SYCP2 cDNA ORF clone, Colobus angolensis palliatus

Gene
Clones
gRNAs

Summary

Gene Symbol	SYCP2
Entrez Gene ID	105506392
Full Name	synaptonemal complex protein 2
Gene Type	protein-coding
Organism	Colobus angolensis palliatus

mRNA and Protein(s)

mRNA	Protein	Name
XM_011934506.1	XP_011789896.1	synaptonemal complex protein 2

Pathways from BioSystems
Gene Ontology

The following SYCP2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SYCP2 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
OCo182496	XM_011934506.1 Latest version!	Colobus angolensis palliatus synaptonemal complex protein 2 (SYCP2), 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)

SYCP2 ( XM_011934506.1 ) cDNA ORF clone, Colobus angolensis palliatus -> XP_011789896.1 Colobus angolensis palliatus synaptonemal complex protein 2 (SYCP2), mRNA.

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CloneID	OCo182496
Clone ID Related Accession (Same CDS sequence)	XM_011934506.1
Accession Version	XM_011934506.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4584bp) 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	2015-03-29
Organism	Colobus angolensis palliatus
Product	synaptonemal complex protein 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012114444.1) 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 :: Colobus angolensis palliatus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAATAA GACCAGATCT CCAGCAGTTG GAAAAATGCA TTGATGATGC TTTAAGAAAA 
AATGATTTCA AACCTTTGAA AACACTTTTG CAAGTTGATA TTTGTGAAGA TGTGAAGATT 
AAATGCAGCA AACAGTTTTT CCACAAGGTG GACAACCTTA TATGCAGGGA ACTTAATAAA 
GAGGATATCC ACAATGTTTC AGCCATTTTG GTTTCTGTTG GAAGATGTGG CAAAAATATC 
AGTGTATTGG GTCAAGCTGG CCTTCTAACG ATGATAAAAC AAGGACTAAT ACAAAAGATG 
GTTGCCTGGT TTGAAAAATC CAAGGAGATT ATTCAGAGTC AAGGAAATTC AAAAGATGAA 
GCTGTTCTAA ATATGATAGA AGACTTAGTT GATCTTCTGC TGGTCATACA TGATGTCAGT 
GATGAAGGTA AAAAACAAGT AGTGGAAAGT TTCGTACCTC GCATTTGTTC CCTGGTTACT 
GACTCAAGAG TGAATATTTG TATTCAGCAA GAGATAATTA AAAAAATGAA TGCTATGCTT 
GACAAAATGC CTCAAGATGC CGGGAAAATA CTCTCTAACC AAGAAATGTT AATTCTCATG 
AGTAGTATGG GAGAAAGGAT TTTAGATGCT GGAGATTATG ACTTACAGGT AGGCATTGTA 
GAAGCTTTAT GTAGAATGAC CACAGAAAAA CAAAGGCAAG AACTGGCACA TCAGTGGTTT 
