Atg2b cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Atg2b
Entrez Gene ID	110307411
Full Name	autophagy related 2B
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021179653.1	XP_021035312.1	autophagy-related protein 2 homolog B

Pathways from BioSystems
Gene Ontology

The following Atg2b gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Atg2b 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
OMv29248	XM_021179653.1 Latest version!	Mus caroli autophagy related 2B (Atg2b), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

Atg2b ( XM_021179653.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021035312.1 Mus caroli autophagy related 2B (Atg2b), mRNA.

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CloneID	OMv29248
Clone ID Related Accession (Same CDS sequence)	XM_021179653.1
Accession Version	XM_021179653.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6231bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	autophagy-related protein 2 homolog B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034581.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli 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##

ATGCCTTGGC CATTTTCAGA ATCCATCAAG AAGAGGGCCT GTCGCTACCT CCTACAGAGG 
TACCTGGGCC ACTTCCTGCA GGAGAAGCTG AGCCTGGAGC AGCTGAGCCT GGACCTGTAC 
CAGGGCACCG GGTCCCTTGC CCAGGTCCCC TTGGACAAAT GGTGTCTCAA TGAAATCCTG 
GAGTCAGCAG ATGCACCGTT AGAAGTCACG GAAGGATTTA TTCAGTCTAT TTCCCTGTCC 
GTCCCATGGG GCTCCTTGCT GCAGGACAAC TGTGCCCTGG AAGTGAGAGG ACTGGAGATG 
GTCTTCCGGC CTCGACCTCG AGTAGCAACT GGGTCCGAGC CTATGTACTG GTCAAGCTTC 
ATGACCAGCA GTATGCAGCT GGCAAAGGAG TGTCTTAGCC AGAAACTGAC AGATGAGCAA 
GGAGAGGCAT CGCAGCCTTT CGAGGGACTG GAAAAGTTTG CAGAAACCAT CGAAACAGTA 
CTAAGAAGAG TGAAAGTCAC TTTTATAGAT ACTGTTTTAA GAATTGAACA TGTGCCAGAA 
AATTCTAAAA CTGGAGCTGC ACTTGAAATC CGAGTAGACA GGACCGTGTA CTGTGACGAA 
ACAGCCGACG AGTCCTCAGG AGTCAATGTG CATCAGCCCA CAGCTTTTGC TCATAAATTG 
CTGCAGCTCT CTGGGGTGTC TCTGTTCTGG GATGAATTTT CTGCTTCAGC AAAATCTTCC 
CCCGTGTGTT CAACTGCACC AGTGGAAACT GAGCCAAAGC TGTCACCTAG CTGGAACCCC 
AAAATTGTTT ATGAGCCACA CCCACAACTA ACTAGAACGT TACCGGAGAT AGCACCCTCG 
GATCCAGTGC AGATTGGAAG GCTACTGGGC AGGCTGGAAT TGAGTCTCAC TTTAAAACAG 
