SI cDNA ORF clone, Rousettus aegyptiacus(Egyptian rousette)

Gene
Clones
gRNAs

Summary

Gene Symbol	SI
Entrez Gene ID	107519382
Full Name	sucrase-isomaltase
Gene Type	protein-coding
Organism	Rousettus aegyptiacus(Egyptian rousette)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016162022.1	XP_016017508.1	LOW QUALITY PROTEIN: sucrase-isomaltase, intestinal

Pathways from BioSystems
Gene Ontology

The following SI gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SI 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
ORo23675	XM_016162022.1 Latest version!	Rousettus aegyptiacus sucrase-isomaltase (alpha-glucosidase) (SI), 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)

SI ( XM_016162022.1 ) cDNA ORF clone, Rousettus aegyptiacus(Egyptian rousette) -> XP_016017508.1 Rousettus aegyptiacus sucrase-isomaltase (alpha-glucosidase) (SI), mRNA.

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CloneID	ORo23675
Clone ID Related Accession (Same CDS sequence)	XM_016162022.1
Accession Version	XM_016162022.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5478bp) 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	2016-03-28
Organism	Rousettus aegyptiacus(Egyptian rousette)
Product	LOW QUALITY PROTEIN: sucrase-isomaltase, intestinal
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015494750.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rousettus aegyptiacus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGGCAAAGA AGAAGTTTAG TGTATTAGAA ATCTCTCTGA TTGTCCTCTT TGTTATAGCT 
ACTATAATAG CTATTGCCCT AATTGCTGTT TTAGCAACGA AGACCCCTGG TGTTGACAAA 
ATTGATGATT CTACTTCAAC TCCAACTACC ACCCGTACAA CCACTGTGTC TCCTAGTTTA 
GGAAAATGTC CAGCTGAGTC AAATGATTTG GTCAATGAAA GAATAAACTG CATTCCAGAA 
CAATTTGCAA CACAGGCCAT TTGTGCAATG CGAGGTTGCT GCTGGAAGCC ATGGAATGAT 
TCTGTCATTC CTTGGTGCTT CTTCGCTGAT AATCATGGAT ATACTGCTGA GGAAATTACA 
ACAACAGATA CTGGACTTGA AGCCCAATTA AATAGGATAT CTTCACCTAC ATTATTTGGA 
