SPEF2 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	SPEF2
Entrez Gene ID	100482641
Full Name	sperm flagellar 2
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019809305.1	XP_019664864.1	LOW QUALITY PROTEIN: sperm flagellar protein 2

Pathways from BioSystems
Gene Ontology

The following SPEF2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SPEF2 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
OAc99162	XM_019809305.1 Latest version!	Ailuropoda melanoleuca sperm flagellar 2 (SPEF2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

SPEF2 ( XM_019809305.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019664864.1 Ailuropoda melanoleuca sperm flagellar 2 (SPEF2), mRNA.

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CloneID	OAc99162
Clone ID Related Accession (Same CDS sequence)	XM_019809305.1
Accession Version	XM_019809305.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5454bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	LOW QUALITY PROTEIN: sperm flagellar protein 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218832.1) 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 :: Ailuropoda melanoleuca Annotation Release 102 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## ##RefSeq-Attributes-START## internal stop codons :: corrected 1 genomic stop codon ##RefSeq-Attributes-END##

ATGTCGGAGA TTCTGTGCCA GTGGCTCAAC CAGGAGGTGA AGGTGTCCCA GACCGTGAGT 
CCCAAGTCTT TTGCAAAGGC ATTTTCCAGT GGTTATCTAA TTGGAGAAAT TCTGCACAAG 
TTTGAACTTC AGGGTGACTT TTCAGAATTT TCAGAAAGCA GGGTTTCAAA TGCCAAACTT 
AATAATTTTT CTCGCTTGGA GCCAACACTT CACCTTCTGG GTGTGCAGTT TGATCAGAAT 
GTGGCCCACA ACATCATCAC GGAAAAGCCT GGGGCAGCAA CAAAACTTTT GTATCAGTTG 
TACATTGTTC TTCAGAAAAA GAAGAAAAGT GGACTGACTG GAGTGGAGAT ACAATCCATG 
CAACCCCTGG CAAACGCCAG ACAGCAAAGC ATGAAAAGTG AGGCTTTTCG AGACAGACTT 
AGAAACCTGA TACCACGTCA AACTGATTTC AATCTGATGC GGGTTACACA CAGGTTTCAA 
GAAAAATATA AGCACATGAA AGAAGATCTT GTCTGCATGC ATTTTGAGAA ACTTGAAAAA 