AATGAAGTGC TTCCAGGAGC CAAGTTGGAT GTCGATGGAC AGATAGACTC CTTTCATCTA 
TTCCTGTCAC CGAGGCAGGT ACACCTCCTT CTGGATATGT TAGCAGCTAT TGCTGGACCA 
GAAAATTCTA GCAAAATAGG GCTGGCTAAT AAAGACAGGA AAAATCGACC CATGCAGCAG 
GAAGATGAGT ACCGAATTCA GATGGAATTA AACCGGTATT ATCTGAGGAA AGATTCCCTC 
TCTATGGGTG TGTCTTCAGA GAAGAGCTTC TATGAGACAG AAACAGCTCG TACACCTTCT 
AGCCGTGAGG AAGAAGTTTT CTTCTCCATG GCCGACATGG ACATGTCTCA CAGTCTGTCC 
TCTCTTCCAC CCCTTGGGGA CCCACCACAC ATGGACCTGG AGCTGTCCCT GACGAGTACA 
TACACCAACA CACCTGCGGG GTCCCCGCTA AGCGCCACTG TGCTTCAGCC AACTTGGGGA 
GAGTTTGCCG ACCACAAAGA GCAGCCAGTC AGAGGGCCAG CGTTCCAGTC TGACGTGGTC 
CACCCGGCAT CTTTACAAAA GGCTGCTCTC TCCTCTAGGT CTGTTTCAGT GGATGAATCC 
AGACCTGAGT TTATCTGCAG GTTGGCTCTC GGCATATTCT CCGTCTCTGT GCTTCACATC 
GATCCTTTGT CTCCAGCGGA AACATCTCTG AACGTCAACC CATTGACACG CATGGCCATC 
GATTTCTTCT CCTGTATAGA AAAGATGGAC CCAGCAATAT TTTCGACGGG AGACTTTAAG 
TCTTTCCGAG CAGTCTTTGC CGAAGCTTGT TCACACGATC ACCTTAGATT TATAGGTACT 
GGCATCAAAG TGTCCTATGA GCAGAGACAA AGATCAGCTT CCCGGCACTT TAGCACCGAC 
ATGTCCGTTG GGCAAATGGA GTTTTTGGAG TGTCTGTTTC CAACAGATTG TCATTCTGTC 
CCTCCTCACT ACACCGAGCT TCTAACGTTC CATTCCAAAG AAGGGACGGA TGCCCACCTT 
CCCGTTTGTC TTCAGCTTCA CTATAAACAC TCTGAGACTA GAGGACCCCA GGGTAATCAA 
GCAAGACTTA GTTCAGTTCC TCAAAAGGCA GAATTACACA TTAAATTAAA CCCCGTGTGT 
TGCGAGCTGG ATATCAGTAT TGTGGATAGG TTAAATTCCT TGCTTCAACC CCAGAAACTC 
ACTACCGTGG AGATGATGGC CTCGCACATG TATGCGTCCT ATAACAAGCA TATTAGTTTG 
CACAAGGCTT TCACGGAAGT GTTCCTAGAT GACTCGCACA GTCCTGCAAA CCGTCGGGTG 
TCCGTGCAAG TTGCCACCCC AGCCCTGCAC CTGTCTGTTC GATTCCCTAT TCCTGATCTC 
CGATCAGACC AGGAAAGAGG ACCCTGGTTT AAGAAGTCAC TTCAGAAGGA GACCCTTCAT 
TTAGAATTTA CGGATCTGGA GTCCAAGACA GAGTTCGTGG GAGGATCCAC CCCAGAACAA 
ACTAAACTGG AGCTGACTTT TCGAGAGCTG TCTGGGTCGT TTCAGGAAGA GAAGGGAGGG 
CCATCTGTCA AGTTCTTCCA TGTGTCTGGT GGAGTAGATG GAGACACCGC ATCGTCAGAT 
GACTTTGACT GGCCACGAAT GGTACTGAAA ATAAACCCAC CAGCCATGCA TTCCATTTTG 
GAGAGAATAG CAGCCGAGGA AGAGGAAGAG AATGATGGTC ACTACCAGGA GGAGGAGGAC 
GGAGGGGCTC ATTCCCTGAA AGATGTCTGT GACCTGAGGC GGCCAGCCCC GTCTCCCTTT 
TCCTCTCGTC GAGTGATGTT TGAGAATGAG CAGATGGTGA TGCCGGGAGA CCCTGTGGAG 
ATGACGGAGT TTCAGGACAA AGCCATCAGC AACTCGCACT ACGTGCTGGA GCTCCTGCTG 
CCCAACATCC ACCTGACGCT GCCCAGCAAA GGCTTCTATG AGAAGCTCTA TAACAGGATC 
