DQ04_04321030 cDNA ORF clone, Trypanosoma grayi

Gene
Clones
gRNAs

Summary

Gene Symbol	DQ04_04321030
Entrez Gene ID	20383772
Full Name	putative synaptojanin (N-terminal domain), putative,inositol/phosphatidylinositol phosphatase
Gene Type	protein-coding
Organism	Trypanosoma grayi

mRNA and Protein(s)

mRNA	Protein	Name
XM_009313495.1	XP_009311770.1	putative synaptojanin (N-terminal domain), putative,inositol/phosphatidylinositol phosphatase

Pathways from BioSystems
Gene Ontology

The following DQ04_04321030 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DQ04_04321030 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
OTr195269	XM_009313495.1 Latest version!	Trypanosoma grayi putative synaptojanin (N-terminal domain), putative,inositol/phosphatidylinositol phosphatase partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

DQ04_04321030 ( XM_009313495.1 ) cDNA ORF clone, Trypanosoma grayi -> XP_009311770.1 Trypanosoma grayi putative synaptojanin (N-terminal domain), putative,inositol/phosphatidylinositol phosphatase partial mRNA.

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CloneID	OTr195269
Clone ID Related Accession (Same CDS sequence)	XM_009313495.1
Accession Version	XM_009313495.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4521bp) 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	2015-06-08
Organism	Trypanosoma grayi
Product	putative synaptojanin (N-terminal domain), putative,inositol/phosphatidylinositol phosphatase
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_008826051). COMPLETENESS: incomplete on both ends.

