LOC103841821 cDNA ORF clone, Brassica rapa(field mustard)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC103841821
Entrez Gene ID	103841821
Full Name	probable phosphoinositide phosphatase SAC9
Gene Type	protein-coding
Organism	Brassica rapa(field mustard)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009118392.2	XP_009116640.1	probable phosphoinositide phosphatase SAC9 isoform X2
XM_009118391.1	XP_009116639.1	probable phosphoinositide phosphatase SAC9 isoform X1

Pathways from BioSystems
Gene Ontology

The following LOC103841821 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC103841821 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
OBr164295	XM_009118392.2 Latest version!	Brassica rapa probable phosphoinositide phosphatase SAC9 (LOC103841821), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OBr164294	XM_009118391.1 Latest version!	Brassica rapa probable phosphoinositide phosphatase SAC9 (LOC103841821), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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)

LOC103841821 ( XM_009118392.2 ) cDNA ORF clone, Brassica rapa(field mustard) -> XP_009116640.1 Brassica rapa probable phosphoinositide phosphatase SAC9 (LOC103841821), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OBr164295
Clone ID Related Accession (Same CDS sequence)	XM_009118392.2
Accession Version	XM_009118392.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4161bp) 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	2016-10-12
Organism	Brassica rapa(field mustard)
Product	probable phosphoinositide phosphatase SAC9 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_024803.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Oct 13, 2016 this sequence version replaced XM_009118392.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Brassica rapa Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTCTGGC ACAGTGCAGG TAACGAAGTT GAGTGTGAGC AGCTTGTATG GACACCTAAA 
AAGCACGGTC AGAGCATTGC TTTTAGCTCG TACATATGGC GACGTGGCAC AATACCAATA 
TGGTGGGGTG CGGAACTGAA GATGACCGCG GCGGAAGCAG AAATCTATGT GGCAGCTAAG 
GATCCATATA AAGGAAGCAC AGAGTATTAC CAAAGGCTAA GCAAAAGATA TGACACTAGG 
AATCTAGATG CACCGGTTGG GGAAAACCAG AAGAAAAAGG CTTTTGTTCC TATTGTGTGC 
ATTAACTTGT TAAGAAGTGG AGAAGGGAAA TCAGAATCTA TCTTGGTCCA ACATTTCGAA 
GAATCGATGA ACTTCATCAA ATCCGGTGGA AAGCTTCCTT ATACTCGTGT TCATTTGATA 
AATTATGATT GGCATGCCAG TGTGAAATTA AAAGGGGAGC AGCAGACGAT TGAAGGGTTA 
TGGATGTATC TAAAATCTCC AACTATGGCA ATAGGAATCA CTGAAGGTGA CTATTTGCCT 
TCAAGACAAA GACTGAAAGA TTGCAGAGGT GAGGTGATCT GTGTTGATGA CGTAGAAGGT 
GCCTTCTGTT TGAGATCTCA TCAGAATGGT GTGATACGCT TCAACTGCGC TGATTCTTTG 
GATCGAACAA ATGCTGCTAG TTTCTTCGGT GGTCTTCAAG TGTTCGTTGA GCAATGTAGA 
AGGCTGGGGA TATCACTTGA TACTGATATT GGATATGGTT ATAATTCTGG GAGTAGCTAT 
ACTGCTCCTC TTCCACCGGG ATGGGAGAAA AGAGCTGATG CAGTCACTGG AAAATCTTAT 
TTTATAGATC ACAATACTAA GACAACAACA TGGAGTCATC CTTGTCCTGA TAAACCATGG 
AAGAGACTTG ACATGAGGTT TGAAGAGTTT AAGAGATCAA CTATCTTGTC CCCTGTGTCT 
GAGCTCGCGG ATCTTTTTCT GCAACAAGGT GATATCCATG CGACCCTCTA TACCGGCTCA 
AAAGCTATGC ACAGCCAAGT TCTCAATATC TTCAGTGAAG AATCAGGAGC GTTTAAACAG 
TTTTCTGCAG CACAGAAAAA CATGAAAATT ACCTTACAGA GAAGATATAA AAATGCAATG 
GTTGATAGTT CACGGCAAAA GCAGCTGGAG ATGTTTCTGG GAATGAGGCT TTTCAAGCAT 
CTTCCATCAA TTCCTGTTCA GCCTTTACAT GTACTTTCTC GACCAAGTGG TTTCTTTCTG 
AAACCTGTAC CTAGCATGTC TGAGACTTCC AATGATGGGT CCAGTCTGCT GAGTATCAAG 
ACGAAGGACA TAACTTGGTT ATGTCCACAA GCTGCAGAAG CTGTTGAATT AGTTATCTAC 
CTCAGTGAGC CTTGCCATGT ATGTCAACTT GTACTGACAA TATCACACGG TGCGGATGAT 
TTGACATGTC CATCCACTGT GAACGTGAAA ACTGGACGCC ACTTAGAGGA CCTTAAATTA 
GTTGTTCAGG ATGCTTCGAT ACCGCGGTGT GCGAATGGTA CAAATCTTCT GATACCCTTA 
CCAGGGCCAG TTCGTGATGA GGATATTGCT ATTACTGGAG CTGGTGCACG TCTTCATGAA 
AAAGATACGT CAAGTCTTTC ACTGCTGTAT GATTTTGAAG AACTAGAAGG ACAACTGGAT 
TTCTTGACCC GTGTAGTTTC GGTTACATTT TATCCAGCTG GTTCTCTCAA AATCCCCATG 
ACTCTTGGTC AGATAGAAGT CCTTGGAGTT TCTCTTCCAT GGAAAGGAAT GTTTACTAGC 
GAACGTACCG GAGGAAGATT GGCTGAGATT GCAGGGAAAA CAAAAGAAGA TGAAGTTCCT 
TTTTCATCTT GTTCTGACTC GAATCCTTTT GCCGCAAAAT CTTTACAGGC TGAAACTGTG 
TCCACACCAG TACAACAGAA TGATCCGTTT CCTAGTAATC TGCTTGACCT TTTGACAGGA 
GAGGTTTCTG CTTCTGACCC CTTCCCACAA CCAGCGGTGG AATGTGTTGC AAGTGGAGGA 
AATGACATGC TTGATTTCTT AGACCAAGCA GTTGTTCAAT ATAGTGGTCC TGAAACTGTT 
CCCAGCATGT CTTCTTCACA AGATAAAAGT TCTAGAGAGA GTGGTTCTCA TCTGTACTTA 
AATTGTCTGA AGTCCGTTAT GGGTCCAAAC ATGGGAAGGA AGCTTGAGTT TATAGAAGCT 
ATTAAACTTG AAATTGAACG GCTACGTCTG AATATTTCTG CAGCAGAAAG AGATAGGGCA 
CTGTTATCAA TTGGAATTGA TCCTGCTACC ATTAATCCAA ACTCTTCACA CGACGAGGTA 
TATATTGGAA GATTATGCAG AATAGCAAAT GCACTTGCAG TTCTTGGCCA GGCTTCTCTT 
GAAGATAAAC TTATAGCTTC TATTGGTTTA GAGAAGCTGG AAAATAGTGT GATAGATTTC 
TGGAATATTA ACGGAATTGG TGAGGGTTGT AACGGTGGAG TGTGTCAAGT CAGAGCCGAG 
GTCAACAAAA ATTCAGTTGG ATCTACTACC AAGAGTTTGG GGGGAGAGCC AGGCTCAGTG 
TTCTTATGTT TACAGTGTAG GAAGAAAGCT TGCAAGTCTT GTTGTGCCGG AAGAGGAGCG 
GTTCTGCTTT CAAAATCCTA CTCCAGGGAC AACGCGAATG GAGGTGGAAG TCTTGCTGAT 
GTCTCTGCTA CTTCTATAGG TTCAGATCAG TACATGTGTA AAAAATGCTG CAACACGATA 
GTACTTGAAG CCTTGATTGT GGATTACGTT AGGGTCTTGG TCAGCTTGCG AAGAAGTGGC 
CGTGTTGATG ATGCTTGTCG GGAAGCTCTG AATGAGGTGT TTGGATCTAA CCTTACGAAT 
CATCTTGCTG TTAGAGGTCA ACCTTCTCCT AAGCCAGAAG ACTTTAATGT ACTTCGTCAA 
ATTCTTGGTC AAGAGGAATC ACTTGCTGAG TTCCCATATG CAAGCTTCTT ACATAAGGTG 
GAAACTGGGA CTGATTCAGC ACCGTTTTTG TCATTGCTCA CCCCTCTGAA TCTTGCTTCT 
AGTAGTTCCT ACTGGAAAGC TCCTCCTTCT TCAAGCTCTG TTGAAGCTGT CATCATTCTC 
AGTACCCTTT CAGATGTCAA CAGTGTGATT CTTCTCGTTA GTCCATGTGG TTACTCTGAT 
GCCGATGCTC CTACCGTCCA AATTTGGGCG AGCAACGACA TGAATAAGGA AGCACGGACA 
TTGATGGGAA AGTGGGATGT GCAGTCCTTT GTTAAATCTT CGCCTGAGCT TTACGGTCCA 
GAAAAGTCTG GTAGAGCACC TAGGCATATA AAATTTGCTT TCAAGAATCC TATCCGTTGC 
CGCATTATAT GGGTGACACT GCGTCTTCCT CGGCTTGGAT CTAGCTCAGT TAGTTTGGAC 
AGAAACATTA ATCTCTTGTC TTTGGATGAG AACCCTTTTG CCCCACCAAT CCCTCGGCGT 
GCCTCTTTTG GAGCTACCAC TGAGAATGAA CCATGTCTTC ATGCAAAACG CATCCTTGTC 
AGCGGAAACA GCAGGAGGGA CAAAGCACTT GCGTCATTAC AAAGTGTTGA CAGCATGAGT 
GTAAGAAACT GGCTTGACAG ACCCCCACGT TTGAATAGAT TCCTGATACC ACTCGAGGCT 
GAGAGACCGA TGGCTAATGA TCTAGTCCTG GAACTTTATC TGCAACCTGG TTCACCTTTA 
GCTTCTGGAT TCCGTTTGGA TGCTTTTAAC GCCATAAAGC CTCGTGTTAC CCACTCGCCT 
TCTTCAGATA TAGTTGACAT TTGGGACCCC ACGAGTATCA TAATGGAAGA TAGGCACGTC 
TCTCCTGCCG TCTTGTATAT ACAAGTATCT GTTCTTCAGG ATCAGTACAA AATGGTGACC 
ATCGCCGAAT ACAGATTGCC TGAAGCGAGA GTTGGAACAC AGATGTATTT TGACTTCCCT 
AAGCAAGTTC AAGGACGCAG AGTATCGTTT AAGCTGCTTG GAGATGTTAC AGCTTTCGCA 
GATGATCCTG CAGAGACTGA TGATTTGAGT GGTAGGGCTT CTCCTTTTGC TGCAGGGCTG 
TCGTTAGCAA ACAGGATCAA GCTATATTAC TATGCTGATC CTTATGAGGT AGGCAAATGG 
GCTAGTCTTT CTGCTGTCTG A