AATGACATTA ACAGTGTTCT CTTAACAACT CAAAGTCAGA CATCCAATCG TTTCCGGTTC 
AAGATTACTG ATCCAAATAA TAAAAGATAT GAAGTTCCTC ATCAGTATGT AGAAGAATTT 
ACTGGCACCG CAGCTTCTAG TACCTTGTAT GATGTGCAGG TTACAGAAAA TCCATTTAGC 
ATCAAAGTTC TTAGAAAAAG CAATCAGAGA ATTTTGTTTG ACAGCAGCGT TGGTCCCCTG 
GTATACTCTG ACCAGTATTT ACAGATCTCA ACCAGACTTC CCAGTGCATA TATGTATGGT 
ATTGGGGAAC ATGTTCATAA AAGATATCGT CATGATTTAA ATTGGAAAAC ATGGCCAATT 
TTCAACCGGG ATCAACTTCC TGCTGATAAT AATTATAATT TATATGGCCA TCACACATTC 
TTCATGTGTA TTGAAGATAC TTCTGGGCAG TCATTTGGTG TTTTCTTAAT GAACAGCAAT 
GCAATAGAGA TTTTCATCCA GCCTGCTCCA GCAGTAACAT ACAGAGTTAT TGGTGGCATT 
CTAGACTTTT ACATCTTCCT AGGAGATACA CCAGAACAAG TAGTTCAGCA GTATCAAGAG 
CTTATTGGAC GACCAACAAT GCCAGCATAC TGGAGTCTTG GATTCCAGTT GAGTCGCTAC 
AATTACAGCA CAATTGATAT ACTGAAAGAA GTGGTAAAAA GAAACCGAGA TGCTGGCATA 
CCATTTGACA CACAGGTCAC TGATATTGAC TATATGGAAG ACAGAAAAGA CTTTACTTAT 
GATAAAGTTG CATTTAATGG GCTCCCTGAA TTTGTTCAAG ACTTGCATGA TCATGGACAG 
AAATACGTCA TCATCTTGGA TCCTGCAATT TCCATAAATA GTCATGCCAA TGGAGCAGCA 
TATGAAACCT TTGTGAGGGG AAATGAACAA AATGTGTGGA TAAATGAGTC AGATGGGACT 
ACAGCAATTG TTGGAGAGGT CTGGCCAGGA TTAACAGTAT TCCCTGATTT TACTAATCCG 
ACGTGTATCG ATTGGTGGGC AAATGAATGC AGCATTTTCT ATGAAGAACT GAAATATGAT 
GGACTTTGGA TTGACATGAA TGAAGTTGCC AGCTTTATTC AAGGTTCAAG AGCAGGATGC 
ACGGATAACA AGTTAAATTA TCCACCTTTT ACTCCTGATA TTATTGACAA ACTCTTGTAT 
TCCAAAACAA TTTGTATGGA TGCTGTGCAA CACTGGGGGA AACAATATGA TACTCACGAC 
CTCTATGGAT ACAGCATGGC TATAGCCACA GTGAATGCTA TACAAAAAGT ATTTCCTAAT 
AAGAGAAGCT TTATTCTCAC CCGGTCAACT TTTGCTGGAT CTGGACACTA TGCTGCACAT 
TGGTTAGGAG ACAATACTGC TTCGTGGGAA CAAATGGAAT GGTCAATCGC AGGAATGCTG 
GAGTTTAATT TGTTTGGAAT ACCTTTGGTT GGTGCAGATA TCTGTGGATT TGTTCTTGAT 
ACCACGGAAG AGCTTTGCAG AAGATGGATG CAGCTTGGGG CATTCTATCC ATTTTCCAGA 
AATCATAATA GTGATGCATA TGAGCATCAG GATCCAGCAT TTTTTGGACC GGATTCTCTT 
TTGGTTACTT CATCAAGGCA CTACTTGAAT ATTCGCTATA CTTTATTACC TTTCCTCTAT 