ATGAAGGCCA AGGAAAGGGG GAAACCCGAG CATGAAAATG GGCACCGGGA TTGCGATCAC 
TGGCATGAAT GCGATGCCTC GCTGCATCCC GCACATCGCC TCCCGCTCGA CAGCATTTTT 
CTCTACGGCA CATCGTCACG CTGCTGTGTT ATTGGCACCG ACGCGACGCG GCGCGACTAC 
CATGTGCTGG ATTTCACAAG ATCCAACAGT GACACGCTCC GCTACGACGT CACCACCACG 
TACACATCCG ATGACATCGA GTCCCTTGTT GCACACCTCA AGAGAGAGCC GAATGTGCGC 
GTGTTGCGTG CCAAGGCGTT GCTTGGCTGT GTCCGCTTCA CAAGGGGATA CTATCTGCTG 
CTGGCGACGC GGCGTCGGTG TGTGGCCCGA TTGGGTTTCC ACCGCATATT TGAGGTGGCT 
GATATTGAAC TTGTGTCGTT GTGCGCTCAG GAGACGACAA CAGCAACAGC GGGTGTGGGC 
GCGTCGCCCC TCTTGCCGCC CCGCACCGTG GAGGACTACT ACCGCAACCA GTTTCTCGCA 
TCGTCGCTGA AGCAGAATTT TTACTACTCT CACACCTATG ACCTGACGAA CACTCTGCAA 
ACGAACATGA CGGTTCCCTT CAGAGAGCGC AAGCTACGTG ATAAGTTTGT GTGGAACGAG 
TTTCTCGTTG AACCGCTTTT CACGCCATTC ACGACGCGCA GTGCCGCAAC GGAAGAAGAG 
GCATTGTTAA GCCCCGCTGG CATCGGTCAG TGGACGGTGC ACCTGGTGCA TGGCTCTGTT 
GTGCAATGCC CGGTATGGTG CAACTCGCGC CCCCTTCTTG TTACTCTCAT TGGTCGTGTC 
AGCAAGAACT TTGCTGGCGC ACGGTATCTG CGCCGCGGCG TTAGCAGCGA CGGGCATGTT 
GCGAACCACG TGGAGGTGGA ACAAATCGTC GTGGACGAAT CAACGCTCCA CACACACTTT 
ACAAGGGGAG GGTTCACTTC TTATGTGCAG GTGCGAGGCT CGGTTCCGCT GCATTGGTTT 
CACCCCCCAA CACAGCTGCC GAAGCCACCC ATCAAGTTGG GTGTCACGGA TCTGTACTAT 
ACTGATACAC GGAAACACTT CCAGGAGTTG CTGGAAGATT ATGGGGCGCC GCTGATCATA 
ATGAACTTGC TTCGGCAGCG CGAGAAACGT CCGCGTGAAA CCCTACTTAG TTCCGAGTAC 
CGTAAAGTCG TGGCGATGTT GAAGGGCCTT ATCGCTCGAG AGGAGAAGGT GAGGGAGGAT 
GAAGAAGTGG AAGAGATCCT CTTGTATGAT GAATTCGATA TTCGTGAGGC AGCACACGAC 
GCGTGGAACA ATACGACTGC GCTGGCAGAA GGGGCACTGG AAAAAACGGG TTTCTTTGCA 
TGCAATAGCA GTGGGACGAG AGTGCGGCGG CAAGATGGTG TCGTGCGTAG TAATTGTGTG 
GATTGCGTTG ACCGTACAAA TCTCGCCCAA TTCTTTTTTG GGCTCCACGC CTTGGGGCAC 
CAGCTCGGCG CATTGGGCCT TCTCCACGCT CCTGTGGATA TTTCCCTCTC ACCCGGCGTG 
CAGGATCTCC TATTGCGTAT GTACCTCCTC ATGGGTGACG CTATCGCTGT GCAGTACGGC 
GGCTCACCGC AGGTGGGCGC TGGGGTGTTG AACAGAGGAA CCGGGTGGGA CAAAATAATG 
GGAATTAAAC GTCTCTACAA CAACATGGTC GGTGACCGTG AAAAACAGTC TGTATTAAAC 
CTCTTCTTGG GGAGGTACCA GCCATACCCA AGCATGCACT CTGCTGCGCC TAACCCGGTG 
ATGCGCATCC CTGGTGCTAA CGACGGCGGT GGCGGCGGCC ATGGCAGGAG TAGCATCAGC 
AGCAACGTGA GGGACGAGAG GGCTTCCACA GCACGCTACA GTCTGCCGCA CGTCGGGCCC 
GAGGGGCGCG TCGGTCGTGT GGTTGACTTG TCAGAGATCG AGTCTGACTA CTATCTGCAG 
GTAAAGAGCG CCCCGTCACT TGCGAAACCC GATTTGGTGA CGGGTTGGTG GAAAGAGCCG 
CTGCGTCGCT TTCACCTCGC GCTTCACCGC CGCCGGACAA CGTTGTCTCC GTCAAGACAG 
AGAGTGGCGG ATGCACAAGA GGCGGAAGAT ATCCGCAGAA TGTGTCTCCG TGAGCGCGCT 
GCCGCCTTGG TGGTGAAGCA AGATGCCGAC GCCGACACTG GAGAATCCGG CGGATGTGTG 
GCATTGCAAG ATGGGGAAGT GTTTCTTTTG GTGTCGACAA CACCATTAAC TACGCTAGTC 
