SAMD9L cDNA ORF clone, Tyto alba(Barn owl)

Gene
Clones
gRNAs

Summary

Gene Symbol	SAMD9L
Entrez Gene ID	104364040
Full Name	sterile alpha motif domain containing 9 like
Gene Type	protein-coding
Organism	Tyto alba(Barn owl)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009970597.1	XP_009968899.1	sterile alpha motif domain-containing protein 9-like

Pathways from BioSystems
Gene Ontology

The following SAMD9L gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SAMD9L 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
OTy05266	XM_009970597.1 Latest version!	Tyto alba sterile alpha motif domain containing 9-like (SAMD9L), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

SAMD9L ( XM_009970597.1 ) cDNA ORF clone, Tyto alba(Barn owl) -> XP_009968899.1 Tyto alba sterile alpha motif domain containing 9-like (SAMD9L), mRNA.

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CloneID	OTy05266
Clone ID Related Accession (Same CDS sequence)	XM_009970597.1
Accession Version	XM_009970597.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4785bp) 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	2014-10-30
Organism	Tyto alba(Barn owl)
Product	sterile alpha motif domain-containing protein 9-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010010598.1) 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 Version :: Tyto alba Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 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 ##RefSeq-Attributes-END##

ATGGAAAACA CAAACACTGA AATAAAAGAG AAATCACATT CATATCAACA TATTGAACAG 
TGGACAAAAG AGGAAGTAAG ACAATGGGCA ACTGAAGTTG TTATGATTGA CCAGAAATAT 
GCAGGCATCC TGTTTAACCA AGATGTGACT GGTTCTACTT TGAAACTGAT GACTAAAGTA 
GATTTTGTGG AAATGGGCAT ACCCCATGGG CCTGCTCTTA AAATAATGTA TTTCCTGCAA 
AAGCATGACA TTCTAGCTAC AGGTTCAAAT CAGGCTGTGG AACAAGAAGG CACTGAACAC 
AGTCTTGATG GAGAAGGAGA AAACGTAAAA ATTGCAGAGA AAGAATGCAA GAAGAAATAT 
GGGTCATTTA ATTCCAGTAT ACTGCAGGGT TCTAAGACAG AATCCATAGA AGAGAAAAAA 
AGCATGAAGT CAGCTGACAA AGAGAATGCA TTGGAGAAGC CACTGTCAAG CAGCCAGCAA 
CCAACTGGAA AGATGTGTAT GCCATACCCT TTTGATAATT TCAGTGATGG TACTCGATAC 
ACACAGCATA ATATTCTTAA TGTCCCTGAA ACAGGGCCAC TCAATCTCAT TGATCCAGCA 
CATGAATTTA AATTACTTAC CAACACAGAC AAGGCACAAG AAGAGGATAT CATGATGAAA 
TTTAGCAATG AAGTCTTCAG ATTTGCTGCA GCCTGCATGA ACTCCCGCAC AAATGGCACT 
