Cc2d2b cDNA ORF clone, Mus pahari(shrew mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Cc2d2b
Entrez Gene ID	110333792
Full Name	coiled-coil and C2 domain containing 2B
Gene Type	protein-coding
Organism	Mus pahari(shrew mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021215548.1	XP_021071207.1	protein CC2D2B

Pathways from BioSystems
Gene Ontology

The following Cc2d2b gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Cc2d2b 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
OMv43849	XM_021215548.1 Latest version!	Mus pahari coiled-coil and C2 domain containing 2B (Cc2d2b), 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)

Cc2d2b ( XM_021215548.1 ) cDNA ORF clone, Mus pahari(shrew mouse) -> XP_021071207.1 Mus pahari coiled-coil and C2 domain containing 2B (Cc2d2b), mRNA.

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CloneID	OMv43849
Clone ID Related Accession (Same CDS sequence)	XM_021215548.1
Accession Version	XM_021215548.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4320bp) 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	2019-06-17
Organism	Mus pahari(shrew mouse)
Product	protein CC2D2B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034590.1) 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 :: Mus pahari Annotation Release 101 Annotation Version :: 101 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## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGAAAAAAA TTTCAAAGAG AAGAGAAGAG ATTTTTAAAA AGATGTCAGA AGCAGCGAGC 
AGCGGCACAG AAGAAATCCT GGACAGGCAT CTGTCAAAAG GTTTAAATGC AGAAGCGAAT 
CGAAACATAA CAGAGACACT GAGAGGCAAA GTCAGAGAAA AACTGAAAAA TGCTAAGATC 
AGTCAAGGCG AAAAGTCCTC AGCCAAGCCA CTCACTGATA CAAAGACTTA TCGATGGTCT 
AAGGTGAGCC CACAGTCTGA AGTCTTGCTG GATGAAGGTC TTTCATTTTT CATCCTGAGT 
GGAGAAGAGG ATTCAGCAGT GAGCCAGTCT TCGCGGCAGA AAACAGTAAG TGAGAGTTCC 
TCGAAGCACT CTGCATCTGG TGGTAGTTTC CAAAACGCTG CTGAGGGTCC AGATGAGGAT 
TTTATGGAAG AAGTGATCTT AATGGATTTA TTTGAAGTGA AAGCTGCAGA TTATGAAGAT 
GACCAAGAAC AGATAAAAAA ACAAGAGGCA AATATTTTTG TGCCGAGTAG TTCTCCAGTG 
GCCAGCCAGC AGAAACTGCC GAAAGGCATG CTCCCTCGAA TTTTAGAAGA CGAAGGACTT 
