ARFGEF3 cDNA ORF clone, Aptenodytes forsteri(emperor penguin)

Gene
Clones
gRNAs

Summary

Gene Symbol	ARFGEF3
Entrez Gene ID	103900727
Full Name	ARFGEF family member 3
Gene Type	protein-coding
Organism	Aptenodytes forsteri(emperor penguin)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009281469.2	XP_009279744.1	brefeldin A-inhibited guanine nucleotide-exchange protein 3

Pathways from BioSystems
Gene Ontology

The following ARFGEF3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ARFGEF3 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
OAp54201	XM_009281469.2 Latest version!	Aptenodytes forsteri ARFGEF family member 3 (ARFGEF3), 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)

ARFGEF3 ( XM_009281469.2 ) cDNA ORF clone, Aptenodytes forsteri(emperor penguin) -> XP_009279744.1 Aptenodytes forsteri ARFGEF family member 3 (ARFGEF3), mRNA.

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CloneID	OAp54201
Clone ID Related Accession (Same CDS sequence)	XM_009281469.2
Accession Version	XM_009281469.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6540bp) 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	2016-12-04
Organism	Aptenodytes forsteri(emperor penguin)
Product	brefeldin A-inhibited guanine nucleotide-exchange protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008795490.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 5, 2016 this sequence version replaced XM_009281469.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Aptenodytes forsteri 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##

