LOC108628231 cDNA ORF clone, Ceratina calcarata

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108628231
Entrez Gene ID	108628231
Full Name	fatty acid synthase-like
Gene Type	protein-coding
Organism	Ceratina calcarata

mRNA and Protein(s)

mRNA	Protein	Name
XM_026816345.1	XP_026672146.1	fatty acid synthase-like
XM_018030001.1	XP_017885490.1	fatty acid synthase-like

Pathways from BioSystems
Gene Ontology

The following LOC108628231 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108628231 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
OCe149024	XM_018030001.1 Latest version!	Ceratina calcarata fatty acid synthase-like (LOC108628231), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$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)

LOC108628231 ( XM_018030001.1 ) cDNA ORF clone, Ceratina calcarata -> XP_017885490.1 Ceratina calcarata fatty acid synthase-like (LOC108628231), mRNA.

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CloneID	OCe149024
Clone ID Related Accession (Same CDS sequence)	XM_018030001.1
Accession Version	XM_018030001.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6498bp) 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	2016-08-30
Organism	Ceratina calcarata
Product	fatty acid synthase-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017175971.1) 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 :: Ceratina calcarata Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGTGCTGCG TGCTGAGTAA AGACTGCAGA TGCAGGAGTT TCGATTCCAA AGGTAGTGGA 
TACGTCCGTA GTGAAGCCGT ATGCACAATA CTATTGCAGA GAGCAAAGGA TGCGAAAAGA 
ATTTATGCAC AAGTCGTACA CTCAAAGAGC AACTGCGATG GCTACAAAGC ACAGGGTATT 
ACGTTTCCTT CCTCACAAGT ACAGAAAATA CTCTTGACTG ACGTGTACAA GGAATGCAAA 
GTATCTCCCC ATGAATTGGC TTACCTGGAA GCTCACGCTA CCGGAACTGT CGTGGGCGAC 
CCTGAGGAAT TAAACGCGAT AGATCAAGTA TTTTGTCAGG GCAGAAATAC ACCCCTCAAA 
ATTGGTTCTA TTAAGTCGAA TATGGGTCAC ACAGAAGCTT CCAGTGGTCT TTGTTCTGTG 
ATTAAGGTCA TCATTGCGAT GGAAAGCGGT TTAATTCCAC CAAATTTGCA TTTTACAAGT 
CCAACGAAGG GTGTGAAATG TTTCGAGGAA GGAAAACTTC AAGTAATTAC GGAACCAACT 
CCATGGGAGG GTGGCTACGT AGGAGTGAAC TCGTTCGGTT TCGGTGGCGC AAATGCTCAC 
GTTTTGCTGA AATCGTTCAC GAAGGAGAAA GTGAACAATG GAGCACCTTC TGATGATTTG 