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

RefSeq	XP_009116640.1
CDS	88..4248
Translation	MFWHSAGNEVECEQLVWTPKKHGQSIAFSSYIWRRGTIPIWWGAELKMTAAEAEIYVAAKDPYKGSTEYYQRLSKRYDTRNLDAPVGENQKKKAFVPIVCINLLRSGEGKSESILVQHFEESMNFIKSGGKLPYTRVHLINYDWHASVKLKGEQQTIEGLWMYLKSPTMAIGITEGDYLPSRQRLKDCRGEVICVDDVEGAFCLRSHQNGVIRFNCADSLDRTNAASFFGGLQVFVEQCRRLGISLDTDIGYGYNSGSSYTAPLPPGWEKRADAVTGKSYFIDHNTKTTTWSHPCPDKPWKRLDMRFEEFKRSTILSPVSELADLFLQQGDIHATLYTGSKAMHSQVLNIFSEESGAFKQFSAAQKNMKITLQRRYKNAMVDSSRQKQLEMFLGMRLFKHLPSIPVQPLHVLSRPSGFFLKPVPSMSETSNDGSSLLSIKTKDITWLCPQAAEAVELVIYLSEPCHVCQLVLTISHGADDLTCPSTVNVKTGRHLEDLKLVVQDASIPRCANGTNLLIPLPGPVRDEDIAITGAGARLHEKDTSSLSLLYDFEELEGQLDFLTRVVSVTFYPAGSLKIPMTLGQIEVLGVSLPWKGMFTSERTGGRLAEIAGKTKEDEVPFSSCSDSNPFAAKSLQAETVSTPVQQNDPFPSNLLDLLTGEVSASDPFPQPAVECVASGGNDMLDFLDQAVVQYSGPETVPSMSSSQDKSSRESGSHLYLNCLKSVMGPNMGRKLEFIEAIKLEIERLRLNISAAERDRALLSIGIDPATINPNSSHDEVYIGRLCRIANALAVLGQASLEDKLIASIGLEKLENSVIDFWNINGIGEGCNGGVCQVRAEVNKNSVGSTTKSLGGEPGSVFLCLQCRKKACKSCCAGRGAVLLSKSYSRDNANGGGSLADVSATSIGSDQYMCKKCCNTIVLEALIVDYVRVLVSLRRSGRVDDACREALNEVFGSNLTNHLAVRGQPSPKPEDFNVLRQILGQEESLAEFPYASFLHKVETGTDSAPFLSLLTPLNLASSSSYWKAPPSSSSVEAVIILSTLSDVNSVILLVSPCGYSDADAPTVQIWASNDMNKEARTLMGKWDVQSFVKSSPELYGPEKSGRAPRHIKFAFKNPIRCRIIWVTLRLPRLGSSSVSLDRNINLLSLDENPFAPPIPRRASFGATTENEPCLHAKRILVSGNSRRDKALASLQSVDSMSVRNWLDRPPRLNRFLIPLEAERPMANDLVLELYLQPGSPLASGFRLDAFNAIKPRVTHSPSSDIVDIWDPTSIIMEDRHVSPAVLYIQVSVLQDQYKMVTIAEYRLPEARVGTQMYFDFPKQVQGRRVSFKLLGDVTAFADDPAETDDLSGRASPFAAGLSLANRIKLYYYADPYEVGKWASLSAV