TTTAATGACT TGCTTCTCTG GGAGCCAACA GCTCCTTCAC CAGTGGAGAC ACTTGAAAAC 
GTTTCCTATG GCATCGGACT CTCCGTGGCC AGTCAGCTGA TCAACACCTT CAGCAAAGAT 
AGCTTCAGTC CCTTTAAATC TGCAGTTCAT TATGATGAAG ACAGTGGATC TGAAGAAGAG 
ACTTTGCAGT ATTTTTCTGC TGTTGATCCC AACTATCGTT CCCGTAGGAA AAAAAAGTCG 
GACTCTCAGA ACAAGAACTC TCAGAGCTTC CTCTCAGTGC TTCTGAGTGT CAATCATGGA 
CTAATGGCAG TGCTCACTGA TGTAAAGCAA GAGAATGGAG ATCCAATGGA AAGTAAGCAT 
GGTGAATTCT GGTTAGAATT CAATAGCGGC TCGTTCTTCT GCGTGACAAA GTATGAGGGC 
TTTGAGGACA AGCACTACAT CTGCTTGCAT TCCAGCAGCC TCAGGCTGTA CCACAAAGGC 
ATGGTAGATG GAGCCATTCT CCCTACAGAG ACGCGCTTGC CCTGTTCCAC CCGCCCACAC 
TGGCTGGAAC CTACAATTTA TTCCTCTGAA GAAGATGGCC TCAGCCGAGC TGCCTCAGAT 
GGGGTTGGGG GAGACAATTT GAATATGCTT TCAGTCGCAG TGAAGATACT GTCTGATAAG 
TCCGAGTCCA ACACGAAGGA GTTCCTCGTG GCTGTGGGGC TGAAAGGAGC CACTCTACAA 
CACAGGGTGC TGCCTGCCGG ACTCAGTTGG CACGAGCAGA TTTTAAACTT CTTAAATATT 
GCTGATGAAC CTGTTTTGGG ATATAACCCT CCAACTTCAT TCACAACTTT CCACGTCCAT 
CTTTGGAGCT GTGCACTTGA TTACAGGCCC CTTCACCTGC CAATCCGATC CCTTCTTACT 
GTTGAGACGT TCAGCATTTC TAGCAGTGTT GCTTTGGATA AATCTTCCTC CACTCTCAGA 
ATCATCATGG ACGAGGCTGC TTTACACCTG TCAGACAAGT GCAACACTGT CACTGTAAAC 
CTGAATAGAG ATTATGTTCG TGTGATGGAC ATGGGACTTT TAGAGCTGAC CATAACCGCA 
GTAAAATCTG ATTCTGATGG AGAACAGACT GCTCCCCGCT TTGAGTTGCA CTGTTCCAGC 
GATGTCGTGC ATATCAGAAC ATGCTCAGAC TCGTGCGCTG CGCTGATGAA TCTCATTCAG 
TATGTCGCAA GTTACGGGGA CCTACATGTA CCTCAGAAAG CAGAGATGAA GCCTGGAGTC 
CCACAGAGAA AGCCCAAGGT AGATTCCAGC GCTCGGTCAT CTTCACATGG TCCAGTGCTT 
CCTGAAGCAG ATCAGCAGAT TTTACGGGAC CTGATGAGTG ACGCCATGGA GGAGGTTGAT 
CTGCAGCAGG CCTCTGTCCC CGTCGGAGCA CAGGCTAATG GTGTCCTGGA TGAAAAGTCT 
CACACTCAGG AGCCGTGCTG CTCAGACCTC TTCCTGTTCC CAGATGAGAG TGGAAATGTG 
TCCCAGGAGT CCAGCCCTGC CTATCCGTCG CTCACTCACC ACTTGATCAG TGATGGGGTG 
ACCGGTGTGA CCGCTGAAAA CGATGACTTC TGTATTCTTT TTGCACCAAA AGCAGCCGTT 
CAGGAGAAGG AAGAAGAGCC AGTGATAAAG ATCATGGTTG ATGACGCCAT TGTGATCAAA 
GATGACTATT TCAGTCTGCC CATCACGAGG ACGGACAGCA GCAAAGCGCC GCTCCACTTT 
CCCATTCCTG CCATCCGATA TGTTGTTAAA GAGGTCTCTC TGGTGTGGCA TCTTTATGGA 
GGCAAGGACT TTGCAACAGC TCCTCCAACT TCTCCAGCTA AGAGTTACAT TAGTCCCCAC 
AGCTCACCTT CTCAAACACC TACAAGGCAC GGGCGCCACA CAGTCTGTGG GGGCAAAGGA 
AGGAACCATG ACTTCTTGAT GGAAATACAG TTAAGCAAGG TGAAGTTTCA GCATGAGGTC 
