LOC105626157 cDNA ORF clone, Atta cephalotes

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105626157
Entrez Gene ID	105626157
Full Name	hemicentin-1
Gene Type	protein-coding
Organism	Atta cephalotes

mRNA and Protein(s)

mRNA	Protein	Name
XM_012207469.1	XP_012062859.1	hemicentin-1

Pathways from BioSystems
Gene Ontology

The following LOC105626157 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105626157 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
OAt111650	XM_012207469.1 Latest version!	Atta cephalotes hemicentin-1 (LOC105626157), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

LOC105626157 ( XM_012207469.1 ) cDNA ORF clone, Atta cephalotes -> XP_012062859.1 Atta cephalotes hemicentin-1 (LOC105626157), mRNA.

Price & Availability↑

CloneID	OAt111650
Clone ID Related Accession (Same CDS sequence)	XM_012207469.1
Accession Version	XM_012207469.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5049bp) 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	2015-04-01
Organism	Atta cephalotes
Product	hemicentin-1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012130068.1) 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 :: Atta cephalotes 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## ##RefSeq-Attributes-START## ab initio :: 10% of CDS bases ##RefSeq-Attributes-END##

ATGTTTGTTT CAGGGAGCGA AGCGTGGTTG AAAACTGTGA AGTTTGCTGA GCTCGGAACA 
GAGATTTTAC TGCCCTGCGT CCTGAAATCA CCACAGTGTG ACGGTCTGCA CAGCATCAAG 
TGGTACCACG GATCCACGAG GATTTTCATT TTCAGTGAGG ATGCCGGGGT TATACGTGGC 
AATAACGACA TTGCTGCTAG GGCGGATATA GAGTATTCGT CGAATTCATC AAGATCGTAT 
TTGAAGCTAT CCGAAATTCA ACTAAACAAC GAGGGTCTAT ACAAGTGTGA GGCTACATAT 
ATGGCGGTCA ACCGCGAGTG CAACAACGTG CAGCACGTTC TTCTTAACGT CACAGTGCAA 
CCAGCGTTTG TACGTGTCAT CGATGAAAAT TCCAAAAATA CTTTGAGCAC TGGCGCCACT 
TTAGGACCTA TAAATGAGGG CTCGACAATA TCATTGTACT GCGAAAGTGG AGAAGGCAAA 
CCTGTACCTA CGGTTGAGTG GTTTAAAGAT GACGAGCTAC TCGAAGCAAC GAACTCGAGG 
ACTGTCACCG ATACCGGAAT TGGTACTGGC AGTAGTTTAC TGGAGATGCA AATTACACGA 
GAAGAGTTAG GCGCAACATT CACGTGTAAA GTCAACAATA TTGCACTCGT GGAACCACTA 
ACAGTTGACA TTAACTTAGA CATACATGTG CGTCCGCTGA AAATGGATTT GGAGGGAGTG 
GTCGGTCACG TCGTGCAGGG TACGAAAATT TTATTACAAT GTAAGGTACA GGCCGCACGA 
CCCGCTGCTA ATATAACATG GAAAAATGGA ACGCACTTTT TAAGTGAGAG CAATGAGAGA 
TTTGAAATGT TCGAAACAAA AATACAGGAA AATGAGGATG GTACATTCGA GACGATAAGT 