ACTCTGTTTT ATAAAGCCCA TAGTTTTGGA GAAACAGTAG CAAGGCCACT TCTTCATGAG 
TTTTATCAGG ATGTGAACAG CTGGACTGAG GACACTCAGT TCTTATGGGG GCCTGCATTA 
CTTATTACTC CTGTCTTGAA AGAGGGAGCA GATACAGTGA GTGCATACAT CCCTGATGCT 
ACTTGGTATG ATTATGAAAC TGGTGCAAAA AGACCATGGA GAAAACAACG TGTTAATATG 
TATCTCCCAG GAGACAAAAT AGGATTACAT CTCAGAGGAG GTTATATTAT TCCCATTCAG 
GAACCTGCTG TAACTACAAC TGCAAGCCGA AAGAACCCTC TAGGACTTAT AGTTGCATTG 
GATGAAGATA ACACAGCAAA AGGAGACTTT TTCTGGGATG ATGGAGAAAC TAAAGATACC 
ATAGAAAATG GCAACTACAT TTTATATACA TTTTCAGTTT CTAATAACCA ATTAAATATC 
ACATGCACAC ATTCATCATA CCAGGAAGGA ACCACTTTAG CATTTGAGAC TATAAAAATC 
CTTGGGCTCG TGGACACTGT TACAGAAGTT AAAGTGATGG AAGCTAATCA AGCCCTGCAA 
AATCATGAGA ATTTCACTTA TGATGCTTCC AATCAGAATC TTCTAATTTC CAATCTCACA 
TTTAACCTTG GAAAAACCTT TACCGTTCAA TGGAATCAAG TTTTCTTAGA AGATGAAAAG 
TTTAATTGTT ATCCAGATGC AGTGCCTGGA ACTGAGCAAG ACTGCTTAAA CCGTGGCTGC 
TCATGGGAAG AGGTCCAATC CAAAGCACCT GAATGTTTCT TTCCTAAACA AGACAGCTCT 
TACTCAGTCA GTTCAACTCA GTATTCATCA ATGGGTGTAA CAGCTGACCT CCAGCTGCTT 
GCTTCAAGTA AGCGAATAAA CCTTCCTTCT GTACCCATCT CAACTCTTCG TGTGGAGGTG 
AAATATCACA AAAATGACAT GCTGCAGTTT AAGATTTATG ATCCTCTAAA TGAGAGATAT 
GAAGTTCCAG TACCCTTAAA CATTCCAACT GTGCCAACAA GTACTTATGA AAATAGACTC 
TATGATGTTG AAATCAAGGA AAATCCTTTT GGCATCCAGG TTCGACGGAG AAGCACAGGA 
AGAGTCATTT GGGATTCTCG CCTACCTGGA TTTACTTTCA ATGACCAGTT TATTCAACTA 
TCTACTCGTT TGCCATCAAA TTATGTATAT GGTTTTGGGG AAGTGGAACA CACAGCATTT 
AAACGAGATC TAAACTGGCA TACGTGGGGA ATGTTTACAA GAGACCAACC CCCTGGTTAT 
AAACTTAATT CCTATGGATT TCATCCCTAT CACATGGCTT TGGAAGATGA GAGCCATGCT 
CATGGAGTTT TCTTTCTTAA CAGCAATGCG ATGGATGTTA CTTTCCAGCC AACCCCTGCT 
CTAACTTACC GCACAGTTGG AGGAATCTTG GACTTTTATA TGTTTTTGGG CCCAGAGCCA 
GAAGTTGTAA CAAAGCAATT CCATGAAGTA ATTGGCCCAC CACTCATGCC AGCTTATTGG 
GCTTTGGGAT TCCAAATATG TCGTTATGGA TACAGAAATA CTTCACAGGT TGAGCAAGTA 
TACAATGAAA TGGTGGCTGC TCAGATCCCC TATGATGTTC AATACACAGA CATTGATTAC 
