MROH2B cDNA ORF clone, Balaenoptera acutorostrata scammoni

Gene
Clones
gRNAs

Summary

Gene Symbol	MROH2B
Entrez Gene ID	102999422
Full Name	maestro heat like repeat family member 2B
Gene Type	protein-coding
Organism	Balaenoptera acutorostrata scammoni

mRNA and Protein(s)

mRNA	Protein	Name
XM_007192267.1	XP_007192329.1	maestro heat-like repeat-containing protein family member 2B

Pathways from BioSystems
Gene Ontology

The following MROH2B gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the MROH2B 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
OBa170377	XM_007192267.1 Latest version!	Balaenoptera acutorostrata scammoni maestro heat like repeat family member 2B (MROH2B), 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)

MROH2B ( XM_007192267.1 ) cDNA ORF clone, Balaenoptera acutorostrata scammoni -> XP_007192329.1 Balaenoptera acutorostrata scammoni maestro heat like repeat family member 2B (MROH2B), mRNA.

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CloneID	OBa170377
Clone ID Related Accession (Same CDS sequence)	XM_007192267.1
Accession Version	XM_007192267.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4761bp) 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	2019-02-11
Organism	Balaenoptera acutorostrata scammoni
Product	maestro heat-like repeat-containing protein family member 2B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006731789.1) 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 Name :: Balaenoptera acutorostrata scammoni Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 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##