TACATTCAGA AGAAGCCAGA GACATATAAA AAGATCTGCA ACAAAATGGA AAATCGCCTG 
CTCAGCCTGC AGGAGGGAAA ATGTTGGTTT GAAGAAAGTG GAGAAATAAT GTCATTACCT 
TCACCTATTA GACCGTCTTG GAATTTTAGG CTCTGCATGA GCAAGGAATC TTTGAATCCA 
GCACTAAAGA CTGTACACAG AAAGGCGGTG AAATCTGACA TGGGGTGCTG TTTTAGAGAC 
AGGATGGATG GTCAGAGGGA AATGTACCAA TTAGACCTTA ACATCGTGGG CTTGCAGTTC 
AGCCACCACC CGCTCTTCAA TCAAGAACAC GTCCTGTGTG CCAGGCTGCT CCAACTCTGT 
GAGTCTTTCC AGGACAGGCA GAAGCAGAGC TTCTCTCAGT TGCTCTACGA GAAGCTGAGA 
GCCCTGAAGG ATGCTACCAA ACTAATAAGC AAAAACCCAG AATTAAGCCA ATTTACCACA 
AAATCGCTAC AAGATTATTA TCGGCAGATA AGTGACACGA AGCAGCTGTA TGATGCCGAA 
AGGGAAAAGG ACTATTCCCT GCTGCACAGT GTCTTACAGA CTTGGAAACA GATAAAATCT 
CTCCGGCAAA AGCAAGGATT CACAAGCTCC CCGGTAAAGC TGCAGTTTCA TAGGGTAAAA 
ATGAACACGT GGGATGAGCA GAATCAAGTG GGAGTGTCAG AAGGACCTGG GGACGCAAGC 
GAAGAAATGC CATTTCAGAA TGAAGACACA CAGGAGACTC TCTCCCATCC AGCCTCAGAC 
CCTGAAGGAA TGGAAGTTGA AAGAGCAAAG CCAATTACTC TGGTGCCGCA GCTTTCTTTC 
ACGGCAGAAT TGACAAACTC ATCCAAGTGT TCTCTATATG AGCAAAAGAG GAGAGCCAAA 
ATGCAGAAGC TTAAATATTT TATCAAAATA TTTTACAATG ATAAACAGGT TTCCTGCACC 
TCAGTATCTC CCCTACAGTT TGACTTTAAA GTCATGTTTC AACAAATCTT TAACATTCAG 
CTGATATACT GGCCAGAAAC AATCTGCTTG GAGGTTTATG AGATAAGTAA AAGGTCAACT 
TTACTGGTTA AACTGTATCT GCCTTTACCT AACAAGACAG AGCTGAAGGG CAAGACTGGC 
CTGGAATATA CGGAATTTAG TTCTGATAAA CTTGTCATAC CTATGGATGG AGGCGTAGGA 
AGCAATGTGC CTTTTAATCT CGAGGAAAGT GAGAATGAAG AACTCTGCCT TTTAACCTCA 
GGGAAACTTA GCTACTCCCT CTCATGGACC TTAGATGAAA ATGGATCCCC TCTGATACCC 
GTGTCACAGT CGCTGAGCTC TGCATACTGT AGTGTGCTAA GGAATGTTGA CGCAAGAGGT 
GTTCCTGGAC TCCCGTGGAT CGTGAACTCA CAAAAGCTTT GTGACTGGGC AGATGATGTC 
AGGATTGATC CAAATAACCC AGAGTACTCG GATATAACAG AACTTATTAT GTATTTGAGA 
CACAAAGGAC AGGAAATCCC CAAATATTTC CGTCTTGAGC AGTTGCAAGA TGAATTTAAC 
TTTGTGTCTG AGGAAGAAAT GAGAAGGAGC AAGCGCTTCC AGCTGTTGCA GTTGAGAAAT 
GCAGGCCAGC TAGATCTCTT CCTGCTGCAG CAGATGCCCC TCTATGACAA CGAGATTCCA 
GACATAGTCT TCCAGGAGTA TGAAAGTCAG GCACAGAAGG ATATATCCAT TTCAGATGTG 
AACTCTATTA CTGCGCAAAG GATTAATTCT GTCAATTTTC TGAAAAAGGT GAGAAGGTTG 
ATCATGAGAA GAATCGTCAA AGTCAGCAAA TTTAACTTGT CAGATATTGT AGCTGACTAT 