ATGGAAAGAC AACTAGACTT TACAATTGGT GAAAGATTCA AGGACCTTCC TCAGTTCGTT 
GACAAAATAA GAAGTGAAGG AATGAGATAC ATTATTATCT TGGATCCAGC AATTTCAGGA 
AATGAAACAG AGCCTTACCC AGCATTTGAA AGAGGAATAG AGAAAGATGT TTTTGTCAAA 
TGGCCTAACA CCGATGATAT TTGTTGGGGA AAGGTTTGGC CAGATTTACC TAATGTAACA 
ATAGATGAGA CTCTGACTGA AGATGAAGCT GTTAATGCTT CCAGAGCTCA TGTAGCTTTT 
CCAGATTTCT TCAGGAACGC CACAGCAGAG TGGTGGGAAA CGGAAATTAT AGATTTCTAC 
AATAAACAAA TTAAGTTTGA TGGCTTGTGG ATTGATATGA ATGAACCATC AAGTTTTGTA 
AGTGGAGATG TTAATAATCG ATGCAGAAAT ACAGAGCTAA ATTTTCCACC TTATGCACCA 
GAACTCACGA AAAGAGATAG GGGATTACAT TTCAGAACTA TGTGTATGGA AACTGAGCAA 
ATTCTTAGTG ATGGATCAAA AGTTCTGCAT TACGATGTTC ACAATCTGTA TGGATGGTCA 
CAAGGGAAAC CTACTTTTGA TGCATTGCAT AAAACAACTG GCAAAAGAGG AATTGTTATC 
TCTCGTTCCA CATTTCCTAC CAGTGGACGA TGGGTGGGAC ACTGGCTTGG AGACAACTAT 
GCCAGATGGG ACAATTTGGA CAAATCCATC ATTGGTATGA TGGAATTTAG TCTCTTTGGA 
ATATCATATA CGGGAGCAGA CATCTGTGGT TTCTTCAATA ATTCAGAATA TCAGCTCTGT 
GCCCGTTGGA TGCAACTTGG ATCATTTTAT CCATACTCAA GAAATCACAA TATTGCAAAT 
ACTAGGAGAC AAGATCCTCC TTCCTGGAAT GAAACTTTTT CTGAAATGTC AAGGAACATT 
CTAAATATTA GATACACTTT ATTGCCCTTC TTCTATACAC AGATGCATGA AGCTCATGCT 
CATGGTGGTA CTGTTATTCG ACCTCTTTTG CATGAGTTCT TTAATGAAAA GCCAACCTGG 
GATGTATTTC AGCAGTTCTT GTGGGGCTCA GCATTTCTGG TTACCCCTGT ATTAACACTT 
GATACTTACA CAGTACAAGG CTATGTCCCT AATGCTCGGT GGTTTGATTA CCACACGGGC 
CAAGATATTG GTGTCAGAGG AACATTTCAC GAATTTGATG CTCCTTTATA TACAATAAAC 
CTACATGTCC GTGGTGGTTA TATCCTACCA TGTCAAGAGC CTGCTCAAAA CACATTTTAC 
AGTCGACAAA ATTACATGAG GCTCATTGTT GCTGCAGATG ATAATCATAT GGCACAAGGA 
TCTCTGTTTT GGGATGATGG AGAGACTATA GACACCTATG AAAAAGGCCA ATATTTCTCA 
GCACAATTTA ATTTAAATAA GAACACCTTG ACAAGCACTA TATTGAAAAG TGGTTATATA 
AACACAGATG AAATGAGGCT CGGATTCATC AATATATGGG GGATAGGAAC AACGAATGTT 
ACTGAGGTTA CTCTCAAATA TAAAGGAAAT CAAGCGTCAC TTAAATTTGT TTCAGAACCA 
ACCCAGGAGA TATTAACTAT TGATCTGACA GTGAATGATG TTACTATAAA TGAACCAATA 
GAGATCACCT GGTCATGA