ATGGAAGAAA TCCTGCGAAA GCTGCAGAAG GAGGCGTCGG GGAGCAAGCA CAGGGCCATC 
AAGGAGAGCT GCACCTCGGC CATCGAAACC TTGGATTCTC CTGATGCTGC TATCAAGATA 
CCTCCGTATC AGCTAAGGGA GAAGTGTCTC CTTCCTCTCC AATTGGCTCT GGAATCGAAG 
AGCATGAAGC TGGCCCAACA GGCTCTAGCA GGGATGCAGA AGCTGCTGTC TGATGAGAGG 
TTTGTATCCA TGGAAACAGA CTCAGATGAG AAACAGTTGC TTAATCAGAT GCTGAATGCC 
GTCAAAGTGA CTCCTTCACT CAATGAAGAC CTGCAGGTTG AAGTGATGAA GGTCTTGCTC 
TGTATAACAT ATACCTCCAC ATTTGAGCTG AATGGGAGTT CAGTGTTGAA GATTGCTGAG 
GTTTGCATTG AGACATATGT ATCTAGCTGT CACCAGCGGA GCATTAACAC CGCTGTGCGG 
GCAACCCTCA GCCAAATGTT GAGTGACTTG ACTTTACAGT TACGACAAAA GCAAGAAAAT 
ATGACAATTG AAAACCATGA CGCCTTGCAG AAATTCAAGA CTCAAGGTAC TTCAGCTGAG 
TCGCTTTGTG ATGATGTTGT ATCTGTCCTC ACTGTGCTCT GTGAGAAGCT CCAGGCTGTC 
ATAAATGACA ATCGGCAACT TCAGCTTCTT TACTTGGAGT GCATCCTCTC CATGTTAAAC 
AGCTCCTCTC CGAGCATGCA CCAGCACAAA GGATTCACTG ATCTAATATG GAAGCAACTG 
TGTCCAGCCC TAGTAGTAAT TCTGGGAAAT CCAATCCATG ACAAAACTAT CACCTCTGCC 
CACAGCAGCA TCTGCCTTGA GGCTGATTCA CCTTCCTCAG GGATCTCTGA TCATGGCCGG 
GGTTCAGGTT GTTCCTCCAC AGCACCTGCC CTTAGTGGGC CAGTTGCACG GACCATATAT 
TATATTGCAG CAGAACTGGT TCGACTGGTG GGGTCAGTGG AATCCATGAA GCCTGTGCTG 
CAGTCTCTCT ATCACCGGAT ACTGCTTTAC CCACCACCTC AGCACCGAGT AGAAGCCATC 
AAAATTATGA AAGAGATACT TGGCAGTCCT CGGCGGCTTT GTGATTTGGC AGGGCCCTGC 
TCTTCTGAGT CAGAATCCAG GAAGAGGTCT ATTTCTAAAA GGAAGTCCCA TCTGGATCTT 
CTCAAGCTTA TCATGGACGG GATGACAGAA GCGTGCATCA AAGGTGGTAT TGAAGCATGT 
TATGCTTCAG TGTCCTGCGT CTTTGCCCTG CTTGGAGCAT TAGATGAGCT GAGCCAAGGG 
AGGGGCCTTA GTGAAGAGCA GATCCAGCTG CTGCTCCGGC GCTTAGAAGA ATTGAAGGAT 
GGGACTGAGA CGAGCAGGGA CTCCATGGAG ATCAATGATG CCGACTTTAG GTGGCAGAGG 
CGCATCCTGT CCTCAGAAAA TCCTGCCTGG GAATCAGGAA ATGAGAAGAG TCCTGATATT 
AGCATTAGCG TTACCACAGA CACTGGTCAG ACCACTTTGG AAGGGGATAT GGGACAGACA 
ACTCCAGAGG ATAACCCAGA AAGTCAAAAA AACTCACTGC CATCTCCAGC TGGACACGAA 
AGCAAAGAGA TACGTTACAG AGAACCAGAG TCAGAAACCA TCGACCAGCC AGATGTTGTT 
CAGAGAAGCC ACACCATAGT CTATCCAGAT ATAACTAACT TCTTATCAGT TGATTGCAAG 
ACCCGGTCCT ATGGATCCAG ATACAGTGAA AGTAACTTCA GTGTAGATGA CCAGGATCTT 
TCTAGGACTG AGTTTGATTC ATGTGATCAG TATTCCATGG CAGCAGAGAA GGACTCAGGC 
AGGTCAGATG TCTCAGACAT AGGCTCTGAC AATTGCTCCC TGGCTGACGA GGAGCAGATG 
CCACGGGATT GTCCAGGTCA CAGGTCCTTA CGTACTGCTG CTCTCTCTCT GAAATTGCTG 
AAAAACCAAG AAGCAGACCA GCACAGTGCA CGGCTGTTCA TCCAGTCACT TGAAACTCTT 
CTTCCTCGGC TTATAGCTCT TCCCAGCATA GAGGAGGTGG ATGGAGCACT GCAGAGCTTC 
TCTTCAACCT TCTGCTCAGG TATGATGCAC TCACCAGGAT TTGAGGGAAG CCTAAATTTC 