ATGGCCAAGG ACACAAAGGA ATCTGCAGGG ATTTTTGGAG AGATTAACCT CACTCTCAGC 
ATGCTGAACA AGGAAGATAA TATTAGCAAG GAAGACATTT ATGGTCATCT CACTTCCGTT 
ATTCAGAATA CTGACATCTT GGGTGATGCA ATTGTCCAAA GGTTGATTTA TTACGCTTCT 
AAGGACATGA GAGATGACAA TATCTCCAGA GAAATCAGAA TGCTAGCTGG GGAGGTACTG 
GTGTCTCTCG CTGCACATGA TTTCAACTCT GTGATGTATG AAGTACAAAA TAACTTCAGG 
ATCCTGGAGC TACCAAATGA ATTCGTTGTG CTTGCCCTGG CTGAACTGGC AATGAGCTAC 
GTGTCCCAGA GCATTCCCTT CATGATGATG ACCTTGCTCA CCATGCAAAC CATGCTCAGG 
CTGGCCGAGG AGGAAGGGAT GAAGGGAGCT TTCTGTATCG CCCTTGAGAA GTTCAGCAGA 
GCCATTTACA AGTATGTCAA CCACTGGAGA GACTTCCCCT ACCCCAGATT GGACACCAAT 
CGCCTCTCTG ACAAAATCTT CATGCTGTTC CGGTATATCA TGGACAAGTG GGCTGCCACG 
ACCTCGCCCA CACAAATTTT GGCCATCATT AAGGCTCATG GCCCCACAGT GAGCTTGCTT 
CTCCATCGGG AAGACCTCTG TGAATACGCC CTGGGCCAGG TCCCTTGGCT CCTGAAGCAG 
TATAAAGACA AAGAGATTGA TTTCCACGTC ACTCAGAGTC TAAGACAGAT ATTGACCGCG 
GCAGTCCTTT ATGACGTTAG CCTTCCAAAG GCCTTGAGGA AGACCATCTT TATCAATTTA 
CTCCACCAGG TGTGCAGAGT TCTAGATCCT CCAGTAAGGG AAAATGAAAT CGAAGCTTCA 
GACTGTTTCC TCATTCTAGC CCATTCCAGC CCTGCAGACC TGATAGAATT TTTTGATGAA 
CAAATGAGAA GTAATAATGA ACCCACTCGA ATGGGAATCT TGACTTTGTT AAGATCGGCT 
ATCAGTGCTG AAGAGCCCAA TTTGAGGGAT CACATCACTT CAATTGAAAA AACAGTCAAA 
GTCGTCATGG GTGACCTCAG TATTAAAGTG AGGAATTCCG CCCTCCTCCT CATCCAAACC 
ATGTGTGAAA AATGCTACAT TGAAGCCCAG GAAGGCTGGC CACTGATTGA CTACATCTTC 
TCCCAGTTTG CAATGTCCAA CAAGAATCTG GAGAAACCAA TGAAACCTAA CTCCCAGGAG 
ACCGAAAAGG GAGAGAAATG TATCCAAGAA ACAAGCCTGG AGGTCTTAAA AACCCTGGAC 
CCACTGATCA TTGGAATGCC TCAGGTGCTA TGGCCAAGAA TCCTGACTTT TGTGGTACCT 
GCAGAATATA CGGGAACGCT GAAATACCTG TTTAATATCA TCAGAATTCT CTTTATGGCA 
GAGGAGAGGA AGAAGAATAA TGCCAAGGAG TCAACAGCAC TTGTCCTCTC TACAGGAGCT 
GTGAAACTTC CTTCACCACA ACAGCTACTG GCCAGACTTC TGGTAATATC TATGCTCGCC 
AGCTTAGGGA AATTACGTGG GGTCGGTGCA ATAGGACTTT TGAAGATATT GCCTGAGATA 
ATTCACCCAA ATTTGGTAGA GCTATGGAAA ACACGCATAC CTGAGCTCCT GCAGCCTCTG 
GAAGGAAAGA ACACTAATAT CATGCTGTGG GAGACCATGC TGCTTCAGTT GCTCAAAGAG 
TCGTTATGGA AGATCAATGA CGTAGCCTGG ACCATTCAAC TGAGTCGGGA TTTCAACCAG 
CAAATGGACA GTTATGGCAA CACCTCTGTT GAGAAGAAAT TTCTTTGGAA AGCCTTGGGA 
ACCACCTTAG CGTCCTGCCA AGACACAGAC TTTGTAAGCT CACAGATTAA GGAATCTCTG 
GTTGCTCCCA ACCACCTGGG AGATCAACGC CAGGGAATAA CATCTATCTT AGGATACTGT 
GCCGAGAACC ACTTTGAAAT TGTTTTAAAA GTTCTTAAAA CATTCCAAGA TCGGGAAAAG 
TTTTTCATGA ATCGATGCAA GGGTATTTTC TCTGGGAAAA AAAGCCTGAC CAAGACTGAC 
ATCATGCTAA TCTATGGAGC CGTGGCCCTT CATGCTCCCA AGAGGCAGCT CCTCCCCAGG 
CTTGATCAAG ACATTGTGTC CCAAGTCCTG TTTCTTTATG GCCAGTGCTC TCAGGTTCTG 
GGCATGGCTG TGATGAACAA GGACATGGAT CTGCAGATGA GTTTTATAAG AAGTATCACG 
GAAATTGCCA TTGCTGTCCA AGATGCTGAG GATGAGAAGT TCAAGTTTTC CTACAAGGAG 
GTGCTGCTGG GTTACATGCT GGACTTCATC AGGGATGAGC CCCTGGATTC CTTGGCTAGC 