GAAGAAATTG TATCTACAAG CCAGTTGACA GATGCAATTT GTAAATTCAT TGAACCACGA 
CGGAAGTTAA AACCTCAGAG GAAAGAAAGA AGAAAAGTCA CAGCCCAGAG CATCTCTGAT 
GGAGATATCA AAATTCTTGT CAGGATCCTG AGGGCCTATA ACATTCCTAC CAGAAAAACA 
GTGTCTTATA GAACTTTGAG TATGCCTACT TACCAGAGGT CATCCATGTC TCACCTCAGA 
CATCAAAATG CAGCCAAACT TGTACTCTCG AATGAAGTCA TAAATGAGGA TACCGTGCAC 
CCTTTCATAG AAGTTTCCTT TCAACACACT GTATATCAAA CCAACATTGC AAATGGATCT 
CACCCATGCT GGAATGAAGA AATCAAGGTG GATTTTATCT CACCAGGACA TGACTACAGC 
TTCTCTAGTT TATCTAAAAT AAAAGATAAC ATACATATCA ACATTTTCGA TGAAGTGGTG 
ATTGAAAAAC ATGAGGATCA TTGTCTCAAG AGCTGCAGTG TTCACTCATA CATACAGAAG 
AACTGGCTGG GCTCCATCAG CTTCCCTTTC TCAGCCCTTC TGCAGCAGCC TGAGATTAGC 
GGGACATTTC AAGTGAACAT CCCACCCATT TTGCTTGGGT ACACCTGGAG TAACACCTAC 
GTCCTCCCTA GAGAAGACTG CAGTGGGCAG AACCCCAAAG AATGTACCTT CCTAAACATT 
TTTGCTACAA TCGAACCTCA GATATCATAT GTCACGTACA ATCCAAAAGT AGACGAGTTT 
TCAGATCAAA TAGACATTTT ACAACGAGCG CAGACTTTTA CCAGGAACTG TAAGGCCATG 
TTTCCCAACC GAAGAGTCAT GGCGACTGTT TTTAATGGTG AAGGGATGCA CATCTTAGTC 
ACAAGATACA TCAAGGCACT GAATCCGCCT CAGCAGCTTC TGGATATATT TCTTCATGAC 
TCAAATGCAA CGCTTGACCT CATCGCCCGA TTCGTATCTC TGATTCCTTT TGCGGCAGAG 
ACGTTGGATG AAAATGATGG TTCTGACATA TGGATGACAT CAGAGTGCTG CATTAGTTTG 
GCCATTGGAA ATAAAGAAGA GCACGCCATA CTTCTCTGTA ATTTCTTTCT GTACTTCGGG 
AAGAAGGCGT TGGTGATCCT GGGAACCTCA GTACTAGAAG GCCATGTGGC TTATGTGTTA 
ACTCAAGAAA CCGAAGAGTG TTTGCTTTGG AATCCATCGA CAGGGCAATG TCATAAGCAG 
TTTGACCCAT TTTGTCCCTT GCAAAGTGTA GATTGTTTGT TCAATGACAA AAATGTCTGG 
TTTAATATTC AACAAAACAA TACACCGATG GCTGTACAGT TTGACTACTC AAAAGAGAGC 
CTCTGGAAAC AGCTGCTTCC AAAAAACTTT CAGGGGACCA AAGCGCAGAG CGTACAGCCT 
GAAGAAATAG TTTACTCGGA CACCAATAAA AGCATGGTAG AAGATCTAAA GAGCAGGATA 
GAGAGGACAC TGAAATGTAA GGTGATGGAA TGGCGGCCTA AGCACCCGAC ACGCTGGAAT 
CGACAGTGCA CTTCTGTTCT ACGGCAAATC CTTCCAAAGC TAGAGTTCTA CACGGGCAGT 
TTTGCTTCCT TTGAAGACAG TGAGTTGGAA AGGCTGCTAC AGTTTTACTG GGTCACAGGA 
TTTCCCATCC AGATGCCCTA CACAGATGTC CAGGCAGTCA TTGATGCTGT GTACCAGACT 
GGAATTCACA CTTCTGAATT TCCCCAGACG GAATTTGCTT TAGCTGTGTA CATTCATCCA 
TACCCGAACA ACATTTTATC TGTGTGGGTC TATCTGGCTT CCTTAGCCCG ACAGCAGTGA

