SYTL2 cDNA ORF clone, Pseudopodoces humilis(Tibetan ground-tit)

Gene
Clones
gRNAs

Summary

Gene Symbol	SYTL2
Entrez Gene ID	102101750
Full Name	synaptotagmin like 2
Gene Type	protein-coding
Organism	Pseudopodoces humilis(Tibetan ground-tit)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014251585.1	XP_014107060.1	LOW QUALITY PROTEIN: synaptotagmin-like protein 2

Pathways from BioSystems
Gene Ontology

The following SYTL2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SYTL2 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
OPs05686	XM_014251585.1 Latest version!	Pseudopodoces humilis synaptotagmin-like 2 (SYTL2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1161.30 $1659.00

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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)

SYTL2 ( XM_014251585.1 ) cDNA ORF clone, Pseudopodoces humilis(Tibetan ground-tit) -> XP_014107060.1 Pseudopodoces humilis synaptotagmin-like 2 (SYTL2), mRNA.

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CloneID	OPs05686
Clone ID Related Accession (Same CDS sequence)	XM_014251585.1
Accession Version	XM_014251585.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6399bp) 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	2015-09-20
Organism	Pseudopodoces humilis(Tibetan ground-tit)
Product	LOW QUALITY PROTEIN: synaptotagmin-like protein 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005087554.1) 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 :: Pseudopodoces humilis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## internal stop codons :: corrected 1 genomic stop codon ##RefSeq-Attributes-END##

