTTT 
GAATATCTTC ACAATGTCAT TCATCTGGTG CAGAGACTAC CTCAGGCATC AAAAGGTCAA 
AAAAACATCC TAGAAGAGGA ATGGAACTTT GTGAAAAAAC ACTGTCGGCA TATACGGGGA 
GGGGAAGTGG AAGGAGGCAC TAGATTTTGT GTCATGGCTT CAGGTTTGTT GCAGTCCACT 
GTTGATTTTT TGATGTCAGG TCTGGATCAG TGTTGTTCAG ATCTCCATAA CAAAACTGAT 
GAAAGTGATG ATCTCAGACG TAAGGTTCTG GAAGCTTGTC GGGGATTTAA ACACCTTTTT 
AATGAGGCAA GAGAAAGAGC TAGCAAAGCC CTTGGATTTA CCAAGAAACT GACCAACGAC 
CTTGAAAATG CAGCAAAGTT TAGCATTCAT GTACCAGTTT GTGAGTTCTT GAGAAGACTA 
GAAGCAAGCG GTCATGTTCA GGTTGAAGCA AGACACACTG CTGGGCTTAT GATGTTTGTT 
CCTAAGACAC TGATTAAGAA AACATGCCAA ATCATCCACT TGTTGAACTC CTGCTGTGTT 
CAGGAGGAAC TTGGGGATCA AGTTGTCTCT GATGGGCAAG GGTACCTTCT GATCATGTCT 
TCCTGTGATG TTGAGGGCAG CAGCGAGACA CCAGTTTCAT GGACTGGAAA GACAGTCCCA 
GTGAATCCAA CTGTGGACAC TGCTATTGGT TTAGCTGACA TACAGGTGGG TGGTATGATT 
CTAGTTGTCC AAAACTCCAA GGAGTTGGAT GAGCAGCGCA CGTTGTTTCT TGAGAGCATG 
AGTCTGTGTG TTAGTATTGT CAAACCAAGA ACATCGAGCC ATCAGACAAT TGCAGAAGCA 
CTGGATGAGC TTCAGGATGC GTGCATTTCC TTGCGTGAAG GAATTGACAC TGCTGTGAAA 
AGAGTTGACG AGAATTTGGA TCTTGACAGC ATGTTTGATA TGGAAGAAAT GGAGAAGGCA 
ATGGTTTACC AAACCTATAC AGAGACAATG CACTTGTGCT ACAGCTTTGG TTTTGAGTAT 
CAGAAAGAGG TAGCACGCCT GGTAATTGGG GAAAGAAGGG ACACTCTTGG AGACAAGATG 
CTTGCATTTG CTCAGCAATG GATGAAGTTT GTGATGTCAA AATGTGAGAG AGGTCGAGGT 
ACAAGACCAA GATGGGCTAA CCAAGGATTA GATTTTTTGA CTGTTGCTTG TGATCCTAAG 
ATGCTGGCAA TTTTATCTGA TGCTAAATAT CAGGTACTCC CTAATTTCAG CCGTGGAGAA 
ACTTTGAGTA AGGCTATTTT TTGTAACTCC ATATTAATTT TACTGTTAGG ATTTCGTTGT 
CAAAGCCCAG CTTGTCCATC CCCTGTCTTT GGAAGAAGCG GGACTTCATC ATCAAGCCTG 
TCTAGGGCTG TTTCCTGGCC AGTGGGCAAA CATCCAAAAT CTCAAGGGGA AGCCTCCAAT 
GTGGATGAGA CTCACGGTAC TCACCGACAG CTGTCCGACC CTGTTTCCAG GCAACAGTTT 
CAAAGTCTGG CTACAGATGT CAAAAGCATT GAAAACAGTG GTGAGGGTGA AAGTGGCAAA 
GAAATTGATG AAGAATGTGA TAGGCATAGA GACAGTTTTG TGGAAGAACC AGGAGCACCA 
TGGCTAGAGA AAGTGCGTCA CTCTTTAAGA AAGATGGAGA CCAAAAGGAA TGATTTTTTA 
TTTGAAAAAC ATGTGATTGG TCGTCTGAGT AACAGACGAC GAGACATTGT CAAGGAATTA 
GCGAGTATTT CAAATCGAAA AGTTCCTTTC AAATGGCAGC GAGGAAATAA GATTGGTGAA 
GGACAGTTTG GGAAAGTTTA TGCTTGTGCA AATTTAGATA CTGGAGAGCT AATGGCTGTA 
AAACAGGTAC AGGTGGTCCG ATTTAACTTG AGTATTCATT GTCATTTAAA ATTTTGCAGA 
GAAACCAGAT TACTGTGGGT GCAATGTAAT AATTATAATT ATTATTATAA TAATAATATT 
ATTTTTGTTT TAGGTGCCAA CATTTTCTTG TCATCTGACG GTTACATCAA ATTGGGTGAT 
TTTGGGTCCT CCATCAAACT TAAGGATCGT TTTCGTACAT TCTATGGAGA GATAAACAAC 
ATGCGAGGGA CAGTTGCATA CATGGCACCA GAGGTTATTA CTTTGGACAA AGGGGCTGGA 
TATGGCCGAG CTGCAGATAT TTGGAGTGTC GGATGCGTTG TGGTTGAGAT GGCAACTGGA 
AAGCCTCCCT GGCCAGAGTG TGAAAACAAC TATACAATTA TGTTCAAAGT AGGTGATGGA 
GGAACACCTG CAATCCCAGA AAGGCTTAGT GAGGAAGGCC AGGATTTCCT TTTGTGTTGT 
TTTAATCATG ATGCTTTCGC CCGAAGTACA GCTATTGACC TAATGGATCA TCCATTTGTC 
AAGTGTTGCT GA

