LOC100970066 cDNA ORF clone, Pan paniscus(pygmy chimpanzee)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100970066
Entrez Gene ID	100970066
Full Name	mucin-3A
Synonyms	MUC3A
Gene Type	protein-coding
Organism	Pan paniscus(pygmy chimpanzee)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014343722.1	XP_014199208.1	LOW QUALITY PROTEIN: mucin-3A

Pathways from BioSystems
Gene Ontology

The following LOC100970066 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100970066 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
OPa77208	XM_014343722.1 Latest version!	Pan paniscus mucin-3A (LOC100970066), 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)

LOC100970066 ( XM_014343722.1 ) cDNA ORF clone, Pan paniscus(pygmy chimpanzee) -> XP_014199208.1 Pan paniscus mucin-3A (LOC100970066), mRNA.

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CloneID	OPa77208
Clone ID Related Accession (Same CDS sequence)	XM_014343722.1
Accession Version	XM_014343722.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4164bp) 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	2018-04-30
Organism	Pan paniscus(pygmy chimpanzee)
Product	LOW QUALITY PROTEIN: mucin-3A
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014024319.1) 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 :: Pan paniscus Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 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 5 indels internal stop codons :: corrected 1 genomic stop codons ##RefSeq-Attributes-END##

ATGTCCAACA GTACTGCCAG CTTCACCTCT TCAATCACCA TCTCTGAGAC CACCTCAGAC 
AGTATTCCCA GCTTCACTTC TTCGATTGCC ACCATCAAGA CACCCTCACA TAGTACTCCC 
AGCTTCACTT CTTCGATCAC CACCACTGAT TCCATATCAT ACAGTACCCC CAGCTTGACT 
TCTGCGGTCA CCACCACTGA GACCACGTCA CACAGTATTC CAGGCTTCAC TTCTTCAATC 
ACCAGCACTG AGACCACCTC ACACAGTACT CCCAGCTTCA CTTCTTTGAT CACCACCACC 
GAGACCCCCT CACGAAGTAC TCCCAGCTTC NATTCTTCGA TCACCAGCAC TGAGACCATC 
TCACACAGTA CTCCCAGCTT GAATTCTTTG ATCACTGCCA CCGAGATCAT ATCACACACT 
ATGCCCAGCT TCACTTCTTT GATCACAAGC ACCAAGACTG CATCCCGCAA TACTCCCAGC 