TATCTCGCAT TTACAGCCTC GGTATATGAC AACGGCAAGA CGTTTAAGTG TTACGCCGAA 
AATTCGGTTA CTCGTACCGA AGATCTAAAA CCAATGAAGG AAGCAACAAC GATTGAAGTG 
TTATATCCGC CAATAATTAA AATGAAGCCA AACAACATAA CTGTTAACGA GACAGACGAC 
TTTTTAATAT TCTGCGATTA TGAGGCAAAT CCGGCTACGC TACTAAAGGT GACGTGGTTA 
CGAGACGACG ATGAATTAGT GTTAAACGAA GAACATTACG ATGGTGGAAT CACGGAACAA 
ACAGCACTCA CAGTGAAAAA CGCGACTCCT AGCGACATGG GTTCTTACAA ATGCATCCTG 
GAAAACAACG CCGGTCCAAC CATTTCCGAG GCTACTGTAC AAGTTTCAGT CTTTTATAAG 
CCGGTGGTGG AAGTGATAAT GGATCCGGAA ACACCTGTGA ATGAGGCGGA TCGTCAGAAT 
GTTTCGCTAA CGTGCGAGGT CGACGCCGGT AATCCGGCGA TACTGACAGC CGTCCGTTGG 
TATTTGGACG GAGACCTATT GAAAGAACTT CCGGATTGCT CGAGGAATAG CACCGCCATG 
ATGAGCTCCG AGGAATCATT GGCATTCTGT GACATCGACC CCAGCAAATT GCTGCTGGAA 
TCTGTCGGCC GCACCTTCCA CGGCAACTAT TCCTGCGAAG GGAAAAACGA TGCTGGTTGG 
GGACCGAACT CCCCGAGCAC GTCTGTCATA GTTTATTATA AGCCCGGCCC GGCGTCGATA 
ACATACGAAC CTCGGCAAGT GGTGAAGAAA CAAGCATTAT CCATCACTTG CTTCGTTTTG 
GATCCCGGTC GACCGAGGGT GTTAGGCTTC AAGTGGCTGC GCGGCTGGCA CCGACTTCCA 
GACGAGAACG AAGCCACACT CTTCATCGAG TCAGTTAATT TGGAAACCGA GGCGAATTTC 
ACATGTCTGG CTTACAACGA AGCTGGTGAT GGAGAACCAG CCACAACGTT TATCGACGTA 
TCTGTGGCCC CGACATTTAT TAAGAAACTC CATTCGTATC GCGGCTACGT CTATAACGCG 
CCTAACGTGA GCATCATGTG TTGGGTCGAA TGCGCTCCGA TCTGCACTAT TTCCTGGCTG 
AGAGATGACA TTCCCATGAA CTTCACGAAA ACGAATCGAT ACTACGTGTC GAACGTTTAT 
CATCCGCCTG ACCCAAGGAC CGACGACTTC GAGAGCATCC AATCGACTCT CATATGGAAT 
CTGACGGTCT GGCCGAACGG TCAGCTCGAC CGTGCTGAGG ATAACGTCAA ATTTACCTGC 
AAGAGCAGCA GCAACGGAAT CGGTCCGGGC GTGGAGAGTT TTACCCATTT TCATGTCGAG 
TTTCCCCCAG AGGATATTAC AATATCAAAG AAGATAATCA ATGTGATAGT GGATACGGTA 
CCAGAAACCG TTGAGTGCAA TGCGAAAGCG CGACCAAAAC CAAACTTCCG GTGGTATCGC 
GAAGGATCCA CTGATATCAT TATGGAAGGT CACGTGTTTG ACTTGAAAAT GTCAATACCA 
CGGCGCAGTA GTGGCACTTA CTATTGCGAG GCATGGAATC GTCACGGCTC CTTGAATATC 
TCATTTATTA TGAATGTGCA ATTTAAACCA GAATGTCATA TAGAAAAAGA ACGATTTGAG 
GGCCAGGATT ATGTCGTTTG CTCAGCCATT GCCAATCCGA AACAGACGGA TTTCACTTGG 
TCATTGAAGA ACGAAAATGA TTCGCTAGAG CAGGTCGCAC AAATACGAAA CGGAAAAAGT 
TACATGCTGC TCGATACCTC AGTCACTAAC TTCCGGACGT ACGTGTGCGT GGCAAACAAC 
ACAGTCGGCC ATTCCGTAGC GTGTGAACGC GATATACCAG CCCACCATGG AGTTAAACGA 
CATATACCTT GGTGGCATCG GTTGGACGGT AATCTGCTAC TGATTATTAT CGTAATGACG 
GTGATCATGA TACTAGTCCT AATACTGATC TGCGTGGCCA TTTATATCGT GTGCCGACGA 