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

RefSeq	XP_016017508.1
CDS	1..5478
Translation	MAKKKFSVLEISLIVLFVIATIIAIALIAVLATKTPGVDKIDDSTSTPTTTRTTTVSPSLGKCPAESNDLVNERINCIPEQFATQAICAMRGCCWKPWNDSVIPWCFFADNHGYTAEEITTTDTGLEAQLNRISSPTLFGNDINSVLLTTQSQTSNRFRFKITDPNNKRYEVPHQYVEEFTGTAASSTLYDVQVTENPFSIKVLRKSNQRILFDSSVGPLVYSDQYLQISTRLPSAYMYGIGEHVHKRYRHDLNWKTWPIFNRDQLPADNNYNLYGHHTFFMCIEDTSGQSFGVFLMNSNAIEIFIQPAPAVTYRVIGGILDFYIFLGDTPEQVVQQYQELIGRPTMPAYWSLGFQLSRYNYSTIDILKEVVKRNRDAGIPFDTQVTDIDYMEDRKDFTYDKVAFNGLPEFVQDLHDHGQKYVIILDPAISINSHANGAAYETFVRGNEQNVWINESDGTTAIVGEVWPGLTVFPDFTNPTCIDWWANECSIFYEELKYDGLWIDMNEVASFIQGSRAGCTDNKLNYPPFTPDIIDKLLYSKTICMDAVQHWGKQYDTHDLYGYSMAIATVNAIQKVFPNKRSFILTRSTFAGSGHYAAHWLGDNTASWEQMEWSIAGMLEFNLFGIPLVGADICGFVLDTTEELCRRWMQLGAFYPFSRNHNSDAYEHQDPAFFGPDSLLVTSSRHYLNIRYTLLPFLYTLFYKAHSFGETVARPLLHEFYQDVNSWTEDTQFLWGPALLITPVLKEGADTVSAYIPDATWYDYETGAKRPWRKQRVNMYLPGDKIGLHLRGGYIIPIQEPAVTTTASRKNPLGLIVALDEDNTAKGDFFWDDGETKDTIENGNYILYTFSVSNNQLNITCTHSSYQEGTTLAFETIKILGLVDTVTEVKVMEANQALQNHENFTYDASNQNLLISNLTFNLGKTFTVQWNQVFLEDEKFNCYPDAVPGTEQDCLNRGCSWEEVQSKAPECFFPKQDSSYSVSSTQYSSMGVTADLQLLASSKRINLPSVPISTLRVEVKYHKNDMLQFKIYDPLNERYEVPVPLNIPTVPTSTYENRLYDVEIKENPFGIQVRRRSTGRVIWDSRLPGFTFNDQFIQLSTRLPSNYVYGFGEVEHTAFKRDLNWHTWGMFTRDQPPGYKLNSYGFHPYHMALEDESHAHGVFFLNSNAMDVTFQPTPALTYRTVGGILDFYMFLGPEPEVVTKQFHEVIGPPLMPAYWALGFQICRYGYRNTSQVEQVYNEMVAAQIPYDVQYTDIDYMERQLDFTIGERFKDLPQFVDKIRSEGMRYIIILDPAISGNETEPYPAFERGIEKDVFVKWPNTDDICWGKVWPDLPNVTIDETLTEDEAVNASRAHVAFPDFFRNATAEWWETEIIDFYNKQIKFDGLWIDMNEPSSFVSGDVNNRCRNTELNFPPYAPELTKRDRGLHFRTMCMETEQILSDGSKVLHYDVHNLYGWSQGKPTFDALHKTTGKRGIVISRSTFPTSGRWVGHWLGDNYARWDNLDKSIIGMMEFSLFGISYTGADICGFFNNSEYQLCARWMQLGSFYPYSRNHNIANTRRQDPPSWNETFSEMSRNILNIRYTLLPFFYTQMHEAHAHGGTVIRPLLHEFFNEKPTWDVFQQFLWGSAFLVTPVLTLDTYTVQGYVPNARWFDYHTGQDIGVRGTFHEFDAPLYTINLHVRGGYILPCQEPAQNTFYSRQNYMRLIVAADDNHMAQGSLFWDDGETIDTYEKGQYFSAQFNLNKNTLTSTILKSGYINTDEMRLGFINIWGIGTTNVTEVTLKYKGNQASLKFVSEPTQEILTIDLTVNDVTINEPIEITWS

Target ORF information:

RefSeq Version	XM_016162022.1
Organism	Rousettus aegyptiacus(Egyptian rousette)
Definition	Rousettus aegyptiacus sucrase-isomaltase (alpha-glucosidase) (SI), mRNA.

Target ORF information:

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

XM_016162022.1

ORF Insert Sequence:

ATGGCAAAGA AGAAGTTTAG TGTATTAGAA ATCTCTCTGA TTGTCCTCTT TGTTATAGCT 
ACTATAATAG CTATTGCCCT AATTGCTGTT TTAGCAACGA AGACCCCTGG TGTTGACAAA 
ATTGATGATT CTACTTCAAC TCCAACTACC ACCCGTACAA CCACTGTGTC TCCTAGTTTA 
GGAAAATGTC CAGCTGAGTC AAATGATTTG GTCAATGAAA GAATAAACTG CATTCCAGAA 
CAATTTGCAA CACAGGCCAT TTGTGCAATG CGAGGTTGCT GCTGGAAGCC ATGGAATGAT 
TCTGTCATTC CTTGGTGCTT CTTCGCTGAT AATCATGGAT ATACTGCTGA GGAAATTACA 
ACAACAGATA CTGGACTTGA AGCCCAATTA AATAGGATAT CTTCACCTAC ATTATTTGGA 
AATGACATTA ACAGTGTTCT CTTAACAACT CAAAGTCAGA CATCCAATCG TTTCCGGTTC 
AAGATTACTG ATCCAAATAA TAAAAGATAT GAAGTTCCTC ATCAGTATGT AGAAGAATTT 
ACTGGCACCG CAGCTTCTAG TACCTTGTAT GATGTGCAGG TTACAGAAAA TCCATTTAGC 
ATCAAAGTTC TTAGAAAAAG CAATCAGAGA ATTTTGTTTG ACAGCAGCGT TGGTCCCCTG 
GTATACTCTG ACCAGTATTT ACAGATCTCA ACCAGACTTC CCAGTGCATA TATGTATGGT 
ATTGGGGAAC ATGTTCATAA AAGATATCGT CATGATTTAA ATTGGAAAAC ATGGCCAATT 
TTCAACCGGG ATCAACTTCC TGCTGATAAT AATTATAATT TATATGGCCA TCACACATTC 
TTCATGTGTA TTGAAGATAC TTCTGGGCAG TCATTTGGTG TTTTCTTAAT GAACAGCAAT 
GCAATAGAGA TTTTCATCCA GCCTGCTCCA GCAGTAACAT ACAGAGTTAT TGGTGGCATT 
CTAGACTTTT ACATCTTCCT AGGAGATACA CCAGAACAAG TAGTTCAGCA GTATCAAGAG 
CTTATTGGAC GACCAACAAT GCCAGCATAC TGGAGTCTTG GATTCCAGTT GAGTCGCTAC 
AATTACAGCA CAATTGATAT ACTGAAAGAA GTGGTAAAAA GAAACCGAGA TGCTGGCATA 
CCATTTGACA CACAGGTCAC TGATATTGAC TATATGGAAG ACAGAAAAGA CTTTACTTAT 
GATAAAGTTG CATTTAATGG GCTCCCTGAA TTTGTTCAAG ACTTGCATGA TCATGGACAG 
AAATACGTCA TCATCTTGGA TCCTGCAATT TCCATAAATA GTCATGCCAA TGGAGCAGCA 
TATGAAACCT TTGTGAGGGG AAATGAACAA AATGTGTGGA TAAATGAGTC AGATGGGACT 
ACAGCAATTG TTGGAGAGGT CTGGCCAGGA TTAACAGTAT TCCCTGATTT TACTAATCCG 
ACGTGTATCG ATTGGTGGGC AAATGAATGC AGCATTTTCT ATGAAGAACT GAAATATGAT 
GGACTTTGGA TTGACATGAA TGAAGTTGCC AGCTTTATTC AAGGTTCAAG AGCAGGATGC 
ACGGATAACA AGTTAAATTA TCCACCTTTT ACTCCTGATA TTATTGACAA ACTCTTGTAT 
TCCAAAACAA TTTGTATGGA TGCTGTGCAA CACTGGGGGA AACAATATGA TACTCACGAC 
CTCTATGGAT ACAGCATGGC TATAGCCACA GTGAATGCTA TACAAAAAGT ATTTCCTAAT 
AAGAGAAGCT TTATTCTCAC CCGGTCAACT TTTGCTGGAT CTGGACACTA TGCTGCACAT 
