CARMIL2 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	CARMIL2
Entrez Gene ID	100473876
Full Name	capping protein regulator and myosin 1 linker 2
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019798816.1	XP_019654375.1	LOW QUALITY PROTEIN: capping protein, Arp2/3 and myosin-I linker protein 2

Pathways from BioSystems
Gene Ontology

The following CARMIL2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CARMIL2 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
OAc92240	XM_019798816.1 Latest version!	Ailuropoda melanoleuca capping protein regulator and myosin 1 linker 2 (CARMIL2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

CARMIL2 ( XM_019798816.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019654375.1 Ailuropoda melanoleuca capping protein regulator and myosin 1 linker 2 (CARMIL2), mRNA.

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CloneID	OAc92240
Clone ID Related Accession (Same CDS sequence)	XM_019798816.1
Accession Version	XM_019798816.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4032bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	LOW QUALITY PROTEIN: capping protein, Arp2/3 and myosin-I linker protein 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217546.1) 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 Version :: Ailuropoda melanoleuca Annotation Release 102 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGGCCCAGA CCCCCGACGG CATATCCTGT GAGCTGAAAG GCGAGATCAC CAGGTTCCTG 
TGGCCCAAGG AGGCCGAGCT GCTGCTGAAA ACCTGGCTAC CAGAGCGGGA GGGTGCTGAG 
CGAGGTCATG TCCTGGCATT GCTGCGATGG AGAGCTTACC TGCTCCACAC CTGCCTCCCC 
CTGAGGGTGG ACTGCACATT CAGCTACCTG GAAGTCCAGG CCATGGCGCT GCAGGAGACA 
CCCCCTCAGG TGACTTTTGA GCTAGAGTCC CTGCCTGAGC TGGTCCTGGA GTTTCCTGGT 
GTGGCTGCCC TGGAACAGCT GGCCCAGCAC ATTGCCGCAG CCATCAAGAA GGTCTTCCCT 
CGCTCCAGCC TTGGGAAGCT ATTCCGGAGG CCCACATCCC CCACCATGCT GGCTCGGCTG 
GAGAGAAGCA GCCCCTCTGA GGACAGTGCG CCCAGCAGCC CCTGTGGTGG CTTCTTGGAG 