ATTCATTTTG GAGTACGTGA CAATCCACAT GGGGAAATTG AAGGAATGAA AGTTACCAAG 
AAAGAAGCAT ATGTTGACCA TTTGAATAAA TTAATCAGTA AATACTTTAA TGTGCCATAC 
ATCAACATTG CAAAAGCTTG CATTAGAGAA CCCAGATTTG TCGAAGTACT GTTACCAAAT 
GGAACTCCAT CACATACATT TGTCATTGAA ATAGATGTGG TTCCCAAACA CTGCATCTGT 
GATACAAAAT ATTTCTGCAC CAACACATAC GAATATGAGA GTAAGAGATG GAAAAAATCT 
ATCTTCATCA GGGATGGAGC TAGTTCCAAA AATATTCAAA GTACAAAAGA ATTTGAAACT 
TTTAAAGGCA CCTTGGCAAA TCTAGCAAAT TATCGTAAAA GAGCAGAGGA AGAATATAAC 
TTGAAGCAGA AGAAGTCAAT GAGTGAAGGA CTGAAGCTAG TTAGTCTGCT CACAGGTAAC 
AGGGACTCAC TAGATAGCTC TTATTACGAC TACTATATTT TGGTAACAAA CAAGTGCCAT 
CCAAGTCAAA CTTCACACTT AGACTTTTTA CAGGAAATAA AATGGTTTGC TGTGCTTGAC 
TTTGATTTTG ATTCAGAAAT GAATGGTGTG TTCAAGACTT ACAAACAAAA ACGAAATGCC 
AAACTTTACT TCCCAAATTA TTATGAAAAC AATGTGGGTT CAGTTTCTGA ACAAGCTGAA 
AAGCTGAAAC TGCATCAGGA GACCAACTGG ATTTTCTGCA ATGGAGGATC AGACTTCAAA 
GGCAATAATG AACTACCATT AGATCCCACT TCATGGCAAC AAGACAGAGC TGCTGGTGTC 
AGAAAACTGA TTTCATTTCT TACGCACAAA GATGTAAAGC GGAGTGGAAA GTTTTTAACA 
GTGTTTCTTT TGCTTTCCAC AGTGGAAGAT TCAGTAGATC CCCTTGTTGA GACTTTTGTG 
ACATTTTTCC AAGAATTAAA GGGACTAGAA TACATGGTCT GCATTTGTAT CGGTGCAGGT 
ATGTACCAGC GATGGAGAGA TCTTCTGCAT GCTAGAGGCA TTAGTGAGGA AGCACTTTCA 
AACAAATGTG TTTCTAATTT AACCCTGCAA ATGGTAAATG GTACCATCAT AAAATTAAAA 
TCAGCAACAC AGTCTTCTGA AAGACTTCTG CCCTCTGTTG GACATTCTAC TGTTCTTCTA 
AAGAAGAAAG AAGAATCCAT GGCAGCATTG GAAATACTTT GTGAAAATGA ATGCAAAGAC 
ACAGGAATAG AGAAGGATGC AGATAAATTT AAAAACTTCC TGAAAGAGCG GGAAGAAGAT 
TTTTATCGAG GTGGTAAAGT AACATGGTGG AATTTCTATT TTTCTTCTGA AAATTATACT 
TCAGATTTTA TCAGGAGGGA TGGTTATGAG AAGCTTGAAC ATCTAATTGT GTCTTCATCT 
AACAGTGCTA ATCAATCACC TGTAAAAATT ATCAACCTTT ACCACCACCC AGGCTGTGGT 
GGGACAACAT TAGCTATGCA TATCCTTTGG GATCTCCGGA ATCGTTTCAG ATGTGCTGTT 
CTGAAAAACA AACCAAGTGA TTTTGGAACA CAGTTGACAA CTTTACTCAC CTGTGGAACA 
AACAATGACA CAGGCTATTT ACCAGTGTTA CTTCTTGTGG ATGATTTTGA AGACCAAGAA 
AATGTCTATT TCCTGCAGAA AGAAATTCAG ATGGCTATAA CAGAAAAATG CATTCAGTAT 
GTAACTCCTT TAGTGATCAT TCTAAACTGT ATGAGATCTC AGAATCCTGA TGAAAATTCA 
ACAATCAATT TCTTGAACAG TATTTCTCTA AAACACATGC TTTCTGAAAA AGAGCAAAGG 
GCCTTTGATC AGAAACTGAA ACATATTGAA AAGGTGCATC CAAATCCTGA CAATTTCTAT 
TCGTTTATGA TTATGAAGAA AAACTTTGAT CCTCAGTACA TAGAAAAGGT CGTAAAAAAT 
ACCTTGCATA ACTTGAATAC TGCCTCTAAA CCAGCACAAC TTGTTTGCTA CCTGACACTT 
