ANI_1_2072144 cDNA ORF clone, Aspergillus niger CBS 513.88

Gene
Clones
gRNAs

Summary

Gene Symbol	ANI_1_2072144
Entrez Gene ID	4989267
Full Name	RNA polymerase Rpb1 C-terminal repeat domain protein
Synonyms	An16g08760
Gene Type	protein-coding
Organism	Aspergillus niger CBS 513.88

mRNA and Protein(s)

mRNA	Protein	Name
XM_001398137.1	XP_001398174.1	RNA polymerase Rpb1 C-terminal repeat domain protein

Pathways from BioSystems
Gene Ontology

The following ANI_1_2072144 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ANI_1_2072144 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
OAi08489	XM_001398137.1 Latest version!	Aspergillus niger CBS 513.88 RNA polymerase Rpb1 C-terminal repeat domain protein, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

ANI_1_2072144 ( XM_001398137.1 ) cDNA ORF clone, Aspergillus niger CBS 513.88 -> XP_001398174.1 Aspergillus niger CBS 513.88 RNA polymerase Rpb1 C-terminal repeat domain protein, mRNA.

Price & Availability↑

CloneID	OAi08489
Clone ID Related Accession (Same CDS sequence)	XM_001398137.1
Accession Version	XM_001398137.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3933bp) 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	2011-03-02
Organism	Aspergillus niger CBS 513.88
Product	RNA polymerase Rpb1 C-terminal repeat domain protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NT_166531). Derived by automatic computational analysis using gene prediction method: Multi-Genome Gnomon.