ACATATGAGG CTCTGTGTGA CTACAATGGC TTCCCTTTCC GAGAAGAGAT TCAGTGGGAT 
GTGGACACCA TCTACCATCG TCAGGGCTGC CGCCACTTCA GCCTATGTGA CTTCAGCCAT 
CTGGGCAGTC GGGACCTGGC CTTGAGTGTG GCCGCCCTGT CCTACAACCT GTGGTTCCAG 
TGCCTCTCCT GCGTGGACAT GAAGCTGAGC CTTGAGGTCT CAGAACAGAT TCTGCACATG 
ATGAGTCAGT CGTCCCACCT GGAGGAGCTA GTGCTGGAGA ACTGTGGCCT GAGGGGAGAC 
TTTGTCCGGC GACTGGCCCA GGCACTGGCA GGGCACTCAA GCTCTGCCCT CCGGGAGCTT 
AGCCTAACAG GGAACCTGCT GGATGACCGA GGCATGACTG CTCTCAGCAG ACACCTAGAG 
CATTGTCCAG GAGCCCTAAG GAGACTCAGC CTAGCGCAGA CAGGGTTGAC ACCTCGAGGA 
ATGAGGTCTC TAGGCCGGGC ACTGGCTTCC AATGTGGCCT TTGACACTGT CCTGACCCAC 
TTGGACCTTT CTGGGAACCC TGGGGCACTG GGGGCTTCGG AGGACAATGG GGGCCTCTAT 
AGTTTCCTGA GCCGTCCTAA TGTTCTGACG TTCCTGAATC TCGCGGGCAC CGACACGGCC 
TTGGACACTC TCTTCGCAGC GCTGGCGCGC GGCTGCTGCA CCTGTCTCAG CCACCTGGAC 
GCCTCGAGGA ACGTCTTCTC CCGCACGAGG GGGCGGGTCC ACCCCAGGAA GTCCCGCGCT 
GCGCCGGCCG CGCTGCAACT CTTCCTCAGC CGGGCGGGGA CGCTTCGGCA CCTGGGCCTG 
GCGGGCTGCA AGCTGCCGCC CGACGCGCTC AGGGCCCTTT TGGAAGGCCT CGCACTCAAC 
ACGCACACGG GCGACCTGCA CCTGGACCTC AGCGCTTGCG AGCTGCGCTC AGCGGGCGCT 
CAGGTGATAC AGGACTTAGT GTGTGACGCT GGCGCAGTGA GCTCCCTGGA TCTGGCGGAT 
AATGGCTTCG GCTCAGACAT GGTGACGCTG GTGCTGGCCA TCGGGAGGAG TCGGTCCCTA 
CGACATGTGG CACTTGGAAG GAACTTCAAC GTTCGGTGCA AGGAGACACT GGACGACGTC 
CTGCACCGGA TTGTCCAGCT TATGCAGGAT GACGACTGTC CCCTGCAGTC TCTGTCCGTG 
GCTGAGTCGC GGCTGAAGCT GGCCTCCAGC GTCCTGCTCC GGGCCCTGGG CACCAATCCT 
AACCTGACGG CGCTGGATAT CAGCGGCAAC GCCATGGGGG ACACCGGCGC CAAAATGCTG 
GCTAAAGCAC TTCGGGTCAA CACAAGGCTC CGGTCTGTGG TCTGGGACCG GAACCACACA 
TCTGCTCTGG GCCTGCTGGA CGTGGCAGAG GCCCTGGAGC AGAACCGCAG CCTGAGGGCC 
ATGCCTCTGC CACTGAACGA CGTGGCCCAG GCACATCGCA GCCGCCCGGA ACTGACCGCA 
CGTGCAGTGC ATCAGATCCA AGCCTGTCTT TTGAGGAATA ACCATGCGGA CCATGACTCT 
TCTGACCGCA CCTCCTGTCC ACAGCCACCT GGTCTGGTCT CAGACCCCTC GGAGCAGGAA 
GTGAATGAAC TGTGTCAGTC AGTGCAGGAG CATGTGGAGC TACTGGGCTG TGGGGCTGGG 
CCTCAGGGTG AAGCTGCTGT GCACCAGGCG GAGGATGCCA TCCAAAATGC CAACTTCTCT 
CTCAGTATTC TCCCAATTCT CTATGAGGCT GGGAGCTCCC CAAGTCATCA GTGGCAGCTG 
