lrriq1 cDNA ORF clone, Callorhinchus milii(elephant shark)

Gene
Clones
gRNAs

Summary

Gene Symbol	lrriq1
Entrez Gene ID	103185348
Full Name	leucine rich repeats and IQ motif containing 1
Gene Type	protein-coding
Organism	Callorhinchus milii(elephant shark)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007903794.1	XP_007901985.1	LOW QUALITY PROTEIN: leucine-rich repeat and IQ domain-containing protein 1

Pathways from BioSystems
Gene Ontology

The following lrriq1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the lrriq1 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
OCa383652	XM_007903794.1 Latest version!	Callorhinchus milii leucine-rich repeats and IQ motif containing 1 (lrriq1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

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)

lrriq1 ( XM_007903794.1 ) cDNA ORF clone, Callorhinchus milii(elephant shark) -> XP_007901985.1 Callorhinchus milii leucine-rich repeats and IQ motif containing 1 (lrriq1), mRNA.

Price & Availability↑

CloneID	OCa383652
Clone ID Related Accession (Same CDS sequence)	XM_007903794.1
Accession Version	XM_007903794.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4926bp) 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	2014-05-08
Organism	Callorhinchus milii(elephant shark)
Product	LOW QUALITY PROTEIN: leucine-rich repeat and IQ domain-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006890166.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Callorhinchus milii Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.0 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 1 indel ##RefSeq-Attributes-END##