TTTCAAAAAC TCAAGGAAGA ACAAAGATTA TTTAATTCAA TATTTGAACA ACGCTTGAGC 
AGAAGGCGAC AAAATGAAAT AATGGCCAAA ATCCAAGCAG CTATCATACA GATTCCTAAA 
CCTGCATCGA ATCGTACTTT GAGAGCACTT GAGGCCCAAA AAATGATGAA AAAGAAAAAA 
GAGGCAGAGG ATGTGGCTAA TGAGATTAAG AAGTTTGAAG CCTTAATAAA AAAGGATCTC 
CAGGCCAAAC AAAGTGCCTC CAAGACTTCT TTAGAAGCAG CAGGCCAGAC AACTACTGAT 
TTGTTAAACA CTTATTCGGA TGATGACTAT ATTAAAAAAA TCCAAAAGCG CCTTGAGGAA 
GATGCTTTTG CACGAGAGCA AAGGGAGAAA AGACGGCGGA GACTGTTAAT GGACCAGTTA 
ATAGCCCATG AAGCACAAGA GGAGGCGTAT CGGAAGGAGC AGCTGATCAA CCGGCTGATG 
CGGCAGTCCC AGCAGGAGCG CAGGATCGCC GTGCAGCTCA TGCATGTTCG GCATGAAAAG 
GAAGTTTTAT GGCAGAACAG AATTTTCCGA GAAAAACAGT ATGAAGAAAG ACGACTTAAA 
GATTTCCAGG ATGCTCTTGA TCGAGAAGCG GCTTTGGCCA GACAAGCCAA GATTGATTTT 
GAGGAACAAG CCATCAGAGA GAAGGAAATT CATGAACAGA TTGCTGTGGA AAGAGCTCAA 
GCTCGTTATA AAAAGCATTA CACAATATGT GCAGAAATTT TGGACCAAAT ACTTGATTTG 
TCCACTAAAG TGGCAGACTA CCGGATGTTG ACAAATAATA TGATTCCATA TAAGTTGATG 
CATGATTGGA AGGAACTGTT TTTTAATGGA AAGCCCATAT ATGAGCAAGC CTCTATTAAG 
CATCTACCAG CTAAGCCCTC TGCAGAACAA CTTATAGAAC TGGAGAAGAG AGACTTGCTC 
GATAGCAATG ATTATGAAGA ATATAAGAAC ATGGTTGGAG AGTGGGCCTT ACCAGAAGAA 
ATGGTTGATA ATTTACCACC CTCCAACAAT AACATATTGG GTCATGTGAT TCACAGATTA 
GTTGAAAAAT CTCATCCTCC TCGAGTCAAA TCAACAGGAC CAGAATTACC TTCATTTGCT 
ATTAAAGGGT GCTTACTGGG GAAAACATTT AGTGGAAAAA CCACTGCTCT AAAGTCTCTA 
CAAAAAGACT TTCCTGTTCA GATACTTTCT ATCGACACTC TTGTCCAAGA AGCTATCAAA 
GCATTTCATG ACAACGAAAA AATCAGCGAG GCTCTACCAA CTAAGCAAGA AGCTGAAGAA 
GAGACTCTAC CAGTTCTGCG AGAGAAGAGC AAAGAAACCC AGGATCTACA GAATGTATCT 
TCACCTTATC CAGTTTCGGA GGAAGCATTG CCAGAAACAG AAGATAAGAC TATACTTAGT 
ACTGATACAA ATAAAACTGT AAAAGTTGAA GAAGTCAAAT CAAGTGATAG TTTCTCTGAA 
CTGACTGTGC GTGCTCGGCT TGGTGCAAAA TCGGAAAAGT TGCTGAAGAA AGGAAAGAGC 
ATTTCTGACA TGTTGCTAGT TAACATCTTG GTAAATGCTA TTAATGAGAT CCCTGTGGAT 
CAAGGATGGG TCTTGGATGG TTTTCCGATG ACGTTAAACC AAGCAAAGCT TCTGGAGGAA 
GCTCTCACGG GCTGCAGCAG AGAGGTCCTA GAACTGGAGG CAAAGAAAGC ACAAATATCC 