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

RefSeq	XP_021071207.1
CDS	1..4320
Translation	MKKISKRREEIFKKMSEAASSGTEEILDRHLSKGLNAEANRNITETLRGKVREKLKNAKISQGEKSSAKPLTDTKTYRWSKVSPQSEVLLDEGLSFFILSGEEDSAVSQSSRQKTVSESSSKHSASGGSFQNAAEGPDEDFMEEVILMDLFEVKAADYEDDQEQIKKQEANIFVPSSSPVASQQKLPKGMLPRILEDEGLYIQKKPETYKKICNKMENRLLSLQEGKCWFEESGEIMSLPSPIRPSWNFRLCMSKESLNPALKTVHRKAVKSDMGCCFRDRMDGQREMYQLDLNIVGLQFSHHPLFNQEHVLCARLLQLCESFQDRQKQSFSQLLYEKLRALKDATKLISKNPELSQFTTKSLQDYYRQISDTKQLYDAEREKDYSLLHSVLQTWKQIKSLRQKQGFTSSPVKLQFHRVKMNTWDEQNQVGVSEGPGDASEEMPFQNEDTQETLSHPASDPEGMEVERAKPITLVPQLSFTAELTNSSKCSLYEQKRRAKMQKLKYFIKIFYNDKQVSCTSVSPLQFDFKVMFQQIFNIQLIYWPETICLEVYEISKRSTLLVKLYLPLPNKTELKGKTGLEYTEFSSDKLVIPMDGGVGSNVPFNLEESENEELCLLTSGKLSYSLSWTLDENGSPLIPVSQSLSSAYCSVLRNVDARGVPGLPWIVNSQKLCDWADDVRIDPNNPEYSDITELIMYLRHKGQEIPKYFRLEQLQDEFNFVSEEEMRRSKRFQLLQLRNAGQLDLFLLQQMPLYDNEIPDIVFQEYESQAQKDISISDVNSITAQRINSVNFLKKVRRLIMRRIVKVSKFNLSDIVADYEEIVSTSQLTDAICKFIEPRRKLKPQRKERRKVTAQSISDGDIKILVRILRAYNIPTRKTVSYRTLSMPTYQRSSMSHLRHQNAAKLVLSNEVINEDTVHPFIEVSFQHTVYQTNIANGSHPCWNEEIKVDFISPGHDYSFSSLSKIKDNIHINIFDEVVIEKHEDHCLKSCSVHSYIQKNWLGSISFPFSALLQQPEISGTFQVNIPPILLGYTWSNTYVLPREDCSGQNPKECTFLNIFATIEPQISYVTYNPKVDEFSDQIDILQRAQTFTRNCKAMFPNRRVMATVFNGEGMHILVTRYIKALNPPQQLLDIFLHDSNATLDLIARFVSLIPFAAETLDENDGSDIWMTSECCISLAIGNKEEHAILLCNFFLYFGKKALVILGTSVLEGHVAYVLTQETEECLLWNPSTGQCHKQFDPFCPLQSVDCLFNDKNVWFNIQQNNTPMAVQFDYSKESLWKQLLPKNFQGTKAQSVQPEEIVYSDTNKSMVEDLKSRIERTLKCKVMEWRPKHPTRWNRQCTSVLRQILPKLEFYTGSFASFEDSELERLLQFYWVTGFPIQMPYTDVQAVIDAVYQTGIHTSEFPQTEFALAVYIHPYPNNILSVWVYLASLARQQ

Target ORF information:

RefSeq Version	XM_021215548.1
Organism	Mus pahari(shrew mouse)
Definition	Mus pahari coiled-coil and C2 domain containing 2B (Cc2d2b), mRNA.

Target ORF information:

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

XM_021215548.1

ORF Insert Sequence:

ATGAAAAAAA TTTCAAAGAG AAGAGAAGAG ATTTTTAAAA AGATGTCAGA AGCAGCGAGC 
AGCGGCACAG AAGAAATCCT GGACAGGCAT CTGTCAAAAG GTTTAAATGC AGAAGCGAAT 
CGAAACATAA CAGAGACACT GAGAGGCAAA GTCAGAGAAA AACTGAAAAA TGCTAAGATC 
AGTCAAGGCG AAAAGTCCTC AGCCAAGCCA CTCACTGATA CAAAGACTTA TCGATGGTCT 
AAGGTGAGCC CACAGTCTGA AGTCTTGCTG GATGAAGGTC TTTCATTTTT CATCCTGAGT 
GGAGAAGAGG ATTCAGCAGT GAGCCAGTCT TCGCGGCAGA AAACAGTAAG TGAGAGTTCC 
TCGAAGCACT CTGCATCTGG TGGTAGTTTC CAAAACGCTG CTGAGGGTCC AGATGAGGAT 
TTTATGGAAG AAGTGATCTT AATGGATTTA TTTGAAGTGA AAGCTGCAGA TTATGAAGAT 
GACCAAGAAC AGATAAAAAA ACAAGAGGCA AATATTTTTG TGCCGAGTAG TTCTCCAGTG 
GCCAGCCAGC AGAAACTGCC GAAAGGCATG CTCCCTCGAA TTTTAGAAGA CGAAGGACTT 
TACATTCAGA AGAAGCCAGA GACATATAAA AAGATCTGCA ACAAAATGGA AAATCGCCTG 
CTCAGCCTGC AGGAGGGAAA ATGTTGGTTT GAAGAAAGTG GAGAAATAAT GTCATTACCT 
TCACCTATTA GACCGTCTTG GAATTTTAGG CTCTGCATGA GCAAGGAATC TTTGAATCCA 
GCACTAAAGA CTGTACACAG AAAGGCGGTG AAATCTGACA TGGGGTGCTG TTTTAGAGAC 
AGGATGGATG GTCAGAGGGA AATGTACCAA TTAGACCTTA ACATCGTGGG CTTGCAGTTC 
AGCCACCACC CGCTCTTCAA TCAAGAACAC GTCCTGTGTG CCAGGCTGCT CCAACTCTGT 
GAGTCTTTCC AGGACAGGCA GAAGCAGAGC TTCTCTCAGT TGCTCTACGA GAAGCTGAGA 
GCCCTGAAGG ATGCTACCAA ACTAATAAGC AAAAACCCAG AATTAAGCCA ATTTACCACA 
AAATCGCTAC AAGATTATTA TCGGCAGATA AGTGACACGA AGCAGCTGTA TGATGCCGAA 
AGGGAAAAGG ACTATTCCCT GCTGCACAGT GTCTTACAGA CTTGGAAACA GATAAAATCT 
CTCCGGCAAA AGCAAGGATT CACAAGCTCC CCGGTAAAGC TGCAGTTTCA TAGGGTAAAA 
ATGAACACGT GGGATGAGCA GAATCAAGTG GGAGTGTCAG AAGGACCTGG GGACGCAAGC 
GAAGAAATGC CATTTCAGAA TGAAGACACA CAGGAGACTC TCTCCCATCC AGCCTCAGAC 
CCTGAAGGAA TGGAAGTTGA AAGAGCAAAG CCAATTACTC TGGTGCCGCA GCTTTCTTTC 
ACGGCAGAAT TGACAAACTC ATCCAAGTGT TCTCTATATG AGCAAAAGAG GAGAGCCAAA 
ATGCAGAAGC TTAAATATTT TATCAAAATA TTTTACAATG ATAAACAGGT TTCCTGCACC 
TCAGTATCTC CCCTACAGTT TGACTTTAAA GTCATGTTTC AACAAATCTT TAACATTCAG 
CTGATATACT GGCCAGAAAC AATCTGCTTG GAGGTTTATG AGATAAGTAA AAGGTCAACT 
TTACTGGTTA AACTGTATCT GCCTTTACCT AACAAGACAG AGCTGAAGGG CAAGACTGGC 
CTGGAATATA CGGAATTTAG TTCTGATAAA CTTGTCATAC CTATGGATGG AGGCGTAGGA 
AGCAATGTGC CTTTTAATCT CGAGGAAAGT GAGAATGAAG AACTCTGCCT TTTAACCTCA 
GGGAAACTTA GCTACTCCCT CTCATGGACC TTAGATGAAA ATGGATCCCC TCTGATACCC 
GTGTCACAGT CGCTGAGCTC TGCATACTGT AGTGTGCTAA GGAATGTTGA CGCAAGAGGT 
GTTCCTGGAC TCCCGTGGAT CGTGAACTCA CAAAAGCTTT GTGACTGGGC AGATGATGTC 
AGGATTGATC CAAATAACCC AGAGTACTCG GATATAACAG AACTTATTAT GTATTTGAGA 
CACAAAGGAC AGGAAATCCC CAAATATTTC CGTCTTGAGC AGTTGCAAGA TGAATTTAAC 