ATGGATGAAG ACCCCGAAGT CAGGCTGATT GAAGAAGCAA TTGAAGCTGA ACTGAGGAAA 
ATCAGCATCT CGCCCACAGA ACTAGACCAG CCTGAAGAGG ACTCTGTAGA AGACATTCTC 
GTTGAAACAG ATCATGATTC GGATGATCTA CCTGAGTCTG TTCTCTACTG TCTGGAACGA 
GTGAAGAGTA GAACTGAAGA GTTCGAAAAA CTATTTCTTG AAGATTTGGA AGAAACAGAC 
TATGCTGCTT ATAAAGTTGT CCATTCTGAT GAATTAGAGT ACTTGACAGA ATTGGCTGCA 
GAGATCAGTG AGGAAGATCC TTTGAACCTG AAGGAGAGGG TACAAATAGA CGATAAAGAA 
CAGACACCAC TGGCTCTCAC AGAAGACCAC AGGGATATAA GACTCAGTTT ACAAGCAGGG 
ACAGCTGACC AGAGGGACAA GGATGAGGCA ATATCAGATG ATGATGAAGA TGATCTTATG 
TCTGAGCACC TAGAGGTAGA AAACAATGTT GGCGCCCTCC AGCACTGGGA GATTGAACAA 
ATGGAGTTGC AGAAAGCACA ACAGGCAAAT CTGATAGAAC AGAGAGAACA AGAGAAGAAA 
CAAGAAGAGG AGATAGAAAT GATCAAAATC AGACAGGAGC AATTTAAAGA GGAGCTGGAG 
AAATTCACCA AAGAAAGGCT GGAAACGGAG GCCAAACTGG AAGAGCAAAT CCAACAGGAA 
CAAGAGGCTT CGGAACAGGA TCTGAAACAT CACAAGGAAT TGATAAAAAC ACTGCAGAGA 
AAAGTGGATG AAGAGAGACG GACTTTTGAA GAAAAGGAGG CTAAAGAGAG AAAACGAGTG 
GAGGCACTGC AATGCAGAGC GGCAACAACA ATTGAAAAAC AAATTCGGGC ACATCTGGTG 
TATAAAAAGT ATGCTCCAAT ACTGAAGGAG AAGCGAAAGG GAAGAAAGAG AGAAAAAGAG 
CTAGAATTAA AGAGAGAGGC AGAGAGTAGA CAGGAAGAAG CAGCAAAGTT GAGAAGGGAA 
GAGGAGCGAA GGAAGCTGGA ATTTGAGAAG GAAAAGGAAG CAGAACGTGA AAAGCTGGAA 
AAGAAGAGAC AGCTGAAGAA ACAGCAGGAG GAAGAGAAAA GGAAAAAAGA GGAGGAATTA 
CAGCGAAAGA AAAAAGAAGA GCAACGAAGA GAGGAAGAAA GAAAGTTGGC AGAAGAGAGA 
AGGAAAAGGG AGGAAGAAAG AAAATTGTTA GAAGACAGAA GGAAAAGGGA GGAAGAGCAA 
AAATTGGTGG AAGACAGAAG GAAAAGGGGG GAAGAACAAA AATTGGCGGA AGAGAGAAAG 
AAAAGGGAGG AAGAAATAAA GTTGGCAGAA GAGAGAAAGA AAAGGGAGGA AGAAATAAAG 
GAGGAAGAAA TAAAGTTAAC AGAAGAGAGA ATGAAAAGCA AAGAAAAACA AAAGGAAAAA 
ATGTCATTCG AAAAGAAGAA GGAGCTGAGG TTAAATCAAG AGGGAAGTAT TATTGTGAAC 
AAAGTCAGGA ATAAGGAAAT TGAGCAAAAT TTAAGTCTGT CAGAGAATCT GTCCGTGGTG 
TTACATCAGA GTGAATGTGA ACACATGCCA CAAGATTTTA ATAAACCTAG AGCTTTTAGC 
AAAGACAAAG AAACAGCAGT ACAGAATGCA ACTAAACTGG CCACAGATAC TAATTTGGAA 
ATGGAACTTC CTACAGAAGA TACAGTGAAA AATATAACGG AGAAAAATGA CAGATGTAAA 
GTTACTATCA TGCCAACAAA AAGCAGTGGT TTTGTGCAAG TGACCAATCC ACGTGTTTTC 
ACCGACTGTC TCCCAAGAAG AGAAACATGT GAAACGAAAC CGGTATTAAA TACAGAGCAT 
ATTAATTGTC GCAATGAAGG TTCATTCGAA TTAACCCAAA GTATAGCACA TAAATTAGAG 
ATGAAGTCCC GAGTCAGGGC ACTTACTCTG CCTGATCATA TTGAACAAAA GAGACTAAAT 
TGGATGAAAA CTTGTACTCC TTGGTCCAAA GTTAGCAGAG GAAACAAGAT GAAAATAGTG 
AAACAAAGAA TCAGACCGCA TAAAAGTTCA GCCAGCCAAT TGCTTGCTTT GAATCCTGGG 
TTAATACTCC ATTCAGGGAG CTGGACTTCA CTTCAACAGG TTACAACGGT CACCTTTTGC 
GATTTGCCTG GCTGCAACCT ATCCACTCTC TCCCAGTGCC CAAGCCTCAA GTCATTGACA 
CTCCGAAACT GCAGACTGGA AACACTGGAG GGAATCAGTC AGTGCAAAGG TTTAAAGTAC 
ATTGATGCAC AGGAAAATAA CCTTCAGAAT ATCCACTGCC ATGATCTGGA GGATCTTTGC 
ATTCTTCTGC TCAGTAACAA TCACATAACC TCCATGCATG GTCTAGAAAA TTGCAGCAAC 
CTTCAGGTCC TTGAACTATC ACATAATCAG ATCACCCGTA TAGGTGGTCT TGAATCACTC 