AGCTTCCAGA CTCTGATGAA TGCAGATAGT CTCTACATGG TCTCACATTA CACTCTGCTG 
CTCAACCTAA AATTGGCCAA CTCGGATTAC TACAGGAAGA AGCCTGCCCA AGCCCCTGTG 
TTGCTGAAGG AGTTCATGAA GCAGGTCCAG TCCAGTGGAG TGTTGATGGT ATTTTCCCAG 
GCCTGGGTTG AAGAACTGTA CCACCAGGTA CTAGAAAGGA ACATGCTGGG GGAAGCTGGA 
TACTGGGGAA GCCCTGAAGA GCACAGCCTT CCACTTATCA CCATGCTGAC CGACATCGAT 
GGCTTGGGAA GCAGTGCAAT TGGTGGCCAA TTGATGGCAT CTGCTTCAGC TCAATCTCCT 
CTTTCCCAAA ACCGGAAGAC AGATGATTCT GTTGTTGCAG GAGTTGCTTT TGCCCGATAC 
CTTTTAATCG GCTGTTGGAA GAACTTGATT GATACTTTGT CCACACCACT GACTGGCCGC 
ATGGCAGGCA GCTCCAAGGG GCTGGCCTTC ATCTTGGGAG CAGAAGGAGC CAAGGAGCAG 
AACCAAAAGG AGAAGGACTC CATCTGTGTG AGCCTGGATG GACTGAGGAG GGCAGCCCGG 
CTGAGCTGTG CTCTAGGAGT TGCTGCTAAC TGTGCATCTG CTCTTGCCCA AATGGCTGCT 
GCCTCCTGTG TCCAAGAAGA GAAAGAGGAA AAAGAAATCC AAGAGCCCAG TGATACTATA 
GCTCAAGTGA AACAGAAAGT GGAGCAGAAA CTGGAGCAGA TGGGGAAAGT GCAGGGAGTC 
TGCCTGCACA CTGCTCATGT TTTGTGTATG GATGCAGTCC TTAACGTGGG CCTGGAGATG 
GGAAGCCACA ATCAGGACTG TTGGCCTCAT GTGTTCAGGG TGTGTGAGTA CATCAGCACA 
CTGGAGCACA CCCACTTCAG TGACGGTGCT TCCCAGCCCT CCCTTACCAT CACCCAGTCA 
CAGCAGGCAC CTGGAGGGCT GCACCCAGAC TCTGAGCCTG GGGAGTCTCC CCAGACACTG 
ACCCCAGAGC AAGAGACCAC CCTCAGCGGC AATCCTGTCA TTCAGCCGGT TTCTATCCAG 
GAACTCATCA AAGAGAGCAG TAAGGGCAGA GCTTTTGACT TCCGTGGAGG CAGCCTGCTC 
TGTGGGACCA GTGCTGCTAA GGCTGTTCTC ACACTCTCCA CGCAAGCTGA CAGGCTCTTT 
GAAGATGCTG CTGACAAGTT AAACTTGATG GCATTAGCAG GCTTCCTTTA CCAGCTCAAG 
AAGGCTTCTC AGGCCCAGCT TTTCCATTCA GTCACAGATA CAGTTGATTA CTCCCTAGCA 
ATGCCAGGTG AAGTAAAATC TACCCAGGAC AGGAGAAGCG CACTTCACTT GTTCCGGCTT 
GGTGATGCCA TGCTCAGAAT TGTAAGGAGT AAATCTCGCC CGTTGCTCCA CCTCATGCGC 
TGCTGGAGCC TGGTGGCACC TCACCTTGTA GAGGCTGCCT GTCATAAGGA GAGACACGTG 
TCTCGGAAAG CTGTCTCCTT CATCCATGAC ATCCTCACTG AAGTGCTGAC AGACTGGAAT 
GAGCCTTCTC ATTTTCACTT TAATGAGGCA CTTTTCCGCC CCTTTGAGCG TATTATGCAG 
CTAGAGCTGT GTGATGAGGA TGTCCAAGAC CAGGTGGTCA CCTCTATAGG AGAGTTGGTG 
GAAATGTGTT CTACCCAGAT CCAGTCAGGA TGGAGACCCC TGTTCAGTGC CCTGGAAACA 
GTGCACAGCA GCAGCAAGTC AGAGGTTAAA GAGTACCTTG TAGGAGAATA CTCTGTGGGG 
AAACGCCAGG CTCCGGTGTT TGATGTCTTT GAAGCATTTC TAAACACAGA CAGCATCCAG 
GTCTTTGCCA ATGCCGCCAC CAGTTATATT ATGTGCCTTA TGAAGTTTGT CAAAGGACTG 
GGGGAAATAG ATTGCAAGGA GATGGGTGAC TGTGTGCCAG GATCAGGATC TGCATCTACA 
GACTTGTGCC TTCCCGCGCT TGATTACCTC AGGAGATGTT CTCAGTTGTT AGCCAAAATC 
TATAAAATGC CCTTGAAACC CATCTTCCTC AGTGGCCGGC TGGTTAACTT GCCTCGAAGA 
GTGCAGGAAC AGTCAGCCAG CAGTGAGGAC GGTATTGAGT GCATCCTTTC TGACTGTGAT 
GACGACACTG GCCTTATCAA TGTCTGGATT ATTCTGCTGG AAGAATTAAC AACTGCCATA 