ATGGCAAAGA GCAAGAACAA GGCCGCTAAC AAACAAAAGA ATAAGAAGGG CAAGAACCAA 
GAGGCCTCTG GGAATCAGAC ACCTCAGCCT GACCCTCCTG TTGTTGAGCA ACAACAAGAA 
GAACAACAAG TGGAACAGCA ACAGCAATTA GAACAACAAG AGACACCTCA GCCTGAGCTA 
TCTACCCCTG AGCCAGAGCA ACAACCAGAG CAAGAGGAAC AACAACCACC ACCAGAGACA 
CCTCAACCCG AGCTCTCCAC CTCGGAGCAA GAGGCCCAGC CTGAGAGCCA ACAAGAGGCC 
CCTCAGGAGG ACCAGCAAGA CCCGCAGCAA GAGTCGTCAC AGCCCGAGGT CTCCACTGAA 
GAGCCGGTAT CAGAGCCCCA GCAAGTAGAA GAGCAAGTTC AGGAGCCACC GACAGCTCAG 
CTTGAGCCCA CCTCTGAACA AGCAGAACAG CAACCAGAGG GTCTGCAAGA ACAGCAAGAC 
ATACAACCTG ACGAGCAGCC ACAAGAACAA CCGCCCACTG AAGCTGAAGC TCAAGTTGAA 
CCTGAAGCTG TAGCTGAACC TGCAGCTGAG GCGCCGATCG AATCACAGCC GGCAGAAACA 
GAGCCCGTAT CTGAAACCGT ACCAGAACCT CCACAAGAAC CAGAGTCGGT GCCAGACCAA 
GGACCGGAAC TGGAGCAATC ACAGGCTTCC GTCGAGCCAG ACTCGACTGT GCCCGTAGAC 
GAGGCACCAG TCCAGCCGCC GGCGAACGAG GAGGGTGGGT TCGAGCAACC GGCAGTTCCT 
GAGCCCGCCC AAGTTGAGCA ATCCGACGTG AACGATGTGC AGACCTATTC TGAACAGCCA 
CAAGAGTCGA GCTGGGAGGA AATAGGCACA TCGGAACAAC ACGCGGGTGA CGCTGAGGAG 
CACCACGAGA CCAACCCTTT CCTGACTGAA GCTAGCGGCG CCGCTGAAAC AGTCGAGGAG 
ACGCCAGTAA CAGCACCGCA GACACCGCTG GATTCTTCAT TCGTCCCGAC CCAGTCGTGG 
GAGCCCTTGG AGGAACCACA GCCCCAGACG GACAGTTCAT TCGTGGCAGC ACCCTTTGGC 
TCCAGCACTG GAGCTCCAGA GACTTACTCG CATATTCCTG AAATGTCTGA ACCTTTCGCC 
GATACAGTGG TCGCTCAGCC TACGCCTTTC TCTGATACGT TCGCCCCCTC AAGCGCTACT 
CCCGCTTCGA AGCCTGGTTC TCCGATTCCC CAAAGCGGTT CACCAATCCA ACGCACTGCA 
TCCCCGTCTT TCAAGTCTAT GTCGCCTGGT CCTCAGAGCG CTGCTGCTAC ACCACGTGCC 
ACTTCACCGG TGCACCAATC TGCGTCGCCA GTTCGACCTT ACCATTCTCC GGTGCAGCAG 
TATACCTCAC CGATGGCCCA ACCCGCCTCG CCAATACGGG AAGCAACGGT TCTGTCGCAA 
AGGAGCTCCT CTCCCACACC GCCAGGCGCT TCTCCCGTAT TTCAATCAGC TTCACCCGCC 
GTGCAACAAT ATTCTCCAGT GCAGAAGGTT GCATCACCTG TGCAAAAGAC CGTATCACCT 
GTACAGAAAC ACGTCTCGCC TGTCGCGAAA CCCGCTTCAC CCGTTCCGAA AGTCAGCAGT 
CCTCTAGCAC GTGGGCACAT GTCTCCGATG ATGTCCCCAC AAATGGCTCC TCCGCCAATG 
ACGGCGAGGA TGCCTCCACA GCCAACCGCC ATACCGCCCT ACCCCCCCTC CTATCACTCG 
CCTATCATGA GCGCCAATGG CTTCCTCCCC CAGTATGCCT ACTATCAACC TTCCCCCAAC 
ATGCATCCGA CCCCTCGAGG CTCTATAGAC CCCGGGTCGG CTGCTTCCTT CCAGGCCCTG 
CAGAACCTGG GCTTCGGCAA TGGCCATCCT CTGAATGGCA AAGGAGGCAC CATCTCGCCC 
CCACACGAAC ATGAAGAGCC TATTGAGCTT CTACAGAGGA TCCAGGATGC CATTCCCGAC 