TCAATGGATT TTATTGCTAA GGCATTTAAA AGAATTAAGA ACTCTGAATT TGAAACAGAT 
TGCAGGATAT TTCTCAACCT TGTAAATGGC ATGCTTGGAG ACAAAAGAAG GGTCTTTACA 
TTTCCTTGTT TATCAGCATT TCTTGATAAA TATGAGCTGC AAATACCATC AGATGAAAAA 
CTTGAGGAAT TTTGGATTGA TTTTAATCTT GGGAGTCAGA CTCTCTCATT CTACATTGCT 
GGAGATAATG ATGATCATCA ATGGGAAGCA GTTACTGTGC CAGAGGAAAA AGTACAAATA 
TACAGCATTG AAGTGAGAGA ATCAAAGAAG CTACTAACAA TAATTCTGAA AAATATGGTA 
AAAATTAGCA AAAGAGAAGG GAAAGAATTG CTTTTGTATT TTGATGCATC ACTAGAAATC 
ACTAATGTGA CTCAAAAAAT TTTTGGTGCA AACAAACATA GGGAATCTAT CAGAAAACAA 
GGTATTTCAG TTGCCAAAAC ATCGCTGCAT ATACTTTTTG ATGCAAGTGG ATCACAGATT 
CTAGTGCCAG AAAGTCAAAT ATCACCAGTC AGAGAACTCG TTAGTTTAAA GGAAAAATCA 
AAGTCCCCAG AGGAATTTGC TAAACCTTCA AAATATATCA AAAACAGTAA CAAAGGGAAT 
AGAAATGATA GTCAGCTTGA GATAATTACC CCTAGCAAAA GAAAAATGTC TGAAGCATCA 
ATGATTGTTT CTGGGGCAGA TAGATACACT ATGAGAAGTC CAGTACTTTT CAGCAACACA 
TCAATACCAC CACGAAGAAG AAGAATTAAA CCACCACTGC AAATGACGAG TTCTGCAGAG 
AAATCTAGTG TTTCTCAAAC ATCAGAAAAT GGAGTGGATA ATGCTGCATC ACTGAAATCT 
AGACCATCAG AAGAAAGACA TAGGAGAGAT AACACAGACA AACACATCAA AACTGCTAAG 
TGTGTAGAAA ACACAGAAAA TATGAACGTT GAATTCCCAA ACCAAAATTT TAATGAACTC 
CAGGATGTTA TACCTGATTC ACAGGCAGTG GAAAAAAGAG ATACTGCATT ACCTGGTGTT 
TTAGACAACA TCTCTGGAAA TAAAATGCAC AGCAAATGGG CATGTTGGAC ACCTGTAACA 
AACATTCAAC TATGTAATAA CCAAAGAGCA AGTACTTCAT CAGGAGACAC ATTTAATCAA 
GATATTGTTA TAAATAAAAA ACTTACTAAA CAAAAATCCT CTTCAATATC TGATCATAAT 
TCTGAAGAAA CAGGAAAAGT GAAATATAAG AAAGAACGAA CCGACCATCT CAAAATAGAT 
AAAGCAGAAG TAGAAGTTTG CAAGAAACAC AATCAACAAC AAAATCATCC TAAATATTCA 
GGGCAGAAAA GTACTGAAAA TGCCAAGCAG AGTGATTGGC CTGTTGAATC TGAAACTACT 
TTTAAATCGG TTCTCCTAAA TAAGACAATT GAAGAATCGC TGATTTATAG GAAGAAATGC 
ATATTGTCAA AAGATGTGAA TACTGCTACT TGCGATAAAA ATCCTTCTGC TAGCAAAAAT 
ATGCAAAGTC ATAGAAAAGC AGGGAAAGAA TTGACTTCTG AGCTTAATTC CTGGGATTTG 
AAACAAAAAA AAATGAGAGA AAAGTCAAAA GGGAAAGAAT TTACCCATGC AGCAGAATCC 
TTGATAAGCC AAATCAATAA AAGATACAAA ACAAACGATG ACATCAAGTC TACAAGAAAA 
TTAAAGGAGT CTTTGATTAA CAGTGGTTTT TCAAACAAAT CTGTTGTACA ACTCAGTAAG 
GAAAAAGTTC AAAAAAAAAG CTACAGAAAA CTGAAGACTA CTTTTGTCAA TGTTACTTCT 
GAATGCCCAT TGAATGATGT TTACAATTTT AATTTGAACG GAGCCGATGA CCCTATCATA 