TACCCTCCGT GTAAGCCTGA GTGTGAATCC AGCCTCTTAG AACACCCAGT CTCCAGGCAG 
GTCTTCATCG TGCAGGACCT TGAAATTCGA GATCGGCTGG CAACATCACA GATGAATAAG 
TTTTTATACC TGTATTGCAG CAAAGACATG CCTCGTAAAG CCCATTCCAA CATGCTGACA 
ATTAAAGCGT TGCACGTACG TCCGGAGTCT GGCAGGTCAC CACAGGAATG CTGCTTGAGA 
GTGTCCCTGA TGCCTCTTCG CCTCAATATT GACCAGGACG CCTTGTTCTT CCTCAAGGAT 
TTCTTCACAA GTCTTTCTAC AGAAGTGGAG CTTCTACTGA CTCCAGATCC AGAAGTTACA 
AAGTCTCCTG GAGCTGATGT CACCTGCAGT TTGCCAAGGC ATTTGAGTAC CTCAAAGGAG 
CCAAATCTAG TTGTTTCTTT TCCTGGGCCA AAACAAGCTT CCCCGAACCA TCGTGCCAAT 
TCAGCGGAGG GCGGTAATGG ACTGGAGGAG GACGTCTCTG CTGAGGAAAC TTCATTTAGT 
GACCAGCCTG TGTTTTTTAG AGAATTTAGA TTCACGGCAG AAGTTCCCAT CCGGCTTGAC 
TACCACGGCA AGCACGTGTC GATGGATCAG GGTACATTGG CTGGGATTTT GATTGGCCTG 
GCCCAGCTGA ACTGTTCGGA GCTAAAGCTG AAAAGGCTTT TCTATCGGCA TGGTTTGCTA 
GGTATTGACA AATTGTTCTC ATATGCAATC TCGGAATGGC TCAGTGACAT TAAGAAGAAC 
CAGCTACCAG GAATCCTGGG AGGTGTTGGC CCTATGCATT CACTAGTTCA ACTAGTGCAA 
GGCCTGAAGG ACTTGGTGTG GCTGCCCATT GAGCAATACC GGAAGGATGG CCGAATCGTC 
AGGGGCTTCC AGAGAGGCGC TGCTTCCTTT GGTACCTCAA CTGCAATGGC TGCCCTAGAA 
CTCACAAACA GAATGGTCCA AACCATACAG GCAGCTGCAG AGACTGCATA TGACATGGTG 
TCTCCGAGTA CCCTTTCCAT TGAGCCCAAG AAGGCAAAGA GATTTCCTCA TCACCGATTA 
GCCCACCAGC CAGTAGACCT GAGGGAAGGC GTGGCCAAGG CCTACAGCGT TGTAAAAGAG 
GGAATCACAG ACACAGCTCA GACCATCTAT GAAACGGCGG CTCGAGAACA CGAGAGCAGA 
GGGGTCACTG GTGCTGTGGG TGAAGTTCTG CGGCAGATCC CACCGGCAGT GGTCAGACCC 
CTGATTGTAG CCACCGAGGC GACATCAAAT GTGTTAGGTG GCATGAGAAA CCAAATTAGA 
CCAGACGTTC GGCAGGACGA GTCACAGAAA TGGCGCCATG GGGAGGACTG A

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

RefSeq	XP_021035312.1
CDS	472..6702
Translation	MPWPFSESIKKRACRYLLQRYLGHFLQEKLSLEQLSLDLYQGTGSLAQVPLDKWCLNEILESADAPLEVTEGFIQSISLSVPWGSLLQDNCALEVRGLEMVFRPRPRVATGSEPMYWSSFMTSSMQLAKECLSQKLTDEQGEASQPFEGLEKFAETIETVLRRVKVTFIDTVLRIEHVPENSKTGAALEIRVDRTVYCDETADESSGVNVHQPTAFAHKLLQLSGVSLFWDEFSASAKSSPVCSTAPVETEPKLSPSWNPKIVYEPHPQLTRTLPEIAPSDPVQIGRLLGRLELSLTLKQNEVLPGAKLDVDGQIDSFHLFLSPRQVHLLLDMLAAIAGPENSSKIGLANKDRKNRPMQQEDEYRIQMELNRYYLRKDSLSMGVSSEKSFYETETARTPSSREEEVFFSMADMDMSHSLSSLPPLGDPPHMDLELSLTSTYTNTPAGSPLSATVLQPTWGEFADHKEQPVRGPAFQSDVVHPASLQKAALSSRSVSVDESRPEFICRLALGIFSVSVLHIDPLSPAETSLNVNPLTRMAIDFFSCIEKMDPAIFSTGDFKSFRAVFAEACSHDHLRFIGTGIKVSYEQRQRSASRHFSTDMSVGQMEFLECLFPTDCHSVPPHYTELLTFHSKEGTDAHLPVCLQLHYKHSETRGPQGNQARLSSVPQKAELHIKLNPVCCELDISIVDRLNSLLQPQKLTTVEMMASHMYASYNKHISLHKAFTEVFLDDSHSPANRRVSVQVATPALHLSVRFPIPDLRSDQERGPWFKKSLQKETLHLEFTDLESKTEFVGGSTPEQTKLELTFRELSGSFQEEKGGPSVKFFHVSGGVDGDTASSDDFDWPRMVLKINPPAMHSILERIAAEEEEENDGHYQEEEDGGAHSLKDVCDLRRPAPSPFSSRRVMFENEQMVMPGDPVEMTEFQDKAISNSHYVLELLLPNIHLTLPSKGFYEKLYNRIFNDLLLWEPTAPSPVETLENVSYGIGLSVASQLINTFSKDSFSPFKSAVHYDEDSGSEEETLQYFSAVDPNYRSRRKKKSDSQNKNSQSFLSVLLSVNHGLMAVLTDVKQENGDPMESKHGEFWLEFNSGSFFCVTKYEGFEDKHYICLHSSSLRLYHKGMVDGAILPTETRLPCSTRPHWLEPTIYSSEEDGLSRAASDGVGGDNLNMLSVAVKILSDKSESNTKEFLVAVGLKGATLQHRVLPAGLSWHEQILNFLNIADEPVLGYNPPTSFTTFHVHLWSCALDYRPLHLPIRSLLTVETFSISSSVALDKSSSTLRIIMDEAALHLSDKCNTVTVNLNRDYVRVMDMGLLELTITAVKSDSDGEQTAPRFELHCSSDVVHIRTCSDSCAALMNLIQYVASYGDLHVPQKAEMKPGVPQRKPKVDSSARSSSHGPVLPEADQQILRDLMSDAMEEVDLQQASVPVGAQANGVLDEKSHTQEPCCSDLFLFPDESGNVSQESSPAYPSLTHHLISDGVTGVTAENDDFCILFAPKAAVQEKEEEPVIKIMVDDAIVIKDDYFSLPITRTDSSKAPLHFPIPAIRYVVKEVSLVWHLYGGKDFATAPPTSPAKSYISPHSSPSQTPTRHGRHTVCGGKGRNHDFLMEIQLSKVKFQHEVYPPCKPECESSLLEHPVSRQVFIVQDLEIRDRLATSQMNKFLYLYCSKDMPRKAHSNMLTIKALHVRPESGRSPQECCLRVSLMPLRLNIDQDALFFLKDFFTSLSTEVELLLTPDPEVTKSPGADVTCSLPRHLSTSKEPNLVVSFPGPKQASPNHRANSAEGGNGLEEDVSAEETSFSDQPVFFREFRFTAEVPIRLDYHGKHVSMDQGTLAGILIGLAQLNCSELKLKRLFYRHGLLGIDKLFSYAISEWLSDIKKNQLPGILGGVGPMHSLVQLVQGLKDLVWLPIEQYRKDGRIVRGFQRGAASFGTSTAMAALELTNRMVQTIQAAAETAYDMVSPSTLSIEPKKAKRFPHHRLAHQPVDLREGVAKAYSVVKEGITDTAQTIYETAAREHESRGVTGAVGEVLRQIPPAVVRPLIVATEATSNVLGGMRNQIRPDVRQDESQKWRHGED

Target ORF information:

RefSeq Version	XM_021179653.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli autophagy related 2B (Atg2b), mRNA.

Target ORF information:

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

XM_021179653.1

ORF Insert Sequence:

ATGCCTTGGC CATTTTCAGA ATCCATCAAG AAGAGGGCCT GTCGCTACCT CCTACAGAGG 
TACCTGGGCC ACTTCCTGCA GGAGAAGCTG AGCCTGGAGC AGCTGAGCCT GGACCTGTAC 
CAGGGCACCG GGTCCCTTGC CCAGGTCCCC TTGGACAAAT GGTGTCTCAA TGAAATCCTG 
GAGTCAGCAG ATGCACCGTT AGAAGTCACG GAAGGATTTA TTCAGTCTAT TTCCCTGTCC 
GTCCCATGGG GCTCCTTGCT GCAGGACAAC TGTGCCCTGG AAGTGAGAGG ACTGGAGATG 
GTCTTCCGGC CTCGACCTCG AGTAGCAACT GGGTCCGAGC CTATGTACTG GTCAAGCTTC 