ATCGGCCGAT TGCTCAATAG CTACAAGACC ACCAAGGGCA AGTTGCAGGC GCGGGAGTCA 
GAGTTCAAGC AGATGAAGAA CCAACATGAG CAGGACTTGA TGCACAAAGA CTTCTACATC 
GATGCCCTGC AGAATCAGAT GCGGAAGGCA GCCAGTGAAA GTGCGGAGGA ATCAACGAGA 
CTCAAGAATA CCATCAATGA GCTCCGCATG GAGCTAGGCA ACGAGAATGA GAAGAAGAAG 
GACCTTCAGG AGAGGCTACA TGATGCGGAG AAGGCCAATG AGGAGCTATC GCAGACCAAG 
GCCGAGCTGG AGGAGGAGGT CAAGACCCTC AACACCAACC TTCAAGAGGC ACACGAGACC 
TACGAGAGGG ATATGGAGGC TGCCAGACAG GACAAGGAGT CCTCTCTTGC CACTCAGAAG 
CAAGAGCTGA CGGAGATGTT CGAGGAGATC AAGGCAGAAG ACGAGAAGGC AGCAGCTGAG 
GCTCTCGCAG CACGCGAGCG CGAGTTGCTC GACCAGCAGG ACGCGATGAA GAACGATTAC 
GAGAACCAGA AGCAACAGAT GCAGGAAGCG CACGATACAC TGCAAGCCGA TTTCGACTCG 
AAGGTTACCG AGCTGGGTTC GACAAAGGAA GAACTTGAAA CCAGAACTAC CGAACTCGCA 
GACAAGCAGA AGGAACTGGA GACTACCATT GAGACAAACG CCAAGGAGAT GGAGGACCTC 
CGTCAGACCC ACGCTAGCGA AGTCGAGTCC CTCAACAATA GCCACGCAGA GAAGGTGGCA 
GAGATGGAGA AGGAGCACAG CGACCAGCAG CAGAAGTGGG CTGATGAGAA GGCCGACTTG 
GAGGGACGGC TCTCGGACAA GATCCAGGCC TTGGAGTTCT GCGAGCGGGA GAACAAGAAA 
CTGGAGGAGG ATAATCTTGT CAAGGAGAAG CAGGTTCAGC ATGCGGTGGA TGGAATGCGC 
CTCACCATTG ATAATTTGGA CAAAGATTGC GACAGGCTGA GAAAGACCCT TCACAGCCTT 
GGAGAAGCCA CTGACCTCAA GAGCACGAAG GGTGATACAT TCTTTTTGGA CTGTTTCGGC 
CAGCTTTCTC GGCTTATTGT CTCCTTGTCC AAGGAGCACT TCTCGTACCT TCCAATTGAT 
CCTCCCAAGG ACATTCTATC CAAACTTCCA TCGGAACTAC CATCGTTCCT TGATAACACC 
CCGGCATCGT GCGAGCTTCG TTCAGCATAT GTCCAGCATG TCATTTCTAA GACCTTGACC 
TACCGCATCT TTCATCCTTT CCTGTTCACC CTGGGGCGCC GGTTCGATAA GGCCGATACC 
TTCTTCCAGA TGCTGTCGAT GGATATCCGC CGCAAGTCCG TAAGACGGGA AGCGTTCTGG 
AGACAGCAGA CGCTGAAGGC CGCGTACACG ACTTCGGACG CTAAGCAATC GATCAACGTG 
GTGGCCGCCG TCATTGTTGA TGAAATCATC GACCAGCTGA AGCACTTTGC CGACCCAAGG 
AACCTGGATG CTCTGCTCAT CGCGGTCCGC AAGATTGTCA AGCTTGCAGC TGAGACCTGG 
CGACTTGCGC GCGTGGAACG TGAGCTGATT CTGGCCTCGC TGCCGTCGCC CGACGCCGAT 
GCCGTCTCCA ATGATGACTG GGAAGAGTAC GGCACGCCCA AGGAGGGCAG CCTTAGCTCC 
AAGGAAGACC CCACTCGCCA TGTTATCCTG CGCACCTTCC CTCGGATCAC GCGCGAGGCA 
GCTCACGAGG ATTTCGCGGG CGACGAAGAA AAGTACAACC CCTGCACGTA CTCCCGTGGC 
TGTGTTCTGT ACTCCGACTC CCCTGTGGTC ATGGCCCGTC TCCAAGAATT GGCTAAGAAG 
TCAGAGGATT CGCCTCGTCG TGGTTCAAGA GACTCGACCC GTTCCGATGG GTCGCCCTCT 
CCCCGCCGGA GTCGGGACGG CATGAGGACA TGA