TTAAACTCAT ATGTAAGAAC ATCTACACTT TCAGTATCAC TGTGTGAAGA ATTCTTAGGA 
ATTAATTCTC GGGAGATTGG CTGCAGTAAA GATAAATTGA TAGAAAAGAT GGGGATTTGT 
TCCAATATTC TAATATATGT TCAGGTACAT GAATACACGA GATACAAAGG TCTTCGTATC 
ATTCATCCAT TGATAGCATC TCACTGCCTA AAAGAACTGA AACTAACCTA TCACTTGCCT 
AAAAGTGAAA TTACATTGCA GTTATTGAAA GAAGATTTAT TTTATAAGAC TTTATTAAAG 
CAAGACAAAC TTAATCGTGA TATACAAACC CTGCTGATTA CTAGACAGCG CAAGGAATAT 
GGCGATGAGT CAGACACATT GTTTTCCCCC TTAATTGAAG CCATTCATAA GGAAGAGAAG 
CATGGTAACG TGGAGTATGT GTTAAAACAA GCATCTGCTA GATTTGAGCA AAATGGTTAC 
GTTTGCCAAG CCTTAGCAAG ATACTTCTAC ATTAAAGAAA GGAAATTTGA TGATGCATTG 
TACTGGGCCA AAGAAGCCAA AGAAAGAGCA CGACATAATT CATACATATC AGATACACTA 
GGTCAAGTCT TTAAAAGTAA GCTAAAATAC TGTGTGGAGT GCAAAGCAAA GAGTGCAGTC 
CTGACAGCTG AGGAACTCAA ATACTTGCTA GAGCTTGCTG TGAATGCTTC ACAGGCTTTC 
AGAGAATCTC AGTGTCAAGC TGAAAATGCA AACAATGCAC AATATTTGCA GCATCAGAAG 
CTTCAAAGAA AGTTTCAAAC GTACAATACT GCTGGTTATC AGGGAGAGAT AGAAACTAGT 
CTTTATGTTA TTGATGTCCT TTGGCATGTT CCTTTTTTCT GCAAAAAAGA CTTACAGTGT 
AGAAAAAATA TGACAAAGTA TCTATCAGGA AATAGTGTCT TGAATGTAGA TAACTCTAAC 
ACAGAGAGTG AAATGTTCAA GGTTCTTGAA CATTATCGCA GCTTTTTATG TAGTTTGCGA 
TCACGGTTGA AAAGGGCATT TGACTTTTTT GAAGACTACT TTGTGTTTTT CAAAACACAG 
ACCAGTGAAA AAGAAATTGT AGATGCAAAA TTGTATGACA GGGTTCAAGA ATGTTTTACC 
AAATACAGAG AAATATTTTG TAATTTCAGT TTTGAGCAAT GGAAAAGTCA ACAAGTCCCA 
GAGATGCCCA TGTCTCACTA TATAGAAGCA TATAGGGACA CTGTGGAGGC ATCCAAAGCA 
GGCTCATTTT CCAGCATTTT GGAATACCTC CACAGAAATC ACAGAAATGC TGACAGAGAA 
ATAGAAGATG TGGTAGAAGC ATATGCATTT TTGTGTGAGG AGAATGCGCA AGTAACTCAG 
AAAGACAAGC AGAATTTGAT TTTGGCAAAT GTTGTTCTGA ACTGCATTAA ACCTAAATCC 
ACTAAGTTAT ATCCTTACAA GGTGCTGAGA AGTCTGCTTA TAAGCATTCT ACAGAAAATG 
GAACCCACTT CACAGTGTGT AGAGCCTTTC TTCCTAGCCT CCTTGATGTT CTGGCCCGAA 
AATAGAAAAC AACTAAATGA AGATTCCAGG AAAATGGAAA CTTTTGTTAG ACGCTTAAGT 
GAGTCTTTCA AAGAGCTCTA TGGAACCCTT CAATGTTCCA GGCAGCCTCG GGCCCTGTTC 
TATCTAGCAA AAGGCAGTGA CCTGAACAGA TTTGTTCACA AAAGAAAAAT AGATCAACTT 
TTTAGTTCAC TTTCAGAACA GGAACTGAAC TACCTCTGGC AGAGTGGAAA TATCTGGAAG 
GAACAGGCTG TTCAAGATCT TTTGCTTCCT TTGGATGGAC GAGCTGAGGG TAAGGTTATC 
TATGTAGACT ATGGTAGCAA TGAAACCTTT AGGATACCAG TGCAGCCTGT TCCCTCATGC 
CTGTTGAAAA GTGGCCCTAA CATAGAAAGA GTGTCTTTTT ACCTTGGGTT TTCTATTGCT 
GGTCTCCTGG CATACAACAC ACAAAGTCTG TCATTAAAAC ATTAG