AAACGCAGTC AATTGAAATA CAGTACTCGG GTGGTCGAAC TGGAGGAACG CGAACATCCA 
GACGGTGGAC CGCCCAGTCC AACAGTATCT TCGCACTCGG TTCAAAACCC GGCACAGCCG 
ACACCGGCGC CGAGATGGCC CTTGAAGCCG GGCGTACTAG TACACATCAA TCGAACTCAC 
AGCCTGCGAT CCGGCCTGAG CGTTCGTGCG AACGAGACTA ATCTGCAAAA CGAGGTGGTG 
GGCAAACATA ATGATGAATC GCTCAGACAG AGGTTCCTCG ATGAGACATC GTTGTCATCG 
ATTGGCCGTA ACCCAGCTCG AACGGTATTC CGCCGCGGTA GGAAAGATCA AACCGCGCAG 
AGAACAACGA GCATGACCAG TCTGAACGAA GACGGTATGC TTGCCCGAGC TAACAAGATA 
AAAGCCATGT TTGGCGTACA GCTCAAAGAG CAAGCCATCC TACCCGGTAT ATCCAGAGAA 
AAGACAGCTG TGACTTACAA GAGAATTGTG CCGCGGATGT TGCACGGCGT GGAATCATCC 
TATGAACCAA ATCGTGGTAA TATATCTCGT AAGCGAAAAA AACCTGGAGC GGATCCCAAT 
CAAGCCGCGA ATAACAATCA TGTGAACAGC GTGTCGGAAG TTCTTCCCGA CTCCGGGACA 
AAGACGTTCT ACGAAAATTT ACCTTTCCAC GGGATCCAAG CGCCACCTAA CAAGTTGGTT 
ACTCCTAAGT TTGCCCGAGT TTCGGCTTTG CATGGCACGT TGCATTCCAT CACGACCTCG 
CCGTGTTCCT CGCGGCCACC CAGCAGAGCT GTCAGTCTGT GCGATGGCAG TTCCGGTTAT 
GAGTCGACCA TGAGCCACCT AGGCCCTCAC TACAACATTT ACAACGTGCC CAGGAGCAAT 
TCGCCAGTGC TTAAATACAA CACCTTGAAA CCACGGCGGC GCAAACAGAA GCACTCGCAA 
CAATTCTATT CGTTGCGACT GTGTCGTCGG CATGAAAACA TCCGCAGGAA ATACGAACTA 
TATGCGATAC CGATCTATAA GACGTGCCCG CACAAGAGCG ATAGCACAAC CACAATCGCG 
ACGATCGTCC GGTCGATGGA GGATGCGCCG TCCTTGACTC TCAGCCAATC GTCGGCATCG 
ATTAGCCTGA TGAGCCGATC GACGCCGTCG ACGCCGATAC CGCCATCACC GATACCACCA 
GTACCAGCAC CGAGGATGTC CAAAAAAACT GATCCATCCA AACACACCTA CCAAAATGTC 
CCTCCCCCCG TTTTTCCGCC GAAAAACGCT TCGTTGCCTA AGCTTAAGAC CGACAGCCTA 
TACAACTACA AAGAACACTA CCAGCAGCAG CATCGGCAGG AGATGCAGCA GTACAGCTAC 
CCCTTACCGA GCAACAGTTC GAACCAACTA ACACTGCCAC TAACGAGCAG CCTCTACCAT 
TCCTCGATAG TTAGTCCCCT GCAGACCTCC CTCGTTTATA CTAACAACAG CCGTCCATCT 
ACCTTGATGC ATCATGAAGC TGCAACCACT GGCAATCACT TGTCTACAGT ACATCAGGAG 
CAGCAGCAGC CGAATTACGG CAATTCCGAC GCGAGACAAT CATCGACGCG TCGACATGCA 
ATGAATCGGC GAAACGAGCG TAATCGGAAG TACCGGAAGC ACGAACGAAT GTCGAGCGAT 
CGAAACAAGT CGAAGCAAAG CCGACAAAAG GACGCTCCTT CACGGCGTAA CAATACTTCC 
TTTGTCGATA CATCCAACTA CGAGACTAGC TTTCGTCAAA TCCCGGATCT GGGCGTGCCT 
GAGACAACGT ACAAGATCTC GTATCCGCAT TACTACGAGG ATGACATCGC GGAGTGCTCC 
ACCGACTATC ACAGACCAAA TCCGAAGGCG CATCAGCAAC AGCAGCAACA GCCGCCGTGG 
GAGCATCAAT CGAATCGCTG TACTGGCAAT AACACGCCCC AATTCGCAGC GGACGCGGGC 
GACGCGAAAA ATCGCAACAA AACGTCGAAA ACGAGACTCA ACGACACCCG CAGCATACCG 
TCCGCGCCCA CGATAATGCA GTACGCCGAA TTTCACTTCC GGGATGTCGG TCAGGAGATC 
GATGTCTAA