ACATTGGCTA TTGATCCTAC AGCCTCCAAA GAAGTGCCTC CTCCCCCTTC TGCCCTTGAT 
TTTGTCATAT TATTAGATAT TTCAGATAAT TCCTCCCTGG ATCGCATGAA TGGCACAGTG 
GCTGAAGCAT TTTCAAGTGA AACTCCTCCT GAAAACATCA TTCAACGTGT AGCTGCTGAA 
AAACAAGATA TGGATGCGGC TCAGAATCTA AGAGACCAGA TTCAGCATAG AATTATAGGC 
TTCTTGGACA ACTGGCCGTT ACTGGAGCAG TGGTTTACAG AGCCAGAAAA TATTTTGATA 
AAAATCAATG CTGAAGTTGA TAAAGAGTCT TTATGTCGCA AAGTAAGAGA AATGTTTACG 
ACTGAAATAA TGAAAAAAGA GAATGAAGTT AAAAAGAAAT TGGAAGAAAA GGAAGCTGAG 
AAAAAAGAAG TCCCGCCGGC TGAGCCTCTG GCTCTTCCCC CTCTGCCTCC CCATCTTGAG 
CCAGAAAAAG AGAAGGAAGC CCAGCCTCAG CAGGAGCTTT CGAGAACTCC TGCAAAAGGG 
AAACCACCAT CAGAGTCCTT GCTTGGTAAG CAAGAATCTC CTCAGGAAGG AAAAGGGAAG 
AAAGGTGACA CTTCACTCAA AAGAAAAGGT TCTCCTAAAG GAAGATCACC AGTGCGGAAA 
GGACCAGTAA AGAAATCACC TGCCGATTCT ACAGACGTGT TACCTGTTCC CATAGTGACA 
CCGCCACCTA AGCCAGGATC CGAAGAATGG GTCTACGTGA ATGAACCAAT TCCTGAGGAA 
ATACCTTCCT TTTTAGTACC TTACTGGGAA CTAATAGAAA ATTCCTATAT AAACTCCATC 
AAAACAGTAC TCAGGCATCT GAGAGAAGAA CAGCATACTG TGATTTCTTA CTTATACAAA 
GTTAGAACAA ATTTCCAGCA TTTTCTACGG CGTCCAGATC ACAAACAAGA TTTTGTATCT 
CAATGGCAGG CTGATTTTAA TGCTCTTCCT GATGACCTGT GGGATGATGA GGAAATGAAG 
TCTGAACTAC ACCAAAGAGT AAATGATTTA CGAGACCGCC TGTGGGACAT CTGTGACGCC 
CGGAAGGAAG AGGCCGAGAA AGAGCGTCAG GATATCATTA ATGAGAGCTG GTTGCAGGAC 
TCAATTGGAA TAATGATGAA CCATTTCTTC TCACTAATGC AGGCAGAACT GAACCGTTTC 
CAAGATACAA AGATACTCCT TCAAGATTAT TACAGGGGAA TGGAAGGCAA AATCCCAATC 
GATGACATTA AGAGATTTAT TCGAGTCCCA TTGGTCCAAC TGGATAGTAG AGAGATTTTG 
GAAAGCCAAC TTAGAATTCC TCTAATTTCT CGAATATCCA TATCCCTGGA TTCAGCTATG 
TCTAAACCAA AAACAAAGTC CATCCTGAAG GGCAAGATCG ATTACTCCCT GGAAAATGTT 
GAGGCAAACT TTGAGGCAGA TGAGAAGTTG CTGATGGACA CCTGGCAGCA GAGTTCTCTA 
GCAATATCTC ACATGGTGGC TGCTGAAATT CATCAGAGGC TTATGGAAGA AGAAAAGGAA 
AACCTGCCAG CAGACACGAA AGAAAAATCT CCTCAGATGG GTACAAATAA AAAAGTCAAA 
AAGGAACCAC CCAAGAAGAA CAAAGCAGAC AAAAAAGCAA AAGGCAAATC ACCACCAATG 
GCAGAAGCTG CCCCTGTGAC AGTGACAGCA GACGAGATTG CCCAGATGGA AAAGAGAAAA 
GAACTGATGC TCAAAATCAA GGAAGAGCAC CTCGCTGCCC TGCAATTTGA AGAGATAGCC 