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

RefSeq	XP_001398174.1
CDS	1..3933
Translation	MAKSKNKAANKQKNKKGKNQEASGNQTPQPDPPVVEQQQEEQQVEQQQQLEQQETPQPELSTPEPEQQPEQEEQQPPPETPQPELSTSEQEAQPESQQEAPQEDQQDPQQESSQPEVSTEEPVSEPQQVEEQVQEPPTAQLEPTSEQAEQQPEGLQEQQDIQPDEQPQEQPPTEAEAQVEPEAVAEPAAEAPIESQPAETEPVSETVPEPPQEPESVPDQGPELEQSQASVEPDSTVPVDEAPVQPPANEEGGFEQPAVPEPAQVEQSDVNDVQTYSEQPQESSWEEIGTSEQHAGDAEEHHETNPFLTEASGAAETVEETPVTAPQTPLDSSFVPTQSWEPLEEPQPQTDSSFVAAPFGSSTGAPETYSHIPEMSEPFADTVVAQPTPFSDTFAPSSATPASKPGSPIPQSGSPIQRTASPSFKSMSPGPQSAAATPRATSPVHQSASPVRPYHSPVQQYTSPMAQPASPIREATVLSQRSSSPTPPGASPVFQSASPAVQQYSPVQKVASPVQKTVSPVQKHVSPVAKPASPVPKVSSPLARGHMSPMMSPQMAPPPMTARMPPQPTAIPPYPPSYHSPIMSANGFLPQYAYYQPSPNMHPTPRGSIDPGSAASFQALQNLGFGNGHPLNGKGGTISPPHEHEEPIELLQRIQDAIPDIGRLLNSYKTTKGKLQARESEFKQMKNQHEQDLMHKDFYIDALQNQMRKAASESAEESTRLKNTINELRMELGNENEKKKDLQERLHDAEKANEELSQTKAELEEEVKTLNTNLQEAHETYERDMEAARQDKESSLATQKQELTEMFEEIKAEDEKAAAEALAARERELLDQQDAMKNDYENQKQQMQEAHDTLQADFDSKVTELGSTKEELETRTTELADKQKELETTIETNAKEMEDLRQTHASEVESLNNSHAEKVAEMEKEHSDQQQKWADEKADLEGRLSDKIQALEFCERENKKLEEDNLVKEKQVQHAVDGMRLTIDNLDKDCDRLRKTLHSLGEATDLKSTKGDTFFLDCFGQLSRLIVSLSKEHFSYLPIDPPKDILSKLPSELPSFLDNTPASCELRSAYVQHVISKTLTYRIFHPFLFTLGRRFDKADTFFQMLSMDIRRKSVRREAFWRQQTLKAAYTTSDAKQSINVVAAVIVDEIIDQLKHFADPRNLDALLIAVRKIVKLAAETWRLARVERELILASLPSPDADAVSNDDWEEYGTPKEGSLSSKEDPTRHVILRTFPRITREAAHEDFAGDEEKYNPCTYSRGCVLYSDSPVVMARLQELAKKSEDSPRRGSRDSTRSDGSPSPRRSRDGMRT

Target ORF information:

RefSeq Version	XM_001398137.1
Organism	Aspergillus niger CBS 513.88
Definition	Aspergillus niger CBS 513.88 RNA polymerase Rpb1 C-terminal repeat domain protein, mRNA.

Target ORF information:

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

XM_001398137.1

ORF Insert Sequence:

ATGGCAAAGA GCAAGAACAA GGCCGCTAAC AAACAAAAGA ATAAGAAGGG CAAGAACCAA 
GAGGCCTCTG GGAATCAGAC ACCTCAGCCT GACCCTCCTG TTGTTGAGCA ACAACAAGAA 
GAACAACAAG TGGAACAGCA ACAGCAATTA GAACAACAAG AGACACCTCA GCCTGAGCTA 
TCTACCCCTG AGCCAGAGCA ACAACCAGAG CAAGAGGAAC AACAACCACC ACCAGAGACA 
CCTCAACCCG AGCTCTCCAC CTCGGAGCAA GAGGCCCAGC CTGAGAGCCA ACAAGAGGCC 
CCTCAGGAGG ACCAGCAAGA CCCGCAGCAA GAGTCGTCAC AGCCCGAGGT CTCCACTGAA 
GAGCCGGTAT CAGAGCCCCA GCAAGTAGAA GAGCAAGTTC AGGAGCCACC GACAGCTCAG 
CTTGAGCCCA CCTCTGAACA AGCAGAACAG CAACCAGAGG GTCTGCAAGA ACAGCAAGAC 
ATACAACCTG ACGAGCAGCC ACAAGAACAA CCGCCCACTG AAGCTGAAGC TCAAGTTGAA 
CCTGAAGCTG TAGCTGAACC TGCAGCTGAG GCGCCGATCG AATCACAGCC GGCAGAAACA 
GAGCCCGTAT CTGAAACCGT ACCAGAACCT CCACAAGAAC CAGAGTCGGT GCCAGACCAA 
GGACCGGAAC TGGAGCAATC ACAGGCTTCC GTCGAGCCAG ACTCGACTGT GCCCGTAGAC 
GAGGCACCAG TCCAGCCGCC GGCGAACGAG GAGGGTGGGT TCGAGCAACC GGCAGTTCCT 
GAGCCCGCCC AAGTTGAGCA ATCCGACGTG AACGATGTGC AGACCTATTC TGAACAGCCA 
CAAGAGTCGA GCTGGGAGGA AATAGGCACA TCGGAACAAC ACGCGGGTGA CGCTGAGGAG 
CACCACGAGA CCAACCCTTT CCTGACTGAA GCTAGCGGCG CCGCTGAAAC AGTCGAGGAG 
ACGCCAGTAA CAGCACCGCA GACACCGCTG GATTCTTCAT TCGTCCCGAC CCAGTCGTGG 
GAGCCCTTGG AGGAACCACA GCCCCAGACG GACAGTTCAT TCGTGGCAGC ACCCTTTGGC 
TCCAGCACTG GAGCTCCAGA GACTTACTCG CATATTCCTG AAATGTCTGA ACCTTTCGCC 
GATACAGTGG TCGCTCAGCC TACGCCTTTC TCTGATACGT TCGCCCCCTC AAGCGCTACT 
CCCGCTTCGA AGCCTGGTTC TCCGATTCCC CAAAGCGGTT CACCAATCCA ACGCACTGCA 
TCCCCGTCTT TCAAGTCTAT GTCGCCTGGT CCTCAGAGCG CTGCTGCTAC ACCACGTGCC 
ACTTCACCGG TGCACCAATC TGCGTCGCCA GTTCGACCTT ACCATTCTCC GGTGCAGCAG 
TATACCTCAC CGATGGCCCA ACCCGCCTCG CCAATACGGG AAGCAACGGT TCTGTCGCAA 
AGGAGCTCCT CTCCCACACC GCCAGGCGCT TCTCCCGTAT TTCAATCAGC TTCACCCGCC 
GTGCAACAAT ATTCTCCAGT GCAGAAGGTT GCATCACCTG TGCAAAAGAC CGTATCACCT 
GTACAGAAAC ACGTCTCGCC TGTCGCGAAA CCCGCTTCAC CCGTTCCGAA AGTCAGCAGT 
CCTCTAGCAC GTGGGCACAT GTCTCCGATG ATGTCCCCAC AAATGGCTCC TCCGCCAATG 
ACGGCGAGGA TGCCTCCACA GCCAACCGCC ATACCGCCCT ACCCCCCCTC CTATCACTCG 
CCTATCATGA GCGCCAATGG CTTCCTCCCC CAGTATGCCT ACTATCAACC TTCCCCCAAC 
ATGCATCCGA CCCCTCGAGG CTCTATAGAC CCCGGGTCGG CTGCTTCCTT CCAGGCCCTG 
CAGAACCTGG GCTTCGGCAA TGGCCATCCT CTGAATGGCA AAGGAGGCAC CATCTCGCCC 
CCACACGAAC ATGAAGAGCC TATTGAGCTT CTACAGAGGA TCCAGGATGC CATTCCCGAC 