CCTGTTAGGT GGAAAGCCTT AATCGCCATC AGATACCTCA GTAAACTGAA ACCTCAGCTC 
TCACTGAATG ACCATCTTAA TATTCTCGAG GAGAACATTC GGAAGCTGCT GCCCCTTCCA 
CCTCTGGAAA AACTCAAAAA TGAGGGCGAG ACAGACAAGG ACAAGGAGCA CATTCATTTT 
CTCTACGAGC GATCCATGGA TGCTCTGGGG AAGCTGCTGA GGGCCATGAT GTGGGAAAAC 
GCGAAAGCAG AGGACTGTCA AGAAATGTTC AACCTTCTCC GAATGTGGCT TGTTTCACAA 
AAAGAGAGGG AAAGGGAAGG AGCCTTCCAG ATCACCGCGA AAGTGCTGAC AAATGATATT 
GAGGCACCAG AGAACTTTAA AATCGGCTCA CTCCTCGGCC TCCTGGCTCC TCACTCCTGT 
GACACCCTGC CCTCCATCCG CCAGGCGGCT GCAAGCTCGG CTATTGGTCT GTTCTGCATA 
AAAGGCATTC GCCTGGAAGT GGAAAGACTA CAGGGTTTGC AGGAAGGGCT GCAATGTGAT 
GATGTGCAGG TCCAGATCAA GATTTCCTCA AAAATAGCAA AGATCGTCAG TAGACTCATC 
CCAAGTGAAG AAATGCTCAT GTTCCTGGGG GAAACCCTGG ATGGTCTGGA GAGCCTCAAC 
CCCACGTGTA CAAAGGCATG TGGCGTCTGG ATGATCGCTG CCCTGAAGGA GCAGGGAGCT 
GCTTTAGAAG ATCAGCTGTT GGAGATCTTG GGCATAATTT ACCATCACAT GCCGGTCCTC 
AGACAAAAGG AGGAAAGTTT TCAGTTTATG CTGGAAGCCA TCTCCCAAAT AGCCAGCTTT 
CACATGGATG GAGTTGTTGC CAACCTTTTA CAGAAGCCTC TGCCCTTTGA CAGGGACACA 
AAGACACTGT GGAAGGCCCT GGCTGAGAAC CCAGCCTCCA GTGGCAAACT CTTGCGAGCC 
TTAATAGACA AACTGGAGAA TGAGTTAGAA GATGACCTCG CGGGGACAGA GGCGATCTCC 
GTGGCCTGTG CAATTTATGA AGTGGTGTCG ACAGGCACCC CTGTCGCAGG CCTGTACCCA 
AAGCTGTTCG CCCTTTTCCT GAAGCTGGTC AGCTGCACAC TGGGCCAGAA GATGCCCCCT 
TCGACCCTAA ACCGCCGCCG GCGGGTGATG CAGCAGGGGG AACGGCAGCA GATCGCAGAC 
CCCTGCAGGC TCTCGACTAC AACTCTGAAG TGTGTGCAGG CCCAGGCCAT GAAAGAAGGG 
CTGGCCAAAG AATTTGACGA GGGGGACAAC ATGTGGACCC TCCTCAGCAG TCCCAGTAGG 
CACCACATAG GAGTCTGTGC ACTGGCCAGG AGCATGGCAG TGTGGCAACA CAGAGTCATA 
CTGGACATCA CGGAACAACT CTTCCCATCC CTGACCTCCT CCTCGGAGAA CTACCGGATA 
ACGGGCGCAG CTTTCTTCTC TGAGCTCATG AAGGAGCCAC TCCTTTGGAA GCACGGGAAT 
CTACGGCATG TGCTGATCTT GATGGGTCAG AGTGCCTGGG ACTCCAACGC CATTCTGAGG 
CAAATGGCCA TCCAAGGGCT CGGCAATACC GCTTCTGGAG CCCCTCACAA GGTAAAGAAG 
CACAAGCAGA TAATGTTAGA ATCTATCGTC AGAGGCCTCT ATCACCTGGC CCGCACCGAG 
GTCGTCTGTG AAAGCTTGAA GGCTCTAAAA AAGATCCTGG AGCTGCTCAC AGACCGAGAT 
GTAAGCTTCT ACTTCAAAGA AATAGTGCTG CAAACAAGAA CCTTCTTTGA AGACGAGCAG 
GATGATGTGA GGCTGACGGC CGTCCTCTTA TTTGAGAATC TGGCATCCCT AACAGGAAGA 
AGGTGGAAGA TTTTTTTTGC TGAAGAAATT AAAAAGAGCA TGATTTCATT CCTTCTCCAC 
CTCTGGGATC CCAATCCCAA GATTAGAACT GCTTGCCGTG ATGTCCTGAT CATCTGCATT 
CCTTTTCTGG GCCTCCAGGA ACTCTGTGGG GTATTAGATC ATCTCCTTGA TGGTCAGGAT 
CTCCCAAGGG CCAGGGATTT CTACAGGCAA TTCTGTGCGA AGCTGGCAAA GAAAAACCAA 
GAAATCCTGT GGATCCTCCA CACACACTCA CTCACCTTCT TCAGCAGCAG CTGGGAGATG 
ATCAGGAGTG CGGCCACCAA ACTCACAGAT GCCATTGTTA TCAATTTGAC CTACCAATAT 
ATGGAGTTAA TAGACAGAGA ACAGCTGACC ACACGGCTCC AAGCACTTCG ACAAGACCCC 
TGCATCAGTG TCCAGAGAGC AGCCGAAGCT GCCTTGCAGA CCCTCTTGAG AAGGTGCAAA 
GAGATGAGCA TCCATCCGTA A