ATGATTGACC TAAGCTTCCT AACAGAGGAG GAACAAGAGG CAATAATGAA AGTGCTGCAA 
CGGGATGCAG AGCTTAAAAG AACTGAAGAA GAGAGAGTCA GGCATTTACC AGAAAAAGTC 
AAAGACCATG TTCAGCTAAA GAATATGAGT GGGCAGTGGT TTTATGAGGC CAAGTCAAAG 
AGGCACAGGG ATAAGATCCA TGGAGCAGAC ATTATCAGAG CTTCCATGCG CAGGAAACCT 
GCCACCATCG CTGAAGTGGC TCAGAACAAA AGAAGCAAAG CAAAGATCAG CTGGGTGAAC 
AATGTTAATA AAGAAGGCTT CGTGCCACCA GATCTACATG GCATTGTGGA ACATCAAGAA 
GAAGAGCAAC AGAAAGCTAG TTTGAGTTCT AAAGAAGCAA GCCCTGTGTT AAACAAACCA 
GAGGAAAGAC CTGTGAAGGC AGCAGTCTCA TCAGTAAGGC AAAGGAGAAA TCCATTTAAT 
TCCACTACAT CAGATGATAA CTTGAACAAT GGGGAATCAG AAGACAGACC AGCCATTGTA 
CCTCAGCTAT CAAAGAAGGA AATTTGGTCA GTCTCAGAAG ACAGCCCACC TAAATCAAAC 
TTACAAAATG ATGAATCAGA TAAACCTGAG AAGCCTTTTG TAGAACTTAC TGATCCATCA 
CAGAAGGAAC TAGTTAATCG TCCTGTCCCA AAAGCTAGGA AACTAATTCA CAAAGCAGCA 
GATTCTGTAT CACAAAGAGA AGACCTTGCT CCCAAACCAA CCAAGCAGAC CGAGAGGATT 
AATGGCATTG GTACCCCACC CAGGGGCATT CTGAAACGCA GCTCAAGCTC AAGTTCCACT 
GACTCAGAAG TTCGGGTCAG TCAGATGTTA GATGTCCAGA AAAGGAATGA TCTTTCTACC 
ACAACTATTT TTGAAGGGGA AGGTGAGAAG AACTCTGTTG TGGAAGAAGC AGAAGATTCC 
ACACAAAACT CACTGGAAAA ACTGAAACAA GTGAGGTTTT CATCTAGCTC AGGTAAAGGA 
AAACCTCTGC AAAGCCCACA GCTATGCCAT GTTAAAGAAA AAGGAGACCA TGATATCTTA 
AAACCTGACA AAAAAAAGAA TAGTGGAAAT TGTGCTGTTC AATCAGATTC ACTTGGTGAT 
AGGCAAATTC CTGCTGCAAA GCCTTTGGGA ACCTATTTAT CAGCTTTACA AATGAAAACA 
ATAGATGGCT TACAAGAAGA CACATCTGCA TCTAGCCCTC GTGACAGTAA CAGATCAGTC 
TTCCCAGTTA GTGAAAGCTT CCAGACAAAT ACAATTACTC CCAAGAAACT TGAAACCCCA 
CAGAAGACCT CCAGCAATAT CCTGTCAAAC AGCAATAATG AACAGAGTGT TAATGAGACA 
CATGAAAAAA AATCCAACCA GATCCTGATC CAACCAGATA GACATCAACT CTTGGCTGAA 
ACAGAAGCAT GTGAAATGTC CAATACCAAT TCTACAAGTC TTCAACAAGG TAAGCCTGAT 
CTTGTTGAGG AGAGAGATGC TAAAACCATT TTCAAGCCTG GAAAACATGC TGATGAACTT 
GTGAAAGTGG ACAATGAATC TGTATCAAAA GTTTTAGACT GGTTTAGAAG AAGTTCTAGT 
ACTGAAGATG AGGAACTTGT ATCAATGAAG TCCCAAGGCA GGGAGCCCAG AGAGGAAGTG 
GACGTGTCAA TCAGAAGAGC AGTTCTTCCT ACAGAACACA GTGGGCCTGG CATGCATGGA 
ACAACAAAAG ATACAGAAGA GAGACCATTT GGAAAGATTA AACAACAGAG CAGTATTTCA 
TCTACATCCT TTACTTCAGA AAACATACAG CTGATAAAGG AGAGGGTGAA GCCTAAGAAA 
GAGGAAGCAA ATAAGAAGCA AAATGATAAA TTGCTAACTG AATTTGGTTG TACAAGAGTT 
GAAGAAAAAG AACATGGTCA AGAAATCAAA CAACAAAATC TGAAATCAAA TCTCTTGGAA 
CATCAAGGGC ACAAACTACT GTCTCAGAAA TGTGAATCAG AGAAGGCAAT ACAAGAAAAA 
AGAAGAATAA GGGAGATCAG AGCTTTCTGG GAAAGGGATA AAACTATACC CAGTCACAGA 
GAGAAAGGAG TTAGTATCAA TACTGATGCA TCAGGTGGCT GTGCATTGAC AGGTCTCAGA 