TGGTTAGGAG ACAATACTGC TTCGTGGGAA CAAATGGAAT GGTCAATCGC AGGAATGCTG 
GAGTTTAATT TGTTTGGAAT ACCTTTGGTT GGTGCAGATA TCTGTGGATT TGTTCTTGAT 
ACCACGGAAG AGCTTTGCAG AAGATGGATG CAGCTTGGGG CATTCTATCC ATTTTCCAGA 
AATCATAATA GTGATGCATA TGAGCATCAG GATCCAGCAT TTTTTGGACC GGATTCTCTT 
TTGGTTACTT CATCAAGGCA CTACTTGAAT ATTCGCTATA CTTTATTACC TTTCCTCTAT 
ACTCTGTTTT ATAAAGCCCA TAGTTTTGGA GAAACAGTAG CAAGGCCACT TCTTCATGAG 
TTTTATCAGG ATGTGAACAG CTGGACTGAG GACACTCAGT TCTTATGGGG GCCTGCATTA 
CTTATTACTC CTGTCTTGAA AGAGGGAGCA GATACAGTGA GTGCATACAT CCCTGATGCT 
ACTTGGTATG ATTATGAAAC TGGTGCAAAA AGACCATGGA GAAAACAACG TGTTAATATG 
TATCTCCCAG GAGACAAAAT AGGATTACAT CTCAGAGGAG GTTATATTAT TCCCATTCAG 
GAACCTGCTG TAACTACAAC TGCAAGCCGA AAGAACCCTC TAGGACTTAT AGTTGCATTG 
GATGAAGATA ACACAGCAAA AGGAGACTTT TTCTGGGATG ATGGAGAAAC TAAAGATACC 
ATAGAAAATG GCAACTACAT TTTATATACA TTTTCAGTTT CTAATAACCA ATTAAATATC 
ACATGCACAC ATTCATCATA CCAGGAAGGA ACCACTTTAG CATTTGAGAC TATAAAAATC 
CTTGGGCTCG TGGACACTGT TACAGAAGTT AAAGTGATGG AAGCTAATCA AGCCCTGCAA 
AATCATGAGA ATTTCACTTA TGATGCTTCC AATCAGAATC TTCTAATTTC CAATCTCACA 
TTTAACCTTG GAAAAACCTT TACCGTTCAA TGGAATCAAG TTTTCTTAGA AGATGAAAAG 
TTTAATTGTT ATCCAGATGC AGTGCCTGGA ACTGAGCAAG ACTGCTTAAA CCGTGGCTGC 
TCATGGGAAG AGGTCCAATC CAAAGCACCT GAATGTTTCT TTCCTAAACA AGACAGCTCT 
TACTCAGTCA GTTCAACTCA GTATTCATCA ATGGGTGTAA CAGCTGACCT CCAGCTGCTT 
GCTTCAAGTA AGCGAATAAA CCTTCCTTCT GTACCCATCT CAACTCTTCG TGTGGAGGTG 
AAATATCACA AAAATGACAT GCTGCAGTTT AAGATTTATG ATCCTCTAAA TGAGAGATAT 
GAAGTTCCAG TACCCTTAAA CATTCCAACT GTGCCAACAA GTACTTATGA AAATAGACTC 
TATGATGTTG AAATCAAGGA AAATCCTTTT GGCATCCAGG TTCGACGGAG AAGCACAGGA 
AGAGTCATTT GGGATTCTCG CCTACCTGGA TTTACTTTCA ATGACCAGTT TATTCAACTA 
TCTACTCGTT TGCCATCAAA TTATGTATAT GGTTTTGGGG AAGTGGAACA CACAGCATTT 
AAACGAGATC TAAACTGGCA TACGTGGGGA ATGTTTACAA GAGACCAACC CCCTGGTTAT 
AAACTTAATT CCTATGGATT TCATCCCTAT CACATGGCTT TGGAAGATGA GAGCCATGCT 
CATGGAGTTT TCTTTCTTAA CAGCAATGCG ATGGATGTTA CTTTCCAGCC AACCCCTGCT 
CTAACTTACC GCACAGTTGG AGGAATCTTG GACTTTTATA TGTTTTTGGG CCCAGAGCCA 
GAAGTTGTAA CAAAGCAATT CCATGAAGTA ATTGGCCCAC CACTCATGCC AGCTTATTGG 