TCCAACTGTC CCCGTCAGCA CCAGCCTCCT ACTTTGGATC TGCTCTTTGA ATTGCTGAGG 
GATGTTGCCA AGACACCTGG CCCAGGATTT GGCATTTATG CAGTTGTACA TCTTCTTCTT 
CCCACGATGT CTCTTTGGCT CCATCGCAGC CATGGTGACC ATTCTTACTG GGATGTGGCA 
TCTGCTAATT TCAAGCATGC CATTGGCCTT TCCTGTGAAC TCGTAGTGGA GCACATTCAA 
AATTTCATAC ACTCAGATAT TGGTTATGAA AATATGATCA ATACTATGCT GAAAGATCTT 
TTCAAGTTGC TGGTAGCCTG TGTAGCAGAA CCAACAGAAA TTATTTCCAG AGTTGGCTGC 
TCTTGTATCA GGTATGTGTT AGTGACCGCA GGGCCTGTTT TTACTGAAGA GATGTGGAGG 
CTTGCGTGTT GTGCCCTGCA GGATGCGTTC TCTGCCACGC TGGAGCCGGT AAAGAACCTG 
TTGGGCTATT TCCACAGTGG TTCTGAAAGC TTTAGTGGAG ATGCCTGTGA AGTGAAGGTG 
GCAGCCCCCT CCCTCTCGCC AAGTGCTGAA GCTGAATACT GGAGAATCAG AGCCATGGCA 
CAACAGGTCT TCATGCTGGA GACTCAGTGC TCCCCAAAGA CCCCTAGCAA CAAGGAAGGG 
TTTGAACATG CCCAGTCGTG TGTGCTCATC ATTGACCTGC CACCAGATAA GAAACCAAAT 
GGGCATACCC AGAGAAGTAT TCCTTTCAGG ACGATAGTGG TGAGCTTGCT GTCCCACCAA 
GTACTGCTCC AGAATTTATA TGACATCTTA CTGGAAGAAT TTGTGAAAGG CCCTTCTAAC 
TTGGAGGAGA AAATGACAAT ACAAGTACCA GAAAACAAGT TGGCTGGTTT TCTCAGGTAC 
ATCTCCATGC AAAACCTGGC TGTCATCTTT GACTTACTGC TGGACTCCTA CAGAACAGCC 
AGAGAGTTTG ACACCAGACC TGGGTTGAAG TGTTTGCTGA AAAAAGTGTC TGGCATTAGT 
GGAGCTGCCA ACTTGTATCG CCAGTCAGCA ATGAGCTTCA ACATCTACTT CCATGCTTTG 
GTTTGTGCAA TCCTGACAAA CCAGGAGAAC ATTACTGCAG AGCAAGTGAA GAAGATCCTC 
TTTGAAGATG ATGAGAGAAG CACAGACTCG TCACAGCAGT GTTCTTCAGA AGATGAAGAC 
ATTTTTGAAG AAACCGCCCA GGTCAGTCCC CCACGAGGGA AGGAGAAGAG ACAGTGGAGG 
GCTCGAATAC CATCTCTGAG TGTACAGCCT GTCAGCAATG CGGACTGGGG ATGGCTAATC 
AAGCGGCTTC ATAAGCTCTG TATGGAACTG TGCAACAACT ATATTCAGAT GCATCTGGAC 
CTGGAGAATA ATGTAGAGGA GCCTCCAGTG TTCAAAGGCG ACCCTTTCTT CGTTTTACCA 
TCCTTTCACT CAGAAACCTC CACCCCATCG ACAGGAGGGC AATCTGGGAA GGACACACCA 
TCGGAAGATG ACCGGAGTCA AATCAGGGAC CAACTGGGAG ACAGCCTGAC ATCGCGAGGA 
GGGAGTGGAG AAATGTTGCT GCTACCTCCA CCTCTAAGTC CTAAACCAGA GAAAAAAGAG 
CAAACGAGGA AAAAAGAATG GTGGGAGAGT GCTGGCAACA AGATCTACAC CATAGCCACT 
GACAAAACTA TCTCCAAGCT CATGACAGAA TACAAGAAGA GAAAGCAGCA ACAGGCCATG 
ACATCCTTCA CCAAAGAGGT CAAAGTGGAA AAGAAAGGGG AGCTCCTGGG CTCAAGGGGG 
CCAGACTCAC CCATACTCCA GCGACCACAA CATCTTATAG ATCAAGGTCA AATGAGGCAT 
TCATTCAGTG CTGGTCCAGA GATCCTGAGA CAAGAGAAGA GACCACGCTC AGGATCCACA 
GTCAGTTCCC TGAATATATC TGTTAGGGAT GCTGAGGCCC AGATACAGGC ATGGACCAAC 
ATGGTGCTGA CAGTTCTCAA CCAGATTCAG GCCCTGCCAG ACCAAACTTT CACAGCCCTG 
CAGCCAGCGG TGTTCCCCTG TATCAGCCAG CTGACTTGCC ACGTGACAGA TATCCGTGTC 
CGCCAGGCAG TACGGGAATG GCTGGGAAGA GTGGGCCGAG TCTACGATAT CATCATTTAA