AACAAACTTC AGAGGTTACT AGTGGATCAT AATCAGTTGA TAAGCACTAA AGGATTGAGT 
GAGACGCCTG TTCTTCTCTA CCTTGATTGC TCCTATAACC ATCTCAACCG CATTGAAGGC 
ATAGATAACT GTGGGCTTCT TCAAAACCTA AAGTTACAGA GCAACAGCCT TTCTGAGCCA 
CCCAGATTAG AGAATCACGT TCTATTACGG GAATTGTGGC TGGGTGACAA CAGCATTTCC 
TCTCTACAGA CACTCTCTAA TTGCTGGCTG CCAATGCTCC AACACCTCTC TGTCTTCCAG 
AACAGGTTGA CACATCTTGC TACCATGTCC GATTTTGTGT CATTGGAGAG GCTTGATCTT 
GGCAACAACC GATTATCAGA TCTCAAGAGC TTTCTTTCAT GTCTTAATGG ATGTCATAGT 
CTGCTGCAGT TGATACTAGA AAGGAATCCA TTTCAGCAAG AATTAGGATG GAGATGTTCA 
GTGCTGAAAA TGTTACCAGG CCTAAAGGTG GTGGATGGTG AGAGGATCAG TTCCGCTGAC 
CAGTCTCCTT TAGACAGGAC CAGCATGCCT TCACCTGGGA GTTTCTTGGC TTTCTGTCAG 
GCCAAGCTTC AGAGCTTTGA GTTATTGCTC AGGAGACATG AGACCGAACA AGGAGGATTG 
GACCCACTGG AAGTTGTAAA TATTCGTTGC CAGCACTGTG AAGAACTGAT GCAGCTGGCT 
GAAGAATGTA GATATGCCCA TGAGTTTGGA GACTTAACCA TTGCTGAAGA GAAGGAATAT 
TCCAATATTC ACCACAAGGG AAATCTCAGT GTCAGAAATC AACATAAGAA ACCAGCGACT 
GGCCACGCTA ACAAAAATAG TCCAGACACT GACAGCCAAA TTGTTTCTAA CCAGGTTCAG 
ACCTCTGTAA CCCACTCTTC TGAAAGCAGA AAGGAAAGTG ATCACTCACA CATAATGTGT 
CAAGATTCTA AGCACTCTAA GGACCCCAGA GTCCTTTTAA ATGAGGAAGG AACTGTCACT 
TCTCCGGAAG ATTGCAGAAT AAGCAACGAC CAAGTACATT CCAAACACAA CGGGAAGGCA 
CCAGGCCCTC AGACTAAAGA ACGTTTGGTG GGAAAATACC TTCAGCATAT TCAGTGGGAC 
AATTTGGAAA ACCATGCAGC TACTATCCTC CAGTGCCATT GGCGGGGGTA TGTTACACGC 
AGAGACATTC ACTTGTGTAT GGATCTGCAT TGCGCTGCTG TAGTGATCCA GGCGGCATGG 
AGGGGGTATA GTGCCAGAAA GAGCAACCTA TTATGCAACA TTACTAGAAG TCCAGCCAGG 
AGGTGGAAGA AATCTGCAGG TAGTGGAGCA GGAAATAGTA GGGCAGCCAC TATTATCCAG 
GCACACTGGC GAGGCTACCT TCTGCGGAAG AAGCTGTCTC ATGCTTTAGC CACTGTTCAA 
GCTGAGGAAG AGGACTACAA CTTTGAAGAG GTCAATCTAA GTGAATTTTC ATTTGATGAG 
GCTGCCTTGG AAAAAGACTG GGCAATAGTG GACTCTCAGA CATTTCCTTC CTATGCTCTC 
CTGCATGCAA ACCATTTGCT TCATCTAAAG CCTCCTGCTC ATTATGCTCC TGCTGACAGA 
AGTTCCTCTG ATTTGCCATG GAACCTACAG CAAGCATGGC TGGACAATAA CAACACTACA 
GCAGGGAAAT ATGAATATCC CTCCACTCTA TTGACTTGTT CCAGTTCTCT ACATACTCCA 
AGGTCACACA GCAGAACCGT ATCACAGTTC TCTGAGACGA CCTCTTGCAG TGAGCAGAGA 
TTGACATCGA AAAAAGAAGA AAAAATCTCA GAAGAATGGG GCTTTAAGAA TACTCAAACA 
GCTCAGCTAA TGCTGAAACG AGCTCAGAAG ATGAAATCCA AGAAAGCACA GGGAAAAAAA 
TTGCTTGACC CAACTGTGCG CCTGGCCTTT TTCAAAAACA ACAAACTACA TCCTCCTGTG 
AAGATACCAG ATAAGATACG TGCCCGGGTG GAGTATTTTG GTGCTCATAA AGGAGAATTA 
ACTGATTCAA AACCAGCTTC ACCAGACAGA CTACGAAGAA GCAGAGAATT AACCTATCAA 
TGGCTTCACA CACAGGTTGT CGATTATGAA ACAACCAGTT CCAGAATTAT GAAAAACCAC 
CATTTCCTGC CAGAGCTAGG CCCAGAAATA CTGAATGGTG GTCGAGTTCA ACTCGTGGCA 
AGTCCTGTAG GTAGAGAAGA ACCGGATTTA GAGGTTGGAT CTGTGAGCAG TGGTAGCAGT 
ATAATTCAAT TAGGTGATGG ATTAAATCAG AGTCGCTTGA ACTCAACAGG ATCGGCAAAA 
GAAGTTTCCA AACAATTGAA GACTGGCTCT GCACCTGCAA AGAGGGAGCC CATATCCCTT 
CGGAACAACC CAGTGAACCT GAGTACAGGT TGGGGAAGTG GGAAGAAGCG AGGGAGACCA 
CTCTAA