Target ORF information:

RefSeq Version	XM_009118392.2
Organism	Brassica rapa(field mustard)
Definition	Brassica rapa probable phosphoinositide phosphatase SAC9 (LOC103841821), transcript variant X2, mRNA.

Target ORF information:

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

XM_009118392.2

ORF Insert Sequence:

ATGTTCTGGC ACAGTGCAGG TAACGAAGTT GAGTGTGAGC AGCTTGTATG GACACCTAAA 
AAGCACGGTC AGAGCATTGC TTTTAGCTCG TACATATGGC GACGTGGCAC AATACCAATA 
TGGTGGGGTG CGGAACTGAA GATGACCGCG GCGGAAGCAG AAATCTATGT GGCAGCTAAG 
GATCCATATA AAGGAAGCAC AGAGTATTAC CAAAGGCTAA GCAAAAGATA TGACACTAGG 
AATCTAGATG CACCGGTTGG GGAAAACCAG AAGAAAAAGG CTTTTGTTCC TATTGTGTGC 
ATTAACTTGT TAAGAAGTGG AGAAGGGAAA TCAGAATCTA TCTTGGTCCA ACATTTCGAA 
GAATCGATGA ACTTCATCAA ATCCGGTGGA AAGCTTCCTT ATACTCGTGT TCATTTGATA 
AATTATGATT GGCATGCCAG TGTGAAATTA AAAGGGGAGC AGCAGACGAT TGAAGGGTTA 
TGGATGTATC TAAAATCTCC AACTATGGCA ATAGGAATCA CTGAAGGTGA CTATTTGCCT 
TCAAGACAAA GACTGAAAGA TTGCAGAGGT GAGGTGATCT GTGTTGATGA CGTAGAAGGT 
GCCTTCTGTT TGAGATCTCA TCAGAATGGT GTGATACGCT TCAACTGCGC TGATTCTTTG 
GATCGAACAA ATGCTGCTAG TTTCTTCGGT GGTCTTCAAG TGTTCGTTGA GCAATGTAGA 
AGGCTGGGGA TATCACTTGA TACTGATATT GGATATGGTT ATAATTCTGG GAGTAGCTAT 
ACTGCTCCTC TTCCACCGGG ATGGGAGAAA AGAGCTGATG CAGTCACTGG AAAATCTTAT 
TTTATAGATC ACAATACTAA GACAACAACA TGGAGTCATC CTTGTCCTGA TAAACCATGG 
AAGAGACTTG ACATGAGGTT TGAAGAGTTT AAGAGATCAA CTATCTTGTC CCCTGTGTCT 
GAGCTCGCGG ATCTTTTTCT GCAACAAGGT GATATCCATG CGACCCTCTA TACCGGCTCA 
AAAGCTATGC ACAGCCAAGT TCTCAATATC TTCAGTGAAG AATCAGGAGC GTTTAAACAG 
TTTTCTGCAG CACAGAAAAA CATGAAAATT ACCTTACAGA GAAGATATAA AAATGCAATG 
GTTGATAGTT CACGGCAAAA GCAGCTGGAG ATGTTTCTGG GAATGAGGCT TTTCAAGCAT 
CTTCCATCAA TTCCTGTTCA GCCTTTACAT GTACTTTCTC GACCAAGTGG TTTCTTTCTG 
AAACCTGTAC CTAGCATGTC TGAGACTTCC AATGATGGGT CCAGTCTGCT GAGTATCAAG 
ACGAAGGACA TAACTTGGTT ATGTCCACAA GCTGCAGAAG CTGTTGAATT AGTTATCTAC 
CTCAGTGAGC CTTGCCATGT ATGTCAACTT GTACTGACAA TATCACACGG TGCGGATGAT 
TTGACATGTC CATCCACTGT GAACGTGAAA ACTGGACGCC ACTTAGAGGA CCTTAAATTA 
GTTGTTCAGG ATGCTTCGAT ACCGCGGTGT GCGAATGGTA CAAATCTTCT GATACCCTTA 
CCAGGGCCAG TTCGTGATGA GGATATTGCT ATTACTGGAG CTGGTGCACG TCTTCATGAA 
AAAGATACGT CAAGTCTTTC ACTGCTGTAT GATTTTGAAG AACTAGAAGG ACAACTGGAT 
TTCTTGACCC GTGTAGTTTC GGTTACATTT TATCCAGCTG GTTCTCTCAA AATCCCCATG 
ACTCTTGGTC AGATAGAAGT CCTTGGAGTT TCTCTTCCAT GGAAAGGAAT GTTTACTAGC 
GAACGTACCG GAGGAAGATT GGCTGAGATT GCAGGGAAAA CAAAAGAAGA TGAAGTTCCT 
TTTTCATCTT GTTCTGACTC GAATCCTTTT GCCGCAAAAT CTTTACAGGC TGAAACTGTG 
TCCACACCAG TACAACAGAA TGATCCGTTT CCTAGTAATC TGCTTGACCT TTTGACAGGA 
GAGGTTTCTG CTTCTGACCC CTTCCCACAA CCAGCGGTGG AATGTGTTGC AAGTGGAGGA 
AATGACATGC TTGATTTCTT AGACCAAGCA GTTGTTCAAT ATAGTGGTCC TGAAACTGTT 
CCCAGCATGT CTTCTTCACA AGATAAAAGT TCTAGAGAGA GTGGTTCTCA TCTGTACTTA 
AATTGTCTGA AGTCCGTTAT GGGTCCAAAC ATGGGAAGGA AGCTTGAGTT TATAGAAGCT 
ATTAAACTTG AAATTGAACG GCTACGTCTG AATATTTCTG CAGCAGAAAG AGATAGGGCA 
CTGTTATCAA TTGGAATTGA TCCTGCTACC ATTAATCCAA ACTCTTCACA CGACGAGGTA 
TATATTGGAA GATTATGCAG AATAGCAAAT GCACTTGCAG TTCTTGGCCA GGCTTCTCTT 
GAAGATAAAC TTATAGCTTC TATTGGTTTA GAGAAGCTGG AAAATAGTGT GATAGATTTC 
TGGAATATTA ACGGAATTGG TGAGGGTTGT AACGGTGGAG TGTGTCAAGT CAGAGCCGAG 
GTCAACAAAA ATTCAGTTGG ATCTACTACC AAGAGTTTGG GGGGAGAGCC AGGCTCAGTG 
TTCTTATGTT TACAGTGTAG GAAGAAAGCT TGCAAGTCTT GTTGTGCCGG AAGAGGAGCG 
GTTCTGCTTT CAAAATCCTA CTCCAGGGAC AACGCGAATG GAGGTGGAAG TCTTGCTGAT 
GTCTCTGCTA CTTCTATAGG TTCAGATCAG TACATGTGTA AAAAATGCTG CAACACGATA 
GTACTTGAAG CCTTGATTGT GGATTACGTT AGGGTCTTGG TCAGCTTGCG AAGAAGTGGC 
CGTGTTGATG ATGCTTGTCG GGAAGCTCTG AATGAGGTGT TTGGATCTAA CCTTACGAAT 
CATCTTGCTG TTAGAGGTCA ACCTTCTCCT AAGCCAGAAG ACTTTAATGT ACTTCGTCAA 
ATTCTTGGTC AAGAGGAATC ACTTGCTGAG TTCCCATATG CAAGCTTCTT ACATAAGGTG 
GAAACTGGGA CTGATTCAGC ACCGTTTTTG TCATTGCTCA CCCCTCTGAA TCTTGCTTCT 
AGTAGTTCCT ACTGGAAAGC TCCTCCTTCT TCAAGCTCTG TTGAAGCTGT CATCATTCTC 
AGTACCCTTT CAGATGTCAA CAGTGTGATT CTTCTCGTTA GTCCATGTGG TTACTCTGAT 
GCCGATGCTC CTACCGTCCA AATTTGGGCG AGCAACGACA TGAATAAGGA AGCACGGACA 
TTGATGGGAA AGTGGGATGT GCAGTCCTTT GTTAAATCTT CGCCTGAGCT TTACGGTCCA 
GAAAAGTCTG GTAGAGCACC TAGGCATATA AAATTTGCTT TCAAGAATCC TATCCGTTGC 
CGCATTATAT GGGTGACACT GCGTCTTCCT CGGCTTGGAT CTAGCTCAGT TAGTTTGGAC 
AGAAACATTA ATCTCTTGTC TTTGGATGAG AACCCTTTTG CCCCACCAAT CCCTCGGCGT 
GCCTCTTTTG GAGCTACCAC TGAGAATGAA CCATGTCTTC ATGCAAAACG CATCCTTGTC 
AGCGGAAACA GCAGGAGGGA CAAAGCACTT GCGTCATTAC AAAGTGTTGA CAGCATGAGT 
GTAAGAAACT GGCTTGACAG ACCCCCACGT TTGAATAGAT TCCTGATACC ACTCGAGGCT 
GAGAGACCGA TGGCTAATGA TCTAGTCCTG GAACTTTATC TGCAACCTGG TTCACCTTTA 
GCTTCTGGAT TCCGTTTGGA TGCTTTTAAC GCCATAAAGC CTCGTGTTAC CCACTCGCCT 
TCTTCAGATA TAGTTGACAT TTGGGACCCC ACGAGTATCA TAATGGAAGA TAGGCACGTC 
TCTCCTGCCG TCTTGTATAT ACAAGTATCT GTTCTTCAGG ATCAGTACAA AATGGTGACC 
ATCGCCGAAT ACAGATTGCC TGAAGCGAGA GTTGGAACAC AGATGTATTT TGACTTCCCT 
AAGCAAGTTC AAGGACGCAG AGTATCGTTT AAGCTGCTTG GAGATGTTAC AGCTTTCGCA 
GATGATCCTG CAGAGACTGA TGATTTGAGT GGTAGGGCTT CTCCTTTTGC TGCAGGGCTG 
TCGTTAGCAA ACAGGATCAA GCTATATTAC TATGCTGATC CTTATGAGGT AGGCAAATGG 
GCTAGTCTTT CTGCTGTCTG A