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

RefSeq	XP_007192329.1
CDS	1..4761
Translation	MAKDTKESAGIFGEINLTLSMLNKEDNISKEDIYGHLTSVIQNTDILGDAIVQRLIYYASKDMRDDNISREIRMLAGEVLVSLAAHDFNSVMYEVQNNFRILELPNEFVVLALAELAMSYVSQSIPFMMMTLLTMQTMLRLAEEEGMKGAFCIALEKFSRAIYKYVNHWRDFPYPRLDTNRLSDKIFMLFRYIMDKWAATTSPTQILAIIKAHGPTVSLLLHREDLCEYALGQVPWLLKQYKDKEIDFHVTQSLRQILTAAVLYDVSLPKALRKTIFINLLHQVCRVLDPPVRENEIEASDCFLILAHSSPADLIEFFDEQMRSNNEPTRMGILTLLRSAISAEEPNLRDHITSIEKTVKVVMGDLSIKVRNSALLLIQTMCEKCYIEAQEGWPLIDYIFSQFAMSNKNLEKPMKPNSQETEKGEKCIQETSLEVLKTLDPLIIGMPQVLWPRILTFVVPAEYTGTLKYLFNIIRILFMAEERKKNNAKESTALVLSTGAVKLPSPQQLLARLLVISMLASLGKLRGVGAIGLLKILPEIIHPNLVELWKTRIPELLQPLEGKNTNIMLWETMLLQLLKESLWKINDVAWTIQLSRDFNQQMDSYGNTSVEKKFLWKALGTTLASCQDTDFVSSQIKESLVAPNHLGDQRQGITSILGYCAENHFEIVLKVLKTFQDREKFFMNRCKGIFSGKKSLTKTDIMLIYGAVALHAPKRQLLPRLDQDIVSQVLFLYGQCSQVLGMAVMNKDMDLQMSFIRSITEIAIAVQDAEDEKFKFSYKEVLLGYMLDFIRDEPLDSLASPVRWKALIAIRYLSKLKPQLSLNDHLNILEENIRKLLPLPPLEKLKNEGETDKDKEHIHFLYERSMDALGKLLRAMMWENAKAEDCQEMFNLLRMWLVSQKEREREGAFQITAKVLTNDIEAPENFKIGSLLGLLAPHSCDTLPSIRQAAASSAIGLFCIKGIRLEVERLQGLQEGLQCDDVQVQIKISSKIAKIVSRLIPSEEMLMFLGETLDGLESLNPTCTKACGVWMIAALKEQGAALEDQLLEILGIIYHHMPVLRQKEESFQFMLEAISQIASFHMDGVVANLLQKPLPFDRDTKTLWKALAENPASSGKLLRALIDKLENELEDDLAGTEAISVACAIYEVVSTGTPVAGLYPKLFALFLKLVSCTLGQKMPPSTLNRRRRVMQQGERQQIADPCRLSTTTLKCVQAQAMKEGLAKEFDEGDNMWTLLSSPSRHHIGVCALARSMAVWQHRVILDITEQLFPSLTSSSENYRITGAAFFSELMKEPLLWKHGNLRHVLILMGQSAWDSNAILRQMAIQGLGNTASGAPHKVKKHKQIMLESIVRGLYHLARTEVVCESLKALKKILELLTDRDVSFYFKEIVLQTRTFFEDEQDDVRLTAVLLFENLASLTGRRWKIFFAEEIKKSMISFLLHLWDPNPKIRTACRDVLIICIPFLGLQELCGVLDHLLDGQDLPRARDFYRQFCAKLAKKNQEILWILHTHSLTFFSSSWEMIRSAATKLTDAIVINLTYQYMELIDREQLTTRLQALRQDPCISVQRAAEAALQTLLRRCKEMSIHP