ATGACCAGCA GTATGCAGCT GGCAAAGGAG TGTCTTAGCC AGAAACTGAC AGATGAGCAA 
GGAGAGGCAT CGCAGCCTTT CGAGGGACTG GAAAAGTTTG CAGAAACCAT CGAAACAGTA 
CTAAGAAGAG TGAAAGTCAC TTTTATAGAT ACTGTTTTAA GAATTGAACA TGTGCCAGAA 
AATTCTAAAA CTGGAGCTGC ACTTGAAATC CGAGTAGACA GGACCGTGTA CTGTGACGAA 
ACAGCCGACG AGTCCTCAGG AGTCAATGTG CATCAGCCCA CAGCTTTTGC TCATAAATTG 
CTGCAGCTCT CTGGGGTGTC TCTGTTCTGG GATGAATTTT CTGCTTCAGC AAAATCTTCC 
CCCGTGTGTT CAACTGCACC AGTGGAAACT GAGCCAAAGC TGTCACCTAG CTGGAACCCC 
AAAATTGTTT ATGAGCCACA CCCACAACTA ACTAGAACGT TACCGGAGAT AGCACCCTCG 
GATCCAGTGC AGATTGGAAG GCTACTGGGC AGGCTGGAAT TGAGTCTCAC TTTAAAACAG 
AATGAAGTGC TTCCAGGAGC CAAGTTGGAT GTCGATGGAC AGATAGACTC CTTTCATCTA 
TTCCTGTCAC CGAGGCAGGT ACACCTCCTT CTGGATATGT TAGCAGCTAT TGCTGGACCA 
GAAAATTCTA GCAAAATAGG GCTGGCTAAT AAAGACAGGA AAAATCGACC CATGCAGCAG 
GAAGATGAGT ACCGAATTCA GATGGAATTA AACCGGTATT ATCTGAGGAA AGATTCCCTC 
TCTATGGGTG TGTCTTCAGA GAAGAGCTTC TATGAGACAG AAACAGCTCG TACACCTTCT 
AGCCGTGAGG AAGAAGTTTT CTTCTCCATG GCCGACATGG ACATGTCTCA CAGTCTGTCC 
TCTCTTCCAC CCCTTGGGGA CCCACCACAC ATGGACCTGG AGCTGTCCCT GACGAGTACA 
TACACCAACA CACCTGCGGG GTCCCCGCTA AGCGCCACTG TGCTTCAGCC AACTTGGGGA 
GAGTTTGCCG ACCACAAAGA GCAGCCAGTC AGAGGGCCAG CGTTCCAGTC TGACGTGGTC 
CACCCGGCAT CTTTACAAAA GGCTGCTCTC TCCTCTAGGT CTGTTTCAGT GGATGAATCC 
AGACCTGAGT TTATCTGCAG GTTGGCTCTC GGCATATTCT CCGTCTCTGT GCTTCACATC 
GATCCTTTGT CTCCAGCGGA AACATCTCTG AACGTCAACC CATTGACACG CATGGCCATC 
GATTTCTTCT CCTGTATAGA AAAGATGGAC CCAGCAATAT TTTCGACGGG AGACTTTAAG 
TCTTTCCGAG CAGTCTTTGC CGAAGCTTGT TCACACGATC ACCTTAGATT TATAGGTACT 
GGCATCAAAG TGTCCTATGA GCAGAGACAA AGATCAGCTT CCCGGCACTT TAGCACCGAC 
ATGTCCGTTG GGCAAATGGA GTTTTTGGAG TGTCTGTTTC CAACAGATTG TCATTCTGTC 
CCTCCTCACT ACACCGAGCT TCTAACGTTC CATTCCAAAG AAGGGACGGA TGCCCACCTT 
CCCGTTTGTC TTCAGCTTCA CTATAAACAC TCTGAGACTA GAGGACCCCA GGGTAATCAA 
GCAAGACTTA GTTCAGTTCC TCAAAAGGCA GAATTACACA TTAAATTAAA CCCCGTGTGT 
TGCGAGCTGG ATATCAGTAT TGTGGATAGG TTAAATTCCT TGCTTCAACC CCAGAAACTC 
ACTACCGTGG AGATGATGGC CTCGCACATG TATGCGTCCT ATAACAAGCA TATTAGTTTG 
CACAAGGCTT TCACGGAAGT GTTCCTAGAT GACTCGCACA GTCCTGCAAA CCGTCGGGTG 
TCCGTGCAAG TTGCCACCCC AGCCCTGCAC CTGTCTGTTC GATTCCCTAT TCCTGATCTC 