AAACTTGGAA TCCAAGAGTT TCAAGCTACA GCTAAAGAAG CCTGTGCGGA TAAGTCGATT 
AGATTGGTAG GTCCAAGGAA TCATGATGAA CTTAAATCTT CTGTCAAAAC AAAAGATAAA 
AAAATTATAA CAAATCATCA AAAGAAAAAT CTATTTAGTG ATACTGAAAC AGAGTACAGA 
TGTGATGACA GCAAGACTGA TATTAGCTGG CTAAGAGAAC CCAAATCAAA ACCACAGCTA 
ATAGACTATA GCAGAAATAA AAATGTGAAG AATCATAAAA GTGGAAAATC AAGATCATCC 
TTGGAAAAGG GACAACCAGC CTCTAAAATG ACACCCAGTA AAAATATCAC CAAAAAGATG 
GACAAGACAG TTCCGGAAGG AAGAATCAGA CTTCCACGAA AAGCAACCAA AACAAAAAAA 
AATTATAAAG ATCTCTCAAA TTCAGAATCA GAGTGTGAAC AAGAATTTTC ACATTCATTT 
AAAGAGAACT TGCTAGCAAA GGAGGAGAAT ATCCATTCCA GAATGAAAAC CGTAAAGCTA 
CCCAAGAAAC AACAGAAAGT CTTCCGTGCT GAAACAGAAA AGGAACTATC AAAACACTGG 
AAAAACTCAT GTCTACTAAA AGATACTATA CAAGATAATT GCCTTGACTT ATCTCCTAGA 
TCTTTATCTG GCAGTCCATC ATCTATAGAA GTAACGAGAT GTGTAGAGAA AATAACAGAA 
AAGGATTTTA TTCAGGATTA TGACTGCATA ACAAAATCTA TATCACCTTA TCCAAAAACT 
TCATCACTTG AATCCTTAAA TAGTAACAGT GGAGTTGGAG GTACAATAAA GTCACCCAAA 
AACAATGAGA AAAACTTCCT GTGTGCAAGT GAAAGTTGTT CACCAATTCC ACGACCACTG 
TTTTTGCCCA GACATACTCC AACTAAGAGT AATACTATTG TAAATAGAAA AAAAAAAAGT 
TCTCTGGTAC TTACACAAGA AACACAAAAC CATAACAGCT ATTCAGACGT AAGCAGTTAT 
AGTTCAGAAA AACGGTTTAT GGAAATTGAA TCTCCAAATA TCAATGAAAA CTATATACAA 
AGCAAAAGAG AGGAAAGTCA TTCAGTATCT TCATTATCCA AGTCTAGTGA AGGCAGAGAG 
AAAACGTGGT TTGACATGCC CTGTGATGCT ACTCATGTAT CAGGCCCCAC TCAACATCTT 
GGTCGCAAAC GGATATACAT AGAAGATAAT CTGAGTAATT CCAATGAAGT AGAAATGGAA 
GTGAAAGGAG AAAGGAGAGC AAACTTGCCT CCCAAAAAAC TGTGTAAAAT TGAAGATGCA 
GATCATCATA TCCACAAAAT GTCTGAAAGT ATATCTTCAT TATCAACAAA TGACTTTTCT 
ATTCCTTGGG AGACCTGGCA AAATGAATTT GCAGGTATAG AGATGACTTA TGAGACTTAT 
GAGAGGCTCA ATTCAGAATT TAAGAGAAGG AATAATATCC GACATAAAAT GTTGAGTTAT 
TTTACTACGC AGTCTTGGAA AACAGCTCAA CAACATCTGA GAACAATGAA TCATCAAAGT 
CAGGACTGTA GGATTAAAAA ACTTGATAAA TTCCAATTCA TTATCATAGA GGAGCTGGAG 
AATTTTGAAA AAGATTCACA GTCTTTAAAA GATTTGGAAA AGGAATTTGT GGACTTTTGG 
GAAAAGATAT TTCAGAAGTT CAGTGCATAT CAAAAAAGTG AACAACAGAG GCTTCATCTT 
TTGAAAACTT CATTGGCTAA AAGTGTCTTC TGTACTACTG ATAATGAAGA AACTATTTTT 
ACATCTGAGA TGTGTTTGAT GAAAGAAGAT ATGAAAGTGC TGCAAGACAG GCTTCTTAAG 
GACATGCTAG AAGAGGAGCT TCTTAATGTA CGCAGAGAAC TGATGTCAGT ATTCATGTCT 
CATGAAAAAA ATGTTAATGT GTGA