GAAAGTGACA AACTGAAACA ATCTGCAGTG TATCTACCTA AGGCATTGCA TGATCAGTGC 
AAGAACACAT TAAGAAGTCC TGAAGTAAGT TGTGCAAGCC AGGCGTCAAG AAACAAAAGT 
CAGCACCCTC TTGAATCTGG ACCAGGCTGT GCATTTGGAA AGGCAGAAGG GACACTTCAG 
TTTGATGAAG TTTGTGACTG TACAGAACTC CCAAAAGCCA GTAACTTGCA TCCCAGAGCT 
GGTGTCACTT CAGTTTCATC AAAAAGCAAA GACAAAGATG AAAAGGAGAC TCTTAAAGGA 
AAAGTTCCTG CTTCTTCCCA ACAGAAGCCA AACTTCCAGG TTTTGTCTTT AAAAGAAAAG 
ATGAATGAGA AGTCCAGGAA TCAAATTTCA GATCCTTCAC ACTTCCAGAG TCTGAGAAAC 
TTCTGGGATA CTGGAGCTAA ATTCCAGAGT AGCATTGACA GGGAAGATGA TTCTTTGCCA 
AATAATACTA GATCAATAAT CTATGAAAGA AAATCAAAGG AAGATAAAAA AGGCAGAGAT 
AACATGAGCA AGCAAGAGTT AATTAAACAA CAAAACCAAA CACCTGAGAG AGAAAAAACA 
CAGAAACTAG ATTCTGTAGT ATGCAAAAAA TCTCTAGGAT CTCCTATCCT AAGAGGTCTG 
AATGTGACAC ACACAAAAAA TACAGACTCT CTCCAGCTGG ATAGCCAGCC AGTTATCTCA 
AAATCACAGG AGAAGATGGG TCTTCCAGAG CATGAAGTTA GAGAATGTAC AGATAAAAGC 
ATTGTTTCAT CAAAAGATAA TCCCCTTGAG GGCTCCCCAA GGCCTCAAGC TGGTTTGGAG 
AACCTTCTCG AAGAAACCCT TGTATCTCAA CCTTCTGAAT ACAGAAGGGT GGGAATGAAA 
ACATATGATG AGTCAAATAG TATATCACAA AATAACTGCA GTGTAGCATC AGCACACCAA 
GAAACTACTG GTCCACCTGA AGAGGTCCAT GAGACTATAG AGAAGTATGT AGCTGGATCC 
AAGGTCAACA GTTTGAGTTC TGCTCTACAG AAGCTGCTGG AGGAGGCTTC TGAAGCACCC 
CTTCCTAAAC CCAAATTTGC CGACAGCACA GCATGGGGGA CTGCTGAGTA TCAAGTTAAA 
AGGACAATGT GTGAACATGG TGGAGAAGTG CCACAGGAAA TCAGTGAGAC TGTAGAAAGG 
TCCGTTGCCC CATCCAAGGC CAGTGGCTTG AGTTCTGCTT TAGAGAGGCT GCTGAAGGAG 
GCCTCTGAAA CGCCCCCTCC TAAACCCAAA TGGGCTGACA GCACAGAGCA GAGAACTGCT 
GTGGTGCAAG ACAAAGGCAT GACTTATGAG CATGGTGAAG AGGTGCAGCA GGAAATCAGT 
GAGACTGTAG AAAGGTCTGT TGCCCCATCC AAGGCCAGTG GCTTGAGTAC TGCTTTAGAG 
AGGCTGCTGA AGGAGGCCCC TGAAGCACCA CCTCCTAAAC CCAAACGTGC TGACAGCACA 
GTGCAAAGGA CTGCTGCGGC ACAAGTTAAA AGTACAACTT ATGAGTGTGA TGGGGAGGTG 
CTGCAGGAAA TCCATGAGAT TGTAGAAAAG TCTGTTGCCC CATCTTCAGA CAGTGGCTTG 
AGTTCTGCTT TAGAGAAGCT GCTGAATGAG GCCTCTGAAA CACCCCTTCC TAAGCCAAAA 
CATGCTGACA GCACAGTACA GAGAACTCTG GAGGTGGAAG CTAAAAGCAT GACCTATGAG 
CATGGTGGAG AGGTAGCTCA GGAAATCAGT GAGAATATAG AAAAGTCTGT TGCCCCACCC 
AAGGCCAGTA GCTTGAGTTC TGCTTTAGAG AGAATGCTGA AGGAGGCCCC TGAAACCCCC 
TCTCCTAAAC CTAAATGTGC TGAGAGCACA GTACAGGGGA CTGCTGAGGT GAAAGCTATG 
AGCACAGCCT ATGAGCATGA TGGAGAGCTG CTGCAGGGAA TTGGTAAGAC CACAGAAAGA 
TCTGCACAGT CCAACACTGA ATACACAGGG TCTGATGTTA ATTTTCAGAA TCAACCAAAA 
GAGGTTTCTG AAACACCAGC TTCTGTGCTG GAAAATATAG ATAAGAAAAT GCATGATAAA 
