Muc4 cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Muc4
Entrez Gene ID	103738540
Full Name	mucin 4, cell surface associated
Gene Type	protein-coding
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017799475.1	XP_017654964.1	mucin-4

Pathways from BioSystems
Gene Ontology

The following Muc4 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Muc4 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
ONa21656	XM_017799475.1 Latest version!	Nannospalax galili mucin 4, cell surface associated (Muc4), 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)

Muc4 ( XM_017799475.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017654964.1 Nannospalax galili mucin 4, cell surface associated (Muc4), mRNA.

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CloneID	ONa21656
Clone ID Related Accession (Same CDS sequence)	XM_017799475.1
Accession Version	XM_017799475.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4314bp) 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	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	mucin-4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008342423.1) 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 :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGACCA CCAGCCAACA TGAAACCAGC ACCCTCACAG AGGTAACCAC GTCAACTCTT 
TCCTCTACCA CAACTGGACA CACTCTGACA CACACAGTTT CTCAACGGAC TTCATCTCCC 
GATGGAACAA CCACCCCACC TGATTCCAGT GTCAGCAGCA CACCCCCACC CACATCAGAG 
GTGCTCATTT CAACACCCTC CACAGACTCC ACTCAGGGTA ACACAGGGAA CACAATTTCC 
ATGATTACTG AAAGATCCAC ACTATTCACT ACAGGAGTCC CAATACCAGC TTCACCAAAT 
GAACTCTCAA CGGTGACAAC ACCCAGAACT TCTACTCAGG AATCATCAAC AGTTCCTCAG 
AACCAACACA CTGAAAACAT ACAGACCACC AGCAGTCCCC AAAGCAGCAC CCCCACAGAG 
GCCACCACCT CCACTCTTTC ATCCTCCTCA AATAGACCCA CTTTGGCTCA AACAGTTTCT 
CAGGAGACAT CCTCTCCAGG TGAAATCACT ACCTCAACAC CTTCTGTCAG CAGTACACTC 
ACAACCACTT CCGAAGTGCA CCTAACTTCT CTCTCCACAG ACTCATCTCC AGGGGACTTT 
GGGCACACAT CACCACTGGT GACTCAAAGT TTAACTCCCA TTACCTCAAC AGTTTCAATG 
ACAACTGTAC CTAGACAATC AACAGTACTC TTAGCTAGTA CCTCTACTCA GCAATCAATA 