CGCCGAACGA TGGTGTTGCC ATGCCGCCAG CTCCCTCTGG GAGAATCAAT TCTCCTGCAG 
GATCTCATGA AACAGAGTGG GATTGGCCTC AAAAGCGTGT CCCACGACAC TGGACTTCAG 
GCAGAGGAAA TGTTGCATGA TTATTGCACA TACCCGGCGG AGGTGCGAGC AAGCATCTTT 
TATCGCGACA TTGAAGCTGT GCGACGATTA TGTGACCAGT GTGAGCCCCC TGATGAACTG 
CGGCGCATGC AGATGGCGGT GCTCACAAAG AACGGTGACC CGGCTGACTG GAACACAGAG 
ACGGTCGTCG AGGCGCTGAT GGATGTGGAG CCGGAAGTAA ACGCTAGTAC TATCAACTAC 
CTACGGCAGA TGAATGTAGA TGGATACACC CTGCTGTACC AGTTGAGCAC TGAATTGATG 
GGACAGAAAG TTATATTGAG CCGCTTTGTC GAACTTCTGC GTCAGTTGCC GCGTGCAAGC 
TTGGAGAATG CGCGAGTATG TCTTCAGGAG TGTGTAGTGT CCACGGAGAA AATGTGCGAT 
GCCGAAGGAG GCAGTGACCT TGGGCAGCAT ATCGCCTTCC CAGACATCAC ATGCCGAATC 
CTGCAGCCAT TCTTCCAGGA GGCACTATAC CCTGCCACTG TGGGCTCAGT CGTGAGGCTG 
CTGCTGCAGG AAATGACAGA CGAGGAGCGT GGCGTCCCGC GCAGCAACCG TCTCCGGTAC 
CGTGAGAAGA CCAATCAGCG CGTCCCGCCT GCTGTCGTTG CGTTGAACTC CTTCAATGCA 
AAGGAGCTGC ACCAGTGGCT GTTGCGTGAG TCGCGGCGTC TGGGTCTCAC TCTACATCAG 
TACGTTGAGC GCCATGAGGC GTCTCAGGTG GGGTGGAAGT TTTTGCTTTG GCTTGCGCAC 
GCTAGTCTGG TAACGCGCAT CATTATCGAA CCAGCTTTTG GCGTCTTTGT GCAGCCCGCG 
ATCAAGCTGA ATGATTTCGC ATCTCGCACG AACCTGTTTA CCCTGCGATC CCTTGAAGAG 
GTACATGTGC TTAACAGAAT CAGTACGCAA AGAGGTGGGA GACCGGCAGA CTCCGGCGGA 
GGTACACCCC CGCTTGCCGA CTCTGCGGCT GCTTACGCTG AGTCTTTGGT GAGTTTGGCA 
TTGGACATGC TCTCTTCTTT GCAAGAAATG GTAATAATGA CAGGTAGTGG GGACAGCACT 
CACGATTCAG CTCTACGTGC GATTCTGAAT AGCGTCGCGG CATTAAGCTC TCACCTCATG 
GAGGTTGATC TCACAGCAAT GCGATCATGT GAGCAGTGGT GCTTCTGGGC AAACGTATTC 
AATGCGCTTT ACATCCATGC ATGGCTAGCG GCTCCAGGGA AGCGAGTGCA GGACTATACA 
AGCTTTTACA CTGCCAACGG GTATGAAATC GGGGGTTACT TCTTTTCACT GAACGACATC 
AAAAATGGCA TCCTTCGCGG TAACAAGCCG GCTCCCTTTT CCCTGCTGCC GCCATTTGAA 
TCTGGTGATC CGCGGCTGTT GTTTGTGCCC GCGGACATCG AAGAGGCCTT AGGTGGTAGT 
TACTTGGATG CGAAAAGAAC AGTAAGAACT GCTTCAATAA ATCGTATGCA AAGCCGTATT 
CTGATTACCC TTATCGACTG CTATTTAGTG CCGGATAAGT TTGAGAATGT GTCGTTGTAC 
AGCCCTCGCA CGCTCTTCAA TGAAGAGGAT CAAGCGGCTC TCGATGCCAC GATCAGCATC 
AGCGACATCT CAATCGTGGC CACGGATGCG AATGAGAGTG ACAACGACAA CCCAAATGAC 
GGTGGCGATG AAGACCCAGA TGCTCGGGCA TCGCCCCTTT TTGTAGGTGG TGTTTTGCGT 
CGAGCAACTG GATTTCCAGT AGGAGCGGCG AATTGGTTCA GCTCGTGGTT CGGTCATCGA 
CAGGTGAGCA AGACTTCCAT ATTTACGCAT CCGTGCCTCC CTCTTGTTGC GGCTACACTG 
CCAGAGCAGA TGTATCTGAT TGAAGACCAC ATGCTGCGTT CACTCAGCAA CACTTCGCAG 
GCAATGGTGA TGCGAAACGG TGTCCTGTGC CCTCGCTCAG TGCTACCACT GCTCATTTAC 
CCAGAAGAGT TTGGTGCCAC CACGGAGGAG ATCATTCGCT CGCTGCACCA CACGCACATG 
AACGCTGCAG GAAAGAAGCA ACAGCTTTCC GCCTCAGTGG GTGAATGCGA ATCTCCCCTT 
GTTTCGGTGG AAGGGCCGTA A