ATACAGACTA GTGTAGGTAT ACATGTTCCA CATCAACAAG ACAGAGATCA CCCTCAAGAA 
ATACAAGAAA CAGTAGAAAA AACCTCTGTT TCAAATATAG CAAAATTTGG TGAATTCAGT 
CGCTCTTTAG AAAAACTTCT TTGGGAAGTA TCTGCAGTTT CATGTCCAAT ACCCAGAGAC 
TTATATCAGC AAGAAGAAGT TGAGGATTGT ACATTTCCCT CAGAGAAAGG GACTCTATTC 
ATGAGAAGGT CACAGCCATA AAATGCCCTA AGTAGCTATG ATACACAAAT GAAGATAGTT 
CTCAAAGTGG GAGCTCCAGA AAAGACCGTC AAAGCCTCAG TTAATGATCT TGCAGTAAGT 
GAAATTGAAG CTTCTGGTCT TAAAAGAGAT GGAGCTATTA ACAAAATAGG GGAGAGAAAC 
ATGGTTTCAT TTCATCTTTG TTCCTTGGAA GGCAAGACAA ATATGGTCGC AATCAAACCA 
TTTGAGATAA ATGAAAAAGG GATGATTGAA AGCACGTTCT TGGAGGCTTC TGAACAGAAT 
TCAGAATTTC AAGCACTGAT GAATTTCGGA AGAACAACTA CAGCACTTAA AGATGAGATC 
AACTACCCCC AGCCAGAAGA ATCTCAGTTC TGCTTAATGT CTCAACATGA GGATAACAAT 
GAAGAGGAAG GCAGCAACAT AAATTTGGGA TCCAAGTTTT CAGATGAAAA CTCTGATTCT 
CACTCTGGAA CTCTGAATAG AACACGTTCT GAAGAAGGAT TAAACCCTGT TTTGATGGCT 
TTGAAAAGGA GTGCTGATAG GAAAAAGCCT TCCAAAAGTC TAGAGGACAT TCCATCAGCT 
ACCTCAAATA AAGAAAAAAT AAATAAACCA AAGGAAGAAT TAGTTCTTAG TGATGAAGAT 
GGTCTGAAAC CTAATCAGCA TCAAGAGAGG ACTGAAACTG CAGCAGGAAT TTCCACAGTG 
ACTTCACAGC CTGCTAAACT CTTTTCCAAC CCCGAAAAAC TCAAAGGACT GAGCAAGTCA 
GTACCATCAT TCTTACAGGA AGAGAGTGAT GACAGAGAGA CAGATACAGC ATCAGAAAGC 
AGTTATTCCT TTGGCAGAAT CAAGAAGAGT CCCAGCTCTC TAACCAATCT TAGCAGCTCT 
TCTGGCATGG CCTCCTTATC CTCTGTGAGC GGCAGCCTAA TGAGCATCTA TAGTGCAGAC 
TTTGGCAATG TTGATGTGAA GGGGAACATT CAGTTTGCCA TTGATTATGT GGAACAGCTG 
AATGAGCTCC ACATCTTTAT TTGCCAGTGT AAAGAGCTGG CAGTAGCAGA TGTTAAGCGA 
CAGCGTTCAG ACCCGTATGT AAAAACCTAC CTGCTTCCAG AGAAATACAG ACTGGGCAAA 
CGGAAGACTT CTGTCAAAAA GAAAACTTTT AATCCAGTCT ATAATGAAAT ACTGCGGTAT 
AAAATTGAGA AGGAGCTCCT AAAGAATCAA AGCCTCAATA TCTCTGTCTG GCACAATGAT 
ACCTTTGGGA GGAATAGCTT CCTTGGTGAA GTGGAGCTGG ATTTAGGAAC TTGGGACTGG 
AATGATCCAT CCAATAAGCA GATAAACTGG TTTTCTCTCA AGCCAAGGAC TTCAGCAGTA 
ACTCTTAATC TAGAAAACAG AGGGGAGATG AAACTAGCCC TCCAGTATGT CCCACATCCA 
ATTGGAGGAA AGAAGACTCT ATCTACTGGT GAGGTCCACA TCTGGGTGAA GGAATGCCAT 
AACCTCCCTC TTCTGAGAGG CAATAGGCTC AACTCTTTCA TTAAATGTAC CATTCTTCCA 
GACACCAGCA GAAAAAGTCG CCAGAAAACA AGGACAGTTG CAAAAACTAC AAACCCGGTA 
TTCAACCACA CCATGGTCTA TGATGGCTTT AGACCAGAAG ATTTAAAAGA AGCCTGCATA 
GAACTCACAG TCTGGGATCA CAACAAACTA GCAAACCATT TTCTGGGGGG CCTCCGGATA 
GGCCTTGGAA CAGGCAAAAG CTATGGAACT ACAGTAGATT GGATGGATTC TACATCAGAT 
GAAACTGCCC TTTGGGAGAA GATGATGAAC TCTCCGAACA CCTGGATAGA AGATACACTA 
CCTCTCAGGA TGCTTATGGT TGCAAAATTG ACAAAATAA