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

RefSeq	XP_009279744.1
CDS	56..6595
Translation	MEEILRKLQKEASGSKHRAIKESCTSAIETLDSPDAAIKIPPYQLREKCLLPLQLALESKSMKLAQQALAGMQKLLSDERFVSMETDSDEKQLLNQMLNAVKVTPSLNEDLQVEVMKVLLCITYTSTFELNGSSVLKIAEVCIETYVSSCHQRSINTAVRATLSQMLSDLTLQLRQKQENMTIENHDALQKFKTQGTSAESLCDDVVSVLTVLCEKLQAVINDNRQLQLLYLECILSMLNSSSPSMHQHKGFTDLIWKQLCPALVVILGNPIHDKTITSAHSSICLEADSPSSGISDHGRGSGCSSTAPALSGPVARTIYYIAAELVRLVGSVESMKPVLQSLYHRILLYPPPQHRVEAIKIMKEILGSPRRLCDLAGPCSSESESRKRSISKRKSHLDLLKLIMDGMTEACIKGGIEACYASVSCVFALLGALDELSQGRGLSEEQIQLLLRRLEELKDGTETSRDSMEINDADFRWQRRILSSENPAWESGNEKSPDISISVTTDTGQTTLEGDMGQTTPEDNPESQKNSLPSPAGHESKEIRYREPESETIDQPDVVQRSHTIVYPDITNFLSVDCKTRSYGSRYSESNFSVDDQDLSRTEFDSCDQYSMAAEKDSGRSDVSDIGSDNCSLADEEQMPRDCPGHRSLRTAALSLKLLKNQEADQHSARLFIQSLETLLPRLIALPSIEEVDGALQSFSSTFCSGMMHSPGFEGSLNFSFQTLMNADSLYMVSHYTLLLNLKLANSDYYRKKPAQAPVLLKEFMKQVQSSGVLMVFSQAWVEELYHQVLERNMLGEAGYWGSPEEHSLPLITMLTDIDGLGSSAIGGQLMASASAQSPLSQNRKTDDSVVAGVAFARYLLIGCWKNLIDTLSTPLTGRMAGSSKGLAFILGAEGAKEQNQKEKDSICVSLDGLRRAARLSCALGVAANCASALAQMAAASCVQEEKEEKEIQEPSDTIAQVKQKVEQKLEQMGKVQGVCLHTAHVLCMDAVLNVGLEMGSHNQDCWPHVFRVCEYISTLEHTHFSDGASQPSLTITQSQQAPGGLHPDSEPGESPQTLTPEQETTLSGNPVIQPVSIQELIKESSKGRAFDFRGGSLLCGTSAAKAVLTLSTQADRLFEDAADKLNLMALAGFLYQLKKASQAQLFHSVTDTVDYSLAMPGEVKSTQDRRSALHLFRLGDAMLRIVRSKSRPLLHLMRCWSLVAPHLVEAACHKERHVSRKAVSFIHDILTEVLTDWNEPSHFHFNEALFRPFERIMQLELCDEDVQDQVVTSIGELVEMCSTQIQSGWRPLFSALETVHSSSKSEVKEYLVGEYSVGKRQAPVFDVFEAFLNTDSIQVFANAATSYIMCLMKFVKGLGEIDCKEMGDCVPGSGSASTDLCLPALDYLRRCSQLLAKIYKMPLKPIFLSGRLVNLPRRVQEQSASSEDGIECILSDCDDDTGLINVWIILLEELTTAISNCPRQHQPPTLDLLFELLRDVAKTPGPGFGIYAVVHLLLPTMSLWLHRSHGDHSYWDVASANFKHAIGLSCELVVEHIQNFIHSDIGYENMINTMLKDLFKLLVACVAEPTEIISRVGCSCIRYVLVTAGPVFTEEMWRLACCALQDAFSATLEPVKNLLGYFHSGSESFSGDACEVKVAAPSLSPSAEAEYWRIRAMAQQVFMLETQCSPKTPSNKEGFEHAQSCVLIIDLPPDKKPNGHTQRSIPFRTIVVSLLSHQVLLQNLYDILLEEFVKGPSNLEEKMTIQVPENKLAGFLRYISMQNLAVIFDLLLDSYRTAREFDTRPGLKCLLKKVSGISGAANLYRQSAMSFNIYFHALVCAILTNQENITAEQVKKILFEDDERSTDSSQQCSSEDEDIFEETAQVSPPRGKEKRQWRARIPSLSVQPVSNADWGWLIKRLHKLCMELCNNYIQMHLDLENNVEEPPVFKGDPFFVLPSFHSETSTPSTGGQSGKDTPSEDDRSQIRDQLGDSLTSRGGSGEMLLLPPPLSPKPEKKEQTRKKEWWESAGNKIYTIATDKTISKLMTEYKKRKQQQAMTSFTKEVKVEKKGELLGSRGPDSPILQRPQHLIDQGQMRHSFSAGPEILRQEKRPRSGSTVSSLNISVRDAEAQIQAWTNMVLTVLNQIQALPDQTFTALQPAVFPCISQLTCHVTDIRVRQAVREWLGRVGRVYDIII

Target ORF information:

RefSeq Version	XM_009281469.2
Organism	Aptenodytes forsteri(emperor penguin)
Definition	Aptenodytes forsteri ARFGEF family member 3 (ARFGEF3), mRNA.

Target ORF information:

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

XM_009281469.2

ORF Insert Sequence:

ATGGAAGAAA TCCTGCGAAA GCTGCAGAAG GAGGCGTCGG GGAGCAAGCA CAGGGCCATC 
AAGGAGAGCT GCACCTCGGC CATCGAAACC TTGGATTCTC CTGATGCTGC TATCAAGATA 
CCTCCGTATC AGCTAAGGGA GAAGTGTCTC CTTCCTCTCC AATTGGCTCT GGAATCGAAG 
AGCATGAAGC TGGCCCAACA GGCTCTAGCA GGGATGCAGA AGCTGCTGTC TGATGAGAGG 
TTTGTATCCA TGGAAACAGA CTCAGATGAG AAACAGTTGC TTAATCAGAT GCTGAATGCC 
GTCAAAGTGA CTCCTTCACT CAATGAAGAC CTGCAGGTTG AAGTGATGAA GGTCTTGCTC 
TGTATAACAT ATACCTCCAC ATTTGAGCTG AATGGGAGTT CAGTGTTGAA GATTGCTGAG 
GTTTGCATTG AGACATATGT ATCTAGCTGT CACCAGCGGA GCATTAACAC CGCTGTGCGG 
GCAACCCTCA GCCAAATGTT GAGTGACTTG ACTTTACAGT TACGACAAAA GCAAGAAAAT 
ATGACAATTG AAAACCATGA CGCCTTGCAG AAATTCAAGA CTCAAGGTAC TTCAGCTGAG 
TCGCTTTGTG ATGATGTTGT ATCTGTCCTC ACTGTGCTCT GTGAGAAGCT CCAGGCTGTC 
ATAAATGACA ATCGGCAACT TCAGCTTCTT TACTTGGAGT GCATCCTCTC CATGTTAAAC 
AGCTCCTCTC CGAGCATGCA CCAGCACAAA GGATTCACTG ATCTAATATG GAAGCAACTG 
TGTCCAGCCC TAGTAGTAAT TCTGGGAAAT CCAATCCATG ACAAAACTAT CACCTCTGCC 
CACAGCAGCA TCTGCCTTGA GGCTGATTCA CCTTCCTCAG GGATCTCTGA TCATGGCCGG 
GGTTCAGGTT GTTCCTCCAC AGCACCTGCC CTTAGTGGGC CAGTTGCACG GACCATATAT 
TATATTGCAG CAGAACTGGT TCGACTGGTG GGGTCAGTGG AATCCATGAA GCCTGTGCTG 
CAGTCTCTCT ATCACCGGAT ACTGCTTTAC CCACCACCTC AGCACCGAGT AGAAGCCATC 
AAAATTATGA AAGAGATACT TGGCAGTCCT CGGCGGCTTT GTGATTTGGC AGGGCCCTGC 
TCTTCTGAGT CAGAATCCAG GAAGAGGTCT ATTTCTAAAA GGAAGTCCCA TCTGGATCTT 
CTCAAGCTTA TCATGGACGG GATGACAGAA GCGTGCATCA AAGGTGGTAT TGAAGCATGT 
TATGCTTCAG TGTCCTGCGT CTTTGCCCTG CTTGGAGCAT TAGATGAGCT GAGCCAAGGG 
AGGGGCCTTA GTGAAGAGCA GATCCAGCTG CTGCTCCGGC GCTTAGAAGA ATTGAAGGAT 
GGGACTGAGA CGAGCAGGGA CTCCATGGAG ATCAATGATG CCGACTTTAG GTGGCAGAGG 
CGCATCCTGT CCTCAGAAAA TCCTGCCTGG GAATCAGGAA ATGAGAAGAG TCCTGATATT 
AGCATTAGCG TTACCACAGA CACTGGTCAG ACCACTTTGG AAGGGGATAT GGGACAGACA 
ACTCCAGAGG ATAACCCAGA AAGTCAAAAA AACTCACTGC CATCTCCAGC TGGACACGAA 
AGCAAAGAGA TACGTTACAG AGAACCAGAG TCAGAAACCA TCGACCAGCC AGATGTTGTT 
CAGAGAAGCC ACACCATAGT CTATCCAGAT ATAACTAACT TCTTATCAGT TGATTGCAAG 
ACCCGGTCCT ATGGATCCAG ATACAGTGAA AGTAACTTCA GTGTAGATGA CCAGGATCTT 
TCTAGGACTG AGTTTGATTC ATGTGATCAG TATTCCATGG CAGCAGAGAA GGACTCAGGC 
AGGTCAGATG TCTCAGACAT AGGCTCTGAC AATTGCTCCC TGGCTGACGA GGAGCAGATG 
CCACGGGATT GTCCAGGTCA CAGGTCCTTA CGTACTGCTG CTCTCTCTCT GAAATTGCTG 
AAAAACCAAG AAGCAGACCA GCACAGTGCA CGGCTGTTCA TCCAGTCACT TGAAACTCTT 
CTTCCTCGGC TTATAGCTCT TCCCAGCATA GAGGAGGTGG ATGGAGCACT GCAGAGCTTC 
TCTTCAACCT TCTGCTCAGG TATGATGCAC TCACCAGGAT TTGAGGGAAG CCTAAATTTC 