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

LOC103841821 ( XM_009118391.1 ) cDNA ORF clone, Brassica rapa(field mustard) -> XP_009116639.1 Brassica rapa probable phosphoinositide phosphatase SAC9 (LOC103841821), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OBr164294
Clone ID Related Accession (Same CDS sequence)	XM_009118391.1
Accession Version	XM_009118391.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4890bp) 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	2016-10-12
Organism	Brassica rapa(field mustard)
Product	probable phosphoinositide phosphatase SAC9 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_024803.1) 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 :: Brassica rapa Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATACGC ACCCACCAGT GAATGGTCAG AAGACATCTA TAGTCGTTGT AACACTAGAC 
TCTAATGAAG TCTACATCAT CTCAACCCTC TTCTCAAGAT CCGACACTCA AGTCATCTAC 
ATCGACCCCA CCACTGGTGC CCTCCGCTAC AACGGGAAGC CAGGTCTTGA CAACTTCAAG 
TCAGAGCGCG AAGCTGTAGA CTACATCACG AATGGATCGA GAGGAGTTTC CAGAAGCTCG 
GTTTACGGTA GGGCGATACT CGGTTACGCT GTTTTGGGCA GCTTTGGGAT GCTTCTTGTC 
GCCACTAAGC TGAACCCGAG CGTTCCTGAG TTGCCTGGTG GAGGATGTGT GTACACTGTG 
GCTGAGAGTC AGTGGGTGAA AGTGCCGTTG CATAATCCGC AGCCTCAAGG GAAAGGTGAA 
GTTAAGAATG TTCAGGAGTT GACGGAGCTT GACATTGATG GGAAGCATTA CTTTTGTGAT 
ACTAGGGATA TCACTAGGCC TTTCCCGAGC CGTGTGCCGG TGCAGAGCCC TGATGATGAG 
TTTGTTTGGA ATAAATGGTT ATCTTTGCCG TTTAAGAATA TTGGGCTGCC TGAGCACTGT 
GTCATTCTTC TGCAGGGGTT TGCAGAGTAT AGACCTTTTG GAAGCTCAGG TCAGTTAGAA 
GGGATTGTTG CTTTAATGGC TCGCCGTAGC AGATTGCATC CAGGGACTCG TTACTTAGCT 
AGGGGCATAA ATTCATGTTC TGGCACAGGT AACGAAGTTG AGTGTGAGCA GCTTGTATGG 
ACACCTAAAA AGCACGGTCA GAGCATTGCT TTTAGCTCGT ACATATGGCG ACGTGGCACA 
ATACCAATAT GGTGGGGTGC GGAACTGAAG ATGACCGCGG CGGAAGCAGA AATCTATGTG 
GCAGCTAAGG ATCCATATAA AGGAAGCACA GAGTATTACC AAAGGCTAAG CAAAAGATAT 
GACACTAGGA ATCTAGATGC ACCGGTTGGG GAAAACCAGA AGAAAAAGGC TTTTGTTCCT 
ATTGTGTGCA TTAACTTGTT AAGAAGTGGA GAAGGGAAAT CAGAATCTAT CTTGGTCCAA 
CATTTCGAAG AATCGATGAA CTTCATCAAA TCCGGTGGAA AGCTTCCTTA TACTCGTGTT 
CATTTGATAA ATTATGATTG GCATGCCAGT GTGAAATTAA AAGGGGAGCA GCAGACGATT 
GAAGGGTTAT GGATGTATCT AAAATCTCCA ACTATGGCAA TAGGAATCAC TGAAGGTGAC 
TATTTGCCTT CAAGACAAAG ACTGAAAGAT TGCAGAGGTG AGGTGATCTG TGTTGATGAC 
GTAGAAGGTG CCTTCTGTTT GAGATCTCAT CAGAATGGTG TGATACGCTT CAACTGCGCT 
GATTCTTTGG ATCGAACAAA TGCTGCTAGT TTCTTCGGTG GTCTTCAAGT GTTCGTTGAG 
CAATGTAGAA GGCTGGGGAT ATCACTTGAT ACTGATATTG GATATGGTTA TAATTCTGGG 
AGTAGCTATA CTGCTCCTCT TCCACCGGGA TGGGAGAAAA GAGCTGATGC AGTCACTGGA 
AAATCTTATT TTATAGATCA CAATACTAAG ACAACAACAT GGAGTCATCC TTGTCCTGAT 
AAACCATGGA AGAGACTTGA CATGAGGTTT GAAGAGTTTA AGAGATCAAC TATCTTGTCC 
CCTGTGTCTG AGCTCGCGGA TCTTTTTCTG CAACAAGGTG ATATCCATGC GACCCTCTAT 
ACCGGCTCAA AAGCTATGCA CAGCCAAGTT CTCAATATCT TCAGTGAAGA ATCAGGAGCG 
TTTAAACAGT TTTCTGCAGC ACAGAAAAAC ATGAAAATTA CCTTACAGAG AAGATATAAA 
AATGCAATGG TTGATAGTTC ACGGCAAAAG CAGCTGGAGA TGTTTCTGGG AATGAGGCTT 
TTCAAGCATC TTCCATCAAT TCCTGTTCAG CCTTTACATG TACTTTCTCG ACCAAGTGGT 
TTCTTTCTGA AACCTGTACC TAGCATGTCT GAGACTTCCA ATGATGGGTC CAGTCTGCTG 
AGTATCAAGA CGAAGGACAT AACTTGGTTA TGTCCACAAG CTGCAGAAGC TGTTGAATTA 