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

RefSeq	XP_009311770.1
CDS	1..4521
Translation	MKAKERGKPEHENGHRDCDHWHECDASLHPAHRLPLDSIFLYGTSSRCCVIGTDATRRDYHVLDFTRSNSDTLRYDVTTTYTSDDIESLVAHLKREPNVRVLRAKALLGCVRFTRGYYLLLATRRRCVARLGFHRIFEVADIELVSLCAQETTTATAGVGASPLLPPRTVEDYYRNQFLASSLKQNFYYSHTYDLTNTLQTNMTVPFRERKLRDKFVWNEFLVEPLFTPFTTRSAATEEEALLSPAGIGQWTVHLVHGSVVQCPVWCNSRPLLVTLIGRVSKNFAGARYLRRGVSSDGHVANHVEVEQIVVDESTLHTHFTRGGFTSYVQVRGSVPLHWFHPPTQLPKPPIKLGVTDLYYTDTRKHFQELLEDYGAPLIIMNLLRQREKRPRETLLSSEYRKVVAMLKGLIAREEKVREDEEVEEILLYDEFDIREAAHDAWNNTTALAEGALEKTGFFACNSSGTRVRRQDGVVRSNCVDCVDRTNLAQFFFGLHALGHQLGALGLLHAPVDISLSPGVQDLLLRMYLLMGDAIAVQYGGSPQVGAGVLNRGTGWDKIMGIKRLYNNMVGDREKQSVLNLFLGRYQPYPSMHSAAPNPVMRIPGANDGGGGGHGRSSISSNVRDERASTARYSLPHVGPEGRVGRVVDLSEIESDYYLQVKSAPSLAKPDLVTGWWKEPLRRFHLALHRRRTTLSPSRQRVADAQEAEDIRRMCLRERAAALVVKQDADADTGESGGCVALQDGEVFLLVSTTPLTTLVRRTMVLPCRQLPLGESILLQDLMKQSGIGLKSVSHDTGLQAEEMLHDYCTYPAEVRASIFYRDIEAVRRLCDQCEPPDELRRMQMAVLTKNGDPADWNTETVVEALMDVEPEVNASTINYLRQMNVDGYTLLYQLSTELMGQKVILSRFVELLRQLPRASLENARVCLQECVVSTEKMCDAEGGSDLGQHIAFPDITCRILQPFFQEALYPATVGSVVRLLLQEMTDEERGVPRSNRLRYREKTNQRVPPAVVALNSFNAKELHQWLLRESRRLGLTLHQYVERHEASQVGWKFLLWLAHASLVTRIIIEPAFGVFVQPAIKLNDFASRTNLFTLRSLEEVHVLNRISTQRGGRPADSGGGTPPLADSAAAYAESLVSLALDMLSSLQEMVIMTGSGDSTHDSALRAILNSVAALSSHLMEVDLTAMRSCEQWCFWANVFNALYIHAWLAAPGKRVQDYTSFYTANGYEIGGYFFSLNDIKNGILRGNKPAPFSLLPPFESGDPRLLFVPADIEEALGGSYLDAKRTVRTASINRMQSRILITLIDCYLVPDKFENVSLYSPRTLFNEEDQAALDATISISDISIVATDANESDNDNPNDGGDEDPDARASPLFVGGVLRRATGFPVGAANWFSSWFGHRQVSKTSIFTHPCLPLVAATLPEQMYLIEDHMLRSLSNTSQAMVMRNGVLCPRSVLPLLIYPEEFGATTEEIIRSLHHTHMNAAGKKQQLSASVGECESPLVSVEGP