ACGCAGTTCC GGCTTGAACT GATAAAGACA AAAGCATTGG CTTTCCTTGA GGACTTATTA 
ACGAAGGTGG TCGATGTATA TAAACTCTTG GAAAAGTGGC TTGGTAAGAG GTACTTGAAT 
GAAATGGCCA GTGTGGAAAA GTTAACAGAG GCGGCTCGCT ATCACATTGA AACATCTACA 
AAAATTCAGA ATGCACTTTA TTTAGACCAA GAAGATTTCT TCATTAATGG CGATTTGAAA 
GTCTTTCCAG ACCCCCCTCC TCCAGTGCGC CCCCCACCTG TGGAAAAGGA AGAAAATGGC 
ACCCTGACCA TCCAACAGCT TGACAGTCTT CGAGATCAGT TCTTAGAAAC CGCACCTAAA 
GGCATAATAG GACATAAAGC ATTTACTGAC ATCCTGCTGG ATCTGGTAAC CCTGAACCTT 
GGAACAAACA GCTTACCTAG CAGTTGGATG CACCTCACTC AACCCGAATT GCAGGAGTTA 
ACATCTTTAT TAATAGTAAA CTCGGAGTTT GTGGACTGGC GGAAATTCCT ATTAGTAATC 
TCGATGCCTT GGATCATCCC CAGGAAGGAA GAGCTCCTCG AGACCCTGCA GAGGTTCAAG 
GCCATGGATG AAGAGCAGTT GGGCACCATC ACTTTCGAGC AGTATATGCA GGCTGGCCTG 
TGGTTTACAA GAGATGAAGA TATAAGAATT CCAGAAAATC CTCTTGAACC CCTGCCATTC 
AATAGGCAAG AGCATCTTAT AGAGTTTTTC TTTAGGCTAT TTGCTGACCA TGAGAAGGAT 
CCACCTCAAC TTGACTACAC ACAGATGCTG CTTTATTTCG CTTGTCATCC AGATGCTGTG 
GAAGGGGTCT ACAGGGCCCT CAGTGTGGCC ATCGGGACTC ATGTCTTCCA ACCAATCCAA 
ACGACTCCTG TTATTACAGA AAAGACCTCC ACCTTGACTG ACGCGAGTCC GGTTGAGGAA 
TATCCCCAAC TCAAGGGAAA CTTTGTGAGT GAGGAAAGGG AACTAAGAGA AGACAGGGAG 
GGAAAGGAAG AAATCCCGGA GAACGCCAAC ACTGAAAAGA TTTCCATGGA AAGACTACTC 
AAAGTATTCC AAGGAGGAAA GGAAGTACAG GATGCTAACA GATTTGCGAC CCACCTGCAG 
ATGGAGAATG CTTACTCAGA GAACTTCATA AAAGTATTTC GAGACCTCGG TGCCAAGAAT 
CTGGAGCCAG TTGAAGTTGC TGTTCTTTTA AAGCATCCTT TTATTCAACA TCTGATTTCA 
AATTATTCAG ACTATAAAAT CCCTGATATT AAAATAATTC TCCAAAGGAG TGAGGATGTA 
TAAGGAAGTG ATGGAGAGAG ATCTCTTTCG AGGCTTACAG AGGAAAAGAA ATGA

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

RefSeq	XP_019664864.1
CDS	23..5476
Translation	MSEILCQWLNQEVKVSQTVSPKSFAKAFSSGYLIGEILHKFELQGDFSEFSESRVSNAKLNNFSRLEPTLHLLGVQFDQNVAHNIITEKPGAATKLLYQLYIVLQKKKKSGLTGVEIQSMQPLANARQQSMKSEAFRDRLRNLIPRQTDFNLMRVTHRFQEKYKHMKEDLVCMHFEKLEKFQKLKEEQRLFNSIFEQRLSRRRQNEIMAKIQAAIIQIPKPASNRTLRALEAQKMMKKKKEAEDVANEIKKFEALIKKDLQAKQSASKTSLEAAGQTTTDLLNTYSDDDYIKKIQKRLEEDAFAREQREKRRRRLLMDQLIAHEAQEEAYRKEQLINRLMRQSQQERRIAVQLMHVRHEKEVLWQNRIFREKQYEERRLKDFQDALDREAALARQAKIDFEEQAIREKEIHEQIAVERAQARYKKHYTICAEILDQILDLSTKVADYRMLTNNMIPYKLMHDWKELFFNGKPIYEQASIKHLPAKPSAEQLIELEKRDLLDSNDYEEYKNMVGEWALPEEMVDNLPPSNNNILGHVIHRLVEKSHPPRVKSTGPELPSFAIKGCLLGKTFSGKTTALKSLQKDFPVQILSIDTLVQEAIKAFHDNEKISEALPTKQEAEEETLPVLREKSKETQDLQNVSSPYPVSEEALPETEDKTILSTDTNKTVKVEEVKSSDSFSELTVRARLGAKSEKLLKKGKSISDMLLVNILVNAINEIPVDQGWVLDGFPMTLNQAKLLEEALTGCSREVLELEAKKAQISTLAIDPTASKEVPPPPSALDFVILLDISDNSSLDRMNGTVAEAFSSETPPENIIQRVAAEKQDMDAAQNLRDQIQHRIIGFLDNWPLLEQWFTEPENILIKINAEVDKESLCRKVREMFTTEIMKKENEVKKKLEEKEAEKKEVPPAEPLALPPLPPHLEPEKEKEAQPQQELSRTPAKGKPPSESLLGKQESPQEGKGKKGDTSLKRKGSPKGRSPVRKGPVKKSPADSTDVLPVPIVTPPPKPGSEEWVYVNEPIPEEIPSFLVPYWELIENSYINSIKTVLRHLREEQHTVISYLYKVRTNFQHFLRRPDHKQDFVSQWQADFNALPDDLWDDEEMKSELHQRVNDLRDRLWDICDARKEEAEKERQDIINESWLQDSIGIMMNHFFSLMQAELNRFQDTKILLQDYYRGMEGKIPIDDIKRFIRVPLVQLDSREILESQLRIPLISRISISLDSAMSKPKTKSILKGKIDYSLENVEANFEADEKLLMDTWQQSSLAISHMVAAEIHQRLMEEEKENLPADTKEKSPQMGTNKKVKKEPPKKNKADKKAKGKSPPMAEAAPVTVTADEIAQMEKRKELMLKIKEEHLAALQFEEIATQFRLELIKTKALAFLEDLLTKVVDVYKLLEKWLGKRYLNEMASVEKLTEAARYHIETSTKIQNALYLDQEDFFINGDLKVFPDPPPPVRPPPVEKEENGTLTIQQLDSLRDQFLETAPKGIIGHKAFTDILLDLVTLNLGTNSLPSSWMHLTQPELQELTSLLIVNSEFVDWRKFLLVISMPWIIPRKEELLETLQRFKAMDEEQLGTITFEQYMQAGLWFTRDEDIRIPENPLEPLPFNRQEHLIEFFFRLFADHEKDPPQLDYTQMLLYFACHPDAVEGVYRALSVAIGTHVFQPIQTTPVITEKTSTLTDASPVEEYPQLKGNFVSEERELREDREGKEEIPENANTEKISMERLLKVFQGGKEVQDANRFATHLQMENAYSENFIKVFRDLGAKNLEPVEVAVLLKHPFIQHLISNYSDYKIPDIKIILQRSEDV*GSDGERSLSRLTEEKK

Target ORF information:

RefSeq Version	XM_019809305.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca sperm flagellar 2 (SPEF2), mRNA.

Target ORF information:

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

XM_019809305.1

ORF Insert Sequence:

ATGTCGGAGA TTCTGTGCCA GTGGCTCAAC CAGGAGGTGA AGGTGTCCCA GACCGTGAGT 
CCCAAGTCTT TTGCAAAGGC ATTTTCCAGT GGTTATCTAA TTGGAGAAAT TCTGCACAAG 
TTTGAACTTC AGGGTGACTT TTCAGAATTT TCAGAAAGCA GGGTTTCAAA TGCCAAACTT 