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

RefSeq	XP_007901985.1
CDS	691..5616
Translation	MDEDPEVRLIEEAIEAELRKISISPTELDQPEEDSVEDILVETDHDSDDLPESVLYCLERVKSRTEEFEKLFLEDLEETDYAAYKVVHSDELEYLTELAAEISEEDPLNLKERVQIDDKEQTPLALTEDHRDIRLSLQAGTADQRDKDEAISDDDEDDLMSEHLEVENNVGALQHWEIEQMELQKAQQANLIEQREQEKKQEEEIEMIKIRQEQFKEELEKFTKERLETEAKLEEQIQQEQEASEQDLKHHKELIKTLQRKVDEERRTFEEKEAKERKRVEALQCRAATTIEKQIRAHLVYKKYAPILKEKRKGRKREKELELKREAESRQEEAAKLRREEERRKLEFEKEKEAEREKLEKKRQLKKQQEEEKRKKEEELQRKKKEEQRREEERKLAEERRKREEERKLLEDRRKREEEQKLVEDRRKRGEEQKLAEERKKREEEIKLAEERKKREEEIKEEEIKLTEERMKSKEKQKEKMSFEKKKELRLNQEGSIIVNKVRNKEIEQNLSLSENLSVVLHQSECEHMPQDFNKPRAFSKDKETAVQNATKLATDTNLEMELPTEDTVKNITEKNDRCKVTIMPTKSSGFVQVTNPRVFTDCLPRRETCETKPVLNTEHINCRNEGSFELTQSIAHKLEMKSRVRALTLPDHIEQKRLNWMKTCTPWSKVSRGNKMKIVKQRIRPHKSSASQLLALNPGLILHSGSWTSLQQVTTVTFCDLPGCNLSTLSQCPSLKSLTLRNCRLETLEGISQCKGLKYIDAQENNLQNIHCHDLEDLCILLLSNNHITSMHGLENCSNLQVLELSHNQITRIGGLESLNKLQRLLVDHNQLISTKGLSETPVLLYLDCSYNHLNRIEGIDNCGLLQNLKLQSNSLSEPPRLENHVLLRELWLGDNSISSLQTLSNCWLPMLQHLSVFQNRLTHLATMSDFVSLERLDLGNNRLSDLKSFLSCLNGCHSLLQLILERNPFQQELGWRCSVLKMLPGLKVVDGERISSADQSPLDRTSMPSPGSFLAFCQAKLQSFELLLRRHETEQGGLDPLEVVNIRCQHCEELMQLAEECRYAHEFGDLTIAEEKEYSNIHHKGNLSVRNQHKKPATGHANKNSPDTDSQIVSNQVQTSVTHSSESRKESDHSHIMCQDSKHSKDPRVLLNEEGTVTSPEDCRISNDQVHSKHNGKAPGPQTKERLVGKYLQHIQWDNLENHAATILQCHWRGYVTRRDIHLCMDLHCAAVVIQAAWRGYSARKSNLLCNITRSPARRWKKSAGSGAGNSRAATIIQAHWRGYLLRKKLSHALATVQAEEEDYNFEEVNLSEFSFDEAALEKDWAIVDSQTFPSYALLHANHLLHLKPPAHYAPADRSSSDLPWNLQQAWLDNNNTTAGKYEYPSTLLTCSSSLHTPRSHSRTVSQFSETTSCSEQRLTSKKEEKISEEWGFKNTQTAQLMLKRAQKMKSKKAQGKKLLDPTVRLAFFKNNKLHPPVKIPDKIRARVEYFGAHKGELTDSKPASPDRLRRSRELTYQWLHTQVVDYETTSSRIMKNHHFLPELGPEILNGGRVQLVASPVGREEPDLEVGSVSSGSSIIQLGDGLNQSRLNSTGSAKEVSKQLKTGSAPAKREPISLRNNPVNLSTGWGSGKKRGRPL