TTTGTGTCTG AGGAAGAAAT GAGAAGGAGC AAGCGCTTCC AGCTGTTGCA GTTGAGAAAT 
GCAGGCCAGC TAGATCTCTT CCTGCTGCAG CAGATGCCCC TCTATGACAA CGAGATTCCA 
GACATAGTCT TCCAGGAGTA TGAAAGTCAG GCACAGAAGG ATATATCCAT TTCAGATGTG 
AACTCTATTA CTGCGCAAAG GATTAATTCT GTCAATTTTC TGAAAAAGGT GAGAAGGTTG 
ATCATGAGAA GAATCGTCAA AGTCAGCAAA TTTAACTTGT CAGATATTGT AGCTGACTAT 
GAAGAAATTG TATCTACAAG CCAGTTGACA GATGCAATTT GTAAATTCAT TGAACCACGA 
CGGAAGTTAA AACCTCAGAG GAAAGAAAGA AGAAAAGTCA CAGCCCAGAG CATCTCTGAT 
GGAGATATCA AAATTCTTGT CAGGATCCTG AGGGCCTATA ACATTCCTAC CAGAAAAACA 
GTGTCTTATA GAACTTTGAG TATGCCTACT TACCAGAGGT CATCCATGTC TCACCTCAGA 
CATCAAAATG CAGCCAAACT TGTACTCTCG AATGAAGTCA TAAATGAGGA TACCGTGCAC 
CCTTTCATAG AAGTTTCCTT TCAACACACT GTATATCAAA CCAACATTGC AAATGGATCT 
CACCCATGCT GGAATGAAGA AATCAAGGTG GATTTTATCT CACCAGGACA TGACTACAGC 
TTCTCTAGTT TATCTAAAAT AAAAGATAAC ATACATATCA ACATTTTCGA TGAAGTGGTG 
ATTGAAAAAC ATGAGGATCA TTGTCTCAAG AGCTGCAGTG TTCACTCATA CATACAGAAG 
AACTGGCTGG GCTCCATCAG CTTCCCTTTC TCAGCCCTTC TGCAGCAGCC TGAGATTAGC 
GGGACATTTC AAGTGAACAT CCCACCCATT TTGCTTGGGT ACACCTGGAG TAACACCTAC 
GTCCTCCCTA GAGAAGACTG CAGTGGGCAG AACCCCAAAG AATGTACCTT CCTAAACATT 
TTTGCTACAA TCGAACCTCA GATATCATAT GTCACGTACA ATCCAAAAGT AGACGAGTTT 
TCAGATCAAA TAGACATTTT ACAACGAGCG CAGACTTTTA CCAGGAACTG TAAGGCCATG 
TTTCCCAACC GAAGAGTCAT GGCGACTGTT TTTAATGGTG AAGGGATGCA CATCTTAGTC 
ACAAGATACA TCAAGGCACT GAATCCGCCT CAGCAGCTTC TGGATATATT TCTTCATGAC 
TCAAATGCAA CGCTTGACCT CATCGCCCGA TTCGTATCTC TGATTCCTTT TGCGGCAGAG 
ACGTTGGATG AAAATGATGG TTCTGACATA TGGATGACAT CAGAGTGCTG CATTAGTTTG 
GCCATTGGAA ATAAAGAAGA GCACGCCATA CTTCTCTGTA ATTTCTTTCT GTACTTCGGG 
AAGAAGGCGT TGGTGATCCT GGGAACCTCA GTACTAGAAG GCCATGTGGC TTATGTGTTA 
ACTCAAGAAA CCGAAGAGTG TTTGCTTTGG AATCCATCGA CAGGGCAATG TCATAAGCAG 
TTTGACCCAT TTTGTCCCTT GCAAAGTGTA GATTGTTTGT TCAATGACAA AAATGTCTGG 
TTTAATATTC AACAAAACAA TACACCGATG GCTGTACAGT TTGACTACTC AAAAGAGAGC 
CTCTGGAAAC AGCTGCTTCC AAAAAACTTT CAGGGGACCA AAGCGCAGAG CGTACAGCCT 
GAAGAAATAG TTTACTCGGA CACCAATAAA AGCATGGTAG AAGATCTAAA GAGCAGGATA 
GAGAGGACAC TGAAATGTAA GGTGATGGAA TGGCGGCCTA AGCACCCGAC ACGCTGGAAT 
CGACAGTGCA CTTCTGTTCT ACGGCAAATC CTTCCAAAGC TAGAGTTCTA CACGGGCAGT 
TTTGCTTCCT TTGAAGACAG TGAGTTGGAA AGGCTGCTAC AGTTTTACTG GGTCACAGGA 
TTTCCCATCC AGATGCCCTA CACAGATGTC CAGGCAGTCA TTGATGCTGT GTACCAGACT 
GGAATTCACA CTTCTGAATT TCCCCAGACG GAATTTGCTT TAGCTGTGTA CATTCATCCA 
TACCCGAACA ACATTTTATC TGTGTGGGTC TATCTGGCTT CCTTAGCCCG ACAGCAGTGA