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

RefSeq	XP_014107060.1
CDS	410..6808
Translation	MIDLSFLTEEEQEAIMKVLQRDAELKRTEEERVRHLPEKVKDHVQLKNMSGQWFYEAKSKRHRDKIHGADIIRASMRRKPATIAEVAQNKRSKAKISWVNNVNKEGFVPPDLHGIVEHQEEEQQKASLSSKEASPVLNKPEERPVKAAVSSVRQRRNPFNSTTSDDNLNNGESEDRPAIVPQLSKKEIWSVSEDSPPKSNLQNDESDKPEKPFVELTDPSQKELVNRPVPKARKLIHKAADSVSQREDLAPKPTKQTERINGIGTPPRGILKRSSSSSSTDSEVRVSQMLDVQKRNDLSTTTIFEGEGEKNSVVEEAEDSTQNSLEKLKQVRFSSSSGKGKPLQSPQLCHVKEKGDHDILKPDKKKNSGNCAVQSDSLGDRQIPAAKPLGTYLSALQMKTIDGLQEDTSASSPRDSNRSVFPVSESFQTNTITPKKLETPQKTSSNILSNSNNEQSVNETHEKKSNQILIQPDRHQLLAETEACEMSNTNSTSLQQGKPDLVEERDAKTIFKPGKHADELVKVDNESVSKVLDWFRRSSSTEDEELVSMKSQGREPREEVDVSIRRAVLPTEHSGPGMHGTTKDTEERPFGKIKQQSSISSTSFTSENIQLIKERVKPKKEEANKKQNDKLLTEFGCTRVEEKEHGQEIKQQNLKSNLLEHQGHKLLSQKCESEKAIQEKRRIREIRAFWERDKTIPSHREKGVSINTDASGGCALTGLRESDKLKQSAVYLPKALHDQCKNTLRSPEVSCASQASRNKSQHPLESGPGCAFGKAEGTLQFDEVCDCTELPKASNLHPRAGVTSVSSKSKDKDEKETLKGKVPASSQQKPNFQVLSLKEKMNEKSRNQISDPSHFQSLRNFWDTGAKFQSSIDREDDSLPNNTRSIIYERKSKEDKKGRDNMSKQELIKQQNQTPEREKTQKLDSVVCKKSLGSPILRGLNVTHTKNTDSLQLDSQPVISKSQEKMGLPEHEVRECTDKSIVSSKDNPLEGSPRPQAGLENLLEETLVSQPSEYRRVGMKTYDESNSISQNNCSVASAHQETTGPPEEVHETIEKYVAGSKVNSLSSALQKLLEEASEAPLPKPKFADSTAWGTAEYQVKRTMCEHGGEVPQEISETVERSVAPSKASGLSSALERLLKEASETPPPKPKWADSTEQRTAVVQDKGMTYEHGEEVQQEISETVERSVAPSKASGLSTALERLLKEAPEAPPPKPKRADSTVQRTAAAQVKSTTYECDGEVLQEIHEIVEKSVAPSSDSGLSSALEKLLNEASETPLPKPKHADSTVQRTLEVEAKSMTYEHGGEVAQEISENIEKSVAPPKASSLSSALERMLKEAPETPSPKPKCAESTVQGTAEVKAMSTAYEHDGELLQGIGKTTERSAQSNTEYTGSDVNFQNQPKEVSETPASVLENIDKKMHDKIQTSVGIHVPHQQDRDHPQEIQETVEKTSVSNIAKFGEFSRSLEKLLWEVSAVSCPIPRDLYQQEEVEDCTFPSEKGTLFMRRSQP*NALSSYDTQMKIVLKVGAPEKTVKASVNDLAVSEIEASGLKRDGAINKIGERNMVSFHLCSLEGKTNMVAIKPFEINEKGMIESTFLEASEQNSEFQALMNFGRTTTALKDEINYPQPEESQFCLMSQHEDNNEEEGSNINLGSKFSDENSDSHSGTLNRTRSEEGLNPVLMALKRSADRKKPSKSLEDIPSATSNKEKINKPKEELVLSDEDGLKPNQHQERTETAAGISTVTSQPAKLFSNPEKLKGLSKSVPSFLQEESDDRETDTASESSYSFGRIKKSPSSLTNLSSSSGMASLSSVSGSLMSIYSADFGNVDVKGNIQFAIDYVEQLNELHIFICQCKELAVADVKRQRSDPYVKTYLLPEKYRLGKRKTSVKKKTFNPVYNEILRYKIEKELLKNQSLNISVWHNDTFGRNSFLGEVELDLGTWDWNDPSNKQINWFSLKPRTSAVTLNLENRGEMKLALQYVPHPIGGKKTLSTGEVHIWVKECHNLPLLRGNRLNSFIKCTILPDTSRKSRQKTRTVAKTTNPVFNHTMVYDGFRPEDLKEACIELTVWDHNKLANHFLGGLRIGLGTGKSYGTTVDWMDSTSDETALWEKMMNSPNTWIEDTLPLRMLMVAKLTK

Target ORF information:

RefSeq Version	XM_014251585.1
Organism	Pseudopodoces humilis(Tibetan ground-tit)
Definition	Pseudopodoces humilis synaptotagmin-like 2 (SYTL2), mRNA.

Target ORF information:

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

XM_014251585.1

ORF Insert Sequence:

ATGATTGACC TAAGCTTCCT AACAGAGGAG GAACAAGAGG CAATAATGAA AGTGCTGCAA 
CGGGATGCAG AGCTTAAAAG AACTGAAGAA GAGAGAGTCA GGCATTTACC AGAAAAAGTC 
AAAGACCATG TTCAGCTAAA GAATATGAGT GGGCAGTGGT TTTATGAGGC CAAGTCAAAG 
AGGCACAGGG ATAAGATCCA TGGAGCAGAC ATTATCAGAG CTTCCATGCG CAGGAAACCT 
GCCACCATCG CTGAAGTGGC TCAGAACAAA AGAAGCAAAG CAAAGATCAG CTGGGTGAAC 
AATGTTAATA AAGAAGGCTT CGTGCCACCA GATCTACATG GCATTGTGGA ACATCAAGAA 
GAAGAGCAAC AGAAAGCTAG TTTGAGTTCT AAAGAAGCAA GCCCTGTGTT AAACAAACCA 
GAGGAAAGAC CTGTGAAGGC AGCAGTCTCA TCAGTAAGGC AAAGGAGAAA TCCATTTAAT 
TCCACTACAT CAGATGATAA CTTGAACAAT GGGGAATCAG AAGACAGACC AGCCATTGTA 
CCTCAGCTAT CAAAGAAGGA AATTTGGTCA GTCTCAGAAG ACAGCCCACC TAAATCAAAC 
TTACAAAATG ATGAATCAGA TAAACCTGAG AAGCCTTTTG TAGAACTTAC TGATCCATCA 
CAGAAGGAAC TAGTTAATCG TCCTGTCCCA AAAGCTAGGA AACTAATTCA CAAAGCAGCA 
GATTCTGTAT CACAAAGAGA AGACCTTGCT CCCAAACCAA CCAAGCAGAC CGAGAGGATT 
AATGGCATTG GTACCCCACC CAGGGGCATT CTGAAACGCA GCTCAAGCTC AAGTTCCACT 
GACTCAGAAG TTCGGGTCAG TCAGATGTTA GATGTCCAGA AAAGGAATGA TCTTTCTACC 
ACAACTATTT TTGAAGGGGA AGGTGAGAAG AACTCTGTTG TGGAAGAAGC AGAAGATTCC 
ACACAAAACT CACTGGAAAA ACTGAAACAA GTGAGGTTTT CATCTAGCTC AGGTAAAGGA 
AAACCTCTGC AAAGCCCACA GCTATGCCAT GTTAAAGAAA AAGGAGACCA TGATATCTTA 
AAACCTGACA AAAAAAAGAA TAGTGGAAAT TGTGCTGTTC AATCAGATTC ACTTGGTGAT 
AGGCAAATTC CTGCTGCAAA GCCTTTGGGA ACCTATTTAT CAGCTTTACA AATGAAAACA 
ATAGATGGCT TACAAGAAGA CACATCTGCA TCTAGCCCTC GTGACAGTAA CAGATCAGTC 
TTCCCAGTTA GTGAAAGCTT CCAGACAAAT ACAATTACTC CCAAGAAACT TGAAACCCCA 
CAGAAGACCT CCAGCAATAT CCTGTCAAAC AGCAATAATG AACAGAGTGT TAATGAGACA 
CATGAAAAAA AATCCAACCA GATCCTGATC CAACCAGATA GACATCAACT CTTGGCTGAA 
ACAGAAGCAT GTGAAATGTC CAATACCAAT TCTACAAGTC TTCAACAAGG TAAGCCTGAT 
CTTGTTGAGG AGAGAGATGC TAAAACCATT TTCAAGCCTG GAAAACATGC TGATGAACTT 
GTGAAAGTGG ACAATGAATC TGTATCAAAA GTTTTAGACT GGTTTAGAAG AAGTTCTAGT 
ACTGAAGATG AGGAACTTGT ATCAATGAAG TCCCAAGGCA GGGAGCCCAG AGAGGAAGTG 
GACGTGTCAA TCAGAAGAGC AGTTCTTCCT ACAGAACACA GTGGGCCTGG CATGCATGGA 
ACAACAAAAG ATACAGAAGA GAGACCATTT GGAAAGATTA AACAACAGAG CAGTATTTCA 
TCTACATCCT TTACTTCAGA AAACATACAG CTGATAAAGG AGAGGGTGAA GCCTAAGAAA 
GAGGAAGCAA ATAAGAAGCA AAATGATAAA TTGCTAACTG AATTTGGTTG TACAAGAGTT 
GAAGAAAAAG AACATGGTCA AGAAATCAAA CAACAAAATC TGAAATCAAA TCTCTTGGAA 
CATCAAGGGC ACAAACTACT GTCTCAGAAA TGTGAATCAG AGAAGGCAAT ACAAGAAAAA 
AGAAGAATAA GGGAGATCAG AGCTTTCTGG GAAAGGGATA AAACTATACC CAGTCACAGA 
GAGAAAGGAG TTAGTATCAA TACTGATGCA TCAGGTGGCT GTGCATTGAC AGGTCTCAGA 