GTTATCTACC TCAGTGAGCC TTGCCATGTA TGTCAACTTG TACTGACAAT ATCACACGGT 
GCGGATGATT TGACATGTCC ATCCACTGTG AACGTGAAAA CTGGACGCCA CTTAGAGGAC 
CTTAAATTAG TTGTTCAGGA TGCTTCGATA CCGCGGTGTG CGAATGGTAC AAATCTTCTG 
ATACCCTTAC CAGGGCCAGT TCGTGATGAG GATATTGCTA TTACTGGAGC TGGTGCACGT 
CTTCATGAAA AAGATACGTC AAGTCTTTCA CTGCTGTATG ATTTTGAAGA ACTAGAAGGA 
CAACTGGATT TCTTGACCCG TGTAGTTTCG GTTACATTTT ATCCAGCTGG TTCTCTCAAA 
ATCCCCATGA CTCTTGGTCA GATAGAAGTC CTTGGAGTTT CTCTTCCATG GAAAGGAATG 
TTTACTAGCG AACGTACCGG AGGAAGATTG GCTGAGATTG CAGGGAAAAC AAAAGAAGAT 
GAAGTTCCTT TTTCATCTTG TTCTGACTCG AATCCTTTTG CCGCAAAATC TTTACAGGCT 
GAAACTGTGT CCACACCAGT ACAACAGAAT GATCCGTTTC CTAGTAATCT GCTTGACCTT 
TTGACAGGAG AGGTTTCTGC TTCTGACCCC TTCCCACAAC CAGCGGTGGA ATGTGTTGCA 
AGTGGAGGAA ATGACATGCT TGATTTCTTA GACCAAGCAG TTGTTCAATA TAGTGGTCCT 
GAAACTGTTC CCAGCATGTC TTCTTCACAA GATAAAAGTT CTAGAGAGAG TGGTTCTCAT 
CTGTACTTAA ATTGTCTGAA GTCCGTTATG GGTCCAAACA TGGGAAGGAA GCTTGAGTTT 
ATAGAAGCTA TTAAACTTGA AATTGAACGG CTACGTCTGA ATATTTCTGC AGCAGAAAGA 
GATAGGGCAC TGTTATCAAT TGGAATTGAT CCTGCTACCA TTAATCCAAA CTCTTCACAC 
GACGAGGTAT ATATTGGAAG ATTATGCAGA ATAGCAAATG CACTTGCAGT TCTTGGCCAG 
GCTTCTCTTG AAGATAAACT TATAGCTTCT ATTGGTTTAG AGAAGCTGGA AAATAGTGTG 
ATAGATTTCT GGAATATTAA CGGAATTGGT GAGGGTTGTA ACGGTGGAGT GTGTCAAGTC 
AGAGCCGAGG TCAACAAAAA TTCAGTTGGA TCTACTACCA AGAGTTTGGG GGGAGAGCCA 
GGCTCAGTGT TCTTATGTTT ACAGTGTAGG AAGAAAGCTT GCAAGTCTTG TTGTGCCGGA 
AGAGGAGCGG TTCTGCTTTC AAAATCCTAC TCCAGGGACA ACGCGAATGG AGGTGGAAGT 
CTTGCTGATG TCTCTGCTAC TTCTATAGGT TCAGATCAGT ACATGTGTAA AAAATGCTGC 
AACACGATAG TACTTGAAGC CTTGATTGTG GATTACGTTA GGGTCTTGGT CAGCTTGCGA 
AGAAGTGGCC GTGTTGATGA TGCTTGTCGG GAAGCTCTGA ATGAGGTGTT TGGATCTAAC 
CTTACGAATC ATCTTGCTGT TAGAGGTCAA CCTTCTCCTA AGCCAGAAGA CTTTAATGTA 
CTTCGTCAAA TTCTTGGTCA AGAGGAATCA CTTGCTGAGT TCCCATATGC AAGCTTCTTA 
CATAAGGTGG AAACTGGGAC TGATTCAGCA CCGTTTTTGT CATTGCTCAC CCCTCTGAAT 
CTTGCTTCTA GTAGTTCCTA CTGGAAAGCT CCTCCTTCTT CAAGCTCTGT TGAAGCTGTC 
ATCATTCTCA GTACCCTTTC AGATGTCAAC AGTGTGATTC TTCTCGTTAG TCCATGTGGT 
TACTCTGATG CCGATGCTCC TACCGTCCAA ATTTGGGCGA GCAACGACAT GAATAAGGAA 
GCACGGACAT TGATGGGAAA GTGGGATGTG CAGTCCTTTG TTAAATCTTC GCCTGAGCTT 
TACGGTCCAG AAAAGTCTGG TAGAGCACCT AGGCATATAA AATTTGCTTT CAAGAATCCT 
ATCCGTTGCC GCATTATATG GGTGACACTG CGTCTTCCTC GGCTTGGATC TAGCTCAGTT 
AGTTTGGACA GAAACATTAA TCTCTTGTCT TTGGATGAGA ACCCTTTTGC CCCACCAATC 
CCTCGGCGTG CCTCTTTTGG AGCTACCACT GAGAATGAAC CATGTCTTCA TGCAAAACGC 
ATCCTTGTCA GCGGAAACAG CAGGAGGGAC AAAGCACTTG CGTCATTACA AAGTGTTGAC 
AGCATGAGTG TAAGAAACTG GCTTGACAGA CCCCCACGTT TGAATAGATT CCTGATACCA 
CTCGAGGCTG AGAGACCGAT GGCTAATGAT CTAGTCCTGG AACTTTATCT GCAACCTGGT 
TCACCTTTAG CTTCTGGATT CCGTTTGGAT GCTTTTAACG CCATAAAGCC TCGTGTTACC 
CACTCGCCTT CTTCAGATAT AGTTGACATT TGGGACCCCA CGAGTATCAT AATGGAAGAT 
AGGCACGTCT CTCCTGCCGT CTTGTATATA CAAGTATCTG TTCTTCAGGA TCAGTACAAA 
ATGGTGACCA TCGCCGAATA CAGATTGCCT GAAGCGAGAG TTGGAACACA GATGTATTTT 
GACTTCCCTA AGCAAGTTCA AGGACGCAGA GTATCGTTTA AGCTGCTTGG AGATGTTACA 
GCTTTCGCAG ATGATCCTGC AGAGACTGAT GATTTGAGTG GTAGGGCTTC TCCTTTTGCT 
GCAGGGCTGT CGTTAGCAAA CAGGATCAAG CTATATTACT ATGCTGATCC TTATGAGGTA 
GGCAAATGGG CTAGTCTTTC TGCTGTCTGA