CGATCAGACC AGGAAAGAGG ACCCTGGTTT AAGAAGTCAC TTCAGAAGGA GACCCTTCAT 
TTAGAATTTA CGGATCTGGA GTCCAAGACA GAGTTCGTGG GAGGATCCAC CCCAGAACAA 
ACTAAACTGG AGCTGACTTT TCGAGAGCTG TCTGGGTCGT TTCAGGAAGA GAAGGGAGGG 
CCATCTGTCA AGTTCTTCCA TGTGTCTGGT GGAGTAGATG GAGACACCGC ATCGTCAGAT 
GACTTTGACT GGCCACGAAT GGTACTGAAA ATAAACCCAC CAGCCATGCA TTCCATTTTG 
GAGAGAATAG CAGCCGAGGA AGAGGAAGAG AATGATGGTC ACTACCAGGA GGAGGAGGAC 
GGAGGGGCTC ATTCCCTGAA AGATGTCTGT GACCTGAGGC GGCCAGCCCC GTCTCCCTTT 
TCCTCTCGTC GAGTGATGTT TGAGAATGAG CAGATGGTGA TGCCGGGAGA CCCTGTGGAG 
ATGACGGAGT TTCAGGACAA AGCCATCAGC AACTCGCACT ACGTGCTGGA GCTCCTGCTG 
CCCAACATCC ACCTGACGCT GCCCAGCAAA GGCTTCTATG AGAAGCTCTA TAACAGGATC 
TTTAATGACT TGCTTCTCTG GGAGCCAACA GCTCCTTCAC CAGTGGAGAC ACTTGAAAAC 
GTTTCCTATG GCATCGGACT CTCCGTGGCC AGTCAGCTGA TCAACACCTT CAGCAAAGAT 
AGCTTCAGTC CCTTTAAATC TGCAGTTCAT TATGATGAAG ACAGTGGATC TGAAGAAGAG 
ACTTTGCAGT ATTTTTCTGC TGTTGATCCC AACTATCGTT CCCGTAGGAA AAAAAAGTCG 
GACTCTCAGA ACAAGAACTC TCAGAGCTTC CTCTCAGTGC TTCTGAGTGT CAATCATGGA 
CTAATGGCAG TGCTCACTGA TGTAAAGCAA GAGAATGGAG ATCCAATGGA AAGTAAGCAT 
GGTGAATTCT GGTTAGAATT CAATAGCGGC TCGTTCTTCT GCGTGACAAA GTATGAGGGC 
TTTGAGGACA AGCACTACAT CTGCTTGCAT TCCAGCAGCC TCAGGCTGTA CCACAAAGGC 
ATGGTAGATG GAGCCATTCT CCCTACAGAG ACGCGCTTGC CCTGTTCCAC CCGCCCACAC 
TGGCTGGAAC CTACAATTTA TTCCTCTGAA GAAGATGGCC TCAGCCGAGC TGCCTCAGAT 
GGGGTTGGGG GAGACAATTT GAATATGCTT TCAGTCGCAG TGAAGATACT GTCTGATAAG 
TCCGAGTCCA ACACGAAGGA GTTCCTCGTG GCTGTGGGGC TGAAAGGAGC CACTCTACAA 
CACAGGGTGC TGCCTGCCGG ACTCAGTTGG CACGAGCAGA TTTTAAACTT CTTAAATATT 
GCTGATGAAC CTGTTTTGGG ATATAACCCT CCAACTTCAT TCACAACTTT CCACGTCCAT 
CTTTGGAGCT GTGCACTTGA TTACAGGCCC CTTCACCTGC CAATCCGATC CCTTCTTACT 
GTTGAGACGT TCAGCATTTC TAGCAGTGTT GCTTTGGATA AATCTTCCTC CACTCTCAGA 
ATCATCATGG ACGAGGCTGC TTTACACCTG TCAGACAAGT GCAACACTGT CACTGTAAAC 
CTGAATAGAG ATTATGTTCG TGTGATGGAC ATGGGACTTT TAGAGCTGAC CATAACCGCA 
GTAAAATCTG ATTCTGATGG AGAACAGACT GCTCCCCGCT TTGAGTTGCA CTGTTCCAGC 
GATGTCGTGC ATATCAGAAC ATGCTCAGAC TCGTGCGCTG CGCTGATGAA TCTCATTCAG 
TATGTCGCAA GTTACGGGGA CCTACATGTA CCTCAGAAAG CAGAGATGAA GCCTGGAGTC 
CCACAGAGAA AGCCCAAGGT AGATTCCAGC GCTCGGTCAT CTTCACATGG TCCAGTGCTT 
CCTGAAGCAG ATCAGCAGAT TTTACGGGAC CTGATGAGTG ACGCCATGGA GGAGGTTGAT 