Target ORF information:

RefSeq Version	XM_009313495.1
Organism	Trypanosoma grayi
Definition	Trypanosoma grayi putative synaptojanin (N-terminal domain), putative,inositol/phosphatidylinositol phosphatase partial mRNA.

Target ORF information:

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

XM_009313495.1

ORF Insert Sequence:

ATGAAGGCCA AGGAAAGGGG GAAACCCGAG CATGAAAATG GGCACCGGGA TTGCGATCAC 
TGGCATGAAT GCGATGCCTC GCTGCATCCC GCACATCGCC TCCCGCTCGA CAGCATTTTT 
CTCTACGGCA CATCGTCACG CTGCTGTGTT ATTGGCACCG ACGCGACGCG GCGCGACTAC 
CATGTGCTGG ATTTCACAAG ATCCAACAGT GACACGCTCC GCTACGACGT CACCACCACG 
TACACATCCG ATGACATCGA GTCCCTTGTT GCACACCTCA AGAGAGAGCC GAATGTGCGC 
GTGTTGCGTG CCAAGGCGTT GCTTGGCTGT GTCCGCTTCA CAAGGGGATA CTATCTGCTG 
CTGGCGACGC GGCGTCGGTG TGTGGCCCGA TTGGGTTTCC ACCGCATATT TGAGGTGGCT 
GATATTGAAC TTGTGTCGTT GTGCGCTCAG GAGACGACAA CAGCAACAGC GGGTGTGGGC 
GCGTCGCCCC TCTTGCCGCC CCGCACCGTG GAGGACTACT ACCGCAACCA GTTTCTCGCA 
TCGTCGCTGA AGCAGAATTT TTACTACTCT CACACCTATG ACCTGACGAA CACTCTGCAA 
ACGAACATGA CGGTTCCCTT CAGAGAGCGC AAGCTACGTG ATAAGTTTGT GTGGAACGAG 
TTTCTCGTTG AACCGCTTTT CACGCCATTC ACGACGCGCA GTGCCGCAAC GGAAGAAGAG 
GCATTGTTAA GCCCCGCTGG CATCGGTCAG TGGACGGTGC ACCTGGTGCA TGGCTCTGTT 
GTGCAATGCC CGGTATGGTG CAACTCGCGC CCCCTTCTTG TTACTCTCAT TGGTCGTGTC 
AGCAAGAACT TTGCTGGCGC ACGGTATCTG CGCCGCGGCG TTAGCAGCGA CGGGCATGTT 
GCGAACCACG TGGAGGTGGA ACAAATCGTC GTGGACGAAT CAACGCTCCA CACACACTTT 
ACAAGGGGAG GGTTCACTTC TTATGTGCAG GTGCGAGGCT CGGTTCCGCT GCATTGGTTT 
CACCCCCCAA CACAGCTGCC GAAGCCACCC ATCAAGTTGG GTGTCACGGA TCTGTACTAT 
ACTGATACAC GGAAACACTT CCAGGAGTTG CTGGAAGATT ATGGGGCGCC GCTGATCATA 
ATGAACTTGC TTCGGCAGCG CGAGAAACGT CCGCGTGAAA CCCTACTTAG TTCCGAGTAC 
CGTAAAGTCG TGGCGATGTT GAAGGGCCTT ATCGCTCGAG AGGAGAAGGT GAGGGAGGAT 
GAAGAAGTGG AAGAGATCCT CTTGTATGAT GAATTCGATA TTCGTGAGGC AGCACACGAC 