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

RefSeq	XP_009968899.1
CDS	1..4785
Translation	MENTNTEIKEKSHSYQHIEQWTKEEVRQWATEVVMIDQKYAGILFNQDVTGSTLKLMTKVDFVEMGIPHGPALKIMYFLQKHDILATGSNQAVEQEGTEHSLDGEGENVKIAEKECKKKYGSFNSSILQGSKTESIEEKKSMKSADKENALEKPLSSSQQPTGKMCMPYPFDNFSDGTRYTQHNILNVPETGPLNLIDPAHEFKLLTNTDKAQEEDIMMKFSNEVFRFAAACMNSRTNGTIHFGVRDNPHGEIEGMKVTKKEAYVDHLNKLISKYFNVPYINIAKACIREPRFVEVLLPNGTPSHTFVIEIDVVPKHCICDTKYFCTNTYEYESKRWKKSIFIRDGASSKNIQSTKEFETFKGTLANLANYRKRAEEEYNLKQKKSMSEGLKLVSLLTGNRDSLDSSYYDYYILVTNKCHPSQTSHLDFLQEIKWFAVLDFDFDSEMNGVFKTYKQKRNAKLYFPNYYENNVGSVSEQAEKLKLHQETNWIFCNGGSDFKGNNELPLDPTSWQQDRAAGVRKLISFLTHKDVKRSGKFLTVFLLLSTVEDSVDPLVETFVTFFQELKGLEYMVCICIGAGMYQRWRDLLHARGISEEALSNKCVSNLTLQMVNGTIIKLKSATQSSERLLPSVGHSTVLLKKKEESMAALEILCENECKDTGIEKDADKFKNFLKEREEDFYRGGKVTWWNFYFSSENYTSDFIRRDGYEKLEHLIVSSSNSANQSPVKIINLYHHPGCGGTTLAMHILWDLRNRFRCAVLKNKPSDFGTQLTTLLTCGTNNDTGYLPVLLLVDDFEDQENVYFLQKEIQMAITEKCIQYVTPLVIILNCMRSQNPDENSTINFLNSISLKHMLSEKEQRAFDQKLKHIEKVHPNPDNFYSFMIMKKNFDPQYIEKVVKNTLHNLNTASKPAQLVCYLTLLNSYVRTSTLSVSLCEEFLGINSREIGCSKDKLIEKMGICSNILIYVQVHEYTRYKGLRIIHPLIASHCLKELKLTYHLPKSEITLQLLKEDLFYKTLLKQDKLNRDIQTLLITRQRKEYGDESDTLFSPLIEAIHKEEKHGNVEYVLKQASARFEQNGYVCQALARYFYIKERKFDDALYWAKEAKERARHNSYISDTLGQVFKSKLKYCVECKAKSAVLTAEELKYLLELAVNASQAFRESQCQAENANNAQYLQHQKLQRKFQTYNTAGYQGEIETSLYVIDVLWHVPFFCKKDLQCRKNMTKYLSGNSVLNVDNSNTESEMFKVLEHYRSFLCSLRSRLKRAFDFFEDYFVFFKTQTSEKEIVDAKLYDRVQECFTKYREIFCNFSFEQWKSQQVPEMPMSHYIEAYRDTVEASKAGSFSSILEYLHRNHRNADREIEDVVEAYAFLCEENAQVTQKDKQNLILANVVLNCIKPKSTKLYPYKVLRSLLISILQKMEPTSQCVEPFFLASLMFWPENRKQLNEDSRKMETFVRRLSESFKELYGTLQCSRQPRALFYLAKGSDLNRFVHKRKIDQLFSSLSEQELNYLWQSGNIWKEQAVQDLLLPLDGRAEGKVIYVDYGSNETFRIPVQPVPSCLLKSGPNIERVSFYLGFSIAGLLAYNTQSLSLKH