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

RefSeq	XP_012062859.1
CDS	1..5049
Translation	MFVSGSEAWLKTVKFAELGTEILLPCVLKSPQCDGLHSIKWYHGSTRIFIFSEDAGVIRGNNDIAARADIEYSSNSSRSYLKLSEIQLNNEGLYKCEATYMAVNRECNNVQHVLLNVTVQPAFVRVIDENSKNTLSTGATLGPINEGSTISLYCESGEGKPVPTVEWFKDDELLEATNSRTVTDTGIGTGSSLLEMQITREELGATFTCKVNNIALVEPLTVDINLDIHVRPLKMDLEGVVGHVVQGTKILLQCKVQAARPAANITWKNGTHFLSESNERFEMFETKIQENEDGTFETISYLAFTASVYDNGKTFKCYAENSVTRTEDLKPMKEATTIEVLYPPIIKMKPNNITVNETDDFLIFCDYEANPATLLKVTWLRDDDELVLNEEHYDGGITEQTALTVKNATPSDMGSYKCILENNAGPTISEATVQVSVFYKPVVEVIMDPETPVNEADRQNVSLTCEVDAGNPAILTAVRWYLDGDLLKELPDCSRNSTAMMSSEESLAFCDIDPSKLLLESVGRTFHGNYSCEGKNDAGWGPNSPSTSVIVYYKPGPASITYEPRQVVKKQALSITCFVLDPGRPRVLGFKWLRGWHRLPDENEATLFIESVNLETEANFTCLAYNEAGDGEPATTFIDVSVAPTFIKKLHSYRGYVYNAPNVSIMCWVECAPICTISWLRDDIPMNFTKTNRYYVSNVYHPPDPRTDDFESIQSTLIWNLTVWPNGQLDRAEDNVKFTCKSSSNGIGPGVESFTHFHVEFPPEDITISKKIINVIVDTVPETVECNAKARPKPNFRWYREGSTDIIMEGHVFDLKMSIPRRSSGTYYCEAWNRHGSLNISFIMNVQFKPECHIEKERFEGQDYVVCSAIANPKQTDFTWSLKNENDSLEQVAQIRNGKSYMLLDTSVTNFRTYVCVANNTVGHSVACERDIPAHHGVKRHIPWWHRLDGNLLLIIIVMTVIMILVLILICVAIYIVCRRKRSQLKYSTRVVELEEREHPDGGPPSPTVSSHSVQNPAQPTPAPRWPLKPGVLVHINRTHSLRSGLSVRANETNLQNEVVGKHNDESLRQRFLDETSLSSIGRNPARTVFRRGRKDQTAQRTTSMTSLNEDGMLARANKIKAMFGVQLKEQAILPGISREKTAVTYKRIVPRMLHGVESSYEPNRGNISRKRKKPGADPNQAANNNHVNSVSEVLPDSGTKTFYENLPFHGIQAPPNKLVTPKFARVSALHGTLHSITTSPCSSRPPSRAVSLCDGSSGYESTMSHLGPHYNIYNVPRSNSPVLKYNTLKPRRRKQKHSQQFYSLRLCRRHENIRRKYELYAIPIYKTCPHKSDSTTTIATIVRSMEDAPSLTLSQSSASISLMSRSTPSTPIPPSPIPPVPAPRMSKKTDPSKHTYQNVPPPVFPPKNASLPKLKTDSLYNYKEHYQQQHRQEMQQYSYPLPSNSSNQLTLPLTSSLYHSSIVSPLQTSLVYTNNSRPSTLMHHEAATTGNHLSTVHQEQQQPNYGNSDARQSSTRRHAMNRRNERNRKYRKHERMSSDRNKSKQSRQKDAPSRRNNTSFVDTSNYETSFRQIPDLGVPETTYKISYPHYYEDDIAECSTDYHRPNPKAHQQQQQQPPWEHQSNRCTGNNTPQFAADAGDAKNRNKTSKTRLNDTRSIPSAPTIMQYAEFHFRDVGQEIDV