Target ORF information:

RefSeq Version	XM_007903794.1
Organism	Callorhinchus milii(elephant shark)
Definition	Callorhinchus milii leucine-rich repeats and IQ motif containing 1 (lrriq1), mRNA.

Target ORF information:

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

XM_007903794.1

ORF Insert Sequence:

ATGGATGAAG ACCCCGAAGT CAGGCTGATT GAAGAAGCAA TTGAAGCTGA ACTGAGGAAA 
ATCAGCATCT CGCCCACAGA ACTAGACCAG CCTGAAGAGG ACTCTGTAGA AGACATTCTC 
GTTGAAACAG ATCATGATTC GGATGATCTA CCTGAGTCTG TTCTCTACTG TCTGGAACGA 
GTGAAGAGTA GAACTGAAGA GTTCGAAAAA CTATTTCTTG AAGATTTGGA AGAAACAGAC 
TATGCTGCTT ATAAAGTTGT CCATTCTGAT GAATTAGAGT ACTTGACAGA ATTGGCTGCA 
GAGATCAGTG AGGAAGATCC TTTGAACCTG AAGGAGAGGG TACAAATAGA CGATAAAGAA 
CAGACACCAC TGGCTCTCAC AGAAGACCAC AGGGATATAA GACTCAGTTT ACAAGCAGGG 
ACAGCTGACC AGAGGGACAA GGATGAGGCA ATATCAGATG ATGATGAAGA TGATCTTATG 
TCTGAGCACC TAGAGGTAGA AAACAATGTT GGCGCCCTCC AGCACTGGGA GATTGAACAA 
ATGGAGTTGC AGAAAGCACA ACAGGCAAAT CTGATAGAAC AGAGAGAACA AGAGAAGAAA 
CAAGAAGAGG AGATAGAAAT GATCAAAATC AGACAGGAGC AATTTAAAGA GGAGCTGGAG 
AAATTCACCA AAGAAAGGCT GGAAACGGAG GCCAAACTGG AAGAGCAAAT CCAACAGGAA 
CAAGAGGCTT CGGAACAGGA TCTGAAACAT CACAAGGAAT TGATAAAAAC ACTGCAGAGA 
AAAGTGGATG AAGAGAGACG GACTTTTGAA GAAAAGGAGG CTAAAGAGAG AAAACGAGTG 
GAGGCACTGC AATGCAGAGC GGCAACAACA ATTGAAAAAC AAATTCGGGC ACATCTGGTG 
TATAAAAAGT ATGCTCCAAT ACTGAAGGAG AAGCGAAAGG GAAGAAAGAG AGAAAAAGAG 
CTAGAATTAA AGAGAGAGGC AGAGAGTAGA CAGGAAGAAG CAGCAAAGTT GAGAAGGGAA 
GAGGAGCGAA GGAAGCTGGA ATTTGAGAAG GAAAAGGAAG CAGAACGTGA AAAGCTGGAA 
AAGAAGAGAC AGCTGAAGAA ACAGCAGGAG GAAGAGAAAA GGAAAAAAGA GGAGGAATTA 
CAGCGAAAGA AAAAAGAAGA GCAACGAAGA GAGGAAGAAA GAAAGTTGGC AGAAGAGAGA 
AGGAAAAGGG AGGAAGAAAG AAAATTGTTA GAAGACAGAA GGAAAAGGGA GGAAGAGCAA 
AAATTGGTGG AAGACAGAAG GAAAAGGGGG GAAGAACAAA AATTGGCGGA AGAGAGAAAG 
AAAAGGGAGG AAGAAATAAA GTTGGCAGAA GAGAGAAAGA AAAGGGAGGA AGAAATAAAG 
GAGGAAGAAA TAAAGTTAAC AGAAGAGAGA ATGAAAAGCA AAGAAAAACA AAAGGAAAAA 