CCTCGATTGG TAGCAGTATC TGGTCGCACA GAAGAAGCAG TGAAAACACT TCTCGACTAT 
GTGGAAAGTA TTCCAGTGGA CGTAGAATAT ATCCGACTTT TACACGATAT ACATAACGAG 
GAAATATCGG GACATTTGTT CAGAGGCTAT ACACTCGTTA ATTCCACATC AGGAAGACCA 
ATCAAAGAGA TCCAACAATA TCCTGGCGTG AAAAGGCCAA TTTGGTTTGT CTTTTCTGGA 
ATGGGCTCCC AGTGGCCTGG CATGGGCGAG GCATTGATGA AGTTCCCAAT TTTCTATAAA 
GCTATTCAAA AGTGCGATGC AGTGTTGAAG CCGCACGGTG TGGATATCTT CGATATTCTT 
ACTAACAAGG ATAAGAAGAC TTTCGATAAT ATCTTAAATT CGTTCGTTGG GATCGCCGCA 
GTCCAAATCG GTCTTGTTGA TCTGTTAACA TCCGTGGGCA TCGAACCGGA TAATATAATC 
GGGCACTCTG TCGGAGAACT CGGTTGCGCA TACGCTGATG GATGTTTTAC GGCTGAACAA 
ATGGTGCTCG CAGCATATTC TAGGGGTTTA GCATCCATAG AAACTAAAAT GATTCGAGGT 
TCTATGGCTG CAGTTGGTCT TGGATACAAG GAAATAAAGG ACATGTGTCC ACCTGATATA 
GAAGTTGCTT GTCACAACAG CTCTCAGAGC TCCACTATAA GTGGACCAGC TGAATCAATG 
AAGAAGTTCG TTGCAGAATT AACGGCGAAA AATATCTTCG CCAGAGAAGT GGCGTGCAGC 
AACATTGCAT ATCATAGTCG ATATATTGCC GAGGCGGGAA CAAAATTGTT GGCATATTTG 
AAAAAAGTGA TTCCCGAACC AAAACGCAGG AGCTCCAAAT GGTTGAGCAG TTCTGTACCT 
CAGACTGAGT GGTCTAAAGA ATCTGCCAAA TACTCATCCG CTGAGTATCA TACAAATAAC 
TTGTTGAACT CGGTATTATT CGAGGAAACT GCTGCAATGA TCCCGTCTGA CGCGATAGCT 
ATAGAAATCG CGCCCCATGG ACTTCTACAG GCGATCGTGA AAAGATCGCT GGGTCCTAAC 
GTAGTAAACG TACCGCTAAC TCTGAGAGGA TACAACGACA ATGCAGAATA CTTTTTACAA 
GCCCTTGGAA AATTATACAA TGCTGGTTTG CAACCACAAT TGGCGAATCT TTATCCATAC 
GTAGAATTTC CGGTTAGTCG TGGTACTCCC ATGATCTCGC CCTACGTTAG ATGGGAGCAC 
TCTGAAGATT TATTTGTATT AAAACTTGGC TCAAGCGAGA ACATAACAAC GGCAGAAAGG 
AATGTTGAAA TAGTAATTTC AAACAACGAT TTTAAGTATA TGGCTCATCA CGTAATTGAT 
GGAAGAAACT TGCTTCCAGC CACGGGATAC TTGGTTCTGG TCTGGGAAAC ATTTAGTATG 
ATGCAAGGAA AGCTTATGAA TGAATTATCA GTGATTTTCG AAGATGTGAA GTTTGAACGT 
GCATCTAACA TTTCTTCGCC AGTTTTCTTA TCAATCATGA TCCATAGAGG TTCCGGGAAA 
TTCGAGATAT CAGAAAAGTC TACAACTGTT GTGACGGGAT CGATCCGTGA AATGTCGAAT 
CCCTCAGAAG AAATGATTGA TGTTAAATAC TTGAAATCAG TCGAGACCGA TGAACCGCTC 
ACTAGCAAAG ATATATACAA GGAACTGAAA CTTCGTGGGT ACGAATATAC TGAAATATTC 
TGTAGCTTGA AAAGTGCATC CATCAGGGGC ACCAGAGGAC GTATTGCTTG GTACGAAAAT 
TGGGCTGCAT TTATGGATAA CATGTTACAA ATACAGATAT TGGGACTCGA TACTAGAGCT 
CTGTACGTAC CAACAGGCAT ACAAAAATTG GCGATAGACG TGAAAGCTCA CAGTAAAATA 