TTCACTTCTT CAATCACCAC CACTGAGACT CCCTCACACA GTACTCCCAG CTTCACTTCT 
TCGATCGCCG CCACTGAGAC CCCCTCAGAC AGTACTCCAG TTTTTACTTC TATTGCCACC 
TCCGAGACAA CCTCACACAG TACTGCCGGC TTCACTTCTT TGATCAGCAC CACCGAGACC 
ACCTCACACA GTACTCCCAT GTTCACTTCT TCTGTCGCCA CCACGGAGAC CACCTCACAC 
AGTACTCCCA GCTTCACTTC TTCAGTCACC ACCACTGAGA TTATCTCACA CAGTACTCCC 
AGCTTCACTT CTTCGATCAC CACCACTGAG ATCATCTCAC GTAGTACTCC CAGCTACACT 
TCTTCAATCA TCACCACCAA GACACCCTCA CACAGTACTC CCAGCTTCCC TTCTTCAATC 
ACGACCACTG AGACCATATC ACACAGTACT CCCAGCTTGA CTTCCGCGAT CACCACCACT 
GAGACCATGT CACACAGTAT TCCAGGCTTC ACTTCTTCGA TCACCACCAC CGAGACCACC 
TCACACCTTC CTCCCAGGTT CACTTCTTCA ATCNCCATCA CTGAGACCAC CTCACACAGT 
GCTCCCAGCT TCTCTTCTTC AATCACCAGC ACCGAGACCA CCTCACACAG TACTCCCAGC 
TTCACTTCTG CAATCGCCAG CACCGAGATC ACCTCACACA GTACTCCCAT CTTCACTTCT 
TCTATTGCCA CCTCCAACAC AACCTCAAGC AGTACTCCTG GCTTCACTTC TTCAATCGCC 
ACCACCGAGA CCACCTCACG CAGTACTCCT GGTTTCACTT CTTCGATTGT CACCACCGAG 
ACCACCTCAT CCCATACTCC CGGCTTCACG TCTTCAATCA CCACCACCGA GACAATCCCA 
CAGAGTACTC CCACCTTCAC TTCTTTGATC ACCACCAGCG AGATGACATC CCACAGTACT 
CCCAGCTTGA CTTTTTCAAT CACCACCACC AAAAGCATAT CCTACAGTCC TCCCAGCTTC 
ACTTCTTCAA TCACCAGCAC AGAGAGCACC TCACACAGTA CTCCCCCCTT CACTTCTTCA 
ATCACCACTA ACGAGACCAC CTCACACAGT ACTCCCAGCT TCACTAATTC AATCACCAAA 
ACCAAGACCA CATCCCACAG TACTCCCAGT TTCACTTCTT CAAACAGCAT CACTGATTCC 
AGTCACCACC CCGAAATGAC CTCACACAAT ACTCCCAGCT TCATGTCTTC AATCATCACC 
ACCAAGACCA CCTCACACAG TACTCCCAGC TTCACTTCTT CAACCATCTA CTCCACAGTC 
AGCTCATCCA CAACTGCCAT CACCTCACCT TTCACTACCT CAGAGACTGG GGTGACTTCC 
ACACCTTCAT CCCCATCTTC TCTGAGTACA GACATCCCGA CCACATCCCT AAGAACTCTC 
ACCCCATTAC CTTTGTGCAC CAGCACTTCA TTGACTACAA CCACAGGCCT TCCCTCTATA 
CCCACTGATA TCAGTAGCTT ACCAACCCCA ATACACATCA TTTCATCTTC TCCCTCCATC 
CAAAGTACAG AAACCTCATC CCTTGTGGGC ACCATCTCTC CCACCATGTC CACTGTGAGA 
GCGACCCTCA GAAGTACTGA GAACACCCCA ATGAGTTCCT TTAGCACAAG TATTGTTGTT 
ATTCCTGAAA CCCCAACACA GGCCCCTCCT GTACTAATGT CTGCCACTGG GACCCAAACA 
TCCCCTGTAC CTACTACTGT CACCTTTGGA AGTATGGATT CCTCTACGTC CACTCTTCTT 
ACTCTTACTC CATCAACAGC CTTGAGCAAG ATCATGTCAA CATCACAGTT TCCTATTCCT 