ACGTTTTCTC AGAGTCAACG TACAGCAAAC ACGGAGATTA GCAGCAATGC TCAAACCAGC 
ATGCTTACAG AGGTGACCAC AGCAAGTCAT TCATCTGCCC CCATCGGACC CACTCTGACT 
AAGACCTTTT CTCACGGGAC GTCCTCTCCA GGAATGATCA CAAGCTCTCT GAAGACAGAC 
AGCTGGAGAA ACACTACATC ACTCTCTACA ACCTCCTTAA CCCTTACCTC CTCCAGCACT 
CCCAGAGGTT CCAGCTCAAC AGCTTCCCCA CTCCCTATCT TACCAGGGCA AGGCATTCCC 
CTGTTCCCGT ACGGGTCAAG TCCTGCAGTT CGAGACCTGC AGTTATTTGC CAGGGCTGTG 
GATTTTACCT CACCACTCTT CAAGATCCAG ATTGGTTTCC CCCTCGGCTC TTCTCTGCGG 
GATTCCTTCT ACTTCACAGA TAATGGCCAG ATCATTTTCC CAGAGTCAGA CTACCATATT 
TTCTCCTACC CCAACCCACC TCTGAGAGGA TTCACAGGAT GGGATCGTGT GGCCATGGTG 
GCTCCATTCT GGGATGATGC TGATTTCTCA AGCTACAGAG GAACCATATT TTACCAGGAA 
TATGAGACAC TCTATGGTGA AAGCAGCCCA TTAATCCGGG AGGTAGAGAC TTTGATTAAC 
AAGTTCACAG ATGACTGGAG CTACAAAGCC AAGTGGACCC TGAAGGTCAC ATGGGTCAAT 
GTCCCTGCTT ATCCTGCCCA GTGGAACTTC GGGACCAATA CCTACCAAGC CATCCTCTCC 
ACAGACGGCA GCAAGTCCTA TGCCCTGTTT CTCTACCAGA GTGGTGGGAT GAGGTGGGAT 
GTGACCCAGA GTCCACGCAA CTCAGTCCTC ATGGGCTTTT CCAGTGGAGA TGGGTATTTT 
GAAAACAGCC CGCTGACATA TCGGCCAGCG ATGGAGAAGT ACCATCCAGA TCAATTCCTG 
AACTCCAAAT TAGGCATCCG GGGACTGCAG ATCTATAAGC TACACAGAGA GGAGAGACCC 
AACTACCGAC TCAAGTGCCT GTGGTGGTTA AACAGCCAGC CTCAGTGGCC CCAGTGGAGC 
CAGATCTCCT GCCCTTGCTC CTGGCAGCAG GGACGATGGG ACTTACGGTT CCAGCCCGTG 
TACACAGGCT GGTGGGACCG CAGGAGCAGG CAGCTGTGCA GCTTCTCCTC CCAGCAGAGG 
GGTGTGTGTT GCAGCTATGG GCGCTGGGGA GAGTTCCGAG AAGGCTGGAG CGTGGAAAGT 
CCTTGGCTAT TTGATCAGAA GCTGGAGGTG CAGAACTGGT GTTGCCACTG GAATGACAAG 
CCCCACTTCT GTGTCCTGTA CCAGCTAAGG CATCCCCCTG TGAGCTGTGC TGGGTACAGA 
CCCCCACGGC TTGCCTGGGC ATTTGGGGAC CCCCACATCA TCACTTTGGA TAATGTCAGT 
TACACCTTCA ATGGGTTGGG GGACTTCCTG CTGGTCCAAG CCAGGGACAG AAACTCGTCC 
TTCCAGCTGC AGGGCCGCAC TGCTCAGACC GGCTCAGCCA GTGCCACCAA CTTCATTGCC 
TTTGCTGCTC AGTACAACAC CAGTAGCCTG GGCTCTATCA CAGTTCAGTG GCACCTTGAA 
GCCAATGACA CAATCCATGT TCTACACAAT AACCAGACTG TGAGCTTCAA TGCCAGCCAC 
ACAGATGCAG AAGGCCTGGA AATATTCAAC ACCACTGGCA TTCTACTGAC CCGCAATGGC 
TCTGAGGTCT CAGCCAACTT TGATGGGACA GTAACCATCT CAGTGATCGC TCTCTCCAAC 