AGCTTCCAGA CTCTGATGAA TGCAGATAGT CTCTACATGG TCTCACATTA CACTCTGCTG 
CTCAACCTAA AATTGGCCAA CTCGGATTAC TACAGGAAGA AGCCTGCCCA AGCCCCTGTG 
TTGCTGAAGG AGTTCATGAA GCAGGTCCAG TCCAGTGGAG TGTTGATGGT ATTTTCCCAG 
GCCTGGGTTG AAGAACTGTA CCACCAGGTA CTAGAAAGGA ACATGCTGGG GGAAGCTGGA 
TACTGGGGAA GCCCTGAAGA GCACAGCCTT CCACTTATCA CCATGCTGAC CGACATCGAT 
GGCTTGGGAA GCAGTGCAAT TGGTGGCCAA TTGATGGCAT CTGCTTCAGC TCAATCTCCT 
CTTTCCCAAA ACCGGAAGAC AGATGATTCT GTTGTTGCAG GAGTTGCTTT TGCCCGATAC 
CTTTTAATCG GCTGTTGGAA GAACTTGATT GATACTTTGT CCACACCACT GACTGGCCGC 
ATGGCAGGCA GCTCCAAGGG GCTGGCCTTC ATCTTGGGAG CAGAAGGAGC CAAGGAGCAG 
AACCAAAAGG AGAAGGACTC CATCTGTGTG AGCCTGGATG GACTGAGGAG GGCAGCCCGG 
CTGAGCTGTG CTCTAGGAGT TGCTGCTAAC TGTGCATCTG CTCTTGCCCA AATGGCTGCT 
GCCTCCTGTG TCCAAGAAGA GAAAGAGGAA AAAGAAATCC AAGAGCCCAG TGATACTATA 
GCTCAAGTGA AACAGAAAGT GGAGCAGAAA CTGGAGCAGA TGGGGAAAGT GCAGGGAGTC 
TGCCTGCACA CTGCTCATGT TTTGTGTATG GATGCAGTCC TTAACGTGGG CCTGGAGATG 
GGAAGCCACA ATCAGGACTG TTGGCCTCAT GTGTTCAGGG TGTGTGAGTA CATCAGCACA 
CTGGAGCACA CCCACTTCAG TGACGGTGCT TCCCAGCCCT CCCTTACCAT CACCCAGTCA 
CAGCAGGCAC CTGGAGGGCT GCACCCAGAC TCTGAGCCTG GGGAGTCTCC CCAGACACTG 
ACCCCAGAGC AAGAGACCAC CCTCAGCGGC AATCCTGTCA TTCAGCCGGT TTCTATCCAG 
GAACTCATCA AAGAGAGCAG TAAGGGCAGA GCTTTTGACT TCCGTGGAGG CAGCCTGCTC 
TGTGGGACCA GTGCTGCTAA GGCTGTTCTC ACACTCTCCA CGCAAGCTGA CAGGCTCTTT 
GAAGATGCTG CTGACAAGTT AAACTTGATG GCATTAGCAG GCTTCCTTTA CCAGCTCAAG 
AAGGCTTCTC AGGCCCAGCT TTTCCATTCA GTCACAGATA CAGTTGATTA CTCCCTAGCA 
ATGCCAGGTG AAGTAAAATC TACCCAGGAC AGGAGAAGCG CACTTCACTT GTTCCGGCTT 
GGTGATGCCA TGCTCAGAAT TGTAAGGAGT AAATCTCGCC CGTTGCTCCA CCTCATGCGC 
TGCTGGAGCC TGGTGGCACC TCACCTTGTA GAGGCTGCCT GTCATAAGGA GAGACACGTG 
TCTCGGAAAG CTGTCTCCTT CATCCATGAC ATCCTCACTG AAGTGCTGAC AGACTGGAAT 
GAGCCTTCTC ATTTTCACTT TAATGAGGCA CTTTTCCGCC CCTTTGAGCG TATTATGCAG 
CTAGAGCTGT GTGATGAGGA TGTCCAAGAC CAGGTGGTCA CCTCTATAGG AGAGTTGGTG 
GAAATGTGTT CTACCCAGAT CCAGTCAGGA TGGAGACCCC TGTTCAGTGC CCTGGAAACA 
GTGCACAGCA GCAGCAAGTC AGAGGTTAAA GAGTACCTTG TAGGAGAATA CTCTGTGGGG 
AAACGCCAGG CTCCGGTGTT TGATGTCTTT GAAGCATTTC TAAACACAGA CAGCATCCAG 
GTCTTTGCCA ATGCCGCCAC CAGTTATATT ATGTGCCTTA TGAAGTTTGT CAAAGGACTG 
GGGGAAATAG ATTGCAAGGA GATGGGTGAC TGTGTGCCAG GATCAGGATC TGCATCTACA 
GACTTGTGCC TTCCCGCGCT TGATTACCTC AGGAGATGTT CTCAGTTGTT AGCCAAAATC 
TATAAAATGC CCTTGAAACC CATCTTCCTC AGTGGCCGGC TGGTTAACTT GCCTCGAAGA 
GTGCAGGAAC AGTCAGCCAG CAGTGAGGAC GGTATTGAGT GCATCCTTTC TGACTGTGAT 
GACGACACTG GCCTTATCAA TGTCTGGATT ATTCTGCTGG AAGAATTAAC AACTGCCATA 