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

RefSeq	XP_015772195.1
CDS	59..4990
Translation	MAEGGEELDQQIGSPCDEIDPSELFESYVGLEGEGNHVNDKGSGSDLDSECEDQVEFSSENDLSDGLPSLELENFQYGVTPPRNVRRQKERARKGKEKIHSTLRGQLKHESAHFAAGKAELDRQKKRGSTLLTTERALQRKMKRGCVDTISFNVSMDSNVHFPDASKSLEIPSIKIESNSRFLSLDCVCEDDRENSRESFGVESHATNTGSVPIKRRNVGVHPKATRSESDARSYSARNYLDQHCPKDRIEFYRTFSILIKLGSPAHKQQESQKQPILSSSVDTQSTEENKKWKVELSQALWLELQAWHANRTMGEQDLYLMTSRASVEEVLDEVINFKVKESTDVTVVNSQSEIVTLNEEDLSECNVFFTKDTECAESQTANEQVPSSGGSEPSQVPNSSEPDLRPVKAQVHLDLKTNGTICPETDDTEGVQEFSSCFQLKAAIEQVTELFDKVERVENLYPNRQSLGEHNPKYKREEFSRNFETMCLWLNVTRELYHKLYLIAKFVSVDMDDCETWKDWFEVGLGQLDNAFPISDQHWDGDREALSLSSCGRDHDSGEEDEDDDLIDNEDDDVYDGDNNESYDERASVRTSTPAHPRRTVSYESQASSLSRPSRTSSNLSGVVPGPTMRYRPFVDHSIKKMGLIKLAKRVGGILDMTVKKARGALAPSQRFSLCVCDKCQCKDVSFKERKVSINYLETLLDEQNGEVTELVCSCHPHLTSCPGLGNFEGRIWSEEFEKMGLPSFRPLYMFLCRVPLDIIHESLRLRLQHRPKGEPSSLSVRQLLRECKDVLLGGVLVKDYYLDLVDGIADAEDLGKDNNESDIEGFEQDLQSLLQVYFEYLHNVIHLVQRLPQASKGQKNILEEEWNFVKKHCRHIRGGEVEGGTRFCVMASGLLQSTVDFLMSGLDQCCSDLHNKTDESDDLRRKVLEACRGFKHLFNEARERASKALGFTKKLTNDLENAAKFSIHVPVCEFLRRLEASGHVQVEARHTAGLMMFVPKTLIKKTCQIIHLLNSCCVQEELGDQVVSDGQGYLLIMSSCDVEGSSETPVSWTGKTVPVNPTVDTAIGLADIQVGGMILVVQNSKELDEQRTLFLESMSLCVSIVKPRTSSHQTIAEALDELQDACISLREGIDTAVKRVDENLDLDSMFDMEEMEKAMVYQTYTETMHLCYSFGFEYQKEVARLVIGERRDTLGDKMLAFAQQWMKFVMSKCERGRGTRPRWANQGLDFLTVACDPKMLAILSDAKYQVLPNFSRGETLSKAIFCNSILILLLGFRCQSPACPSPVFGRSGTSSSSLSRAVSWPVGKHPKSQGEASNVDETHGTHRQLSDPVSRQQFQSLATDVKSIENSGEGESGKEIDEECDRHRDSFVEEPGAPWLEKVRHSLRKMETKRNDFLFEKHVIGRLSNRRRDIVKELASISNRKVPFKWQRGNKIGEGQFGKVYACANLDTGELMAVKQVQVVRFNLSIHCHLKFCRETRLLWVQCNNYNYYYNNNIIFVLGANIFLSSDGYIKLGDFGSSIKLKDRFRTFYGEINNMRGTVAYMAPEVITLDKGAGYGRAADIWSVGCVVVEMATGKPPWPECENNYTIMFKVGDGGTPAIPERLSEEGQDFLLCCFNHDAFARSTAIDLMDHPFVKCC