GCGTGGAACA ATACGACTGC GCTGGCAGAA GGGGCACTGG AAAAAACGGG TTTCTTTGCA 
TGCAATAGCA GTGGGACGAG AGTGCGGCGG CAAGATGGTG TCGTGCGTAG TAATTGTGTG 
GATTGCGTTG ACCGTACAAA TCTCGCCCAA TTCTTTTTTG GGCTCCACGC CTTGGGGCAC 
CAGCTCGGCG CATTGGGCCT TCTCCACGCT CCTGTGGATA TTTCCCTCTC ACCCGGCGTG 
CAGGATCTCC TATTGCGTAT GTACCTCCTC ATGGGTGACG CTATCGCTGT GCAGTACGGC 
GGCTCACCGC AGGTGGGCGC TGGGGTGTTG AACAGAGGAA CCGGGTGGGA CAAAATAATG 
GGAATTAAAC GTCTCTACAA CAACATGGTC GGTGACCGTG AAAAACAGTC TGTATTAAAC 
CTCTTCTTGG GGAGGTACCA GCCATACCCA AGCATGCACT CTGCTGCGCC TAACCCGGTG 
ATGCGCATCC CTGGTGCTAA CGACGGCGGT GGCGGCGGCC ATGGCAGGAG TAGCATCAGC 
AGCAACGTGA GGGACGAGAG GGCTTCCACA GCACGCTACA GTCTGCCGCA CGTCGGGCCC 
GAGGGGCGCG TCGGTCGTGT GGTTGACTTG TCAGAGATCG AGTCTGACTA CTATCTGCAG 
GTAAAGAGCG CCCCGTCACT TGCGAAACCC GATTTGGTGA CGGGTTGGTG GAAAGAGCCG 
CTGCGTCGCT TTCACCTCGC GCTTCACCGC CGCCGGACAA CGTTGTCTCC GTCAAGACAG 
AGAGTGGCGG ATGCACAAGA GGCGGAAGAT ATCCGCAGAA TGTGTCTCCG TGAGCGCGCT 
GCCGCCTTGG TGGTGAAGCA AGATGCCGAC GCCGACACTG GAGAATCCGG CGGATGTGTG 
GCATTGCAAG ATGGGGAAGT GTTTCTTTTG GTGTCGACAA CACCATTAAC TACGCTAGTC 
CGCCGAACGA TGGTGTTGCC ATGCCGCCAG CTCCCTCTGG GAGAATCAAT TCTCCTGCAG 
GATCTCATGA AACAGAGTGG GATTGGCCTC AAAAGCGTGT CCCACGACAC TGGACTTCAG 
GCAGAGGAAA TGTTGCATGA TTATTGCACA TACCCGGCGG AGGTGCGAGC AAGCATCTTT 
TATCGCGACA TTGAAGCTGT GCGACGATTA TGTGACCAGT GTGAGCCCCC TGATGAACTG 
CGGCGCATGC AGATGGCGGT GCTCACAAAG AACGGTGACC CGGCTGACTG GAACACAGAG 
ACGGTCGTCG AGGCGCTGAT GGATGTGGAG CCGGAAGTAA ACGCTAGTAC TATCAACTAC 
CTACGGCAGA TGAATGTAGA TGGATACACC CTGCTGTACC AGTTGAGCAC TGAATTGATG 
GGACAGAAAG TTATATTGAG CCGCTTTGTC GAACTTCTGC GTCAGTTGCC GCGTGCAAGC 
TTGGAGAATG CGCGAGTATG TCTTCAGGAG TGTGTAGTGT CCACGGAGAA AATGTGCGAT 
GCCGAAGGAG GCAGTGACCT TGGGCAGCAT ATCGCCTTCC CAGACATCAC ATGCCGAATC 
CTGCAGCCAT TCTTCCAGGA GGCACTATAC CCTGCCACTG TGGGCTCAGT CGTGAGGCTG 