TCCAACTGTC CCCGTCAGCA CCAGCCTCCT ACTTTGGATC TGCTCTTTGA ATTGCTGAGG 
GATGTTGCCA AGACACCTGG CCCAGGATTT GGCATTTATG CAGTTGTACA TCTTCTTCTT 
CCCACGATGT CTCTTTGGCT CCATCGCAGC CATGGTGACC ATTCTTACTG GGATGTGGCA 
TCTGCTAATT TCAAGCATGC CATTGGCCTT TCCTGTGAAC TCGTAGTGGA GCACATTCAA 
AATTTCATAC ACTCAGATAT TGGTTATGAA AATATGATCA ATACTATGCT GAAAGATCTT 
TTCAAGTTGC TGGTAGCCTG TGTAGCAGAA CCAACAGAAA TTATTTCCAG AGTTGGCTGC 
TCTTGTATCA GGTATGTGTT AGTGACCGCA GGGCCTGTTT TTACTGAAGA GATGTGGAGG 
CTTGCGTGTT GTGCCCTGCA GGATGCGTTC TCTGCCACGC TGGAGCCGGT AAAGAACCTG 
TTGGGCTATT TCCACAGTGG TTCTGAAAGC TTTAGTGGAG ATGCCTGTGA AGTGAAGGTG 
GCAGCCCCCT CCCTCTCGCC AAGTGCTGAA GCTGAATACT GGAGAATCAG AGCCATGGCA 
CAACAGGTCT TCATGCTGGA GACTCAGTGC TCCCCAAAGA CCCCTAGCAA CAAGGAAGGG 
TTTGAACATG CCCAGTCGTG TGTGCTCATC ATTGACCTGC CACCAGATAA GAAACCAAAT 
GGGCATACCC AGAGAAGTAT TCCTTTCAGG ACGATAGTGG TGAGCTTGCT GTCCCACCAA 
GTACTGCTCC AGAATTTATA TGACATCTTA CTGGAAGAAT TTGTGAAAGG CCCTTCTAAC 
TTGGAGGAGA AAATGACAAT ACAAGTACCA GAAAACAAGT TGGCTGGTTT TCTCAGGTAC 
ATCTCCATGC AAAACCTGGC TGTCATCTTT GACTTACTGC TGGACTCCTA CAGAACAGCC 
AGAGAGTTTG ACACCAGACC TGGGTTGAAG TGTTTGCTGA AAAAAGTGTC TGGCATTAGT 
GGAGCTGCCA ACTTGTATCG CCAGTCAGCA ATGAGCTTCA ACATCTACTT CCATGCTTTG 
GTTTGTGCAA TCCTGACAAA CCAGGAGAAC ATTACTGCAG AGCAAGTGAA GAAGATCCTC 
TTTGAAGATG ATGAGAGAAG CACAGACTCG TCACAGCAGT GTTCTTCAGA AGATGAAGAC 
ATTTTTGAAG AAACCGCCCA GGTCAGTCCC CCACGAGGGA AGGAGAAGAG ACAGTGGAGG 
GCTCGAATAC CATCTCTGAG TGTACAGCCT GTCAGCAATG CGGACTGGGG ATGGCTAATC 
AAGCGGCTTC ATAAGCTCTG TATGGAACTG TGCAACAACT ATATTCAGAT GCATCTGGAC 
CTGGAGAATA ATGTAGAGGA GCCTCCAGTG TTCAAAGGCG ACCCTTTCTT CGTTTTACCA 
TCCTTTCACT CAGAAACCTC CACCCCATCG ACAGGAGGGC AATCTGGGAA GGACACACCA 
TCGGAAGATG ACCGGAGTCA AATCAGGGAC CAACTGGGAG ACAGCCTGAC ATCGCGAGGA 
GGGAGTGGAG AAATGTTGCT GCTACCTCCA CCTCTAAGTC CTAAACCAGA GAAAAAAGAG 
CAAACGAGGA AAAAAGAATG GTGGGAGAGT GCTGGCAACA AGATCTACAC CATAGCCACT 
GACAAAACTA TCTCCAAGCT CATGACAGAA TACAAGAAGA GAAAGCAGCA ACAGGCCATG 
ACATCCTTCA CCAAAGAGGT CAAAGTGGAA AAGAAAGGGG AGCTCCTGGG CTCAAGGGGG 
CCAGACTCAC CCATACTCCA GCGACCACAA CATCTTATAG ATCAAGGTCA AATGAGGCAT 
TCATTCAGTG CTGGTCCAGA GATCCTGAGA CAAGAGAAGA GACCACGCTC AGGATCCACA 
GTCAGTTCCC TGAATATATC TGTTAGGGAT GCTGAGGCCC AGATACAGGC ATGGACCAAC 
ATGGTGCTGA CAGTTCTCAA CCAGATTCAG GCCCTGCCAG ACCAAACTTT CACAGCCCTG 
CAGCCAGCGG TGTTCCCCTG TATCAGCCAG CTGACTTGCC ACGTGACAGA TATCCGTGTC 
CGCCAGGCAG TACGGGAATG GCTGGGAAGA GTGGGCCGAG TCTACGATAT CATCATTTAA