ATCCTCCATG CCTCCTCTGG CCTCCCTGAG GAGTACTGGA CCCACACAGA GGGACTCCTG 
GGGGTCTGGA ACGGCAATCC AGAAGATGAC TTCAGGATGC CGAATGGTAC CACCATCCCA 
GGAAACAGCT CTGAGGAGGA ACTTTTTCAC TACGGAATGA CCTGGCATAT CAATGGGACA 
GGCCTCCTTG GAACAAGGAC TGACAATCTG CCTCCCAATT TCATCCCTGA CTTCTTCTCC 
CAACTTTTGG AAAAGAATGA CTTAGATACA CACCATAAAT TGACATCAGT GTGTAACGGC 
GGCTTACAAT GCATCCAGGA CGCTCTGGCC ACAGGAAATG TGAACATTGG ACTCATTACC 
GGAAAAATCT CTCAAAGATA CCAGGAGATG AACGCCACCC TCAATCGGAA CCCACCCTCT 
GTCAACTGCT GCAGTGAGAT TCAAGCCTAC AAGGGGCAGA CACAGAGGAT TCAGGTCACT 
AGCGACTCTG AGAATGTCAC CTTCACCCTC AGCAACCACT GCACTGACTT TGTGCTCCTT 
GAGAACGGGA GTTTGCTATG GACACCGACA GTGCCAGAAC CATGTACTCT GGAGATTGTA 
GCAAGTCATG CTATGGACGG CTTGTTTTCT ATAGTCCAGC CCAAGACTGT GGCCTGCTTC 
TGCAGACACC AGAGCCAGTG TTTGTACAAT GAGACCAGAA GGGCAGGCAA TTCCTCTCTT 
GAATTGACCA GCTGCAAGTG TGATGGGGAT ACCTTTGGCC AATACTGCGA ACACTCTAAG 
AACCTCTGTG AAGAGCAGTG CTTCCCAAAT GTGCCTTGCA TTCCTGGGAA GGGCTGTGAG 
GCCTGCCCTC CAAACATGAC CGGAGATGGA CGTCACTGTG CAGCTCTGGA GGACTCCTTA 
CTTTGCCAGA ACCATTCCTG TCCTGTGAAT TATTGCTACA ACGGTGGCCA CTGCTACATC 
TCTGGGGCTC CGGACTGCCA GCCCACTTGC ACCTGCCCCC CAGCCTTCAC CGATGCTCGC 
TGTCTCTTGG CTGGGAACAA TTTCACTCCA ACCATCCTCC GAGAGATTCC CTTAAGGACC 
ATCCGGCTCT CACTGAGGGA AAATAGAAAC GCCTCCAAAG CTGATGTCAA CGCCTCGGTG 
GCATACAGAC TGGGGACACT GGCAGTGCGG GCTTTTCTAC GGAACAGCAT GGTGGGACTG 
ATACGAATCT CTCCCCCAGC ACTGGGCTCA AAAATCTCCA TTCAGCACTG GACAGTCATC 
TCACACTTCC AGTATCGCCC GGCGGGCCCA GTCATCCACT TCCTGAACAA CCAGCTGCTG 
GATGCTGTGG TGGAGGCCTT CCTCCTCCAG GCTCCGAGAG AGACGCAGAC AAGTATCCAG 
GGCAAGAACA ACGTGGCCTT CTTCCCCATC TCAAGGGCAG ATGTGCATAA TGAGATGGCT 
TTGAACCTGA GCACACTGGA GACTTACTTC ACATGTGATG GCTACCAGGG CTACCACCTG 
GTCTACAGCC CCCAGAATGG CCTCACTTGC GTGTCCCCCT GTAGAGAGGG TTACTGTCAG 
AATGGAGCCC AGTGCCAGCA CCTGCCCGAT GGGCCCCGCT GCAGCTGTGT GTCCTTCACC 
ATCTATGTGT CCTGGGGCGA GCACTGTGAG CATCTGAGTG TGAAACTCGG GGCATTCTTC 
GGAATCCTCT TTGGAGCCTT GGGCGCCCTC TTGCTGCTTG TGGCATCTGT GGTCTTTTGC 
TTCTGGGGCT ACTTGGCAAA CAGGTCCTCC TACCCTCTGA CCTCAGAATT CTGA