Target ORF information:

RefSeq Version	XM_007192267.1
Organism	Balaenoptera acutorostrata scammoni
Definition	Balaenoptera acutorostrata scammoni maestro heat like repeat family member 2B (MROH2B), mRNA.

Target ORF information:

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

XM_007192267.1

ORF Insert Sequence:

ATGGCCAAGG ACACAAAGGA ATCTGCAGGG ATTTTTGGAG AGATTAACCT CACTCTCAGC 
ATGCTGAACA AGGAAGATAA TATTAGCAAG GAAGACATTT ATGGTCATCT CACTTCCGTT 
ATTCAGAATA CTGACATCTT GGGTGATGCA ATTGTCCAAA GGTTGATTTA TTACGCTTCT 
AAGGACATGA GAGATGACAA TATCTCCAGA GAAATCAGAA TGCTAGCTGG GGAGGTACTG 
GTGTCTCTCG CTGCACATGA TTTCAACTCT GTGATGTATG AAGTACAAAA TAACTTCAGG 
ATCCTGGAGC TACCAAATGA ATTCGTTGTG CTTGCCCTGG CTGAACTGGC AATGAGCTAC 
GTGTCCCAGA GCATTCCCTT CATGATGATG ACCTTGCTCA CCATGCAAAC CATGCTCAGG 
CTGGCCGAGG AGGAAGGGAT GAAGGGAGCT TTCTGTATCG CCCTTGAGAA GTTCAGCAGA 
GCCATTTACA AGTATGTCAA CCACTGGAGA GACTTCCCCT ACCCCAGATT GGACACCAAT 
CGCCTCTCTG ACAAAATCTT CATGCTGTTC CGGTATATCA TGGACAAGTG GGCTGCCACG 
ACCTCGCCCA CACAAATTTT GGCCATCATT AAGGCTCATG GCCCCACAGT GAGCTTGCTT 
CTCCATCGGG AAGACCTCTG TGAATACGCC CTGGGCCAGG TCCCTTGGCT CCTGAAGCAG 
TATAAAGACA AAGAGATTGA TTTCCACGTC ACTCAGAGTC TAAGACAGAT ATTGACCGCG 
GCAGTCCTTT ATGACGTTAG CCTTCCAAAG GCCTTGAGGA AGACCATCTT TATCAATTTA 
CTCCACCAGG TGTGCAGAGT TCTAGATCCT CCAGTAAGGG AAAATGAAAT CGAAGCTTCA 
GACTGTTTCC TCATTCTAGC CCATTCCAGC CCTGCAGACC TGATAGAATT TTTTGATGAA 
CAAATGAGAA GTAATAATGA ACCCACTCGA ATGGGAATCT TGACTTTGTT AAGATCGGCT 
ATCAGTGCTG AAGAGCCCAA TTTGAGGGAT CACATCACTT CAATTGAAAA AACAGTCAAA 
GTCGTCATGG GTGACCTCAG TATTAAAGTG AGGAATTCCG CCCTCCTCCT CATCCAAACC 
ATGTGTGAAA AATGCTACAT TGAAGCCCAG GAAGGCTGGC CACTGATTGA CTACATCTTC 
TCCCAGTTTG CAATGTCCAA CAAGAATCTG GAGAAACCAA TGAAACCTAA CTCCCAGGAG 
ACCGAAAAGG GAGAGAAATG TATCCAAGAA ACAAGCCTGG AGGTCTTAAA AACCCTGGAC 
CCACTGATCA TTGGAATGCC TCAGGTGCTA TGGCCAAGAA TCCTGACTTT TGTGGTACCT 