CGGCAGAAGC TAGAGGGCCT CCTAAGACAG GTGGGCGAGG TCTGCCGCAA GGATATTCAG 
GACTTCACTC AGGCGACACT GGACACAACA AGGAGCCTCT GCCCACAGAT GCTACAGGGA 
CCCAGGTGGA GGGAGCAGCT AGAGGGGGTC CTGGTGGGCT CAAGGGGCCT CCCAGAGCTG 
CTCCCAGAGC ACCTGCTGCA AGATGCCTTC ACTAGGCTCA GGGATATGCG GCTGTCAGTC 
ACAGGGACCT TGGCAGAGAG CATTGTGGCT CAGGCTCTAG AGGGGCTGAA TGCAGCCCGG 
GATCGGCTGG TGGAGAGTCT GGCTCAGCAG GCAACAGTGG CAATGCCTCT TGCCATACCA 
GCACTGGATG GAGGTGAGCC CAGCCCCCTT GGACCTGGGG AATTGGAAGG TCTTTTCTTC 
CCTGAGGAGG TGAAGGAAAA GGAGGAGGAC GAAGAGGAGA AGGATGACAG TCCTCCACAG 
AAATGGCCTG AATCCAGCCA ATGTCTTTAC CTGGTTCCCT CTACTCACAG ATGCGCATGC 
TTGGTGGCAG CGCAGAGCCG CGCCGCTCGG GACCGCGCTC AGCACCACGG ACAGCGACGG 
CGCCAGCACC ACCACCGGCC GCCGCCGGGG GGCCCCCAGG TCCCCCCAGC CCTGCCGCAG 
GAAGGGAATG GGCTCAGTGC CCGTGTGGAC GAGGGCGTGG AGGAATTCTT CTCCAAAAGG 
CTGATCCAGC ATGATCGCCT CTGGGTCCCT GAAGAAGACC CAGCCAACGA GGGGGGTGCC 
ACCCCTGTTC CTCGTACACT GCGGAAGAAG CTGGGTACCC TCTTTGCCTT CAAGAAGCCT 
CGTTCAACAC GGGGACCACG GCCTGATCTA GAGACCAGCC CTGGGGCAGC TCCCCGTACT 
CGAAAGACCA CACTTGGAGA CCTGTTGCGG CCACCAGCCC GTCCTGGCCG TGGTGAGGAG 
CCTGGTGGGG CTGAGGGGGG CACCAGCAGC CCTGATCCTG CCCGCAGGAG CCGGCCTCGT 
TACACTCGGG AAAGCAAAGC CTATTCGATG ATACTACTGC CTGCTGAGGA GGAGGGGGAA 
GAATCTCTGG GTGCCAGACC TGACAAGCGA CGGCCCCTGG AGCGGGGAGA CACAGAGCTG 
GCCCCATCCT TTGAACAGCG GGTACAAGTG ATGCTGCAAA GGATCGGTGT GAGCAGAGGC 
AGCGGGAGTG CTGAAGGCAA GAGGAAGCAA AGCAAGGATG GAGAGATCAA GAAGGCTGGC 
TCCGATGGTG ACATTATGGA CAGTTCTGCA GAGGCCCCTC CCATCTCGAT CAAGTCCCGC 
ACCCACTCTG TGTCTGCTGA CCCCTCGTGC AGACCTGGTC CGGGGAGTCA AGGGCCTGAG 
TCTACCAGCT GGAAGACACT GGGGCAGCAG CTGAATGCAG AGCTCAGGGG TCGTGGTTGG 
GGCCAACAGG ATGGTCCCGG CCCCCCCTCC CCTTGTCCCA GCCCCAGCCC ACGAAGAGCC 
AGCCCCTCTC CAGACAGCTT GGGCCTCCCG GAGGACCCTT GTTTGGGCCC CAGGAATGAA 
GAACGGCCTC TGAGGCTGCA GCGCTCCCCC GTCCTCAAGC GGAGACCAAA GCTTGAGGCA 
CCTTCCTCTC CAGGCCTAGG ATCTGGCCTT GGAGCCCAAC CTCTGCCCCC ACAGCCTACA 
GAGCTCTCCA GCCCTGAGCC AAACCCACCC TCCCCAGCCA CAGACCAAAG AGGCGGCGGC 
CCCAACCCCT GA