AATAATTTTT CTCGCTTGGA GCCAACACTT CACCTTCTGG GTGTGCAGTT TGATCAGAAT 
GTGGCCCACA ACATCATCAC GGAAAAGCCT GGGGCAGCAA CAAAACTTTT GTATCAGTTG 
TACATTGTTC TTCAGAAAAA GAAGAAAAGT GGACTGACTG GAGTGGAGAT ACAATCCATG 
CAACCCCTGG CAAACGCCAG ACAGCAAAGC ATGAAAAGTG AGGCTTTTCG AGACAGACTT 
AGAAACCTGA TACCACGTCA AACTGATTTC AATCTGATGC GGGTTACACA CAGGTTTCAA 
GAAAAATATA AGCACATGAA AGAAGATCTT GTCTGCATGC ATTTTGAGAA ACTTGAAAAA 
TTTCAAAAAC TCAAGGAAGA ACAAAGATTA TTTAATTCAA TATTTGAACA ACGCTTGAGC 
AGAAGGCGAC AAAATGAAAT AATGGCCAAA ATCCAAGCAG CTATCATACA GATTCCTAAA 
CCTGCATCGA ATCGTACTTT GAGAGCACTT GAGGCCCAAA AAATGATGAA AAAGAAAAAA 
GAGGCAGAGG ATGTGGCTAA TGAGATTAAG AAGTTTGAAG CCTTAATAAA AAAGGATCTC 
CAGGCCAAAC AAAGTGCCTC CAAGACTTCT TTAGAAGCAG CAGGCCAGAC AACTACTGAT 
TTGTTAAACA CTTATTCGGA TGATGACTAT ATTAAAAAAA TCCAAAAGCG CCTTGAGGAA 
GATGCTTTTG CACGAGAGCA AAGGGAGAAA AGACGGCGGA GACTGTTAAT GGACCAGTTA 
ATAGCCCATG AAGCACAAGA GGAGGCGTAT CGGAAGGAGC AGCTGATCAA CCGGCTGATG 
CGGCAGTCCC AGCAGGAGCG CAGGATCGCC GTGCAGCTCA TGCATGTTCG GCATGAAAAG 
GAAGTTTTAT GGCAGAACAG AATTTTCCGA GAAAAACAGT ATGAAGAAAG ACGACTTAAA 
GATTTCCAGG ATGCTCTTGA TCGAGAAGCG GCTTTGGCCA GACAAGCCAA GATTGATTTT 
GAGGAACAAG CCATCAGAGA GAAGGAAATT CATGAACAGA TTGCTGTGGA AAGAGCTCAA 
GCTCGTTATA AAAAGCATTA CACAATATGT GCAGAAATTT TGGACCAAAT ACTTGATTTG 
TCCACTAAAG TGGCAGACTA CCGGATGTTG ACAAATAATA TGATTCCATA TAAGTTGATG 
CATGATTGGA AGGAACTGTT TTTTAATGGA AAGCCCATAT ATGAGCAAGC CTCTATTAAG 
CATCTACCAG CTAAGCCCTC TGCAGAACAA CTTATAGAAC TGGAGAAGAG AGACTTGCTC 
GATAGCAATG ATTATGAAGA ATATAAGAAC ATGGTTGGAG AGTGGGCCTT ACCAGAAGAA 
ATGGTTGATA ATTTACCACC CTCCAACAAT AACATATTGG GTCATGTGAT TCACAGATTA 
GTTGAAAAAT CTCATCCTCC TCGAGTCAAA TCAACAGGAC CAGAATTACC TTCATTTGCT 
ATTAAAGGGT GCTTACTGGG GAAAACATTT AGTGGAAAAA CCACTGCTCT AAAGTCTCTA 
CAAAAAGACT TTCCTGTTCA GATACTTTCT ATCGACACTC TTGTCCAAGA AGCTATCAAA 
GCATTTCATG ACAACGAAAA AATCAGCGAG GCTCTACCAA CTAAGCAAGA AGCTGAAGAA 
GAGACTCTAC CAGTTCTGCG AGAGAAGAGC AAAGAAACCC AGGATCTACA GAATGTATCT 