GAAAGTGACA AACTGAAACA ATCTGCAGTG TATCTACCTA AGGCATTGCA TGATCAGTGC 
AAGAACACAT TAAGAAGTCC TGAAGTAAGT TGTGCAAGCC AGGCGTCAAG AAACAAAAGT 
CAGCACCCTC TTGAATCTGG ACCAGGCTGT GCATTTGGAA AGGCAGAAGG GACACTTCAG 
TTTGATGAAG TTTGTGACTG TACAGAACTC CCAAAAGCCA GTAACTTGCA TCCCAGAGCT 
GGTGTCACTT CAGTTTCATC AAAAAGCAAA GACAAAGATG AAAAGGAGAC TCTTAAAGGA 
AAAGTTCCTG CTTCTTCCCA ACAGAAGCCA AACTTCCAGG TTTTGTCTTT AAAAGAAAAG 
ATGAATGAGA AGTCCAGGAA TCAAATTTCA GATCCTTCAC ACTTCCAGAG TCTGAGAAAC 
TTCTGGGATA CTGGAGCTAA ATTCCAGAGT AGCATTGACA GGGAAGATGA TTCTTTGCCA 
AATAATACTA GATCAATAAT CTATGAAAGA AAATCAAAGG AAGATAAAAA AGGCAGAGAT 
AACATGAGCA AGCAAGAGTT AATTAAACAA CAAAACCAAA CACCTGAGAG AGAAAAAACA 
CAGAAACTAG ATTCTGTAGT ATGCAAAAAA TCTCTAGGAT CTCCTATCCT AAGAGGTCTG 
AATGTGACAC ACACAAAAAA TACAGACTCT CTCCAGCTGG ATAGCCAGCC AGTTATCTCA 
AAATCACAGG AGAAGATGGG TCTTCCAGAG CATGAAGTTA GAGAATGTAC AGATAAAAGC 
ATTGTTTCAT CAAAAGATAA TCCCCTTGAG GGCTCCCCAA GGCCTCAAGC TGGTTTGGAG 
AACCTTCTCG AAGAAACCCT TGTATCTCAA CCTTCTGAAT ACAGAAGGGT GGGAATGAAA 
ACATATGATG AGTCAAATAG TATATCACAA AATAACTGCA GTGTAGCATC AGCACACCAA 
GAAACTACTG GTCCACCTGA AGAGGTCCAT GAGACTATAG AGAAGTATGT AGCTGGATCC 
AAGGTCAACA GTTTGAGTTC TGCTCTACAG AAGCTGCTGG AGGAGGCTTC TGAAGCACCC 
CTTCCTAAAC CCAAATTTGC CGACAGCACA GCATGGGGGA CTGCTGAGTA TCAAGTTAAA 
AGGACAATGT GTGAACATGG TGGAGAAGTG CCACAGGAAA TCAGTGAGAC TGTAGAAAGG 
TCCGTTGCCC CATCCAAGGC CAGTGGCTTG AGTTCTGCTT TAGAGAGGCT GCTGAAGGAG 
GCCTCTGAAA CGCCCCCTCC TAAACCCAAA TGGGCTGACA GCACAGAGCA GAGAACTGCT 
GTGGTGCAAG ACAAAGGCAT GACTTATGAG CATGGTGAAG AGGTGCAGCA GGAAATCAGT 
GAGACTGTAG AAAGGTCTGT TGCCCCATCC AAGGCCAGTG GCTTGAGTAC TGCTTTAGAG 
AGGCTGCTGA AGGAGGCCCC TGAAGCACCA CCTCCTAAAC CCAAACGTGC TGACAGCACA 
GTGCAAAGGA CTGCTGCGGC ACAAGTTAAA AGTACAACTT ATGAGTGTGA TGGGGAGGTG 
CTGCAGGAAA TCCATGAGAT TGTAGAAAAG TCTGTTGCCC CATCTTCAGA CAGTGGCTTG 
AGTTCTGCTT TAGAGAAGCT GCTGAATGAG GCCTCTGAAA CACCCCTTCC TAAGCCAAAA 
CATGCTGACA GCACAGTACA GAGAACTCTG GAGGTGGAAG CTAAAAGCAT GACCTATGAG 
CATGGTGGAG AGGTAGCTCA GGAAATCAGT GAGAATATAG AAAAGTCTGT TGCCCCACCC 
AAGGCCAGTA GCTTGAGTTC TGCTTTAGAG AGAATGCTGA AGGAGGCCCC TGAAACCCCC 
TCTCCTAAAC CTAAATGTGC TGAGAGCACA GTACAGGGGA CTGCTGAGGT GAAAGCTATG 
AGCACAGCCT ATGAGCATGA TGGAGAGCTG CTGCAGGGAA TTGGTAAGAC CACAGAAAGA 
TCTGCACAGT CCAACACTGA ATACACAGGG TCTGATGTTA ATTTTCAGAA TCAACCAAAA 
GAGGTTTCTG AAACACCAGC TTCTGTGCTG GAAAATATAG ATAAGAAAAT GCATGATAAA 