Target ORF information:

RefSeq Version	XM_015916709.1
Organism	Acropora digitifera
Definition	Acropora digitifera mitogen-activated protein kinase kinase kinase 4-like (LOC107350483), mRNA.

Target ORF information:

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

XM_015916709.1

ORF Insert Sequence:

ATGGCGGAGG GCGGAGAAGA GCTTGACCAA CAAATAGGCT CCCCTTGCGA TGAGATCGAT 
CCATCGGAAT TGTTTGAAAG CTATGTTGGT CTTGAGGGTG AAGGAAATCA CGTGAATGAC 
AAGGGTTCCG GTTCGGATTT GGACTCCGAG TGTGAAGATC AGGTGGAGTT TTCGTCGGAG 
AACGATTTGT CGGACGGACT TCCAAGCCTC GAGCTTGAGA ATTTTCAGTA CGGAGTTACT 
CCGCCAAGAA ATGTGAGAAG ACAGAAGGAA AGAGCACGAA AAGGGAAAGA AAAAATACAT 
TCGACATTAA GAGGACAGTT AAAGCACGAA TCTGCTCATT TCGCTGCTGG GAAAGCTGAG 
TTGGATAGAC AGAAAAAGCG AGGGTCGACT TTGTTGACAA CGGAGCGAGC GTTGCAGAGA 
AAGATGAAAA GGGGATGTGT TGACACGATA TCTTTCAATG TGAGCATGGA TAGCAACGTT 
CATTTTCCAG ATGCTTCTAA GTCATTGGAA ATTCCCTCAA TCAAAATTGA ATCGAATAGT 
CGGTTTTTGT CACTTGATTG CGTTTGTGAG GATGACCGTG AAAACTCCAG AGAGTCTTTT 
GGTGTCGAAA GTCATGCGAC CAACACAGGA TCTGTTCCAA TAAAACGGAG AAACGTAGGC 
GTCCATCCCA AGGCCACTCG GTCAGAATCT GACGCCCGCA GCTACTCAGC TCGGAATTAT 
CTCGATCAAC ATTGCCCAAA AGACAGAATA GAATTTTATA GAACATTTTC TATCTTAATC 
AAGCTTGGTT CACCAGCTCA CAAGCAACAG GAAAGTCAAA AACAACCCAT ATTAAGCAGC 
AGCGTAGATA CTCAGAGCAC AGAAGAGAAC AAGAAGTGGA AAGTTGAATT GTCACAAGCG 
CTGTGGCTGG AACTGCAGGC TTGGCATGCA AACAGAACTA TGGGTGAACA AGATCTTTAC 
CTGATGACAT CACGAGCCAG TGTGGAAGAG GTTTTAGATG AAGTAATAAA CTTCAAGGTT 
AAGGAAAGTA CAGATGTGAC TGTGGTAAAC TCTCAATCAG AAATAGTGAC ATTGAATGAA 
GAAGACCTGT CAGAGTGTAA TGTCTTCTTC ACAAAGGACA CAGAATGTGC TGAAAGCCAA 
ACAGCCAATG AGCAGGTACC TTCATCAGGT GGCAGTGAGC CTTCTCAGGT CCCAAACTCA 
AGTGAGCCAG ATCTCAGACC CGTAAAAGCC CAAGTACATC TTGACCTCAA AACAAATGGC 
ACAATTTGCC CAGAAACAGA TGATACAGAA GGTGTGCAAG AATTTAGCTC ATGCTTTCAA 
CTCAAAGCAG CAATTGAGCA AGTGACAGAG CTATTTGACA AAGTTGAAAG AGTTGAAAAT 
TTGTACCCAA ATCGTCAGTC TCTCGGTGAA CATAACCCAA AGTATAAAAG AGAAGAATTC 