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

RefSeq	XP_011789896.1
CDS	124..4707
Translation	MPIRPDLQQLEKCIDDALRKNDFKPLKTLLQVDICEDVKIKCSKQFFHKVDNLICRELNKEDIHNVSAILVSVGRCGKNISVLGQAGLLTMIKQGLIQKMVAWFEKSKEIIQSQGNSKDEAVLNMIEDLVDLLLVIHDVSDEGKKQVVESFVPRICSLVTDSRVNICIQQEIIKKMNAMLDKMPQDAGKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKNSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNMVKISKREGKELLLYFDASLEITNVTQKIFGANKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVRELVSLKEKSKSPEEFAKPSKYIKNSNKGNRNDSQLEIITPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKSSVSQTSENGVDNAASLKSRPSEERHRRDNTDKHIKTAKCVENTENMNVEFPNQNFNELQDVIPDSQAVEKRDTALPGVLDNISGNKMHSKWACWTPVTNIQLCNNQRASTSSGDTFNQDIVINKKLTKQKSSSISDHNSEETGKVKYKKERTDHLKIDKAEVEVCKKHNQQQNHPKYSGQKSTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKCILSKDVNTATCDKNPSASKNMQSHRKAGKELTSELNSWDLKQKKMREKSKGKEFTHAAESLISQINKRYKTNDDIKSTRKLKESLINSGFSNKSVVQLSKEKVQKKSYRKLKTTFVNVTSECPLNDVYNFNLNGADDPIIKLGIQEFQATAKEACADKSIRLVGPRNHDELKSSVKTKDKKIITNHQKKNLFSDTETEYRCDDSKTDISWLREPKSKPQLIDYSRNKNVKNHKSGKSRSSLEKGQPASKMTPSKNITKKMDKTVPEGRIRLPRKATKTKKNYKDLSNSESECEQEFSHSFKENLLAKEENIHSRMKTVKLPKKQQKVFRAETEKELSKHWKNSCLLKDTIQDNCLDLSPRSLSGSPSSIEVTRCVEKITEKDFIQDYDCITKSISPYPKTSSLESLNSNSGVGGTIKSPKNNEKNFLCASESCSPIPRPLFLPRHTPTKSNTIVNRKKKSSLVLTQETQNHNSYSDVSSYSSEKRFMEIESPNINENYIQSKREESHSVSSLSKSSEGREKTWFDMPCDATHVSGPTQHLGRKRIYIEDNLSNSNEVEMEVKGERRANLPPKKLCKIEDADHHIHKMSESISSLSTNDFSIPWETWQNEFAGIEMTYETYERLNSEFKRRNNIRHKMLSYFTTQSWKTAQQHLRTMNHQSQDCRIKKLDKFQFIIIEELENFEKDSQSLKDLEKEFVDFWEKIFQKFSAYQKSEQQRLHLLKTSLAKSVFCTTDNEETIFTSEMCLMKEDMKVLQDRLLKDMLEEELLNVRRELMSVFMSHEKNVNV

Target ORF information:

RefSeq Version	XM_011934506.1
Organism	Colobus angolensis palliatus
Definition	Colobus angolensis palliatus synaptonemal complex protein 2 (SYCP2), mRNA.

Target ORF information:

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

XM_011934506.1

ORF Insert Sequence:

ATGCCAATAA GACCAGATCT CCAGCAGTTG GAAAAATGCA TTGATGATGC TTTAAGAAAA 
AATGATTTCA AACCTTTGAA AACACTTTTG CAAGTTGATA TTTGTGAAGA TGTGAAGATT 
AAATGCAGCA AACAGTTTTT CCACAAGGTG GACAACCTTA TATGCAGGGA ACTTAATAAA 
GAGGATATCC ACAATGTTTC AGCCATTTTG GTTTCTGTTG GAAGATGTGG CAAAAATATC 
AGTGTATTGG GTCAAGCTGG CCTTCTAACG ATGATAAAAC AAGGACTAAT ACAAAAGATG 
GTTGCCTGGT TTGAAAAATC CAAGGAGATT ATTCAGAGTC AAGGAAATTC AAAAGATGAA 
GCTGTTCTAA ATATGATAGA AGACTTAGTT GATCTTCTGC TGGTCATACA TGATGTCAGT 
GATGAAGGTA AAAAACAAGT AGTGGAAAGT TTCGTACCTC GCATTTGTTC CCTGGTTACT 
GACTCAAGAG TGAATATTTG TATTCAGCAA GAGATAATTA AAAAAATGAA TGCTATGCTT 
GACAAAATGC CTCAAGATGC CGGGAAAATA CTCTCTAACC AAGAAATGTT AATTCTCATG 
AGTAGTATGG GAGAAAGGAT TTTAGATGCT GGAGATTATG ACTTACAGGT AGGCATTGTA 
GAAGCTTTAT GTAGAATGAC CACAGAAAAA CAAAGGCAAG AACTGGCACA TCAGTGGTTT 
TCAATGGATT TTATTGCTAA GGCATTTAAA AGAATTAAGA ACTCTGAATT TGAAACAGAT 
TGCAGGATAT TTCTCAACCT TGTAAATGGC ATGCTTGGAG ACAAAAGAAG GGTCTTTACA 
TTTCCTTGTT TATCAGCATT TCTTGATAAA TATGAGCTGC AAATACCATC AGATGAAAAA 
CTTGAGGAAT TTTGGATTGA TTTTAATCTT GGGAGTCAGA CTCTCTCATT CTACATTGCT 
GGAGATAATG ATGATCATCA ATGGGAAGCA GTTACTGTGC CAGAGGAAAA AGTACAAATA 
TACAGCATTG AAGTGAGAGA ATCAAAGAAG CTACTAACAA TAATTCTGAA AAATATGGTA 
AAAATTAGCA AAAGAGAAGG GAAAGAATTG CTTTTGTATT TTGATGCATC ACTAGAAATC 
ACTAATGTGA CTCAAAAAAT TTTTGGTGCA AACAAACATA GGGAATCTAT CAGAAAACAA 
GGTATTTCAG TTGCCAAAAC ATCGCTGCAT ATACTTTTTG ATGCAAGTGG ATCACAGATT 
CTAGTGCCAG AAAGTCAAAT ATCACCAGTC AGAGAACTCG TTAGTTTAAA GGAAAAATCA 
AAGTCCCCAG AGGAATTTGC TAAACCTTCA AAATATATCA AAAACAGTAA CAAAGGGAAT 
AGAAATGATA GTCAGCTTGA GATAATTACC CCTAGCAAAA GAAAAATGTC TGAAGCATCA 
ATGATTGTTT CTGGGGCAGA TAGATACACT ATGAGAAGTC CAGTACTTTT CAGCAACACA 
TCAATACCAC CACGAAGAAG AAGAATTAAA CCACCACTGC AAATGACGAG TTCTGCAGAG 
AAATCTAGTG TTTCTCAAAC ATCAGAAAAT GGAGTGGATA ATGCTGCATC ACTGAAATCT 
AGACCATCAG AAGAAAGACA TAGGAGAGAT AACACAGACA AACACATCAA AACTGCTAAG 
TGTGTAGAAA ACACAGAAAA TATGAACGTT GAATTCCCAA ACCAAAATTT TAATGAACTC 
CAGGATGTTA TACCTGATTC ACAGGCAGTG GAAAAAAGAG ATACTGCATT ACCTGGTGTT 
TTAGACAACA TCTCTGGAAA TAAAATGCAC AGCAAATGGG CATGTTGGAC ACCTGTAACA 
AACATTCAAC TATGTAATAA CCAAAGAGCA AGTACTTCAT CAGGAGACAC ATTTAATCAA 
GATATTGTTA TAAATAAAAA ACTTACTAAA CAAAAATCCT CTTCAATATC TGATCATAAT 
TCTGAAGAAA CAGGAAAAGT GAAATATAAG AAAGAACGAA CCGACCATCT CAAAATAGAT 
AAAGCAGAAG TAGAAGTTTG CAAGAAACAC AATCAACAAC AAAATCATCC TAAATATTCA 
GGGCAGAAAA GTACTGAAAA TGCCAAGCAG AGTGATTGGC CTGTTGAATC TGAAACTACT 
TTTAAATCGG TTCTCCTAAA TAAGACAATT GAAGAATCGC TGATTTATAG GAAGAAATGC 
ATATTGTCAA AAGATGTGAA TACTGCTACT TGCGATAAAA ATCCTTCTGC TAGCAAAAAT 