GCAGAATATA CGGGAACGCT GAAATACCTG TTTAATATCA TCAGAATTCT CTTTATGGCA 
GAGGAGAGGA AGAAGAATAA TGCCAAGGAG TCAACAGCAC TTGTCCTCTC TACAGGAGCT 
GTGAAACTTC CTTCACCACA ACAGCTACTG GCCAGACTTC TGGTAATATC TATGCTCGCC 
AGCTTAGGGA AATTACGTGG GGTCGGTGCA ATAGGACTTT TGAAGATATT GCCTGAGATA 
ATTCACCCAA ATTTGGTAGA GCTATGGAAA ACACGCATAC CTGAGCTCCT GCAGCCTCTG 
GAAGGAAAGA ACACTAATAT CATGCTGTGG GAGACCATGC TGCTTCAGTT GCTCAAAGAG 
TCGTTATGGA AGATCAATGA CGTAGCCTGG ACCATTCAAC TGAGTCGGGA TTTCAACCAG 
CAAATGGACA GTTATGGCAA CACCTCTGTT GAGAAGAAAT TTCTTTGGAA AGCCTTGGGA 
ACCACCTTAG CGTCCTGCCA AGACACAGAC TTTGTAAGCT CACAGATTAA GGAATCTCTG 
GTTGCTCCCA ACCACCTGGG AGATCAACGC CAGGGAATAA CATCTATCTT AGGATACTGT 
GCCGAGAACC ACTTTGAAAT TGTTTTAAAA GTTCTTAAAA CATTCCAAGA TCGGGAAAAG 
TTTTTCATGA ATCGATGCAA GGGTATTTTC TCTGGGAAAA AAAGCCTGAC CAAGACTGAC 
ATCATGCTAA TCTATGGAGC CGTGGCCCTT CATGCTCCCA AGAGGCAGCT CCTCCCCAGG 
CTTGATCAAG ACATTGTGTC CCAAGTCCTG TTTCTTTATG GCCAGTGCTC TCAGGTTCTG 
GGCATGGCTG TGATGAACAA GGACATGGAT CTGCAGATGA GTTTTATAAG AAGTATCACG 
GAAATTGCCA TTGCTGTCCA AGATGCTGAG GATGAGAAGT TCAAGTTTTC CTACAAGGAG 
GTGCTGCTGG GTTACATGCT GGACTTCATC AGGGATGAGC CCCTGGATTC CTTGGCTAGC 
CCTGTTAGGT GGAAAGCCTT AATCGCCATC AGATACCTCA GTAAACTGAA ACCTCAGCTC 
TCACTGAATG ACCATCTTAA TATTCTCGAG GAGAACATTC GGAAGCTGCT GCCCCTTCCA 
CCTCTGGAAA AACTCAAAAA TGAGGGCGAG ACAGACAAGG ACAAGGAGCA CATTCATTTT 
CTCTACGAGC GATCCATGGA TGCTCTGGGG AAGCTGCTGA GGGCCATGAT GTGGGAAAAC 
GCGAAAGCAG AGGACTGTCA AGAAATGTTC AACCTTCTCC GAATGTGGCT TGTTTCACAA 
AAAGAGAGGG AAAGGGAAGG AGCCTTCCAG ATCACCGCGA AAGTGCTGAC AAATGATATT 
GAGGCACCAG AGAACTTTAA AATCGGCTCA CTCCTCGGCC TCCTGGCTCC TCACTCCTGT 
GACACCCTGC CCTCCATCCG CCAGGCGGCT GCAAGCTCGG CTATTGGTCT GTTCTGCATA 
AAAGGCATTC GCCTGGAAGT GGAAAGACTA CAGGGTTTGC AGGAAGGGCT GCAATGTGAT 
GATGTGCAGG TCCAGATCAA GATTTCCTCA AAAATAGCAA AGATCGTCAG TAGACTCATC 
CCAAGTGAAG AAATGCTCAT GTTCCTGGGG GAAACCCTGG ATGGTCTGGA GAGCCTCAAC 