AGTCGAAATT TTGAAACAAT GTGCCTTTGG CTGAATGTGA CCAGAGAGTT GTATCACAAG 
TTGTATTTAA TTGCCAAGTT CGTCAGTGTG GATATGGATG ATTGCGAGAC CTGGAAAGAT 
TGGTTTGAAG TTGGTCTTGG ACAATTAGAT AATGCATTTC CCATATCGGA CCAGCACTGG 
GATGGGGATC GTGAAGCTTT GTCGTTATCC AGTTGTGGGC GCGATCATGA TAGTGGCGAG 
GAAGATGAGG ATGATGATTT GATTGATAAT GAAGATGATG ATGTGTATGA TGGTGATAAC 
AATGAGAGTT ATGATGAAAG AGCAAGTGTT CGAACAAGCA CACCTGCTCA TCCACGAAGA 
ACAGTTTCTT ATGAGTCTCA AGCCAGCTCC CTTTCTCGAC CTTCACGGAC CAGTAGCAAC 
CTGTCTGGGG TTGTACCGGG TCCCACCATG CGTTACAGGC CATTTGTCGA CCACAGCATT 
AAGAAAATGG GTTTGATCAA ATTAGCAAAA AGAGTGGGTG GCATTCTGGA CATGACAGTG 
AAGAAAGCCA GAGGTGCTCT AGCACCTTCA CAACGCTTTT CACTTTGTGT TTGTGACAAG 
TGTCAATGCA AAGATGTTTC ATTCAAAGAG AGGAAAGTCT CTATAAACTA TTTAGAAACA 
CTGTTGGATG AGCAAAATGG AGAGGTTACT GAATTGGTGT GCAGTTGTCA TCCTCACCTT 
ACCTCGTGTC CTGGGCTTGG AAATTTTGAA GGTCGTATTT GGAGTGAGGA GTTTGAAAAA 
ATGGGTCTAC CATCTTTCCG TCCTTTGTAC ATGTTTTTAT GTCGTGTTCC TCTGGACATA 
ATTCATGAAT CCCTGCGTCT GAGACTACAA CATCGACCAA AAGGAGAGCC CTCTTCTTTA 
AGCGTGAGGC AGCTTTTACG AGAATGCAAG GATGTTTTGC TGGGTGGAGT TCTTGTCAAG 
GATTATTATC TCGACCTTGT GGATGGAATT GCAGATGCAG AAGATTTGGG CAAGGACAAC 
AATGAGAGTG ACATTGAGGG ATTTGAGCAG GACCTTCAAA GCTTACTTCA GGTTTACTTT 
GAATATCTTC ACAATGTCAT TCATCTGGTG CAGAGACTAC CTCAGGCATC AAAAGGTCAA 
AAAAACATCC TAGAAGAGGA ATGGAACTTT GTGAAAAAAC ACTGTCGGCA TATACGGGGA 
GGGGAAGTGG AAGGAGGCAC TAGATTTTGT GTCATGGCTT CAGGTTTGTT GCAGTCCACT 
GTTGATTTTT TGATGTCAGG TCTGGATCAG TGTTGTTCAG ATCTCCATAA CAAAACTGAT 
GAAAGTGATG ATCTCAGACG TAAGGTTCTG GAAGCTTGTC GGGGATTTAA ACACCTTTTT 
AATGAGGCAA GAGAAAGAGC TAGCAAAGCC CTTGGATTTA CCAAGAAACT GACCAACGAC 
CTTGAAAATG CAGCAAAGTT TAGCATTCAT GTACCAGTTT GTGAGTTCTT GAGAAGACTA 
GAAGCAAGCG GTCATGTTCA GGTTGAAGCA AGACACACTG CTGGGCTTAT GATGTTTGTT 
CCTAAGACAC TGATTAAGAA AACATGCCAA ATCATCCACT TGTTGAACTC CTGCTGTGTT 
CAGGAGGAAC TTGGGGATCA AGTTGTCTCT GATGGGCAAG GGTACCTTCT GATCATGTCT 
TCCTGTGATG TTGAGGGCAG CAGCGAGACA CCAGTTTCAT GGACTGGAAA GACAGTCCCA 