Target ORF information:

RefSeq Version	XM_009970597.1
Organism	Tyto alba(Barn owl)
Definition	Tyto alba sterile alpha motif domain containing 9-like (SAMD9L), mRNA.

Target ORF information:

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

XM_009970597.1

ORF Insert Sequence:

ATGGAAAACA CAAACACTGA AATAAAAGAG AAATCACATT CATATCAACA TATTGAACAG 
TGGACAAAAG AGGAAGTAAG ACAATGGGCA ACTGAAGTTG TTATGATTGA CCAGAAATAT 
GCAGGCATCC TGTTTAACCA AGATGTGACT GGTTCTACTT TGAAACTGAT GACTAAAGTA 
GATTTTGTGG AAATGGGCAT ACCCCATGGG CCTGCTCTTA AAATAATGTA TTTCCTGCAA 
AAGCATGACA TTCTAGCTAC AGGTTCAAAT CAGGCTGTGG AACAAGAAGG CACTGAACAC 
AGTCTTGATG GAGAAGGAGA AAACGTAAAA ATTGCAGAGA AAGAATGCAA GAAGAAATAT 
GGGTCATTTA ATTCCAGTAT ACTGCAGGGT TCTAAGACAG AATCCATAGA AGAGAAAAAA 
AGCATGAAGT CAGCTGACAA AGAGAATGCA TTGGAGAAGC CACTGTCAAG CAGCCAGCAA 
CCAACTGGAA AGATGTGTAT GCCATACCCT TTTGATAATT TCAGTGATGG TACTCGATAC 
ACACAGCATA ATATTCTTAA TGTCCCTGAA ACAGGGCCAC TCAATCTCAT TGATCCAGCA 
CATGAATTTA AATTACTTAC CAACACAGAC AAGGCACAAG AAGAGGATAT CATGATGAAA 
TTTAGCAATG AAGTCTTCAG ATTTGCTGCA GCCTGCATGA ACTCCCGCAC AAATGGCACT 
ATTCATTTTG GAGTACGTGA CAATCCACAT GGGGAAATTG AAGGAATGAA AGTTACCAAG 
AAAGAAGCAT ATGTTGACCA TTTGAATAAA TTAATCAGTA AATACTTTAA TGTGCCATAC 
ATCAACATTG CAAAAGCTTG CATTAGAGAA CCCAGATTTG TCGAAGTACT GTTACCAAAT 
GGAACTCCAT CACATACATT TGTCATTGAA ATAGATGTGG TTCCCAAACA CTGCATCTGT 
GATACAAAAT ATTTCTGCAC CAACACATAC GAATATGAGA GTAAGAGATG GAAAAAATCT 
ATCTTCATCA GGGATGGAGC TAGTTCCAAA AATATTCAAA GTACAAAAGA ATTTGAAACT 
TTTAAAGGCA CCTTGGCAAA TCTAGCAAAT TATCGTAAAA GAGCAGAGGA AGAATATAAC 
TTGAAGCAGA AGAAGTCAAT GAGTGAAGGA CTGAAGCTAG TTAGTCTGCT CACAGGTAAC 
AGGGACTCAC TAGATAGCTC TTATTACGAC TACTATATTT TGGTAACAAA CAAGTGCCAT 
CCAAGTCAAA CTTCACACTT AGACTTTTTA CAGGAAATAA AATGGTTTGC TGTGCTTGAC 
TTTGATTTTG ATTCAGAAAT GAATGGTGTG TTCAAGACTT ACAAACAAAA ACGAAATGCC 
AAACTTTACT TCCCAAATTA TTATGAAAAC AATGTGGGTT CAGTTTCTGA ACAAGCTGAA 