AGCACACATT CCTCCACCCT TCAAACAACC CCTTCAATCC CCTCTTTGCA AACTTCACTC 
ACATCTACAA GTGAGTTCAC TACAGAATCT TTCACTAGGG GAAGTACGTC TACAAATGCA 
ATCTTGACTT CTTTTAGTAC CATCATCTGG TCCTCAACAC CGACTATTAT CATGTCCTCT 
TCTCCGTCTT CTGCCAGCAT AACTCCAGTG TTCGCTACTA CCATTCATTC TGTTGCTTCT 
TCACCATACA TTTTCAGTAC AGAAAATGTG GGCTCCACTT CTATCACAGC GTTTCCTAGT 
CTCTCTTCCT CTGCAACTAC CAGCACTTCT CCAACCAGCT CCTCTCTGAC CACAGGTCTC 
ACTGAAACAA CCCCCTTTTC TTATATTTCC CTTCCCTCCA CCACACCCTG TCCAGGAACT 
ATAACAATTA CCATAGTCCC TGCCTCCCCC ACTGATCCAT GTGTTGAAAT GGATCCCAGC 
ACTGAAGCTA CTTCTCCTCC CACCACCCCA TTAACAGTCT TTCCCTTTAC TACTGAAATG 
GTCACCTGTC CTAGCTCCAT CAGTATGCAA ACTACTCTTG CTACACATAT GGACACTTCT 
TCCATGACGC CAGAAAGTGA GTCCAGCATC ACACCCAATG CTTCCAGTTC CACTGGCACT 
GGGACTGTAC CCACAAACAC AGTTTTCACA AGTACTCGAC TGCCCACCAG TGAGACCTGG 
CTGAGCAACA GCTCTGTGAT CCCCCCACCT CTTCCTGGCG TCTCTACCAT CCCGCTNNNN 
NNNNNNNNNN NNNNNNGGAT GACCACACAG TACATGTTGA CCACCACTGC AGGTTGACCT 
TCTGCCTCTC TGTTCCCCTC CTTCCTCCCC TGCAAAATTC CTGTGTCACT GAGATCAGGC 
TTTATCCTGA ACTTCCCTTT CTTCCTGTGT TTTCCAGGCA CCTGTGACAA TGGTGGCACC 
TGGAAACAGG GCCAGTGTGC TTGCCTTCTG GGGTTCTCTG GGGACCGCTG TCAGCTCCAG 
ACCAGATGCC AGAACGGGGG TCAGTGGGAT AGCCTCAAGT GCCAGTGCCC CAGCACCTTC 
TATGGTTCCA GTTGTGAGTT TGCTGTGGAA CAGGTGGATC TAGATGTAGT GGAGACCGAG 
GTGGGCATGG AAGTGTCTGT GGATCAGCAG TTCTCGCCAG ACCTCAATGA CAACACTTCC 
CAGGCCTACA GGGATTTCAA CAAGACCTTC TGGAATCAGG TAAAGGGCAA AGAGNNNNGA 
CCCCTCAGGA ATGGCAGCAT CGTGGTGGAC TACCTGGTCC TGCTGGAGAT GCCCTTCAGC 
CCCCAGCTGG AGAGCCAGTA CGAGCAGGTG AAGACCACGC TGAAGGAGGG GCTGCAGAAC 
GCCAGCCAGG ATGCGAACAG CTGCCAGGAC TCCCAGACCC TGTGTTTTAA GCCTGACTCC 
ATCAAGGTGA ACAACAACAG CAAGACAGAG CTGACCCCGG AAGCCATCTG CCGCCGCGCC 
GCTCCCACGG GCTATGAGGA GTTCTACTTC CCTCTGGTGG AGGCTACCCG GCTCCGCTGT 
GTCACCAAAT GCACGTCGGG CGTGGACAAC GCCATCGACT GTCACCAGGG CCAGTGCGTT 
CTGGAGACGA GCGGTCCCGC GTGTCGCTGC TACTCCACCG ACACGCACTG GTTCTCTGGC 
CCGCGTTGCG AGGTGGCCGT CCACTGGAGG GCGCTGGTCG GGGGCCTGAC GGCCGGCGCC 
GCGCTGCTGA ACAGACTTTC TGATTCCTTT CTGGCAGGGG TGGACAGGGA TGAGGAGAGG 
CGAGAGAGGG AGACCTTGAG TTGA