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

RefSeq	XP_017654964.1
CDS	55..4368
Translation	METTSQHETSTLTEVTTSTLSSTTTGHTLTHTVSQRTSSPDGTTTPPDSSVSSTPPPTSEVLISTPSTDSTQGNTGNTISMITERSTLFTTGVPIPASPNELSTVTTPRTSTQESSTVPQNQHTENIQTTSSPQSSTPTEATTSTLSSSSNRPTLAQTVSQETSSPGEITTSTPSVSSTLTTTSEVHLTSLSTDSSPGDFGHTSPLVTQSLTPITSTVSMTTVPRQSTVLLASTSTQQSITFSQSQRTANTEISSNAQTSMLTEVTTASHSSAPIGPTLTKTFSHGTSSPGMITSSLKTDSWRNTTSLSTTSLTLTSSSTPRGSSSTASPLPILPGQGIPLFPYGSSPAVRDLQLFARAVDFTSPLFKIQIGFPLGSSLRDSFYFTDNGQIIFPESDYHIFSYPNPPLRGFTGWDRVAMVAPFWDDADFSSYRGTIFYQEYETLYGESSPLIREVETLINKFTDDWSYKAKWTLKVTWVNVPAYPAQWNFGTNTYQAILSTDGSKSYALFLYQSGGMRWDVTQSPRNSVLMGFSSGDGYFENSPLTYRPAMEKYHPDQFLNSKLGIRGLQIYKLHREERPNYRLKCLWWLNSQPQWPQWSQISCPCSWQQGRWDLRFQPVYTGWWDRRSRQLCSFSSQQRGVCCSYGRWGEFREGWSVESPWLFDQKLEVQNWCCHWNDKPHFCVLYQLRHPPVSCAGYRPPRLAWAFGDPHIITLDNVSYTFNGLGDFLLVQARDRNSSFQLQGRTAQTGSASATNFIAFAAQYNTSSLGSITVQWHLEANDTIHVLHNNQTVSFNASHTDAEGLEIFNTTGILLTRNGSEVSANFDGTVTISVIALSNILHASSGLPEEYWTHTEGLLGVWNGNPEDDFRMPNGTTIPGNSSEEELFHYGMTWHINGTGLLGTRTDNLPPNFIPDFFSQLLEKNDLDTHHKLTSVCNGGLQCIQDALATGNVNIGLITGKISQRYQEMNATLNRNPPSVNCCSEIQAYKGQTQRIQVTSDSENVTFTLSNHCTDFVLLENGSLLWTPTVPEPCTLEIVASHAMDGLFSIVQPKTVACFCRHQSQCLYNETRRAGNSSLELTSCKCDGDTFGQYCEHSKNLCEEQCFPNVPCIPGKGCEACPPNMTGDGRHCAALEDSLLCQNHSCPVNYCYNGGHCYISGAPDCQPTCTCPPAFTDARCLLAGNNFTPTILREIPLRTIRLSLRENRNASKADVNASVAYRLGTLAVRAFLRNSMVGLIRISPPALGSKISIQHWTVISHFQYRPAGPVIHFLNNQLLDAVVEAFLLQAPRETQTSIQGKNNVAFFPISRADVHNEMALNLSTLETYFTCDGYQGYHLVYSPQNGLTCVSPCREGYCQNGAQCQHLPDGPRCSCVSFTIYVSWGEHCEHLSVKLGAFFGILFGALGALLLLVASVVFCFWGYLANRSSYPLTSEF

Target ORF information:

RefSeq Version	XM_017799475.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili mucin 4, cell surface associated (Muc4), mRNA.

Target ORF information:

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

XM_017799475.1

ORF Insert Sequence:

ATGGAGACCA CCAGCCAACA TGAAACCAGC ACCCTCACAG AGGTAACCAC GTCAACTCTT 
TCCTCTACCA CAACTGGACA CACTCTGACA CACACAGTTT CTCAACGGAC TTCATCTCCC 
GATGGAACAA CCACCCCACC TGATTCCAGT GTCAGCAGCA CACCCCCACC CACATCAGAG 
GTGCTCATTT CAACACCCTC CACAGACTCC ACTCAGGGTA ACACAGGGAA CACAATTTCC 
ATGATTACTG AAAGATCCAC ACTATTCACT ACAGGAGTCC CAATACCAGC TTCACCAAAT 
GAACTCTCAA CGGTGACAAC ACCCAGAACT TCTACTCAGG AATCATCAAC AGTTCCTCAG 
AACCAACACA CTGAAAACAT ACAGACCACC AGCAGTCCCC AAAGCAGCAC CCCCACAGAG 
GCCACCACCT CCACTCTTTC ATCCTCCTCA AATAGACCCA CTTTGGCTCA AACAGTTTCT 
CAGGAGACAT CCTCTCCAGG TGAAATCACT ACCTCAACAC CTTCTGTCAG CAGTACACTC 
ACAACCACTT CCGAAGTGCA CCTAACTTCT CTCTCCACAG ACTCATCTCC AGGGGACTTT 
GGGCACACAT CACCACTGGT GACTCAAAGT TTAACTCCCA TTACCTCAAC AGTTTCAATG 
ACAACTGTAC CTAGACAATC AACAGTACTC TTAGCTAGTA CCTCTACTCA GCAATCAATA 
ACGTTTTCTC AGAGTCAACG TACAGCAAAC ACGGAGATTA GCAGCAATGC TCAAACCAGC 
ATGCTTACAG AGGTGACCAC AGCAAGTCAT TCATCTGCCC CCATCGGACC CACTCTGACT 
AAGACCTTTT CTCACGGGAC GTCCTCTCCA GGAATGATCA CAAGCTCTCT GAAGACAGAC 
AGCTGGAGAA ACACTACATC ACTCTCTACA ACCTCCTTAA CCCTTACCTC CTCCAGCACT 
CCCAGAGGTT CCAGCTCAAC AGCTTCCCCA CTCCCTATCT TACCAGGGCA AGGCATTCCC 
CTGTTCCCGT ACGGGTCAAG TCCTGCAGTT CGAGACCTGC AGTTATTTGC CAGGGCTGTG 
GATTTTACCT CACCACTCTT CAAGATCCAG ATTGGTTTCC CCCTCGGCTC TTCTCTGCGG 
GATTCCTTCT ACTTCACAGA TAATGGCCAG ATCATTTTCC CAGAGTCAGA CTACCATATT 
TTCTCCTACC CCAACCCACC TCTGAGAGGA TTCACAGGAT GGGATCGTGT GGCCATGGTG 
GCTCCATTCT GGGATGATGC TGATTTCTCA AGCTACAGAG GAACCATATT TTACCAGGAA 
TATGAGACAC TCTATGGTGA AAGCAGCCCA TTAATCCGGG AGGTAGAGAC TTTGATTAAC 
AAGTTCACAG ATGACTGGAG CTACAAAGCC AAGTGGACCC TGAAGGTCAC ATGGGTCAAT 
GTCCCTGCTT ATCCTGCCCA GTGGAACTTC GGGACCAATA CCTACCAAGC CATCCTCTCC 
ACAGACGGCA GCAAGTCCTA TGCCCTGTTT CTCTACCAGA GTGGTGGGAT GAGGTGGGAT 
GTGACCCAGA GTCCACGCAA CTCAGTCCTC ATGGGCTTTT CCAGTGGAGA TGGGTATTTT 
GAAAACAGCC CGCTGACATA TCGGCCAGCG ATGGAGAAGT ACCATCCAGA TCAATTCCTG 
AACTCCAAAT TAGGCATCCG GGGACTGCAG ATCTATAAGC TACACAGAGA GGAGAGACCC 
AACTACCGAC TCAAGTGCCT GTGGTGGTTA AACAGCCAGC CTCAGTGGCC CCAGTGGAGC 
CAGATCTCCT GCCCTTGCTC CTGGCAGCAG GGACGATGGG ACTTACGGTT CCAGCCCGTG 
TACACAGGCT GGTGGGACCG CAGGAGCAGG CAGCTGTGCA GCTTCTCCTC CCAGCAGAGG 
GGTGTGTGTT GCAGCTATGG GCGCTGGGGA GAGTTCCGAG AAGGCTGGAG CGTGGAAAGT 
CCTTGGCTAT TTGATCAGAA GCTGGAGGTG CAGAACTGGT GTTGCCACTG GAATGACAAG 
CCCCACTTCT GTGTCCTGTA CCAGCTAAGG CATCCCCCTG TGAGCTGTGC TGGGTACAGA 
CCCCCACGGC TTGCCTGGGC ATTTGGGGAC CCCCACATCA TCACTTTGGA TAATGTCAGT 