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

RefSeq	XP_009116639.1
CDS	161..5050
Translation	MDTHPPVNGQKTSIVVVTLDSNEVYIISTLFSRSDTQVIYIDPTTGALRYNGKPGLDNFKSEREAVDYITNGSRGVSRSSVYGRAILGYAVLGSFGMLLVATKLNPSVPELPGGGCVYTVAESQWVKVPLHNPQPQGKGEVKNVQELTELDIDGKHYFCDTRDITRPFPSRVPVQSPDDEFVWNKWLSLPFKNIGLPEHCVILLQGFAEYRPFGSSGQLEGIVALMARRSRLHPGTRYLARGINSCSGTGNEVECEQLVWTPKKHGQSIAFSSYIWRRGTIPIWWGAELKMTAAEAEIYVAAKDPYKGSTEYYQRLSKRYDTRNLDAPVGENQKKKAFVPIVCINLLRSGEGKSESILVQHFEESMNFIKSGGKLPYTRVHLINYDWHASVKLKGEQQTIEGLWMYLKSPTMAIGITEGDYLPSRQRLKDCRGEVICVDDVEGAFCLRSHQNGVIRFNCADSLDRTNAASFFGGLQVFVEQCRRLGISLDTDIGYGYNSGSSYTAPLPPGWEKRADAVTGKSYFIDHNTKTTTWSHPCPDKPWKRLDMRFEEFKRSTILSPVSELADLFLQQGDIHATLYTGSKAMHSQVLNIFSEESGAFKQFSAAQKNMKITLQRRYKNAMVDSSRQKQLEMFLGMRLFKHLPSIPVQPLHVLSRPSGFFLKPVPSMSETSNDGSSLLSIKTKDITWLCPQAAEAVELVIYLSEPCHVCQLVLTISHGADDLTCPSTVNVKTGRHLEDLKLVVQDASIPRCANGTNLLIPLPGPVRDEDIAITGAGARLHEKDTSSLSLLYDFEELEGQLDFLTRVVSVTFYPAGSLKIPMTLGQIEVLGVSLPWKGMFTSERTGGRLAEIAGKTKEDEVPFSSCSDSNPFAAKSLQAETVSTPVQQNDPFPSNLLDLLTGEVSASDPFPQPAVECVASGGNDMLDFLDQAVVQYSGPETVPSMSSSQDKSSRESGSHLYLNCLKSVMGPNMGRKLEFIEAIKLEIERLRLNISAAERDRALLSIGIDPATINPNSSHDEVYIGRLCRIANALAVLGQASLEDKLIASIGLEKLENSVIDFWNINGIGEGCNGGVCQVRAEVNKNSVGSTTKSLGGEPGSVFLCLQCRKKACKSCCAGRGAVLLSKSYSRDNANGGGSLADVSATSIGSDQYMCKKCCNTIVLEALIVDYVRVLVSLRRSGRVDDACREALNEVFGSNLTNHLAVRGQPSPKPEDFNVLRQILGQEESLAEFPYASFLHKVETGTDSAPFLSLLTPLNLASSSSYWKAPPSSSSVEAVIILSTLSDVNSVILLVSPCGYSDADAPTVQIWASNDMNKEARTLMGKWDVQSFVKSSPELYGPEKSGRAPRHIKFAFKNPIRCRIIWVTLRLPRLGSSSVSLDRNINLLSLDENPFAPPIPRRASFGATTENEPCLHAKRILVSGNSRRDKALASLQSVDSMSVRNWLDRPPRLNRFLIPLEAERPMANDLVLELYLQPGSPLASGFRLDAFNAIKPRVTHSPSSDIVDIWDPTSIIMEDRHVSPAVLYIQVSVLQDQYKMVTIAEYRLPEARVGTQMYFDFPKQVQGRRVSFKLLGDVTAFADDPAETDDLSGRASPFAAGLSLANRIKLYYYADPYEVGKWASLSAV