CTGCTGCAGG AAATGACAGA CGAGGAGCGT GGCGTCCCGC GCAGCAACCG TCTCCGGTAC 
CGTGAGAAGA CCAATCAGCG CGTCCCGCCT GCTGTCGTTG CGTTGAACTC CTTCAATGCA 
AAGGAGCTGC ACCAGTGGCT GTTGCGTGAG TCGCGGCGTC TGGGTCTCAC TCTACATCAG 
TACGTTGAGC GCCATGAGGC GTCTCAGGTG GGGTGGAAGT TTTTGCTTTG GCTTGCGCAC 
GCTAGTCTGG TAACGCGCAT CATTATCGAA CCAGCTTTTG GCGTCTTTGT GCAGCCCGCG 
ATCAAGCTGA ATGATTTCGC ATCTCGCACG AACCTGTTTA CCCTGCGATC CCTTGAAGAG 
GTACATGTGC TTAACAGAAT CAGTACGCAA AGAGGTGGGA GACCGGCAGA CTCCGGCGGA 
GGTACACCCC CGCTTGCCGA CTCTGCGGCT GCTTACGCTG AGTCTTTGGT GAGTTTGGCA 
TTGGACATGC TCTCTTCTTT GCAAGAAATG GTAATAATGA CAGGTAGTGG GGACAGCACT 
CACGATTCAG CTCTACGTGC GATTCTGAAT AGCGTCGCGG CATTAAGCTC TCACCTCATG 
GAGGTTGATC TCACAGCAAT GCGATCATGT GAGCAGTGGT GCTTCTGGGC AAACGTATTC 
AATGCGCTTT ACATCCATGC ATGGCTAGCG GCTCCAGGGA AGCGAGTGCA GGACTATACA 
AGCTTTTACA CTGCCAACGG GTATGAAATC GGGGGTTACT TCTTTTCACT GAACGACATC 
AAAAATGGCA TCCTTCGCGG TAACAAGCCG GCTCCCTTTT CCCTGCTGCC GCCATTTGAA 
TCTGGTGATC CGCGGCTGTT GTTTGTGCCC GCGGACATCG AAGAGGCCTT AGGTGGTAGT 
TACTTGGATG CGAAAAGAAC AGTAAGAACT GCTTCAATAA ATCGTATGCA AAGCCGTATT 
CTGATTACCC TTATCGACTG CTATTTAGTG CCGGATAAGT TTGAGAATGT GTCGTTGTAC 
AGCCCTCGCA CGCTCTTCAA TGAAGAGGAT CAAGCGGCTC TCGATGCCAC GATCAGCATC 
AGCGACATCT CAATCGTGGC CACGGATGCG AATGAGAGTG ACAACGACAA CCCAAATGAC 
GGTGGCGATG AAGACCCAGA TGCTCGGGCA TCGCCCCTTT TTGTAGGTGG TGTTTTGCGT 
CGAGCAACTG GATTTCCAGT AGGAGCGGCG AATTGGTTCA GCTCGTGGTT CGGTCATCGA 
CAGGTGAGCA AGACTTCCAT ATTTACGCAT CCGTGCCTCC CTCTTGTTGC GGCTACACTG 
CCAGAGCAGA TGTATCTGAT TGAAGACCAC ATGCTGCGTT CACTCAGCAA CACTTCGCAG 
GCAATGGTGA TGCGAAACGG TGTCCTGTGC CCTCGCTCAG TGCTACCACT GCTCATTTAC 
CCAGAAGAGT TTGGTGCCAC CACGGAGGAG ATCATTCGCT CGCTGCACCA CACGCACATG 
AACGCTGCAG GAAAGAAGCA ACAGCTTTCC GCCTCAGTGG GTGAATGCGA ATCTCCCCTT 
GTTTCGGTGG AAGGGCCGTA A