CTGCAGCAGG CCTCTGTCCC CGTCGGAGCA CAGGCTAATG GTGTCCTGGA TGAAAAGTCT 
CACACTCAGG AGCCGTGCTG CTCAGACCTC TTCCTGTTCC CAGATGAGAG TGGAAATGTG 
TCCCAGGAGT CCAGCCCTGC CTATCCGTCG CTCACTCACC ACTTGATCAG TGATGGGGTG 
ACCGGTGTGA CCGCTGAAAA CGATGACTTC TGTATTCTTT TTGCACCAAA AGCAGCCGTT 
CAGGAGAAGG AAGAAGAGCC AGTGATAAAG ATCATGGTTG ATGACGCCAT TGTGATCAAA 
GATGACTATT TCAGTCTGCC CATCACGAGG ACGGACAGCA GCAAAGCGCC GCTCCACTTT 
CCCATTCCTG CCATCCGATA TGTTGTTAAA GAGGTCTCTC TGGTGTGGCA TCTTTATGGA 
GGCAAGGACT TTGCAACAGC TCCTCCAACT TCTCCAGCTA AGAGTTACAT TAGTCCCCAC 
AGCTCACCTT CTCAAACACC TACAAGGCAC GGGCGCCACA CAGTCTGTGG GGGCAAAGGA 
AGGAACCATG ACTTCTTGAT GGAAATACAG TTAAGCAAGG TGAAGTTTCA GCATGAGGTC 
TACCCTCCGT GTAAGCCTGA GTGTGAATCC AGCCTCTTAG AACACCCAGT CTCCAGGCAG 
GTCTTCATCG TGCAGGACCT TGAAATTCGA GATCGGCTGG CAACATCACA GATGAATAAG 
TTTTTATACC TGTATTGCAG CAAAGACATG CCTCGTAAAG CCCATTCCAA CATGCTGACA 
ATTAAAGCGT TGCACGTACG TCCGGAGTCT GGCAGGTCAC CACAGGAATG CTGCTTGAGA 
GTGTCCCTGA TGCCTCTTCG CCTCAATATT GACCAGGACG CCTTGTTCTT CCTCAAGGAT 
TTCTTCACAA GTCTTTCTAC AGAAGTGGAG CTTCTACTGA CTCCAGATCC AGAAGTTACA 
AAGTCTCCTG GAGCTGATGT CACCTGCAGT TTGCCAAGGC ATTTGAGTAC CTCAAAGGAG 
CCAAATCTAG TTGTTTCTTT TCCTGGGCCA AAACAAGCTT CCCCGAACCA TCGTGCCAAT 
TCAGCGGAGG GCGGTAATGG ACTGGAGGAG GACGTCTCTG CTGAGGAAAC TTCATTTAGT 
GACCAGCCTG TGTTTTTTAG AGAATTTAGA TTCACGGCAG AAGTTCCCAT CCGGCTTGAC 
TACCACGGCA AGCACGTGTC GATGGATCAG GGTACATTGG CTGGGATTTT GATTGGCCTG 
GCCCAGCTGA ACTGTTCGGA GCTAAAGCTG AAAAGGCTTT TCTATCGGCA TGGTTTGCTA 
GGTATTGACA AATTGTTCTC ATATGCAATC TCGGAATGGC TCAGTGACAT TAAGAAGAAC 
CAGCTACCAG GAATCCTGGG AGGTGTTGGC CCTATGCATT CACTAGTTCA ACTAGTGCAA 
GGCCTGAAGG ACTTGGTGTG GCTGCCCATT GAGCAATACC GGAAGGATGG CCGAATCGTC 
AGGGGCTTCC AGAGAGGCGC TGCTTCCTTT GGTACCTCAA CTGCAATGGC TGCCCTAGAA 
CTCACAAACA GAATGGTCCA AACCATACAG GCAGCTGCAG AGACTGCATA TGACATGGTG 
TCTCCGAGTA CCCTTTCCAT TGAGCCCAAG AAGGCAAAGA GATTTCCTCA TCACCGATTA 
GCCCACCAGC CAGTAGACCT GAGGGAAGGC GTGGCCAAGG CCTACAGCGT TGTAAAAGAG 
GGAATCACAG ACACAGCTCA GACCATCTAT GAAACGGCGG CTCGAGAACA CGAGAGCAGA 
GGGGTCACTG GTGCTGTGGG TGAAGTTCTG CGGCAGATCC CACCGGCAGT GGTCAGACCC 
CTGATTGTAG CCACCGAGGC GACATCAAAT GTGTTAGGTG GCATGAGAAA CCAAATTAGA 
CCAGACGTTC GGCAGGACGA GTCACAGAAA TGGCGCCATG GGGAGGACTG A