ATTCAACGTC TCACCGAAGA TAGTAAAGAA ATTCCAGTAT CTGTGTACAA AGATTACAAA 
GCAGTAATAG CCGGAGGAAT TGAAATGCGC GGAATAGAGG CTAATAGTAT TCAACGACGA 
AAACCAATGG CTGAGCCAGT TTTGGAAGAA TACAAGTTCG TCGCTAACCG TGATAACGCG 
CAAACACCCT TAGCAGACAT GATAATATTA TCCACCCAAC TAGCGTTAGA AAGTCACATA 
ACAACTACTC CAAAGATTCT TGAAATAATT CATGAAGAAG AGAAGGTTCC AATTGCAGAA 
ACTCTTTGCC CTATTTTCAT GAAAGTTCTA AGTAATTTAC CAATGGTTCG CCCAAATTTG 
ATTCTATGTG CAAAAGCGAG TCGAAGTGAA GAATTATCAC TTTCCGAGAA TGTTACGGTA 
ATTGAAGAAA ATAAATTGCC GCAAGACGCG AGTGTCTTCA TGGCAGCTGC ATGCGATATT 
ATAAGCAGCA AAAGGTCAGA CATTCTAGAG CAGCTAATAC ACGCAACAGA AGATAAGGGA 
TTTATTCTCC TTCAAGAGAG CGGTATTAAT AAAGATACAT TTCCCTTCCT TAAATCATGC 
GGGCTGAACA TCGTTTTAGA GAAAAGTCTC AATAAGCAGA CTTTACTGCT TCTGAAGAAA 
GAAGAGAAGC CACCTCAGAA AACAGAGGTA GTGCACGTAA ACAATAATGA ATTCAGTTGG 
ATTGAAAAGG TGAAAATGAT TATGAAGAAC GAGAAAGATA AAAAAACTAA TGAAACAACA 
AGACTGGTGC TAGTTGCCGA AGGAGATATG GAGAATGGTT TATTAGGTAT GGTCAAATGT 
TTGAGAAGAG AACCTAATGG TGAAATTGTC AAGGCTGTAA TAATTCAAGA TAAGAATGCA 
CCAAAGTTTT CATTAAACGA TCCATTTTAC TCTGAACAAC TGGACCTAAA CATTGCTTAT 
AATGTTTTAA GACCGGGTAG AATTTGGGGT ACTTACAGAC ACGTACCATA TCCGGAAGTG 
AAGCCAATTC CAGTTCCACA TGGATATGTC AACTTAAAAG TAAGAGGAGA TTTGAGTTCC 
ATTCAGTGGA TGCAGGGTCC AATACAACCT GATGCGAAGT ACGATAATAT CGTGAAGGTG 
GTGTACGCTT CTTTGAACTT TAGAGATGTG ATGCTAGCTA CGGGAAAACT AATGCCAGAA 
GCCATAGCAA GCAAAAGAGA AAGTACAGAC TGCTTAATCG GCTTCGAATT CAGCGGCATC 
GACTCCAATG GTCGGCGAGT AATGGGCTTT GTAGATAGCA AGGCTATATC GAATCTAGTC 
ACTCCTGATA AATTAACTGT GTGGCCAGTA CCAGATGAGT GGTCCCTCGA AGATGCAGCA 
ACAATTCCGT CTGCCTACTT CACCGTACTC TACGCTTTCT TCTACTTCGG GAAATTAAAA 
AAAGGGGAAA AGGTACTGAT CCATGCAGGA AGTGGTGCTG TAGGTCAGGC AGCGATCAAC 
GTGGCCCTCG CAGAAGGTTG CGAGGTGTTC ACTACAGTGG GCACGCCCGA AAAACGCAAG 
TTCATTAAGG AAACCTTCCC CAGCATAGAT GATGATCATA TAGGAAACTC TCGAGATACT 
AGTTTTGAAC AGATGGTGAT GGAACAGACG CACGGAAAAG GTGTCGATGT AGTTTTAAAT 
TCTTTAGCTG AAGACAAACT CCAAGCATCT GTTAGATGCT TGGGTTACCG CGGCCGTTTC 
TTAGAAATTG GTAAATTCGA TTTGGCTTCT AATAATAAAT TGGGAATGAA GATATTTTTG 
AAAGAAATAA CTTTTCATGG AGTTTTATTG GATGGCGTGA TCAGCGGTAT TTCGCCTGTT 
CTACAAGAAG AAATGTATAA TTTTCTTAAT AAACAATTGA AAGATAGGGC TAAAGCTATC 
AATCCGCTAG TACGGAAAAC CTTCCAGAAG GATCAGTTGG AAGAAGCATT CAGGTACATG 