Target ORF information:

RefSeq Version	XM_009118391.1
Organism	Brassica rapa(field mustard)
Definition	Brassica rapa probable phosphoinositide phosphatase SAC9 (LOC103841821), transcript variant X1, mRNA.

Target ORF information:

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

XM_009118391.1

ORF Insert Sequence:

ATGGATACGC ACCCACCAGT GAATGGTCAG AAGACATCTA TAGTCGTTGT AACACTAGAC 
TCTAATGAAG TCTACATCAT CTCAACCCTC TTCTCAAGAT CCGACACTCA AGTCATCTAC 
ATCGACCCCA CCACTGGTGC CCTCCGCTAC AACGGGAAGC CAGGTCTTGA CAACTTCAAG 
TCAGAGCGCG AAGCTGTAGA CTACATCACG AATGGATCGA GAGGAGTTTC CAGAAGCTCG 
GTTTACGGTA GGGCGATACT CGGTTACGCT GTTTTGGGCA GCTTTGGGAT GCTTCTTGTC 
GCCACTAAGC TGAACCCGAG CGTTCCTGAG TTGCCTGGTG GAGGATGTGT GTACACTGTG 
GCTGAGAGTC AGTGGGTGAA AGTGCCGTTG CATAATCCGC AGCCTCAAGG GAAAGGTGAA 
GTTAAGAATG TTCAGGAGTT GACGGAGCTT GACATTGATG GGAAGCATTA CTTTTGTGAT 
ACTAGGGATA TCACTAGGCC TTTCCCGAGC CGTGTGCCGG TGCAGAGCCC TGATGATGAG 
TTTGTTTGGA ATAAATGGTT ATCTTTGCCG TTTAAGAATA TTGGGCTGCC TGAGCACTGT 
GTCATTCTTC TGCAGGGGTT TGCAGAGTAT AGACCTTTTG GAAGCTCAGG TCAGTTAGAA 
GGGATTGTTG CTTTAATGGC TCGCCGTAGC AGATTGCATC CAGGGACTCG TTACTTAGCT 
AGGGGCATAA ATTCATGTTC TGGCACAGGT AACGAAGTTG AGTGTGAGCA GCTTGTATGG 
ACACCTAAAA AGCACGGTCA GAGCATTGCT TTTAGCTCGT ACATATGGCG ACGTGGCACA 
ATACCAATAT GGTGGGGTGC GGAACTGAAG ATGACCGCGG CGGAAGCAGA AATCTATGTG 
GCAGCTAAGG ATCCATATAA AGGAAGCACA GAGTATTACC AAAGGCTAAG CAAAAGATAT 
GACACTAGGA ATCTAGATGC ACCGGTTGGG GAAAACCAGA AGAAAAAGGC TTTTGTTCCT 
ATTGTGTGCA TTAACTTGTT AAGAAGTGGA GAAGGGAAAT CAGAATCTAT CTTGGTCCAA 
CATTTCGAAG AATCGATGAA CTTCATCAAA TCCGGTGGAA AGCTTCCTTA TACTCGTGTT 
CATTTGATAA ATTATGATTG GCATGCCAGT GTGAAATTAA AAGGGGAGCA GCAGACGATT 
GAAGGGTTAT GGATGTATCT AAAATCTCCA ACTATGGCAA TAGGAATCAC TGAAGGTGAC 
TATTTGCCTT CAAGACAAAG ACTGAAAGAT TGCAGAGGTG AGGTGATCTG TGTTGATGAC 
GTAGAAGGTG CCTTCTGTTT GAGATCTCAT CAGAATGGTG TGATACGCTT CAACTGCGCT 
GATTCTTTGG ATCGAACAAA TGCTGCTAGT TTCTTCGGTG GTCTTCAAGT GTTCGTTGAG 
CAATGTAGAA GGCTGGGGAT ATCACTTGAT ACTGATATTG GATATGGTTA TAATTCTGGG 
AGTAGCTATA CTGCTCCTCT TCCACCGGGA TGGGAGAAAA GAGCTGATGC AGTCACTGGA 
AAATCTTATT TTATAGATCA CAATACTAAG ACAACAACAT GGAGTCATCC TTGTCCTGAT 
AAACCATGGA AGAGACTTGA CATGAGGTTT GAAGAGTTTA AGAGATCAAC TATCTTGTCC 
CCTGTGTCTG AGCTCGCGGA TCTTTTTCTG CAACAAGGTG ATATCCATGC GACCCTCTAT 
ACCGGCTCAA AAGCTATGCA CAGCCAAGTT CTCAATATCT TCAGTGAAGA ATCAGGAGCG 
TTTAAACAGT TTTCTGCAGC ACAGAAAAAC ATGAAAATTA CCTTACAGAG AAGATATAAA 
AATGCAATGG TTGATAGTTC ACGGCAAAAG CAGCTGGAGA TGTTTCTGGG AATGAGGCTT 
TTCAAGCATC TTCCATCAAT TCCTGTTCAG CCTTTACATG TACTTTCTCG ACCAAGTGGT 
TTCTTTCTGA AACCTGTACC TAGCATGTCT GAGACTTCCA ATGATGGGTC CAGTCTGCTG 
AGTATCAAGA CGAAGGACAT AACTTGGTTA TGTCCACAAG CTGCAGAAGC TGTTGAATTA 
GTTATCTACC TCAGTGAGCC TTGCCATGTA TGTCAACTTG TACTGACAAT ATCACACGGT 
GCGGATGATT TGACATGTCC ATCCACTGTG AACGTGAAAA CTGGACGCCA CTTAGAGGAC 
CTTAAATTAG TTGTTCAGGA TGCTTCGATA CCGCGGTGTG CGAATGGTAC AAATCTTCTG 