TACACCTTCA ATGGGTTGGG GGACTTCCTG CTGGTCCAAG CCAGGGACAG AAACTCGTCC 
TTCCAGCTGC AGGGCCGCAC TGCTCAGACC GGCTCAGCCA GTGCCACCAA CTTCATTGCC 
TTTGCTGCTC AGTACAACAC CAGTAGCCTG GGCTCTATCA CAGTTCAGTG GCACCTTGAA 
GCCAATGACA CAATCCATGT TCTACACAAT AACCAGACTG TGAGCTTCAA TGCCAGCCAC 
ACAGATGCAG AAGGCCTGGA AATATTCAAC ACCACTGGCA TTCTACTGAC CCGCAATGGC 
TCTGAGGTCT CAGCCAACTT TGATGGGACA GTAACCATCT CAGTGATCGC TCTCTCCAAC 
ATCCTCCATG CCTCCTCTGG CCTCCCTGAG GAGTACTGGA CCCACACAGA GGGACTCCTG 
GGGGTCTGGA ACGGCAATCC AGAAGATGAC TTCAGGATGC CGAATGGTAC CACCATCCCA 
GGAAACAGCT CTGAGGAGGA ACTTTTTCAC TACGGAATGA CCTGGCATAT CAATGGGACA 
GGCCTCCTTG GAACAAGGAC TGACAATCTG CCTCCCAATT TCATCCCTGA CTTCTTCTCC 
CAACTTTTGG AAAAGAATGA CTTAGATACA CACCATAAAT TGACATCAGT GTGTAACGGC 
GGCTTACAAT GCATCCAGGA CGCTCTGGCC ACAGGAAATG TGAACATTGG ACTCATTACC 
GGAAAAATCT CTCAAAGATA CCAGGAGATG AACGCCACCC TCAATCGGAA CCCACCCTCT 
GTCAACTGCT GCAGTGAGAT TCAAGCCTAC AAGGGGCAGA CACAGAGGAT TCAGGTCACT 
AGCGACTCTG AGAATGTCAC CTTCACCCTC AGCAACCACT GCACTGACTT TGTGCTCCTT 
GAGAACGGGA GTTTGCTATG GACACCGACA GTGCCAGAAC CATGTACTCT GGAGATTGTA 
GCAAGTCATG CTATGGACGG CTTGTTTTCT ATAGTCCAGC CCAAGACTGT GGCCTGCTTC 
TGCAGACACC AGAGCCAGTG TTTGTACAAT GAGACCAGAA GGGCAGGCAA TTCCTCTCTT 
GAATTGACCA GCTGCAAGTG TGATGGGGAT ACCTTTGGCC AATACTGCGA ACACTCTAAG 
AACCTCTGTG AAGAGCAGTG CTTCCCAAAT GTGCCTTGCA TTCCTGGGAA GGGCTGTGAG 
GCCTGCCCTC CAAACATGAC CGGAGATGGA CGTCACTGTG CAGCTCTGGA GGACTCCTTA 
CTTTGCCAGA ACCATTCCTG TCCTGTGAAT TATTGCTACA ACGGTGGCCA CTGCTACATC 
TCTGGGGCTC CGGACTGCCA GCCCACTTGC ACCTGCCCCC CAGCCTTCAC CGATGCTCGC 
TGTCTCTTGG CTGGGAACAA TTTCACTCCA ACCATCCTCC GAGAGATTCC CTTAAGGACC 
ATCCGGCTCT CACTGAGGGA AAATAGAAAC GCCTCCAAAG CTGATGTCAA CGCCTCGGTG 
GCATACAGAC TGGGGACACT GGCAGTGCGG GCTTTTCTAC GGAACAGCAT GGTGGGACTG 
ATACGAATCT CTCCCCCAGC ACTGGGCTCA AAAATCTCCA TTCAGCACTG GACAGTCATC 
TCACACTTCC AGTATCGCCC GGCGGGCCCA GTCATCCACT TCCTGAACAA CCAGCTGCTG 
GATGCTGTGG TGGAGGCCTT CCTCCTCCAG GCTCCGAGAG AGACGCAGAC AAGTATCCAG 
GGCAAGAACA ACGTGGCCTT CTTCCCCATC TCAAGGGCAG ATGTGCATAA TGAGATGGCT 
TTGAACCTGA GCACACTGGA GACTTACTTC ACATGTGATG GCTACCAGGG CTACCACCTG 
GTCTACAGCC CCCAGAATGG CCTCACTTGC GTGTCCCCCT GTAGAGAGGG TTACTGTCAG 
AATGGAGCCC AGTGCCAGCA CCTGCCCGAT GGGCCCCGCT GCAGCTGTGT GTCCTTCACC 
ATCTATGTGT CCTGGGGCGA GCACTGTGAG CATCTGAGTG TGAAACTCGG GGCATTCTTC 
GGAATCCTCT TTGGAGCCTT GGGCGCCCTC TTGCTGCTTG TGGCATCTGT GGTCTTTTGC 
TTCTGGGGCT ACTTGGCAAA CAGGTCCTCC TACCCTCTGA CCTCAGAATT CTGA