GCAGCCGGAA AGCATATTGG AAAGATTGTA ATTAAAATAG CAGGCGAAGA GACTCCTCTA 
GATACTCGAG TTCTTGCTTA TCCTCGTTTC AACGCTATGA GAGACAAAAG CTACGTGCTT 
GTTGGTGGTT TAGGTGGACT TGGTCTTGAG CTTGCGGACT GGCTCGTTTT ACGTGGTGCT 
AAGAACTTAG TAATGGTTTC CAGAAATGGA ATAAAAACTG GGTATCAGAG ACTGAGGACA 
GAAGTATGGA AATCCTATGG CGTGAAGGTT CAAATTATTT CCGGCGCAGA TGCATCAAAA 
ACGGACGACT GCGAATTCAT TTTACGATCC GCAGAGAAAC AGGCACCTGT CGATGGTATC 
TTTAATTTGG CAGCTCTCTT GAAAGATTGT CTAATGGAAA ACCAAACAGC AAAATTGTTT 
GAAGAGAGCA TGAAACCAAA GGCCAAAATC ACTAAGAAAT TGGACGAAGT TTCAAGGAAA 
ACTTGTCCAA AACTTCGATA CTTCGTAGTC TTTTCTTCCC TGTCGTGTGG AAGGGGAACT 
GCTGGACAAA CTAATTATGG TATGGGAAAC GCCGTGTTGG AGAGAATTTG CGAAAGAAGA 
GTAGAAGAAG GCCTTCCTGG CATGGCAATT CAGTGGGGAG CAGTCGGAGA TGTCGGTCTT 
GCAGCTGACA TGTTGGAAAA TAGGCAGCAA TTAGAAATTG GTGGAACATT GCCCCAAAGG 
ATATCATCGT GTTTGGAAGA ATTCGATAAA TTTATGTGTC AGTGTAGACC AATCGTAGCT 
TGCATGGTAG TGGCAGAGAA ACAATCCAGG ACTCGAGAAG CAACCAGTAT TCTTGAAACG 
GTGATGAATA TTATGAATAT ATCGAACCTA AGAACTGTAG GCCAGAATAC ACCTTTGCCT 
GAAATAGGCT TGGATTCAAT GATGGCCACA GAGATAAGAC AAACTCTGGA GAGAGACTTT 
GAGATAGCTC TAACGCTACA GGATGTCAGG AACCTAACTA TAGCTAAATT GACAAAAATG 
TCAACTGATA ATGCCACGAA AGTAACGAAA AAAAGTACAG AAAGCTTTAC AGACAATATC 
CCATACATTG AAGAGAAGTG GTGGTCAAAC ATTCCTTCGT TAATAAATGA TCAGTATTGT 
ATAGAACAGC CTGTCGTATG TCATGAGCAG AAGGACGAGA TATTCCTGAT ACCTGGTATC 
GAAGGATCAG CTAACACATT CATTTCGCTA GCACCGAATT TAAAATCACC TGCTGTTTGT 
TTAAGAGTAA AAATAACCGA TAAGGTTGAA AGTATAGAGG ACATAGCTGA TCTCCTTCTG 
CCTCTCGTTT TAGCGAGGTG TAAAGGTCGA AAAAGCTTTG TGGTTGTCGG ATATTCGTTC 
GGATCACTAA TAGCTATAGA ATTAGTAAGA AGATTGGAAG CTCGCTCCTT AACTGGGCAA 
CTTATATTAA TAGACGGTTC TCCCGATTAC ACGAAAGCTA TAAACACTAC ACTTTTCGCA 
GCTGCAACAG CAGATGAAAA GCAGAATAAA TTTTTGACTT ATGTAATAAG TAAGACAGGT 
TCCTCTACTA TCGCAGAGTT TATGACAGAG TTGGACAAGT CCAAAACTTG GAACGACAAG 
TTAAATGCTG GAATCAAATA TTTGCCAGAT GTAATTCAAA AGTACTCGAC GGAAACCGTA 
AAAGCACTTA TTTCATTTAT ATTCAAACGT TCCTGTTTAA CAGAGGCGTA CAATCCTTCT 
TCATCGGCAC CTCTTAAAAC ACCTATCACG TTACTAAAAC CGACAGTTCA GTCTGTACAG 
ATCCCGGATG CAGATTATGG TCTCAGCAAG TTGACGCAAG GAAAAATGAT AGTGCACAAG 
CTCAAAGGAG ATCACGTATC AATCTTGGAA AACGTAAAAG TTGCTCAGGC CATAAATGGC 
GAACCTTTCG ATAATTGA