ATACCCTTAC CAGGGCCAGT TCGTGATGAG GATATTGCTA TTACTGGAGC TGGTGCACGT 
CTTCATGAAA AAGATACGTC AAGTCTTTCA CTGCTGTATG ATTTTGAAGA ACTAGAAGGA 
CAACTGGATT TCTTGACCCG TGTAGTTTCG GTTACATTTT ATCCAGCTGG TTCTCTCAAA 
ATCCCCATGA CTCTTGGTCA GATAGAAGTC CTTGGAGTTT CTCTTCCATG GAAAGGAATG 
TTTACTAGCG AACGTACCGG AGGAAGATTG GCTGAGATTG CAGGGAAAAC AAAAGAAGAT 
GAAGTTCCTT TTTCATCTTG TTCTGACTCG AATCCTTTTG CCGCAAAATC TTTACAGGCT 
GAAACTGTGT CCACACCAGT ACAACAGAAT GATCCGTTTC CTAGTAATCT GCTTGACCTT 
TTGACAGGAG AGGTTTCTGC TTCTGACCCC TTCCCACAAC CAGCGGTGGA ATGTGTTGCA 
AGTGGAGGAA ATGACATGCT TGATTTCTTA GACCAAGCAG TTGTTCAATA TAGTGGTCCT 
GAAACTGTTC CCAGCATGTC TTCTTCACAA GATAAAAGTT CTAGAGAGAG TGGTTCTCAT 
CTGTACTTAA ATTGTCTGAA GTCCGTTATG GGTCCAAACA TGGGAAGGAA GCTTGAGTTT 
ATAGAAGCTA TTAAACTTGA AATTGAACGG CTACGTCTGA ATATTTCTGC AGCAGAAAGA 
GATAGGGCAC TGTTATCAAT TGGAATTGAT CCTGCTACCA TTAATCCAAA CTCTTCACAC 
GACGAGGTAT ATATTGGAAG ATTATGCAGA ATAGCAAATG CACTTGCAGT TCTTGGCCAG 
GCTTCTCTTG AAGATAAACT TATAGCTTCT ATTGGTTTAG AGAAGCTGGA AAATAGTGTG 
ATAGATTTCT GGAATATTAA CGGAATTGGT GAGGGTTGTA ACGGTGGAGT GTGTCAAGTC 
AGAGCCGAGG TCAACAAAAA TTCAGTTGGA TCTACTACCA AGAGTTTGGG GGGAGAGCCA 
GGCTCAGTGT TCTTATGTTT ACAGTGTAGG AAGAAAGCTT GCAAGTCTTG TTGTGCCGGA 
AGAGGAGCGG TTCTGCTTTC AAAATCCTAC TCCAGGGACA ACGCGAATGG AGGTGGAAGT 
CTTGCTGATG TCTCTGCTAC TTCTATAGGT TCAGATCAGT ACATGTGTAA AAAATGCTGC 
AACACGATAG TACTTGAAGC CTTGATTGTG GATTACGTTA GGGTCTTGGT CAGCTTGCGA 
AGAAGTGGCC GTGTTGATGA TGCTTGTCGG GAAGCTCTGA ATGAGGTGTT TGGATCTAAC 
CTTACGAATC ATCTTGCTGT TAGAGGTCAA CCTTCTCCTA AGCCAGAAGA CTTTAATGTA 
CTTCGTCAAA TTCTTGGTCA AGAGGAATCA CTTGCTGAGT TCCCATATGC AAGCTTCTTA 
CATAAGGTGG AAACTGGGAC TGATTCAGCA CCGTTTTTGT CATTGCTCAC CCCTCTGAAT 
CTTGCTTCTA GTAGTTCCTA CTGGAAAGCT CCTCCTTCTT CAAGCTCTGT TGAAGCTGTC 
ATCATTCTCA GTACCCTTTC AGATGTCAAC AGTGTGATTC TTCTCGTTAG TCCATGTGGT 
TACTCTGATG CCGATGCTCC TACCGTCCAA ATTTGGGCGA GCAACGACAT GAATAAGGAA 
GCACGGACAT TGATGGGAAA GTGGGATGTG CAGTCCTTTG TTAAATCTTC GCCTGAGCTT 
TACGGTCCAG AAAAGTCTGG TAGAGCACCT AGGCATATAA AATTTGCTTT CAAGAATCCT 
ATCCGTTGCC GCATTATATG GGTGACACTG CGTCTTCCTC GGCTTGGATC TAGCTCAGTT 
AGTTTGGACA GAAACATTAA TCTCTTGTCT TTGGATGAGA ACCCTTTTGC CCCACCAATC 
CCTCGGCGTG CCTCTTTTGG AGCTACCACT GAGAATGAAC CATGTCTTCA TGCAAAACGC 
ATCCTTGTCA GCGGAAACAG CAGGAGGGAC AAAGCACTTG CGTCATTACA AAGTGTTGAC 
AGCATGAGTG TAAGAAACTG GCTTGACAGA CCCCCACGTT TGAATAGATT CCTGATACCA 
CTCGAGGCTG AGAGACCGAT GGCTAATGAT CTAGTCCTGG AACTTTATCT GCAACCTGGT 
TCACCTTTAG CTTCTGGATT CCGTTTGGAT GCTTTTAACG CCATAAAGCC TCGTGTTACC 
CACTCGCCTT CTTCAGATAT AGTTGACATT TGGGACCCCA CGAGTATCAT AATGGAAGAT 
AGGCACGTCT CTCCTGCCGT CTTGTATATA CAAGTATCTG TTCTTCAGGA TCAGTACAAA 
ATGGTGACCA TCGCCGAATA CAGATTGCCT GAAGCGAGAG TTGGAACACA GATGTATTTT 
GACTTCCCTA AGCAAGTTCA AGGACGCAGA GTATCGTTTA AGCTGCTTGG AGATGTTACA 
GCTTTCGCAG ATGATCCTGC AGAGACTGAT GATTTGAGTG GTAGGGCTTC TCCTTTTGCT 
GCAGGGCTGT CGTTAGCAAA CAGGATCAAG CTATATTACT ATGCTGATCC TTATGAGGTA 
GGCAAATGGG CTAGTCTTTC TGCTGTCTGA