ATGTCATTCG AAAAGAAGAA GGAGCTGAGG TTAAATCAAG AGGGAAGTAT TATTGTGAAC 
AAAGTCAGGA ATAAGGAAAT TGAGCAAAAT TTAAGTCTGT CAGAGAATCT GTCCGTGGTG 
TTACATCAGA GTGAATGTGA ACACATGCCA CAAGATTTTA ATAAACCTAG AGCTTTTAGC 
AAAGACAAAG AAACAGCAGT ACAGAATGCA ACTAAACTGG CCACAGATAC TAATTTGGAA 
ATGGAACTTC CTACAGAAGA TACAGTGAAA AATATAACGG AGAAAAATGA CAGATGTAAA 
GTTACTATCA TGCCAACAAA AAGCAGTGGT TTTGTGCAAG TGACCAATCC ACGTGTTTTC 
ACCGACTGTC TCCCAAGAAG AGAAACATGT GAAACGAAAC CGGTATTAAA TACAGAGCAT 
ATTAATTGTC GCAATGAAGG TTCATTCGAA TTAACCCAAA GTATAGCACA TAAATTAGAG 
ATGAAGTCCC GAGTCAGGGC ACTTACTCTG CCTGATCATA TTGAACAAAA GAGACTAAAT 
TGGATGAAAA CTTGTACTCC TTGGTCCAAA GTTAGCAGAG GAAACAAGAT GAAAATAGTG 
AAACAAAGAA TCAGACCGCA TAAAAGTTCA GCCAGCCAAT TGCTTGCTTT GAATCCTGGG 
TTAATACTCC ATTCAGGGAG CTGGACTTCA CTTCAACAGG TTACAACGGT CACCTTTTGC 
GATTTGCCTG GCTGCAACCT ATCCACTCTC TCCCAGTGCC CAAGCCTCAA GTCATTGACA 
CTCCGAAACT GCAGACTGGA AACACTGGAG GGAATCAGTC AGTGCAAAGG TTTAAAGTAC 
ATTGATGCAC AGGAAAATAA CCTTCAGAAT ATCCACTGCC ATGATCTGGA GGATCTTTGC 
ATTCTTCTGC TCAGTAACAA TCACATAACC TCCATGCATG GTCTAGAAAA TTGCAGCAAC 
CTTCAGGTCC TTGAACTATC ACATAATCAG ATCACCCGTA TAGGTGGTCT TGAATCACTC 
AACAAACTTC AGAGGTTACT AGTGGATCAT AATCAGTTGA TAAGCACTAA AGGATTGAGT 
GAGACGCCTG TTCTTCTCTA CCTTGATTGC TCCTATAACC ATCTCAACCG CATTGAAGGC 
ATAGATAACT GTGGGCTTCT TCAAAACCTA AAGTTACAGA GCAACAGCCT TTCTGAGCCA 
CCCAGATTAG AGAATCACGT TCTATTACGG GAATTGTGGC TGGGTGACAA CAGCATTTCC 
TCTCTACAGA CACTCTCTAA TTGCTGGCTG CCAATGCTCC AACACCTCTC TGTCTTCCAG 
AACAGGTTGA CACATCTTGC TACCATGTCC GATTTTGTGT CATTGGAGAG GCTTGATCTT 
GGCAACAACC GATTATCAGA TCTCAAGAGC TTTCTTTCAT GTCTTAATGG ATGTCATAGT 
CTGCTGCAGT TGATACTAGA AAGGAATCCA TTTCAGCAAG AATTAGGATG GAGATGTTCA 
GTGCTGAAAA TGTTACCAGG CCTAAAGGTG GTGGATGGTG AGAGGATCAG TTCCGCTGAC 
CAGTCTCCTT TAGACAGGAC CAGCATGCCT TCACCTGGGA GTTTCTTGGC TTTCTGTCAG 
GCCAAGCTTC AGAGCTTTGA GTTATTGCTC AGGAGACATG AGACCGAACA AGGAGGATTG 
GACCCACTGG AAGTTGTAAA TATTCGTTGC CAGCACTGTG AAGAACTGAT GCAGCTGGCT 