GTGAATCCAA CTGTGGACAC TGCTATTGGT TTAGCTGACA TACAGGTGGG TGGTATGATT 
CTAGTTGTCC AAAACTCCAA GGAGTTGGAT GAGCAGCGCA CGTTGTTTCT TGAGAGCATG 
AGTCTGTGTG TTAGTATTGT CAAACCAAGA ACATCGAGCC ATCAGACAAT TGCAGAAGCA 
CTGGATGAGC TTCAGGATGC GTGCATTTCC TTGCGTGAAG GAATTGACAC TGCTGTGAAA 
AGAGTTGACG AGAATTTGGA TCTTGACAGC ATGTTTGATA TGGAAGAAAT GGAGAAGGCA 
ATGGTTTACC AAACCTATAC AGAGACAATG CACTTGTGCT ACAGCTTTGG TTTTGAGTAT 
CAGAAAGAGG TAGCACGCCT GGTAATTGGG GAAAGAAGGG ACACTCTTGG AGACAAGATG 
CTTGCATTTG CTCAGCAATG GATGAAGTTT GTGATGTCAA AATGTGAGAG AGGTCGAGGT 
ACAAGACCAA GATGGGCTAA CCAAGGATTA GATTTTTTGA CTGTTGCTTG TGATCCTAAG 
ATGCTGGCAA TTTTATCTGA TGCTAAATAT CAGGTACTCC CTAATTTCAG CCGTGGAGAA 
ACTTTGAGTA AGGCTATTTT TTGTAACTCC ATATTAATTT TACTGTTAGG ATTTCGTTGT 
CAAAGCCCAG CTTGTCCATC CCCTGTCTTT GGAAGAAGCG GGACTTCATC ATCAAGCCTG 
TCTAGGGCTG TTTCCTGGCC AGTGGGCAAA CATCCAAAAT CTCAAGGGGA AGCCTCCAAT 
GTGGATGAGA CTCACGGTAC TCACCGACAG CTGTCCGACC CTGTTTCCAG GCAACAGTTT 
CAAAGTCTGG CTACAGATGT CAAAAGCATT GAAAACAGTG GTGAGGGTGA AAGTGGCAAA 
GAAATTGATG AAGAATGTGA TAGGCATAGA GACAGTTTTG TGGAAGAACC AGGAGCACCA 
TGGCTAGAGA AAGTGCGTCA CTCTTTAAGA AAGATGGAGA CCAAAAGGAA TGATTTTTTA 
TTTGAAAAAC ATGTGATTGG TCGTCTGAGT AACAGACGAC GAGACATTGT CAAGGAATTA 
GCGAGTATTT CAAATCGAAA AGTTCCTTTC AAATGGCAGC GAGGAAATAA GATTGGTGAA 
GGACAGTTTG GGAAAGTTTA TGCTTGTGCA AATTTAGATA CTGGAGAGCT AATGGCTGTA 
AAACAGGTAC AGGTGGTCCG ATTTAACTTG AGTATTCATT GTCATTTAAA ATTTTGCAGA 
GAAACCAGAT TACTGTGGGT GCAATGTAAT AATTATAATT ATTATTATAA TAATAATATT 
ATTTTTGTTT TAGGTGCCAA CATTTTCTTG TCATCTGACG GTTACATCAA ATTGGGTGAT 
TTTGGGTCCT CCATCAAACT TAAGGATCGT TTTCGTACAT TCTATGGAGA GATAAACAAC 
ATGCGAGGGA CAGTTGCATA CATGGCACCA GAGGTTATTA CTTTGGACAA AGGGGCTGGA 
TATGGCCGAG CTGCAGATAT TTGGAGTGTC GGATGCGTTG TGGTTGAGAT GGCAACTGGA 
AAGCCTCCCT GGCCAGAGTG TGAAAACAAC TATACAATTA TGTTCAAAGT AGGTGATGGA 
GGAACACCTG CAATCCCAGA AAGGCTTAGT GAGGAAGGCC AGGATTTCCT TTTGTGTTGT 
TTTAATCATG ATGCTTTCGC CCGAAGTACA GCTATTGACC TAATGGATCA TCCATTTGTC 
AAGTGTTGCT GA