GCTTTGGGAT TCCAAATATG TCGTTATGGA TACAGAAATA CTTCACAGGT TGAGCAAGTA 
TACAATGAAA TGGTGGCTGC TCAGATCCCC TATGATGTTC AATACACAGA CATTGATTAC 
ATGGAAAGAC AACTAGACTT TACAATTGGT GAAAGATTCA AGGACCTTCC TCAGTTCGTT 
GACAAAATAA GAAGTGAAGG AATGAGATAC ATTATTATCT TGGATCCAGC AATTTCAGGA 
AATGAAACAG AGCCTTACCC AGCATTTGAA AGAGGAATAG AGAAAGATGT TTTTGTCAAA 
TGGCCTAACA CCGATGATAT TTGTTGGGGA AAGGTTTGGC CAGATTTACC TAATGTAACA 
ATAGATGAGA CTCTGACTGA AGATGAAGCT GTTAATGCTT CCAGAGCTCA TGTAGCTTTT 
CCAGATTTCT TCAGGAACGC CACAGCAGAG TGGTGGGAAA CGGAAATTAT AGATTTCTAC 
AATAAACAAA TTAAGTTTGA TGGCTTGTGG ATTGATATGA ATGAACCATC AAGTTTTGTA 
AGTGGAGATG TTAATAATCG ATGCAGAAAT ACAGAGCTAA ATTTTCCACC TTATGCACCA 
GAACTCACGA AAAGAGATAG GGGATTACAT TTCAGAACTA TGTGTATGGA AACTGAGCAA 
ATTCTTAGTG ATGGATCAAA AGTTCTGCAT TACGATGTTC ACAATCTGTA TGGATGGTCA 
CAAGGGAAAC CTACTTTTGA TGCATTGCAT AAAACAACTG GCAAAAGAGG AATTGTTATC 
TCTCGTTCCA CATTTCCTAC CAGTGGACGA TGGGTGGGAC ACTGGCTTGG AGACAACTAT 
GCCAGATGGG ACAATTTGGA CAAATCCATC ATTGGTATGA TGGAATTTAG TCTCTTTGGA 
ATATCATATA CGGGAGCAGA CATCTGTGGT TTCTTCAATA ATTCAGAATA TCAGCTCTGT 
GCCCGTTGGA TGCAACTTGG ATCATTTTAT CCATACTCAA GAAATCACAA TATTGCAAAT 
ACTAGGAGAC AAGATCCTCC TTCCTGGAAT GAAACTTTTT CTGAAATGTC AAGGAACATT 
CTAAATATTA GATACACTTT ATTGCCCTTC TTCTATACAC AGATGCATGA AGCTCATGCT 
CATGGTGGTA CTGTTATTCG ACCTCTTTTG CATGAGTTCT TTAATGAAAA GCCAACCTGG 
GATGTATTTC AGCAGTTCTT GTGGGGCTCA GCATTTCTGG TTACCCCTGT ATTAACACTT 
GATACTTACA CAGTACAAGG CTATGTCCCT AATGCTCGGT GGTTTGATTA CCACACGGGC 
CAAGATATTG GTGTCAGAGG AACATTTCAC GAATTTGATG CTCCTTTATA TACAATAAAC 
CTACATGTCC GTGGTGGTTA TATCCTACCA TGTCAAGAGC CTGCTCAAAA CACATTTTAC 
AGTCGACAAA ATTACATGAG GCTCATTGTT GCTGCAGATG ATAATCATAT GGCACAAGGA 
TCTCTGTTTT GGGATGATGG AGAGACTATA GACACCTATG AAAAAGGCCA ATATTTCTCA 
GCACAATTTA ATTTAAATAA GAACACCTTG ACAAGCACTA TATTGAAAAG TGGTTATATA 
AACACAGATG AAATGAGGCT CGGATTCATC AATATATGGG GGATAGGAAC AACGAATGTT 
ACTGAGGTTA CTCTCAAATA TAAAGGAAAT CAAGCGTCAC TTAAATTTGT TTCAGAACCA 
ACCCAGGAGA TATTAACTAT TGATCTGACA GTGAATGATG TTACTATAAA TGAACCAATA 
GAGATCACCT GGTCATGA