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

RefSeq	XP_017885490.1
CDS	1..6498
Translation	MCCVLSKDCRCRSFDSKGSGYVRSEAVCTILLQRAKDAKRIYAQVVHSKSNCDGYKAQGITFPSSQVQKILLTDVYKECKVSPHELAYLEAHATGTVVGDPEELNAIDQVFCQGRNTPLKIGSIKSNMGHTEASSGLCSVIKVIIAMESGLIPPNLHFTSPTKGVKCFEEGKLQVITEPTPWEGGYVGVNSFGFGGANAHVLLKSFTKEKVNNGAPSDDLPRLVAVSGRTEEAVKTLLDYVESIPVDVEYIRLLHDIHNEEISGHLFRGYTLVNSTSGRPIKEIQQYPGVKRPIWFVFSGMGSQWPGMGEALMKFPIFYKAIQKCDAVLKPHGVDIFDILTNKDKKTFDNILNSFVGIAAVQIGLVDLLTSVGIEPDNIIGHSVGELGCAYADGCFTAEQMVLAAYSRGLASIETKMIRGSMAAVGLGYKEIKDMCPPDIEVACHNSSQSSTISGPAESMKKFVAELTAKNIFAREVACSNIAYHSRYIAEAGTKLLAYLKKVIPEPKRRSSKWLSSSVPQTEWSKESAKYSSAEYHTNNLLNSVLFEETAAMIPSDAIAIEIAPHGLLQAIVKRSLGPNVVNVPLTLRGYNDNAEYFLQALGKLYNAGLQPQLANLYPYVEFPVSRGTPMISPYVRWEHSEDLFVLKLGSSENITTAERNVEIVISNNDFKYMAHHVIDGRNLLPATGYLVLVWETFSMMQGKLMNELSVIFEDVKFERASNISSPVFLSIMIHRGSGKFEISEKSTTVVTGSIREMSNPSEEMIDVKYLKSVETDEPLTSKDIYKELKLRGYEYTEIFCSLKSASIRGTRGRIAWYENWAAFMDNMLQIQILGLDTRALYVPTGIQKLAIDVKAHSKIIQRLTEDSKEIPVSVYKDYKAVIAGGIEMRGIEANSIQRRKPMAEPVLEEYKFVANRDNAQTPLADMIILSTQLALESHITTTPKILEIIHEEEKVPIAETLCPIFMKVLSNLPMVRPNLILCAKASRSEELSLSENVTVIEENKLPQDASVFMAAACDIISSKRSDILEQLIHATEDKGFILLQESGINKDTFPFLKSCGLNIVLEKSLNKQTLLLLKKEEKPPQKTEVVHVNNNEFSWIEKVKMIMKNEKDKKTNETTRLVLVAEGDMENGLLGMVKCLRREPNGEIVKAVIIQDKNAPKFSLNDPFYSEQLDLNIAYNVLRPGRIWGTYRHVPYPEVKPIPVPHGYVNLKVRGDLSSIQWMQGPIQPDAKYDNIVKVVYASLNFRDVMLATGKLMPEAIASKRESTDCLIGFEFSGIDSNGRRVMGFVDSKAISNLVTPDKLTVWPVPDEWSLEDAATIPSAYFTVLYAFFYFGKLKKGEKVLIHAGSGAVGQAAINVALAEGCEVFTTVGTPEKRKFIKETFPSIDDDHIGNSRDTSFEQMVMEQTHGKGVDVVLNSLAEDKLQASVRCLGYRGRFLEIGKFDLASNNKLGMKIFLKEITFHGVLLDGVISGISPVLQEEMYNFLNKQLKDRAKAINPLVRKTFQKDQLEEAFRYMAAGKHIGKIVIKIAGEETPLDTRVLAYPRFNAMRDKSYVLVGGLGGLGLELADWLVLRGAKNLVMVSRNGIKTGYQRLRTEVWKSYGVKVQIISGADASKTDDCEFILRSAEKQAPVDGIFNLAALLKDCLMENQTAKLFEESMKPKAKITKKLDEVSRKTCPKLRYFVVFSSLSCGRGTAGQTNYGMGNAVLERICERRVEEGLPGMAIQWGAVGDVGLAADMLENRQQLEIGGTLPQRISSCLEEFDKFMCQCRPIVACMVVAEKQSRTREATSILETVMNIMNISNLRTVGQNTPLPEIGLDSMMATEIRQTLERDFEIALTLQDVRNLTIAKLTKMSTDNATKVTKKSTESFTDNIPYIEEKWWSNIPSLINDQYCIEQPVVCHEQKDEIFLIPGIEGSANTFISLAPNLKSPAVCLRVKITDKVESIEDIADLLLPLVLARCKGRKSFVVVGYSFGSLIAIELVRRLEARSLTGQLILIDGSPDYTKAINTTLFAAATADEKQNKFLTYVISKTGSSTIAEFMTELDKSKTWNDKLNAGIKYLPDVIQKYSTETVKALISFIFKRSCLTEAYNPSSSAPLKTPITLLKPTVQSVQIPDADYGLSKLTQGKMIVHKLKGDHVSILENVKVAQAINGEPFDN

Target ORF information:

RefSeq Version	XM_018030001.1
Organism	Ceratina calcarata
Definition	Ceratina calcarata fatty acid synthase-like (LOC108628231), mRNA.

Target ORF information:

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

XM_018030001.1

ORF Insert Sequence:

ATGTGCTGCG TGCTGAGTAA AGACTGCAGA TGCAGGAGTT TCGATTCCAA AGGTAGTGGA 
TACGTCCGTA GTGAAGCCGT ATGCACAATA CTATTGCAGA GAGCAAAGGA TGCGAAAAGA 
ATTTATGCAC AAGTCGTACA CTCAAAGAGC AACTGCGATG GCTACAAAGC ACAGGGTATT 
ACGTTTCCTT CCTCACAAGT ACAGAAAATA CTCTTGACTG ACGTGTACAA GGAATGCAAA 
GTATCTCCCC ATGAATTGGC TTACCTGGAA GCTCACGCTA CCGGAACTGT CGTGGGCGAC 
CCTGAGGAAT TAAACGCGAT AGATCAAGTA TTTTGTCAGG GCAGAAATAC ACCCCTCAAA 
ATTGGTTCTA TTAAGTCGAA TATGGGTCAC ACAGAAGCTT CCAGTGGTCT TTGTTCTGTG 
ATTAAGGTCA TCATTGCGAT GGAAAGCGGT TTAATTCCAC CAAATTTGCA TTTTACAAGT 
CCAACGAAGG GTGTGAAATG TTTCGAGGAA GGAAAACTTC AAGTAATTAC GGAACCAACT 
CCATGGGAGG GTGGCTACGT AGGAGTGAAC TCGTTCGGTT TCGGTGGCGC AAATGCTCAC 
GTTTTGCTGA AATCGTTCAC GAAGGAGAAA GTGAACAATG GAGCACCTTC TGATGATTTG 
CCTCGATTGG TAGCAGTATC TGGTCGCACA GAAGAAGCAG TGAAAACACT TCTCGACTAT 
GTGGAAAGTA TTCCAGTGGA CGTAGAATAT ATCCGACTTT TACACGATAT ACATAACGAG 
GAAATATCGG GACATTTGTT CAGAGGCTAT ACACTCGTTA ATTCCACATC AGGAAGACCA 
ATCAAAGAGA TCCAACAATA TCCTGGCGTG AAAAGGCCAA TTTGGTTTGT CTTTTCTGGA 
ATGGGCTCCC AGTGGCCTGG CATGGGCGAG GCATTGATGA AGTTCCCAAT TTTCTATAAA 
GCTATTCAAA AGTGCGATGC AGTGTTGAAG CCGCACGGTG TGGATATCTT CGATATTCTT 
ACTAACAAGG ATAAGAAGAC TTTCGATAAT ATCTTAAATT CGTTCGTTGG GATCGCCGCA 
GTCCAAATCG GTCTTGTTGA TCTGTTAACA TCCGTGGGCA TCGAACCGGA TAATATAATC 
GGGCACTCTG TCGGAGAACT CGGTTGCGCA TACGCTGATG GATGTTTTAC GGCTGAACAA 
ATGGTGCTCG CAGCATATTC TAGGGGTTTA GCATCCATAG AAACTAAAAT GATTCGAGGT 
TCTATGGCTG CAGTTGGTCT TGGATACAAG GAAATAAAGG ACATGTGTCC ACCTGATATA 
GAAGTTGCTT GTCACAACAG CTCTCAGAGC TCCACTATAA GTGGACCAGC TGAATCAATG 
AAGAAGTTCG TTGCAGAATT AACGGCGAAA AATATCTTCG CCAGAGAAGT GGCGTGCAGC 
AACATTGCAT ATCATAGTCG ATATATTGCC GAGGCGGGAA CAAAATTGTT GGCATATTTG 
AAAAAAGTGA TTCCCGAACC AAAACGCAGG AGCTCCAAAT GGTTGAGCAG TTCTGTACCT 
CAGACTGAGT GGTCTAAAGA ATCTGCCAAA TACTCATCCG CTGAGTATCA TACAAATAAC 
TTGTTGAACT CGGTATTATT CGAGGAAACT GCTGCAATGA TCCCGTCTGA CGCGATAGCT 
ATAGAAATCG CGCCCCATGG ACTTCTACAG GCGATCGTGA AAAGATCGCT GGGTCCTAAC 
GTAGTAAACG TACCGCTAAC TCTGAGAGGA TACAACGACA ATGCAGAATA CTTTTTACAA 
GCCCTTGGAA AATTATACAA TGCTGGTTTG CAACCACAAT TGGCGAATCT TTATCCATAC 
GTAGAATTTC CGGTTAGTCG TGGTACTCCC ATGATCTCGC CCTACGTTAG ATGGGAGCAC 
TCTGAAGATT TATTTGTATT AAAACTTGGC TCAAGCGAGA ACATAACAAC GGCAGAAAGG 
AATGTTGAAA TAGTAATTTC AAACAACGAT TTTAAGTATA TGGCTCATCA CGTAATTGAT 
GGAAGAAACT TGCTTCCAGC CACGGGATAC TTGGTTCTGG TCTGGGAAAC ATTTAGTATG 
ATGCAAGGAA AGCTTATGAA TGAATTATCA GTGATTTTCG AAGATGTGAA GTTTGAACGT 