ATACAGACTA GTGTAGGTAT ACATGTTCCA CATCAACAAG ACAGAGATCA CCCTCAAGAA 
ATACAAGAAA CAGTAGAAAA AACCTCTGTT TCAAATATAG CAAAATTTGG TGAATTCAGT 
CGCTCTTTAG AAAAACTTCT TTGGGAAGTA TCTGCAGTTT CATGTCCAAT ACCCAGAGAC 
TTATATCAGC AAGAAGAAGT TGAGGATTGT ACATTTCCCT CAGAGAAAGG GACTCTATTC 
ATGAGAAGGT CACAGCCATA AAATGCCCTA AGTAGCTATG ATACACAAAT GAAGATAGTT 
CTCAAAGTGG GAGCTCCAGA AAAGACCGTC AAAGCCTCAG TTAATGATCT TGCAGTAAGT 
GAAATTGAAG CTTCTGGTCT TAAAAGAGAT GGAGCTATTA ACAAAATAGG GGAGAGAAAC 
ATGGTTTCAT TTCATCTTTG TTCCTTGGAA GGCAAGACAA ATATGGTCGC AATCAAACCA 
TTTGAGATAA ATGAAAAAGG GATGATTGAA AGCACGTTCT TGGAGGCTTC TGAACAGAAT 
TCAGAATTTC AAGCACTGAT GAATTTCGGA AGAACAACTA CAGCACTTAA AGATGAGATC 
AACTACCCCC AGCCAGAAGA ATCTCAGTTC TGCTTAATGT CTCAACATGA GGATAACAAT 
GAAGAGGAAG GCAGCAACAT AAATTTGGGA TCCAAGTTTT CAGATGAAAA CTCTGATTCT 
CACTCTGGAA CTCTGAATAG AACACGTTCT GAAGAAGGAT TAAACCCTGT TTTGATGGCT 
TTGAAAAGGA GTGCTGATAG GAAAAAGCCT TCCAAAAGTC TAGAGGACAT TCCATCAGCT 
ACCTCAAATA AAGAAAAAAT AAATAAACCA AAGGAAGAAT TAGTTCTTAG TGATGAAGAT 
GGTCTGAAAC CTAATCAGCA TCAAGAGAGG ACTGAAACTG CAGCAGGAAT TTCCACAGTG 
ACTTCACAGC CTGCTAAACT CTTTTCCAAC CCCGAAAAAC TCAAAGGACT GAGCAAGTCA 
GTACCATCAT TCTTACAGGA AGAGAGTGAT GACAGAGAGA CAGATACAGC ATCAGAAAGC 
AGTTATTCCT TTGGCAGAAT CAAGAAGAGT CCCAGCTCTC TAACCAATCT TAGCAGCTCT 
TCTGGCATGG CCTCCTTATC CTCTGTGAGC GGCAGCCTAA TGAGCATCTA TAGTGCAGAC 
TTTGGCAATG TTGATGTGAA GGGGAACATT CAGTTTGCCA TTGATTATGT GGAACAGCTG 
AATGAGCTCC ACATCTTTAT TTGCCAGTGT AAAGAGCTGG CAGTAGCAGA TGTTAAGCGA 
CAGCGTTCAG ACCCGTATGT AAAAACCTAC CTGCTTCCAG AGAAATACAG ACTGGGCAAA 
CGGAAGACTT CTGTCAAAAA GAAAACTTTT AATCCAGTCT ATAATGAAAT ACTGCGGTAT 
AAAATTGAGA AGGAGCTCCT AAAGAATCAA AGCCTCAATA TCTCTGTCTG GCACAATGAT 
ACCTTTGGGA GGAATAGCTT CCTTGGTGAA GTGGAGCTGG ATTTAGGAAC TTGGGACTGG 
AATGATCCAT CCAATAAGCA GATAAACTGG TTTTCTCTCA AGCCAAGGAC TTCAGCAGTA 
ACTCTTAATC TAGAAAACAG AGGGGAGATG AAACTAGCCC TCCAGTATGT CCCACATCCA 
ATTGGAGGAA AGAAGACTCT ATCTACTGGT GAGGTCCACA TCTGGGTGAA GGAATGCCAT 
AACCTCCCTC TTCTGAGAGG CAATAGGCTC AACTCTTTCA TTAAATGTAC CATTCTTCCA 
GACACCAGCA GAAAAAGTCG CCAGAAAACA AGGACAGTTG CAAAAACTAC AAACCCGGTA 
TTCAACCACA CCATGGTCTA TGATGGCTTT AGACCAGAAG ATTTAAAAGA AGCCTGCATA 
GAACTCACAG TCTGGGATCA CAACAAACTA GCAAACCATT TTCTGGGGGG CCTCCGGATA 
GGCCTTGGAA CAGGCAAAAG CTATGGAACT ACAGTAGATT GGATGGATTC TACATCAGAT 
GAAACTGCCC TTTGGGAGAA GATGATGAAC TCTCCGAACA CCTGGATAGA AGATACACTA 
CCTCTCAGGA TGCTTATGGT TGCAAAATTG ACAAAATAA