GAAGAATGTA GATATGCCCA TGAGTTTGGA GACTTAACCA TTGCTGAAGA GAAGGAATAT 
TCCAATATTC ACCACAAGGG AAATCTCAGT GTCAGAAATC AACATAAGAA ACCAGCGACT 
GGCCACGCTA ACAAAAATAG TCCAGACACT GACAGCCAAA TTGTTTCTAA CCAGGTTCAG 
ACCTCTGTAA CCCACTCTTC TGAAAGCAGA AAGGAAAGTG ATCACTCACA CATAATGTGT 
CAAGATTCTA AGCACTCTAA GGACCCCAGA GTCCTTTTAA ATGAGGAAGG AACTGTCACT 
TCTCCGGAAG ATTGCAGAAT AAGCAACGAC CAAGTACATT CCAAACACAA CGGGAAGGCA 
CCAGGCCCTC AGACTAAAGA ACGTTTGGTG GGAAAATACC TTCAGCATAT TCAGTGGGAC 
AATTTGGAAA ACCATGCAGC TACTATCCTC CAGTGCCATT GGCGGGGGTA TGTTACACGC 
AGAGACATTC ACTTGTGTAT GGATCTGCAT TGCGCTGCTG TAGTGATCCA GGCGGCATGG 
AGGGGGTATA GTGCCAGAAA GAGCAACCTA TTATGCAACA TTACTAGAAG TCCAGCCAGG 
AGGTGGAAGA AATCTGCAGG TAGTGGAGCA GGAAATAGTA GGGCAGCCAC TATTATCCAG 
GCACACTGGC GAGGCTACCT TCTGCGGAAG AAGCTGTCTC ATGCTTTAGC CACTGTTCAA 
GCTGAGGAAG AGGACTACAA CTTTGAAGAG GTCAATCTAA GTGAATTTTC ATTTGATGAG 
GCTGCCTTGG AAAAAGACTG GGCAATAGTG GACTCTCAGA CATTTCCTTC CTATGCTCTC 
CTGCATGCAA ACCATTTGCT TCATCTAAAG CCTCCTGCTC ATTATGCTCC TGCTGACAGA 
AGTTCCTCTG ATTTGCCATG GAACCTACAG CAAGCATGGC TGGACAATAA CAACACTACA 
GCAGGGAAAT ATGAATATCC CTCCACTCTA TTGACTTGTT CCAGTTCTCT ACATACTCCA 
AGGTCACACA GCAGAACCGT ATCACAGTTC TCTGAGACGA CCTCTTGCAG TGAGCAGAGA 
TTGACATCGA AAAAAGAAGA AAAAATCTCA GAAGAATGGG GCTTTAAGAA TACTCAAACA 
GCTCAGCTAA TGCTGAAACG AGCTCAGAAG ATGAAATCCA AGAAAGCACA GGGAAAAAAA 
TTGCTTGACC CAACTGTGCG CCTGGCCTTT TTCAAAAACA ACAAACTACA TCCTCCTGTG 
AAGATACCAG ATAAGATACG TGCCCGGGTG GAGTATTTTG GTGCTCATAA AGGAGAATTA 
ACTGATTCAA AACCAGCTTC ACCAGACAGA CTACGAAGAA GCAGAGAATT AACCTATCAA 
TGGCTTCACA CACAGGTTGT CGATTATGAA ACAACCAGTT CCAGAATTAT GAAAAACCAC 
CATTTCCTGC CAGAGCTAGG CCCAGAAATA CTGAATGGTG GTCGAGTTCA ACTCGTGGCA 
AGTCCTGTAG GTAGAGAAGA ACCGGATTTA GAGGTTGGAT CTGTGAGCAG TGGTAGCAGT 
ATAATTCAAT TAGGTGATGG ATTAAATCAG AGTCGCTTGA ACTCAACAGG ATCGGCAAAA 
GAAGTTTCCA AACAATTGAA GACTGGCTCT GCACCTGCAA AGAGGGAGCC CATATCCCTT 
CGGAACAACC CAGTGAACCT GAGTACAGGT TGGGGAAGTG GGAAGAAGCG AGGGAGACCA 
CTCTAA