GCATCTAACA TTTCTTCGCC AGTTTTCTTA TCAATCATGA TCCATAGAGG TTCCGGGAAA 
TTCGAGATAT CAGAAAAGTC TACAACTGTT GTGACGGGAT CGATCCGTGA AATGTCGAAT 
CCCTCAGAAG AAATGATTGA TGTTAAATAC TTGAAATCAG TCGAGACCGA TGAACCGCTC 
ACTAGCAAAG ATATATACAA GGAACTGAAA CTTCGTGGGT ACGAATATAC TGAAATATTC 
TGTAGCTTGA AAAGTGCATC CATCAGGGGC ACCAGAGGAC GTATTGCTTG GTACGAAAAT 
TGGGCTGCAT TTATGGATAA CATGTTACAA ATACAGATAT TGGGACTCGA TACTAGAGCT 
CTGTACGTAC CAACAGGCAT ACAAAAATTG GCGATAGACG TGAAAGCTCA CAGTAAAATA 
ATTCAACGTC TCACCGAAGA TAGTAAAGAA ATTCCAGTAT CTGTGTACAA AGATTACAAA 
GCAGTAATAG CCGGAGGAAT TGAAATGCGC GGAATAGAGG CTAATAGTAT TCAACGACGA 
AAACCAATGG CTGAGCCAGT TTTGGAAGAA TACAAGTTCG TCGCTAACCG TGATAACGCG 
CAAACACCCT TAGCAGACAT GATAATATTA TCCACCCAAC TAGCGTTAGA AAGTCACATA 
ACAACTACTC CAAAGATTCT TGAAATAATT CATGAAGAAG AGAAGGTTCC AATTGCAGAA 
ACTCTTTGCC CTATTTTCAT GAAAGTTCTA AGTAATTTAC CAATGGTTCG CCCAAATTTG 
ATTCTATGTG CAAAAGCGAG TCGAAGTGAA GAATTATCAC TTTCCGAGAA TGTTACGGTA 
ATTGAAGAAA ATAAATTGCC GCAAGACGCG AGTGTCTTCA TGGCAGCTGC ATGCGATATT 
ATAAGCAGCA AAAGGTCAGA CATTCTAGAG CAGCTAATAC ACGCAACAGA AGATAAGGGA 
TTTATTCTCC TTCAAGAGAG CGGTATTAAT AAAGATACAT TTCCCTTCCT TAAATCATGC 
GGGCTGAACA TCGTTTTAGA GAAAAGTCTC AATAAGCAGA CTTTACTGCT TCTGAAGAAA 
GAAGAGAAGC CACCTCAGAA AACAGAGGTA GTGCACGTAA ACAATAATGA ATTCAGTTGG 
ATTGAAAAGG TGAAAATGAT TATGAAGAAC GAGAAAGATA AAAAAACTAA TGAAACAACA 
AGACTGGTGC TAGTTGCCGA AGGAGATATG GAGAATGGTT TATTAGGTAT GGTCAAATGT 
TTGAGAAGAG AACCTAATGG TGAAATTGTC AAGGCTGTAA TAATTCAAGA TAAGAATGCA 
CCAAAGTTTT CATTAAACGA TCCATTTTAC TCTGAACAAC TGGACCTAAA CATTGCTTAT 
AATGTTTTAA GACCGGGTAG AATTTGGGGT ACTTACAGAC ACGTACCATA TCCGGAAGTG 
AAGCCAATTC CAGTTCCACA TGGATATGTC AACTTAAAAG TAAGAGGAGA TTTGAGTTCC 
ATTCAGTGGA TGCAGGGTCC AATACAACCT GATGCGAAGT ACGATAATAT CGTGAAGGTG 
GTGTACGCTT CTTTGAACTT TAGAGATGTG ATGCTAGCTA CGGGAAAACT AATGCCAGAA 
GCCATAGCAA GCAAAAGAGA AAGTACAGAC TGCTTAATCG GCTTCGAATT CAGCGGCATC 
GACTCCAATG GTCGGCGAGT AATGGGCTTT GTAGATAGCA AGGCTATATC GAATCTAGTC 
ACTCCTGATA AATTAACTGT GTGGCCAGTA CCAGATGAGT GGTCCCTCGA AGATGCAGCA 
ACAATTCCGT CTGCCTACTT CACCGTACTC TACGCTTTCT TCTACTTCGG GAAATTAAAA 
AAAGGGGAAA AGGTACTGAT CCATGCAGGA AGTGGTGCTG TAGGTCAGGC AGCGATCAAC 
GTGGCCCTCG CAGAAGGTTG CGAGGTGTTC ACTACAGTGG GCACGCCCGA AAAACGCAAG 
TTCATTAAGG AAACCTTCCC CAGCATAGAT GATGATCATA TAGGAAACTC TCGAGATACT 
AGTTTTGAAC AGATGGTGAT GGAACAGACG CACGGAAAAG GTGTCGATGT AGTTTTAAAT 
TCTTTAGCTG AAGACAAACT CCAAGCATCT GTTAGATGCT TGGGTTACCG CGGCCGTTTC 