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

RefSeq	XP_019654375.1
CDS	312..4343
Translation	MAQTPDGISCELKGEITRFLWPKEAELLLKTWLPEREGAERGHVLALLRWRAYLLHTCLPLRVDCTFSYLEVQAMALQETPPQVTFELESLPELVLEFPGVAALEQLAQHIAAAIKKVFPRSSLGKLFRRPTSPTMLARLERSSPSEDSAPSSPCGGFLETYEALCDYNGFPFREEIQWDVDTIYHRQGCRHFSLCDFSHLGSRDLALSVAALSYNLWFQCLSCVDMKLSLEVSEQILHMMSQSSHLEELVLENCGLRGDFVRRLAQALAGHSSSALRELSLTGNLLDDRGMTALSRHLEHCPGALRRLSLAQTGLTPRGMRSLGRALASNVAFDTVLTHLDLSGNPGALGASEDNGGLYSFLSRPNVLTFLNLAGTDTALDTLFAALARGCCTCLSHLDASRNVFSRTRGRVHPRKSRAAPAALQLFLSRAGTLRHLGLAGCKLPPDALRALLEGLALNTHTGDLHLDLSACELRSAGAQVIQDLVCDAGAVSSLDLADNGFGSDMVTLVLAIGRSRSLRHVALGRNFNVRCKETLDDVLHRIVQLMQDDDCPLQSLSVAESRLKLASSVLLRALGTNPNLTALDISGNAMGDTGAKMLAKALRVNTRLRSVVWDRNHTSALGLLDVAEALEQNRSLRAMPLPLNDVAQAHRSRPELTARAVHQIQACLLRNNHADHDSSDRTSCPQPPGLVSDPSEQEVNELCQSVQEHVELLGCGAGPQGEAAVHQAEDAIQNANFSLSILPILYEAGSSPSHQWQLRQKLEGLLRQVGEVCRKDIQDFTQATLDTTRSLCPQMLQGPRWREQLEGVLVGSRGLPELLPEHLLQDAFTRLRDMRLSVTGTLAESIVAQALEGLNAARDRLVESLAQQATVAMPLAIPALDGGEPSPLGPGELEGLFFPEEVKEKEEDEEEKDDSPPQKWPESSQCLYLVPSTHRCACLVAAQSRAARDRAQHHGQRRRQHHHRPPPGGPQVPPALPQEGNGLSARVDEGVEEFFSKRLIQHDRLWVPEEDPANEGGATPVPRTLRKKLGTLFAFKKPRSTRGPRPDLETSPGAAPRTRKTTLGDLLRPPARPGRGEEPGGAEGGTSSPDPARRSRPRYTRESKAYSMILLPAEEEGEESLGARPDKRRPLERGDTELAPSFEQRVQVMLQRIGVSRGSGSAEGKRKQSKDGEIKKAGSDGDIMDSSAEAPPISIKSRTHSVSADPSCRPGPGSQGPESTSWKTLGQQLNAELRGRGWGQQDGPGPPSPCPSPSPRRASPSPDSLGLPEDPCLGPRNEERPLRLQRSPVLKRRPKLEAPSSPGLGSGLGAQPLPPQPTELSSPEPNPPSPATDQRGGGPNP

Target ORF information:

RefSeq Version	XM_019798816.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca capping protein regulator and myosin 1 linker 2 (CARMIL2), mRNA.

Target ORF information:

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

XM_019798816.1

ORF Insert Sequence:

ATGGCCCAGA CCCCCGACGG CATATCCTGT GAGCTGAAAG GCGAGATCAC CAGGTTCCTG 
TGGCCCAAGG AGGCCGAGCT GCTGCTGAAA ACCTGGCTAC CAGAGCGGGA GGGTGCTGAG 
CGAGGTCATG TCCTGGCATT GCTGCGATGG AGAGCTTACC TGCTCCACAC CTGCCTCCCC 
CTGAGGGTGG ACTGCACATT CAGCTACCTG GAAGTCCAGG CCATGGCGCT GCAGGAGACA 
CCCCCTCAGG TGACTTTTGA GCTAGAGTCC CTGCCTGAGC TGGTCCTGGA GTTTCCTGGT 
GTGGCTGCCC TGGAACAGCT GGCCCAGCAC ATTGCCGCAG CCATCAAGAA GGTCTTCCCT 
CGCTCCAGCC TTGGGAAGCT ATTCCGGAGG CCCACATCCC CCACCATGCT GGCTCGGCTG 
GAGAGAAGCA GCCCCTCTGA GGACAGTGCG CCCAGCAGCC CCTGTGGTGG CTTCTTGGAG 
ACATATGAGG CTCTGTGTGA CTACAATGGC TTCCCTTTCC GAGAAGAGAT TCAGTGGGAT 
GTGGACACCA TCTACCATCG TCAGGGCTGC CGCCACTTCA GCCTATGTGA CTTCAGCCAT 
CTGGGCAGTC GGGACCTGGC CTTGAGTGTG GCCGCCCTGT CCTACAACCT GTGGTTCCAG 
TGCCTCTCCT GCGTGGACAT GAAGCTGAGC CTTGAGGTCT CAGAACAGAT TCTGCACATG 
ATGAGTCAGT CGTCCCACCT GGAGGAGCTA GTGCTGGAGA ACTGTGGCCT GAGGGGAGAC 
TTTGTCCGGC GACTGGCCCA GGCACTGGCA GGGCACTCAA GCTCTGCCCT CCGGGAGCTT 
AGCCTAACAG GGAACCTGCT GGATGACCGA GGCATGACTG CTCTCAGCAG ACACCTAGAG 
CATTGTCCAG GAGCCCTAAG GAGACTCAGC CTAGCGCAGA CAGGGTTGAC ACCTCGAGGA 
ATGAGGTCTC TAGGCCGGGC ACTGGCTTCC AATGTGGCCT TTGACACTGT CCTGACCCAC 
TTGGACCTTT CTGGGAACCC TGGGGCACTG GGGGCTTCGG AGGACAATGG GGGCCTCTAT 
AGTTTCCTGA GCCGTCCTAA TGTTCTGACG TTCCTGAATC TCGCGGGCAC CGACACGGCC 
TTGGACACTC TCTTCGCAGC GCTGGCGCGC GGCTGCTGCA CCTGTCTCAG CCACCTGGAC 
GCCTCGAGGA ACGTCTTCTC CCGCACGAGG GGGCGGGTCC ACCCCAGGAA GTCCCGCGCT 
GCGCCGGCCG CGCTGCAACT CTTCCTCAGC CGGGCGGGGA CGCTTCGGCA CCTGGGCCTG 
GCGGGCTGCA AGCTGCCGCC CGACGCGCTC AGGGCCCTTT TGGAAGGCCT CGCACTCAAC 
ACGCACACGG GCGACCTGCA CCTGGACCTC AGCGCTTGCG AGCTGCGCTC AGCGGGCGCT 
CAGGTGATAC AGGACTTAGT GTGTGACGCT GGCGCAGTGA GCTCCCTGGA TCTGGCGGAT 
AATGGCTTCG GCTCAGACAT GGTGACGCTG GTGCTGGCCA TCGGGAGGAG TCGGTCCCTA 
CGACATGTGG CACTTGGAAG GAACTTCAAC GTTCGGTGCA AGGAGACACT GGACGACGTC 
CTGCACCGGA TTGTCCAGCT TATGCAGGAT GACGACTGTC CCCTGCAGTC TCTGTCCGTG 
GCTGAGTCGC GGCTGAAGCT GGCCTCCAGC GTCCTGCTCC GGGCCCTGGG CACCAATCCT 
AACCTGACGG CGCTGGATAT CAGCGGCAAC GCCATGGGGG ACACCGGCGC CAAAATGCTG 
GCTAAAGCAC TTCGGGTCAA CACAAGGCTC CGGTCTGTGG TCTGGGACCG GAACCACACA 
TCTGCTCTGG GCCTGCTGGA CGTGGCAGAG GCCCTGGAGC AGAACCGCAG CCTGAGGGCC 
ATGCCTCTGC CACTGAACGA CGTGGCCCAG GCACATCGCA GCCGCCCGGA ACTGACCGCA 
CGTGCAGTGC ATCAGATCCA AGCCTGTCTT TTGAGGAATA ACCATGCGGA CCATGACTCT 