AAGCTGAAAC TGCATCAGGA GACCAACTGG ATTTTCTGCA ATGGAGGATC AGACTTCAAA 
GGCAATAATG AACTACCATT AGATCCCACT TCATGGCAAC AAGACAGAGC TGCTGGTGTC 
AGAAAACTGA TTTCATTTCT TACGCACAAA GATGTAAAGC GGAGTGGAAA GTTTTTAACA 
GTGTTTCTTT TGCTTTCCAC AGTGGAAGAT TCAGTAGATC CCCTTGTTGA GACTTTTGTG 
ACATTTTTCC AAGAATTAAA GGGACTAGAA TACATGGTCT GCATTTGTAT CGGTGCAGGT 
ATGTACCAGC GATGGAGAGA TCTTCTGCAT GCTAGAGGCA TTAGTGAGGA AGCACTTTCA 
AACAAATGTG TTTCTAATTT AACCCTGCAA ATGGTAAATG GTACCATCAT AAAATTAAAA 
TCAGCAACAC AGTCTTCTGA AAGACTTCTG CCCTCTGTTG GACATTCTAC TGTTCTTCTA 
AAGAAGAAAG AAGAATCCAT GGCAGCATTG GAAATACTTT GTGAAAATGA ATGCAAAGAC 
ACAGGAATAG AGAAGGATGC AGATAAATTT AAAAACTTCC TGAAAGAGCG GGAAGAAGAT 
TTTTATCGAG GTGGTAAAGT AACATGGTGG AATTTCTATT TTTCTTCTGA AAATTATACT 
TCAGATTTTA TCAGGAGGGA TGGTTATGAG AAGCTTGAAC ATCTAATTGT GTCTTCATCT 
AACAGTGCTA ATCAATCACC TGTAAAAATT ATCAACCTTT ACCACCACCC AGGCTGTGGT 
GGGACAACAT TAGCTATGCA TATCCTTTGG GATCTCCGGA ATCGTTTCAG ATGTGCTGTT 
CTGAAAAACA AACCAAGTGA TTTTGGAACA CAGTTGACAA CTTTACTCAC CTGTGGAACA 
AACAATGACA CAGGCTATTT ACCAGTGTTA CTTCTTGTGG ATGATTTTGA AGACCAAGAA 
AATGTCTATT TCCTGCAGAA AGAAATTCAG ATGGCTATAA CAGAAAAATG CATTCAGTAT 
GTAACTCCTT TAGTGATCAT TCTAAACTGT ATGAGATCTC AGAATCCTGA TGAAAATTCA 
ACAATCAATT TCTTGAACAG TATTTCTCTA AAACACATGC TTTCTGAAAA AGAGCAAAGG 
GCCTTTGATC AGAAACTGAA ACATATTGAA AAGGTGCATC CAAATCCTGA CAATTTCTAT 
TCGTTTATGA TTATGAAGAA AAACTTTGAT CCTCAGTACA TAGAAAAGGT CGTAAAAAAT 
ACCTTGCATA ACTTGAATAC TGCCTCTAAA CCAGCACAAC TTGTTTGCTA CCTGACACTT 
TTAAACTCAT ATGTAAGAAC ATCTACACTT TCAGTATCAC TGTGTGAAGA ATTCTTAGGA 
ATTAATTCTC GGGAGATTGG CTGCAGTAAA GATAAATTGA TAGAAAAGAT GGGGATTTGT 
TCCAATATTC TAATATATGT TCAGGTACAT GAATACACGA GATACAAAGG TCTTCGTATC 
ATTCATCCAT TGATAGCATC TCACTGCCTA AAAGAACTGA AACTAACCTA TCACTTGCCT 
AAAAGTGAAA TTACATTGCA GTTATTGAAA GAAGATTTAT TTTATAAGAC TTTATTAAAG 
CAAGACAAAC TTAATCGTGA TATACAAACC CTGCTGATTA CTAGACAGCG CAAGGAATAT 