TTAGAAATTG GTAAATTCGA TTTGGCTTCT AATAATAAAT TGGGAATGAA GATATTTTTG 
AAAGAAATAA CTTTTCATGG AGTTTTATTG GATGGCGTGA TCAGCGGTAT TTCGCCTGTT 
CTACAAGAAG AAATGTATAA TTTTCTTAAT AAACAATTGA AAGATAGGGC TAAAGCTATC 
AATCCGCTAG TACGGAAAAC CTTCCAGAAG GATCAGTTGG AAGAAGCATT CAGGTACATG 
GCAGCCGGAA AGCATATTGG AAAGATTGTA ATTAAAATAG CAGGCGAAGA GACTCCTCTA 
GATACTCGAG TTCTTGCTTA TCCTCGTTTC AACGCTATGA GAGACAAAAG CTACGTGCTT 
GTTGGTGGTT TAGGTGGACT TGGTCTTGAG CTTGCGGACT GGCTCGTTTT ACGTGGTGCT 
AAGAACTTAG TAATGGTTTC CAGAAATGGA ATAAAAACTG GGTATCAGAG ACTGAGGACA 
GAAGTATGGA AATCCTATGG CGTGAAGGTT CAAATTATTT CCGGCGCAGA TGCATCAAAA 
ACGGACGACT GCGAATTCAT TTTACGATCC GCAGAGAAAC AGGCACCTGT CGATGGTATC 
TTTAATTTGG CAGCTCTCTT GAAAGATTGT CTAATGGAAA ACCAAACAGC AAAATTGTTT 
GAAGAGAGCA TGAAACCAAA GGCCAAAATC ACTAAGAAAT TGGACGAAGT TTCAAGGAAA 
ACTTGTCCAA AACTTCGATA CTTCGTAGTC TTTTCTTCCC TGTCGTGTGG AAGGGGAACT 
GCTGGACAAA CTAATTATGG TATGGGAAAC GCCGTGTTGG AGAGAATTTG CGAAAGAAGA 
GTAGAAGAAG GCCTTCCTGG CATGGCAATT CAGTGGGGAG CAGTCGGAGA TGTCGGTCTT 
GCAGCTGACA TGTTGGAAAA TAGGCAGCAA TTAGAAATTG GTGGAACATT GCCCCAAAGG 
ATATCATCGT GTTTGGAAGA ATTCGATAAA TTTATGTGTC AGTGTAGACC AATCGTAGCT 
TGCATGGTAG TGGCAGAGAA ACAATCCAGG ACTCGAGAAG CAACCAGTAT TCTTGAAACG 
GTGATGAATA TTATGAATAT ATCGAACCTA AGAACTGTAG GCCAGAATAC ACCTTTGCCT 
GAAATAGGCT TGGATTCAAT GATGGCCACA GAGATAAGAC AAACTCTGGA GAGAGACTTT 
GAGATAGCTC TAACGCTACA GGATGTCAGG AACCTAACTA TAGCTAAATT GACAAAAATG 
TCAACTGATA ATGCCACGAA AGTAACGAAA AAAAGTACAG AAAGCTTTAC AGACAATATC 
CCATACATTG AAGAGAAGTG GTGGTCAAAC ATTCCTTCGT TAATAAATGA TCAGTATTGT 
ATAGAACAGC CTGTCGTATG TCATGAGCAG AAGGACGAGA TATTCCTGAT ACCTGGTATC 
GAAGGATCAG CTAACACATT CATTTCGCTA GCACCGAATT TAAAATCACC TGCTGTTTGT 
TTAAGAGTAA AAATAACCGA TAAGGTTGAA AGTATAGAGG ACATAGCTGA TCTCCTTCTG 
CCTCTCGTTT TAGCGAGGTG TAAAGGTCGA AAAAGCTTTG TGGTTGTCGG ATATTCGTTC 
GGATCACTAA TAGCTATAGA ATTAGTAAGA AGATTGGAAG CTCGCTCCTT AACTGGGCAA 
CTTATATTAA TAGACGGTTC TCCCGATTAC ACGAAAGCTA TAAACACTAC ACTTTTCGCA 
GCTGCAACAG CAGATGAAAA GCAGAATAAA TTTTTGACTT ATGTAATAAG TAAGACAGGT 
TCCTCTACTA TCGCAGAGTT TATGACAGAG TTGGACAAGT CCAAAACTTG GAACGACAAG 
TTAAATGCTG GAATCAAATA TTTGCCAGAT GTAATTCAAA AGTACTCGAC GGAAACCGTA 
AAAGCACTTA TTTCATTTAT ATTCAAACGT TCCTGTTTAA CAGAGGCGTA CAATCCTTCT 
TCATCGGCAC CTCTTAAAAC ACCTATCACG TTACTAAAAC CGACAGTTCA GTCTGTACAG 
ATCCCGGATG CAGATTATGG TCTCAGCAAG TTGACGCAAG GAAAAATGAT AGTGCACAAG 
CTCAAAGGAG ATCACGTATC AATCTTGGAA AACGTAAAAG TTGCTCAGGC CATAAATGGC 
GAACCTTTCG ATAATTGA