TCACCTTATC CAGTTTCGGA GGAAGCATTG CCAGAAACAG AAGATAAGAC TATACTTAGT 
ACTGATACAA ATAAAACTGT AAAAGTTGAA GAAGTCAAAT CAAGTGATAG TTTCTCTGAA 
CTGACTGTGC GTGCTCGGCT TGGTGCAAAA TCGGAAAAGT TGCTGAAGAA AGGAAAGAGC 
ATTTCTGACA TGTTGCTAGT TAACATCTTG GTAAATGCTA TTAATGAGAT CCCTGTGGAT 
CAAGGATGGG TCTTGGATGG TTTTCCGATG ACGTTAAACC AAGCAAAGCT TCTGGAGGAA 
GCTCTCACGG GCTGCAGCAG AGAGGTCCTA GAACTGGAGG CAAAGAAAGC ACAAATATCC 
ACATTGGCTA TTGATCCTAC AGCCTCCAAA GAAGTGCCTC CTCCCCCTTC TGCCCTTGAT 
TTTGTCATAT TATTAGATAT TTCAGATAAT TCCTCCCTGG ATCGCATGAA TGGCACAGTG 
GCTGAAGCAT TTTCAAGTGA AACTCCTCCT GAAAACATCA TTCAACGTGT AGCTGCTGAA 
AAACAAGATA TGGATGCGGC TCAGAATCTA AGAGACCAGA TTCAGCATAG AATTATAGGC 
TTCTTGGACA ACTGGCCGTT ACTGGAGCAG TGGTTTACAG AGCCAGAAAA TATTTTGATA 
AAAATCAATG CTGAAGTTGA TAAAGAGTCT TTATGTCGCA AAGTAAGAGA AATGTTTACG 
ACTGAAATAA TGAAAAAAGA GAATGAAGTT AAAAAGAAAT TGGAAGAAAA GGAAGCTGAG 
AAAAAAGAAG TCCCGCCGGC TGAGCCTCTG GCTCTTCCCC CTCTGCCTCC CCATCTTGAG 
CCAGAAAAAG AGAAGGAAGC CCAGCCTCAG CAGGAGCTTT CGAGAACTCC TGCAAAAGGG 
AAACCACCAT CAGAGTCCTT GCTTGGTAAG CAAGAATCTC CTCAGGAAGG AAAAGGGAAG 
AAAGGTGACA CTTCACTCAA AAGAAAAGGT TCTCCTAAAG GAAGATCACC AGTGCGGAAA 
GGACCAGTAA AGAAATCACC TGCCGATTCT ACAGACGTGT TACCTGTTCC CATAGTGACA 
CCGCCACCTA AGCCAGGATC CGAAGAATGG GTCTACGTGA ATGAACCAAT TCCTGAGGAA 
ATACCTTCCT TTTTAGTACC TTACTGGGAA CTAATAGAAA ATTCCTATAT AAACTCCATC 
AAAACAGTAC TCAGGCATCT GAGAGAAGAA CAGCATACTG TGATTTCTTA CTTATACAAA 
GTTAGAACAA ATTTCCAGCA TTTTCTACGG CGTCCAGATC ACAAACAAGA TTTTGTATCT 
CAATGGCAGG CTGATTTTAA TGCTCTTCCT GATGACCTGT GGGATGATGA GGAAATGAAG 
TCTGAACTAC ACCAAAGAGT AAATGATTTA CGAGACCGCC TGTGGGACAT CTGTGACGCC 
CGGAAGGAAG AGGCCGAGAA AGAGCGTCAG GATATCATTA ATGAGAGCTG GTTGCAGGAC 
TCAATTGGAA TAATGATGAA CCATTTCTTC TCACTAATGC AGGCAGAACT GAACCGTTTC 
CAAGATACAA AGATACTCCT TCAAGATTAT TACAGGGGAA TGGAAGGCAA AATCCCAATC 
GATGACATTA AGAGATTTAT TCGAGTCCCA TTGGTCCAAC TGGATAGTAG AGAGATTTTG 
GAAAGCCAAC TTAGAATTCC TCTAATTTCT CGAATATCCA TATCCCTGGA TTCAGCTATG 
TCTAAACCAA AAACAAAGTC CATCCTGAAG GGCAAGATCG ATTACTCCCT GGAAAATGTT 