TCTGACCGCA CCTCCTGTCC ACAGCCACCT GGTCTGGTCT CAGACCCCTC GGAGCAGGAA 
GTGAATGAAC TGTGTCAGTC AGTGCAGGAG CATGTGGAGC TACTGGGCTG TGGGGCTGGG 
CCTCAGGGTG AAGCTGCTGT GCACCAGGCG GAGGATGCCA TCCAAAATGC CAACTTCTCT 
CTCAGTATTC TCCCAATTCT CTATGAGGCT GGGAGCTCCC CAAGTCATCA GTGGCAGCTG 
CGGCAGAAGC TAGAGGGCCT CCTAAGACAG GTGGGCGAGG TCTGCCGCAA GGATATTCAG 
GACTTCACTC AGGCGACACT GGACACAACA AGGAGCCTCT GCCCACAGAT GCTACAGGGA 
CCCAGGTGGA GGGAGCAGCT AGAGGGGGTC CTGGTGGGCT CAAGGGGCCT CCCAGAGCTG 
CTCCCAGAGC ACCTGCTGCA AGATGCCTTC ACTAGGCTCA GGGATATGCG GCTGTCAGTC 
ACAGGGACCT TGGCAGAGAG CATTGTGGCT CAGGCTCTAG AGGGGCTGAA TGCAGCCCGG 
GATCGGCTGG TGGAGAGTCT GGCTCAGCAG GCAACAGTGG CAATGCCTCT TGCCATACCA 
GCACTGGATG GAGGTGAGCC CAGCCCCCTT GGACCTGGGG AATTGGAAGG TCTTTTCTTC 
CCTGAGGAGG TGAAGGAAAA GGAGGAGGAC GAAGAGGAGA AGGATGACAG TCCTCCACAG 
AAATGGCCTG AATCCAGCCA ATGTCTTTAC CTGGTTCCCT CTACTCACAG ATGCGCATGC 
TTGGTGGCAG CGCAGAGCCG CGCCGCTCGG GACCGCGCTC AGCACCACGG ACAGCGACGG 
CGCCAGCACC ACCACCGGCC GCCGCCGGGG GGCCCCCAGG TCCCCCCAGC CCTGCCGCAG 
GAAGGGAATG GGCTCAGTGC CCGTGTGGAC GAGGGCGTGG AGGAATTCTT CTCCAAAAGG 
CTGATCCAGC ATGATCGCCT CTGGGTCCCT GAAGAAGACC CAGCCAACGA GGGGGGTGCC 
ACCCCTGTTC CTCGTACACT GCGGAAGAAG CTGGGTACCC TCTTTGCCTT CAAGAAGCCT 
CGTTCAACAC GGGGACCACG GCCTGATCTA GAGACCAGCC CTGGGGCAGC TCCCCGTACT 
CGAAAGACCA CACTTGGAGA CCTGTTGCGG CCACCAGCCC GTCCTGGCCG TGGTGAGGAG 
CCTGGTGGGG CTGAGGGGGG CACCAGCAGC CCTGATCCTG CCCGCAGGAG CCGGCCTCGT 
TACACTCGGG AAAGCAAAGC CTATTCGATG ATACTACTGC CTGCTGAGGA GGAGGGGGAA 
GAATCTCTGG GTGCCAGACC TGACAAGCGA CGGCCCCTGG AGCGGGGAGA CACAGAGCTG 
GCCCCATCCT TTGAACAGCG GGTACAAGTG ATGCTGCAAA GGATCGGTGT GAGCAGAGGC 
AGCGGGAGTG CTGAAGGCAA GAGGAAGCAA AGCAAGGATG GAGAGATCAA GAAGGCTGGC 
TCCGATGGTG ACATTATGGA CAGTTCTGCA GAGGCCCCTC CCATCTCGAT CAAGTCCCGC 
ACCCACTCTG TGTCTGCTGA CCCCTCGTGC AGACCTGGTC CGGGGAGTCA AGGGCCTGAG 
TCTACCAGCT GGAAGACACT GGGGCAGCAG CTGAATGCAG AGCTCAGGGG TCGTGGTTGG 
GGCCAACAGG ATGGTCCCGG CCCCCCCTCC CCTTGTCCCA GCCCCAGCCC ACGAAGAGCC 
AGCCCCTCTC CAGACAGCTT GGGCCTCCCG GAGGACCCTT GTTTGGGCCC CAGGAATGAA 
GAACGGCCTC TGAGGCTGCA GCGCTCCCCC GTCCTCAAGC GGAGACCAAA GCTTGAGGCA 
CCTTCCTCTC CAGGCCTAGG ATCTGGCCTT GGAGCCCAAC CTCTGCCCCC ACAGCCTACA 
GAGCTCTCCA GCCCTGAGCC AAACCCACCC TCCCCAGCCA CAGACCAAAG AGGCGGCGGC 
CCCAACCCCT GA