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

RefSeq	XP_014199208.1
CDS	213..4376
Translation	MSNSTASFTSSITISETTSDSIPSFTSSIATIKTPSHSTPSFTSSITTTDSISYSTPSLTSAVTTTETTSHSIPGFTSSITSTETTSHSTPSFTSLITTTETPSRSTPSFnullSSITSTETISHSTPSLNSLITATEIISHTMPSFTSLITSTKTASRNTPSFTSSITTTETPSHSTPSFTSSIAATETPSDSTPVFTSIATSETTSHSTAGFTSLISTTETTSHSTPMFTSSVATTETTSHSTPSFTSSVTTTEIISHSTPSFTSSITTTEIISRSTPSYTSSIITTKTPSHSTPSFPSSITTTETISHSTPSLTSAITTTETMSHSIPGFTSSITTTETTSHLPPRFTSSInullITETTSHSAPSFSSSITSTETTSHSTPSFTSAIASTEITSHSTPIFTSSIATSNTTSSSTPGFTSSIATTETTSRSTPGFTSSIVTTETTSSHTPGFTSSITTTETIPQSTPTFTSLITTSEMTSHSTPSLTFSITTTKSISYSPPSFTSSITSTESTSHSTPPFTSSITTNETTSHSTPSFTNSITKTKTTSHSTPSFTSSNSITDSSHHPEMTSHNTPSFMSSIITTKTTSHSTPSFTSSTIYSTVSSSTTAITSPFTTSETGVTSTPSSPSSLSTDIPTTSLRTLTPLPLCTSTSLTTTTGLPSIPTDISSLPTPIHIISSSPSIQSTETSSLVGTISPTMSTVRATLRSTENTPMSSFSTSIVVIPETPTQAPPVLMSATGTQTSPVPTTVTFGSMDSSTSTLLTLTPSTALSKIMSTSQFPIPSTHSSTLQTTPSIPSLQTSLTSTSEFTTESFTRGSTSTNAILTSFSTIIWSSTPTIIMSSSPSSASITPVFATTIHSVASSPYIFSTENVGSTSITAFPSLSSSATTSTSPTSSSLTTGLTETTPFSYISLPSTTPCPGTITITIVPASPTDPCVEMDPSTEATSPPTTPLTVFPFTTEMVTCPSSISMQTTLATHMDTSSMTPESESSITPNASSSTGTGTVPTNTVFTSTRLPTSETWLSNSSVIPPPLPGVSTIPnullnullnullnullnullnullnullnullMTTQYMLTTTAG*PSASLFPSFLPCKIPVSLRSGFILNFPFFLCFPGTCDNGGTWKQGQCACLLGFSGDRCQLQTRCQNGGQWDSLKCQCPSTFYGSSCEFAVEQVDLDVVETEVGMEVSVDQQFSPDLNDNTSQAYRDFNKTFWNQVKGKEnullnullPLRNGSIVVDYLVLLEMPFSPQLESQYEQVKTTLKEGLQNASQDANSCQDSQTLCFKPDSIKVNNNSKTELTPEAICRRAAPTGYEEFYFPLVEATRLRCVTKCTSGVDNAIDCHQGQCVLETSGPACRCYSTDTHWFSGPRCEVAVHWRALVGGLTAGAALLNRLSDSFLAGVDRDEERRERETLS

Target ORF information:

RefSeq Version	XM_014343722.1
Organism	Pan paniscus(pygmy chimpanzee)
Definition	Pan paniscus mucin-3A (LOC100970066), mRNA.

Target ORF information:

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

XM_014343722.1

ORF Insert Sequence:

ATGTCCAACA GTACTGCCAG CTTCACCTCT TCAATCACCA TCTCTGAGAC CACCTCAGAC 
AGTATTCCCA GCTTCACTTC TTCGATTGCC ACCATCAAGA CACCCTCACA TAGTACTCCC 
AGCTTCACTT CTTCGATCAC CACCACTGAT TCCATATCAT ACAGTACCCC CAGCTTGACT 
TCTGCGGTCA CCACCACTGA GACCACGTCA CACAGTATTC CAGGCTTCAC TTCTTCAATC 
ACCAGCACTG AGACCACCTC ACACAGTACT CCCAGCTTCA CTTCTTTGAT CACCACCACC 
GAGACCCCCT CACGAAGTAC TCCCAGCTTC NATTCTTCGA TCACCAGCAC TGAGACCATC 
TCACACAGTA CTCCCAGCTT GAATTCTTTG ATCACTGCCA CCGAGATCAT ATCACACACT 
ATGCCCAGCT TCACTTCTTT GATCACAAGC ACCAAGACTG CATCCCGCAA TACTCCCAGC 
TTCACTTCTT CAATCACCAC CACTGAGACT CCCTCACACA GTACTCCCAG CTTCACTTCT 
TCGATCGCCG CCACTGAGAC CCCCTCAGAC AGTACTCCAG TTTTTACTTC TATTGCCACC 
TCCGAGACAA CCTCACACAG TACTGCCGGC TTCACTTCTT TGATCAGCAC CACCGAGACC 
ACCTCACACA GTACTCCCAT GTTCACTTCT TCTGTCGCCA CCACGGAGAC CACCTCACAC 
AGTACTCCCA GCTTCACTTC TTCAGTCACC ACCACTGAGA TTATCTCACA CAGTACTCCC 
AGCTTCACTT CTTCGATCAC CACCACTGAG ATCATCTCAC GTAGTACTCC CAGCTACACT 
TCTTCAATCA TCACCACCAA GACACCCTCA CACAGTACTC CCAGCTTCCC TTCTTCAATC 
ACGACCACTG AGACCATATC ACACAGTACT CCCAGCTTGA CTTCCGCGAT CACCACCACT 
GAGACCATGT CACACAGTAT TCCAGGCTTC ACTTCTTCGA TCACCACCAC CGAGACCACC 
TCACACCTTC CTCCCAGGTT CACTTCTTCA ATCNCCATCA CTGAGACCAC CTCACACAGT 
GCTCCCAGCT TCTCTTCTTC AATCACCAGC ACCGAGACCA CCTCACACAG TACTCCCAGC 
TTCACTTCTG CAATCGCCAG CACCGAGATC ACCTCACACA GTACTCCCAT CTTCACTTCT 
TCTATTGCCA CCTCCAACAC AACCTCAAGC AGTACTCCTG GCTTCACTTC TTCAATCGCC 
ACCACCGAGA CCACCTCACG CAGTACTCCT GGTTTCACTT CTTCGATTGT CACCACCGAG 
ACCACCTCAT CCCATACTCC CGGCTTCACG TCTTCAATCA CCACCACCGA GACAATCCCA 
CAGAGTACTC CCACCTTCAC TTCTTTGATC ACCACCAGCG AGATGACATC CCACAGTACT 
CCCAGCTTGA CTTTTTCAAT CACCACCACC AAAAGCATAT CCTACAGTCC TCCCAGCTTC 
ACTTCTTCAA TCACCAGCAC AGAGAGCACC TCACACAGTA CTCCCCCCTT CACTTCTTCA 
ATCACCACTA ACGAGACCAC CTCACACAGT ACTCCCAGCT TCACTAATTC AATCACCAAA 
ACCAAGACCA CATCCCACAG TACTCCCAGT TTCACTTCTT CAAACAGCAT CACTGATTCC 
AGTCACCACC CCGAAATGAC CTCACACAAT ACTCCCAGCT TCATGTCTTC AATCATCACC 
ACCAAGACCA CCTCACACAG TACTCCCAGC TTCACTTCTT CAACCATCTA CTCCACAGTC 
AGCTCATCCA CAACTGCCAT CACCTCACCT TTCACTACCT CAGAGACTGG GGTGACTTCC 
ACACCTTCAT CCCCATCTTC TCTGAGTACA GACATCCCGA CCACATCCCT AAGAACTCTC 
ACCCCATTAC CTTTGTGCAC CAGCACTTCA TTGACTACAA CCACAGGCCT TCCCTCTATA 
CCCACTGATA TCAGTAGCTT ACCAACCCCA ATACACATCA TTTCATCTTC TCCCTCCATC 
CAAAGTACAG AAACCTCATC CCTTGTGGGC ACCATCTCTC CCACCATGTC CACTGTGAGA 