GGCGATGAGT CAGACACATT GTTTTCCCCC TTAATTGAAG CCATTCATAA GGAAGAGAAG 
CATGGTAACG TGGAGTATGT GTTAAAACAA GCATCTGCTA GATTTGAGCA AAATGGTTAC 
GTTTGCCAAG CCTTAGCAAG ATACTTCTAC ATTAAAGAAA GGAAATTTGA TGATGCATTG 
TACTGGGCCA AAGAAGCCAA AGAAAGAGCA CGACATAATT CATACATATC AGATACACTA 
GGTCAAGTCT TTAAAAGTAA GCTAAAATAC TGTGTGGAGT GCAAAGCAAA GAGTGCAGTC 
CTGACAGCTG AGGAACTCAA ATACTTGCTA GAGCTTGCTG TGAATGCTTC ACAGGCTTTC 
AGAGAATCTC AGTGTCAAGC TGAAAATGCA AACAATGCAC AATATTTGCA GCATCAGAAG 
CTTCAAAGAA AGTTTCAAAC GTACAATACT GCTGGTTATC AGGGAGAGAT AGAAACTAGT 
CTTTATGTTA TTGATGTCCT TTGGCATGTT CCTTTTTTCT GCAAAAAAGA CTTACAGTGT 
AGAAAAAATA TGACAAAGTA TCTATCAGGA AATAGTGTCT TGAATGTAGA TAACTCTAAC 
ACAGAGAGTG AAATGTTCAA GGTTCTTGAA CATTATCGCA GCTTTTTATG TAGTTTGCGA 
TCACGGTTGA AAAGGGCATT TGACTTTTTT GAAGACTACT TTGTGTTTTT CAAAACACAG 
ACCAGTGAAA AAGAAATTGT AGATGCAAAA TTGTATGACA GGGTTCAAGA ATGTTTTACC 
AAATACAGAG AAATATTTTG TAATTTCAGT TTTGAGCAAT GGAAAAGTCA ACAAGTCCCA 
GAGATGCCCA TGTCTCACTA TATAGAAGCA TATAGGGACA CTGTGGAGGC ATCCAAAGCA 
GGCTCATTTT CCAGCATTTT GGAATACCTC CACAGAAATC ACAGAAATGC TGACAGAGAA 
ATAGAAGATG TGGTAGAAGC ATATGCATTT TTGTGTGAGG AGAATGCGCA AGTAACTCAG 
AAAGACAAGC AGAATTTGAT TTTGGCAAAT GTTGTTCTGA ACTGCATTAA ACCTAAATCC 
ACTAAGTTAT ATCCTTACAA GGTGCTGAGA AGTCTGCTTA TAAGCATTCT ACAGAAAATG 
GAACCCACTT CACAGTGTGT AGAGCCTTTC TTCCTAGCCT CCTTGATGTT CTGGCCCGAA 
AATAGAAAAC AACTAAATGA AGATTCCAGG AAAATGGAAA CTTTTGTTAG ACGCTTAAGT 
GAGTCTTTCA AAGAGCTCTA TGGAACCCTT CAATGTTCCA GGCAGCCTCG GGCCCTGTTC 
TATCTAGCAA AAGGCAGTGA CCTGAACAGA TTTGTTCACA AAAGAAAAAT AGATCAACTT 
TTTAGTTCAC TTTCAGAACA GGAACTGAAC TACCTCTGGC AGAGTGGAAA TATCTGGAAG 
GAACAGGCTG TTCAAGATCT TTTGCTTCCT TTGGATGGAC GAGCTGAGGG TAAGGTTATC 
TATGTAGACT ATGGTAGCAA TGAAACCTTT AGGATACCAG TGCAGCCTGT TCCCTCATGC 
CTGTTGAAAA GTGGCCCTAA CATAGAAAGA GTGTCTTTTT ACCTTGGGTT TTCTATTGCT 
GGTCTCCTGG CATACAACAC ACAAAGTCTG TCATTAAAAC ATTAG