CCCACGTGTA CAAAGGCATG TGGCGTCTGG ATGATCGCTG CCCTGAAGGA GCAGGGAGCT 
GCTTTAGAAG ATCAGCTGTT GGAGATCTTG GGCATAATTT ACCATCACAT GCCGGTCCTC 
AGACAAAAGG AGGAAAGTTT TCAGTTTATG CTGGAAGCCA TCTCCCAAAT AGCCAGCTTT 
CACATGGATG GAGTTGTTGC CAACCTTTTA CAGAAGCCTC TGCCCTTTGA CAGGGACACA 
AAGACACTGT GGAAGGCCCT GGCTGAGAAC CCAGCCTCCA GTGGCAAACT CTTGCGAGCC 
TTAATAGACA AACTGGAGAA TGAGTTAGAA GATGACCTCG CGGGGACAGA GGCGATCTCC 
GTGGCCTGTG CAATTTATGA AGTGGTGTCG ACAGGCACCC CTGTCGCAGG CCTGTACCCA 
AAGCTGTTCG CCCTTTTCCT GAAGCTGGTC AGCTGCACAC TGGGCCAGAA GATGCCCCCT 
TCGACCCTAA ACCGCCGCCG GCGGGTGATG CAGCAGGGGG AACGGCAGCA GATCGCAGAC 
CCCTGCAGGC TCTCGACTAC AACTCTGAAG TGTGTGCAGG CCCAGGCCAT GAAAGAAGGG 
CTGGCCAAAG AATTTGACGA GGGGGACAAC ATGTGGACCC TCCTCAGCAG TCCCAGTAGG 
CACCACATAG GAGTCTGTGC ACTGGCCAGG AGCATGGCAG TGTGGCAACA CAGAGTCATA 
CTGGACATCA CGGAACAACT CTTCCCATCC CTGACCTCCT CCTCGGAGAA CTACCGGATA 
ACGGGCGCAG CTTTCTTCTC TGAGCTCATG AAGGAGCCAC TCCTTTGGAA GCACGGGAAT 
CTACGGCATG TGCTGATCTT GATGGGTCAG AGTGCCTGGG ACTCCAACGC CATTCTGAGG 
CAAATGGCCA TCCAAGGGCT CGGCAATACC GCTTCTGGAG CCCCTCACAA GGTAAAGAAG 
CACAAGCAGA TAATGTTAGA ATCTATCGTC AGAGGCCTCT ATCACCTGGC CCGCACCGAG 
GTCGTCTGTG AAAGCTTGAA GGCTCTAAAA AAGATCCTGG AGCTGCTCAC AGACCGAGAT 
GTAAGCTTCT ACTTCAAAGA AATAGTGCTG CAAACAAGAA CCTTCTTTGA AGACGAGCAG 
GATGATGTGA GGCTGACGGC CGTCCTCTTA TTTGAGAATC TGGCATCCCT AACAGGAAGA 
AGGTGGAAGA TTTTTTTTGC TGAAGAAATT AAAAAGAGCA TGATTTCATT CCTTCTCCAC 
CTCTGGGATC CCAATCCCAA GATTAGAACT GCTTGCCGTG ATGTCCTGAT CATCTGCATT 
CCTTTTCTGG GCCTCCAGGA ACTCTGTGGG GTATTAGATC ATCTCCTTGA TGGTCAGGAT 
CTCCCAAGGG CCAGGGATTT CTACAGGCAA TTCTGTGCGA AGCTGGCAAA GAAAAACCAA 
GAAATCCTGT GGATCCTCCA CACACACTCA CTCACCTTCT TCAGCAGCAG CTGGGAGATG 
ATCAGGAGTG CGGCCACCAA ACTCACAGAT GCCATTGTTA TCAATTTGAC CTACCAATAT 
ATGGAGTTAA TAGACAGAGA ACAGCTGACC ACACGGCTCC AAGCACTTCG ACAAGACCCC 
TGCATCAGTG TCCAGAGAGC AGCCGAAGCT GCCTTGCAGA CCCTCTTGAG AAGGTGCAAA 
GAGATGAGCA TCCATCCGTA A