ATCGGCCGAT TGCTCAATAG CTACAAGACC ACCAAGGGCA AGTTGCAGGC GCGGGAGTCA 
GAGTTCAAGC AGATGAAGAA CCAACATGAG CAGGACTTGA TGCACAAAGA CTTCTACATC 
GATGCCCTGC AGAATCAGAT GCGGAAGGCA GCCAGTGAAA GTGCGGAGGA ATCAACGAGA 
CTCAAGAATA CCATCAATGA GCTCCGCATG GAGCTAGGCA ACGAGAATGA GAAGAAGAAG 
GACCTTCAGG AGAGGCTACA TGATGCGGAG AAGGCCAATG AGGAGCTATC GCAGACCAAG 
GCCGAGCTGG AGGAGGAGGT CAAGACCCTC AACACCAACC TTCAAGAGGC ACACGAGACC 
TACGAGAGGG ATATGGAGGC TGCCAGACAG GACAAGGAGT CCTCTCTTGC CACTCAGAAG 
CAAGAGCTGA CGGAGATGTT CGAGGAGATC AAGGCAGAAG ACGAGAAGGC AGCAGCTGAG 
GCTCTCGCAG CACGCGAGCG CGAGTTGCTC GACCAGCAGG ACGCGATGAA GAACGATTAC 
GAGAACCAGA AGCAACAGAT GCAGGAAGCG CACGATACAC TGCAAGCCGA TTTCGACTCG 
AAGGTTACCG AGCTGGGTTC GACAAAGGAA GAACTTGAAA CCAGAACTAC CGAACTCGCA 
GACAAGCAGA AGGAACTGGA GACTACCATT GAGACAAACG CCAAGGAGAT GGAGGACCTC 
CGTCAGACCC ACGCTAGCGA AGTCGAGTCC CTCAACAATA GCCACGCAGA GAAGGTGGCA 
GAGATGGAGA AGGAGCACAG CGACCAGCAG CAGAAGTGGG CTGATGAGAA GGCCGACTTG 
GAGGGACGGC TCTCGGACAA GATCCAGGCC TTGGAGTTCT GCGAGCGGGA GAACAAGAAA 
CTGGAGGAGG ATAATCTTGT CAAGGAGAAG CAGGTTCAGC ATGCGGTGGA TGGAATGCGC 
CTCACCATTG ATAATTTGGA CAAAGATTGC GACAGGCTGA GAAAGACCCT TCACAGCCTT 
GGAGAAGCCA CTGACCTCAA GAGCACGAAG GGTGATACAT TCTTTTTGGA CTGTTTCGGC 
CAGCTTTCTC GGCTTATTGT CTCCTTGTCC AAGGAGCACT TCTCGTACCT TCCAATTGAT 
CCTCCCAAGG ACATTCTATC CAAACTTCCA TCGGAACTAC CATCGTTCCT TGATAACACC 
CCGGCATCGT GCGAGCTTCG TTCAGCATAT GTCCAGCATG TCATTTCTAA GACCTTGACC 
TACCGCATCT TTCATCCTTT CCTGTTCACC CTGGGGCGCC GGTTCGATAA GGCCGATACC 
TTCTTCCAGA TGCTGTCGAT GGATATCCGC CGCAAGTCCG TAAGACGGGA AGCGTTCTGG 
AGACAGCAGA CGCTGAAGGC CGCGTACACG ACTTCGGACG CTAAGCAATC GATCAACGTG 
GTGGCCGCCG TCATTGTTGA TGAAATCATC GACCAGCTGA AGCACTTTGC CGACCCAAGG 
AACCTGGATG CTCTGCTCAT CGCGGTCCGC AAGATTGTCA AGCTTGCAGC TGAGACCTGG 
CGACTTGCGC GCGTGGAACG TGAGCTGATT CTGGCCTCGC TGCCGTCGCC CGACGCCGAT 
GCCGTCTCCA ATGATGACTG GGAAGAGTAC GGCACGCCCA AGGAGGGCAG CCTTAGCTCC 
AAGGAAGACC CCACTCGCCA TGTTATCCTG CGCACCTTCC CTCGGATCAC GCGCGAGGCA 
GCTCACGAGG ATTTCGCGGG CGACGAAGAA AAGTACAACC CCTGCACGTA CTCCCGTGGC 
TGTGTTCTGT ACTCCGACTC CCCTGTGGTC ATGGCCCGTC TCCAAGAATT GGCTAAGAAG 
TCAGAGGATT CGCCTCGTCG TGGTTCAAGA GACTCGACCC GTTCCGATGG GTCGCCCTCT 
CCCCGCCGGA GTCGGGACGG CATGAGGACA TGA