ATGCAAAGTC ATAGAAAAGC AGGGAAAGAA TTGACTTCTG AGCTTAATTC CTGGGATTTG 
AAACAAAAAA AAATGAGAGA AAAGTCAAAA GGGAAAGAAT TTACCCATGC AGCAGAATCC 
TTGATAAGCC AAATCAATAA AAGATACAAA ACAAACGATG ACATCAAGTC TACAAGAAAA 
TTAAAGGAGT CTTTGATTAA CAGTGGTTTT TCAAACAAAT CTGTTGTACA ACTCAGTAAG 
GAAAAAGTTC AAAAAAAAAG CTACAGAAAA CTGAAGACTA CTTTTGTCAA TGTTACTTCT 
GAATGCCCAT TGAATGATGT TTACAATTTT AATTTGAACG GAGCCGATGA CCCTATCATA 
AAACTTGGAA TCCAAGAGTT TCAAGCTACA GCTAAAGAAG CCTGTGCGGA TAAGTCGATT 
AGATTGGTAG GTCCAAGGAA TCATGATGAA CTTAAATCTT CTGTCAAAAC AAAAGATAAA 
AAAATTATAA CAAATCATCA AAAGAAAAAT CTATTTAGTG ATACTGAAAC AGAGTACAGA 
TGTGATGACA GCAAGACTGA TATTAGCTGG CTAAGAGAAC CCAAATCAAA ACCACAGCTA 
ATAGACTATA GCAGAAATAA AAATGTGAAG AATCATAAAA GTGGAAAATC AAGATCATCC 
TTGGAAAAGG GACAACCAGC CTCTAAAATG ACACCCAGTA AAAATATCAC CAAAAAGATG 
GACAAGACAG TTCCGGAAGG AAGAATCAGA CTTCCACGAA AAGCAACCAA AACAAAAAAA 
AATTATAAAG ATCTCTCAAA TTCAGAATCA GAGTGTGAAC AAGAATTTTC ACATTCATTT 
AAAGAGAACT TGCTAGCAAA GGAGGAGAAT ATCCATTCCA GAATGAAAAC CGTAAAGCTA 
CCCAAGAAAC AACAGAAAGT CTTCCGTGCT GAAACAGAAA AGGAACTATC AAAACACTGG 
AAAAACTCAT GTCTACTAAA AGATACTATA CAAGATAATT GCCTTGACTT ATCTCCTAGA 
TCTTTATCTG GCAGTCCATC ATCTATAGAA GTAACGAGAT GTGTAGAGAA AATAACAGAA 
AAGGATTTTA TTCAGGATTA TGACTGCATA ACAAAATCTA TATCACCTTA TCCAAAAACT 
TCATCACTTG AATCCTTAAA TAGTAACAGT GGAGTTGGAG GTACAATAAA GTCACCCAAA 
AACAATGAGA AAAACTTCCT GTGTGCAAGT GAAAGTTGTT CACCAATTCC ACGACCACTG 
TTTTTGCCCA GACATACTCC AACTAAGAGT AATACTATTG TAAATAGAAA AAAAAAAAGT 
TCTCTGGTAC TTACACAAGA AACACAAAAC CATAACAGCT ATTCAGACGT AAGCAGTTAT 
AGTTCAGAAA AACGGTTTAT GGAAATTGAA TCTCCAAATA TCAATGAAAA CTATATACAA 
AGCAAAAGAG AGGAAAGTCA TTCAGTATCT TCATTATCCA AGTCTAGTGA AGGCAGAGAG 
AAAACGTGGT TTGACATGCC CTGTGATGCT ACTCATGTAT CAGGCCCCAC TCAACATCTT 
GGTCGCAAAC GGATATACAT AGAAGATAAT CTGAGTAATT CCAATGAAGT AGAAATGGAA 
GTGAAAGGAG AAAGGAGAGC AAACTTGCCT CCCAAAAAAC TGTGTAAAAT TGAAGATGCA 
GATCATCATA TCCACAAAAT GTCTGAAAGT ATATCTTCAT TATCAACAAA TGACTTTTCT 
ATTCCTTGGG AGACCTGGCA AAATGAATTT GCAGGTATAG AGATGACTTA TGAGACTTAT 
GAGAGGCTCA ATTCAGAATT TAAGAGAAGG AATAATATCC GACATAAAAT GTTGAGTTAT 
TTTACTACGC AGTCTTGGAA AACAGCTCAA CAACATCTGA GAACAATGAA TCATCAAAGT 
CAGGACTGTA GGATTAAAAA ACTTGATAAA TTCCAATTCA TTATCATAGA GGAGCTGGAG 
AATTTTGAAA AAGATTCACA GTCTTTAAAA GATTTGGAAA AGGAATTTGT GGACTTTTGG 
GAAAAGATAT TTCAGAAGTT CAGTGCATAT CAAAAAAGTG AACAACAGAG GCTTCATCTT 
TTGAAAACTT CATTGGCTAA AAGTGTCTTC TGTACTACTG ATAATGAAGA AACTATTTTT 
ACATCTGAGA TGTGTTTGAT GAAAGAAGAT ATGAAAGTGC TGCAAGACAG GCTTCTTAAG 
GACATGCTAG AAGAGGAGCT TCTTAATGTA CGCAGAGAAC TGATGTCAGT ATTCATGTCT 
CATGAAAAAA ATGTTAATGT GTGA