GAGGCAAACT TTGAGGCAGA TGAGAAGTTG CTGATGGACA CCTGGCAGCA GAGTTCTCTA 
GCAATATCTC ACATGGTGGC TGCTGAAATT CATCAGAGGC TTATGGAAGA AGAAAAGGAA 
AACCTGCCAG CAGACACGAA AGAAAAATCT CCTCAGATGG GTACAAATAA AAAAGTCAAA 
AAGGAACCAC CCAAGAAGAA CAAAGCAGAC AAAAAAGCAA AAGGCAAATC ACCACCAATG 
GCAGAAGCTG CCCCTGTGAC AGTGACAGCA GACGAGATTG CCCAGATGGA AAAGAGAAAA 
GAACTGATGC TCAAAATCAA GGAAGAGCAC CTCGCTGCCC TGCAATTTGA AGAGATAGCC 
ACGCAGTTCC GGCTTGAACT GATAAAGACA AAAGCATTGG CTTTCCTTGA GGACTTATTA 
ACGAAGGTGG TCGATGTATA TAAACTCTTG GAAAAGTGGC TTGGTAAGAG GTACTTGAAT 
GAAATGGCCA GTGTGGAAAA GTTAACAGAG GCGGCTCGCT ATCACATTGA AACATCTACA 
AAAATTCAGA ATGCACTTTA TTTAGACCAA GAAGATTTCT TCATTAATGG CGATTTGAAA 
GTCTTTCCAG ACCCCCCTCC TCCAGTGCGC CCCCCACCTG TGGAAAAGGA AGAAAATGGC 
ACCCTGACCA TCCAACAGCT TGACAGTCTT CGAGATCAGT TCTTAGAAAC CGCACCTAAA 
GGCATAATAG GACATAAAGC ATTTACTGAC ATCCTGCTGG ATCTGGTAAC CCTGAACCTT 
GGAACAAACA GCTTACCTAG CAGTTGGATG CACCTCACTC AACCCGAATT GCAGGAGTTA 
ACATCTTTAT TAATAGTAAA CTCGGAGTTT GTGGACTGGC GGAAATTCCT ATTAGTAATC 
TCGATGCCTT GGATCATCCC CAGGAAGGAA GAGCTCCTCG AGACCCTGCA GAGGTTCAAG 
GCCATGGATG AAGAGCAGTT GGGCACCATC ACTTTCGAGC AGTATATGCA GGCTGGCCTG 
TGGTTTACAA GAGATGAAGA TATAAGAATT CCAGAAAATC CTCTTGAACC CCTGCCATTC 
AATAGGCAAG AGCATCTTAT AGAGTTTTTC TTTAGGCTAT TTGCTGACCA TGAGAAGGAT 
CCACCTCAAC TTGACTACAC ACAGATGCTG CTTTATTTCG CTTGTCATCC AGATGCTGTG 
GAAGGGGTCT ACAGGGCCCT CAGTGTGGCC ATCGGGACTC ATGTCTTCCA ACCAATCCAA 
ACGACTCCTG TTATTACAGA AAAGACCTCC ACCTTGACTG ACGCGAGTCC GGTTGAGGAA 
TATCCCCAAC TCAAGGGAAA CTTTGTGAGT GAGGAAAGGG AACTAAGAGA AGACAGGGAG 
GGAAAGGAAG AAATCCCGGA GAACGCCAAC ACTGAAAAGA TTTCCATGGA AAGACTACTC 
AAAGTATTCC AAGGAGGAAA GGAAGTACAG GATGCTAACA GATTTGCGAC CCACCTGCAG 
ATGGAGAATG CTTACTCAGA GAACTTCATA AAAGTATTTC GAGACCTCGG TGCCAAGAAT 
CTGGAGCCAG TTGAAGTTGC TGTTCTTTTA AAGCATCCTT TTATTCAACA TCTGATTTCA 
AATTATTCAG ACTATAAAAT CCCTGATATT AAAATAATTC TCCAAAGGAG TGAGGATGTA 
TAAGGAAGTG ATGGAGAGAG ATCTCTTTCG AGGCTTACAG AGGAAAAGAA ATGA