GCGACCCTCA GAAGTACTGA GAACACCCCA ATGAGTTCCT TTAGCACAAG TATTGTTGTT 
ATTCCTGAAA CCCCAACACA GGCCCCTCCT GTACTAATGT CTGCCACTGG GACCCAAACA 
TCCCCTGTAC CTACTACTGT CACCTTTGGA AGTATGGATT CCTCTACGTC CACTCTTCTT 
ACTCTTACTC CATCAACAGC CTTGAGCAAG ATCATGTCAA CATCACAGTT TCCTATTCCT 
AGCACACATT CCTCCACCCT TCAAACAACC CCTTCAATCC CCTCTTTGCA AACTTCACTC 
ACATCTACAA GTGAGTTCAC TACAGAATCT TTCACTAGGG GAAGTACGTC TACAAATGCA 
ATCTTGACTT CTTTTAGTAC CATCATCTGG TCCTCAACAC CGACTATTAT CATGTCCTCT 
TCTCCGTCTT CTGCCAGCAT AACTCCAGTG TTCGCTACTA CCATTCATTC TGTTGCTTCT 
TCACCATACA TTTTCAGTAC AGAAAATGTG GGCTCCACTT CTATCACAGC GTTTCCTAGT 
CTCTCTTCCT CTGCAACTAC CAGCACTTCT CCAACCAGCT CCTCTCTGAC CACAGGTCTC 
ACTGAAACAA CCCCCTTTTC TTATATTTCC CTTCCCTCCA CCACACCCTG TCCAGGAACT 
ATAACAATTA CCATAGTCCC TGCCTCCCCC ACTGATCCAT GTGTTGAAAT GGATCCCAGC 
ACTGAAGCTA CTTCTCCTCC CACCACCCCA TTAACAGTCT TTCCCTTTAC TACTGAAATG 
GTCACCTGTC CTAGCTCCAT CAGTATGCAA ACTACTCTTG CTACACATAT GGACACTTCT 
TCCATGACGC CAGAAAGTGA GTCCAGCATC ACACCCAATG CTTCCAGTTC CACTGGCACT 
GGGACTGTAC CCACAAACAC AGTTTTCACA AGTACTCGAC TGCCCACCAG TGAGACCTGG 
CTGAGCAACA GCTCTGTGAT CCCCCCACCT CTTCCTGGCG TCTCTACCAT CCCGCTNNNN 
NNNNNNNNNN NNNNNNGGAT GACCACACAG TACATGTTGA CCACCACTGC AGGTTGACCT 
TCTGCCTCTC TGTTCCCCTC CTTCCTCCCC TGCAAAATTC CTGTGTCACT GAGATCAGGC 
TTTATCCTGA ACTTCCCTTT CTTCCTGTGT TTTCCAGGCA CCTGTGACAA TGGTGGCACC 
TGGAAACAGG GCCAGTGTGC TTGCCTTCTG GGGTTCTCTG GGGACCGCTG TCAGCTCCAG 
ACCAGATGCC AGAACGGGGG TCAGTGGGAT AGCCTCAAGT GCCAGTGCCC CAGCACCTTC 
TATGGTTCCA GTTGTGAGTT TGCTGTGGAA CAGGTGGATC TAGATGTAGT GGAGACCGAG 
GTGGGCATGG AAGTGTCTGT GGATCAGCAG TTCTCGCCAG ACCTCAATGA CAACACTTCC 
CAGGCCTACA GGGATTTCAA CAAGACCTTC TGGAATCAGG TAAAGGGCAA AGAGNNNNGA 
CCCCTCAGGA ATGGCAGCAT CGTGGTGGAC TACCTGGTCC TGCTGGAGAT GCCCTTCAGC 
CCCCAGCTGG AGAGCCAGTA CGAGCAGGTG AAGACCACGC TGAAGGAGGG GCTGCAGAAC 
GCCAGCCAGG ATGCGAACAG CTGCCAGGAC TCCCAGACCC TGTGTTTTAA GCCTGACTCC 
ATCAAGGTGA ACAACAACAG CAAGACAGAG CTGACCCCGG AAGCCATCTG CCGCCGCGCC 
GCTCCCACGG GCTATGAGGA GTTCTACTTC CCTCTGGTGG AGGCTACCCG GCTCCGCTGT 
GTCACCAAAT GCACGTCGGG CGTGGACAAC GCCATCGACT GTCACCAGGG CCAGTGCGTT 
CTGGAGACGA GCGGTCCCGC GTGTCGCTGC TACTCCACCG ACACGCACTG GTTCTCTGGC 
CCGCGTTGCG AGGTGGCCGT CCACTGGAGG GCGCTGGTCG GGGGCCTGAC GGCCGGCGCC 
GCGCTGCTGA ACAGACTTTC TGATTCCTTT CTGGCAGGGG TGGACAGGGA TGAGGAGAGG 
CGAGAGAGGG AGACCTTGAG TTGA