Target ORF information:

RefSeq Version	XM_012207469.1
Organism	Atta cephalotes
Definition	Atta cephalotes hemicentin-1 (LOC105626157), mRNA.

Target ORF information:

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

XM_012207469.1

ORF Insert Sequence:

ATGTTTGTTT CAGGGAGCGA AGCGTGGTTG AAAACTGTGA AGTTTGCTGA GCTCGGAACA 
GAGATTTTAC TGCCCTGCGT CCTGAAATCA CCACAGTGTG ACGGTCTGCA CAGCATCAAG 
TGGTACCACG GATCCACGAG GATTTTCATT TTCAGTGAGG ATGCCGGGGT TATACGTGGC 
AATAACGACA TTGCTGCTAG GGCGGATATA GAGTATTCGT CGAATTCATC AAGATCGTAT 
TTGAAGCTAT CCGAAATTCA ACTAAACAAC GAGGGTCTAT ACAAGTGTGA GGCTACATAT 
ATGGCGGTCA ACCGCGAGTG CAACAACGTG CAGCACGTTC TTCTTAACGT CACAGTGCAA 
CCAGCGTTTG TACGTGTCAT CGATGAAAAT TCCAAAAATA CTTTGAGCAC TGGCGCCACT 
TTAGGACCTA TAAATGAGGG CTCGACAATA TCATTGTACT GCGAAAGTGG AGAAGGCAAA 
CCTGTACCTA CGGTTGAGTG GTTTAAAGAT GACGAGCTAC TCGAAGCAAC GAACTCGAGG 
ACTGTCACCG ATACCGGAAT TGGTACTGGC AGTAGTTTAC TGGAGATGCA AATTACACGA 
GAAGAGTTAG GCGCAACATT CACGTGTAAA GTCAACAATA TTGCACTCGT GGAACCACTA 
ACAGTTGACA TTAACTTAGA CATACATGTG CGTCCGCTGA AAATGGATTT GGAGGGAGTG 
GTCGGTCACG TCGTGCAGGG TACGAAAATT TTATTACAAT GTAAGGTACA GGCCGCACGA 
CCCGCTGCTA ATATAACATG GAAAAATGGA ACGCACTTTT TAAGTGAGAG CAATGAGAGA 
TTTGAAATGT TCGAAACAAA AATACAGGAA AATGAGGATG GTACATTCGA GACGATAAGT 
TATCTCGCAT TTACAGCCTC GGTATATGAC AACGGCAAGA CGTTTAAGTG TTACGCCGAA 
AATTCGGTTA CTCGTACCGA AGATCTAAAA CCAATGAAGG AAGCAACAAC GATTGAAGTG 
TTATATCCGC CAATAATTAA AATGAAGCCA AACAACATAA CTGTTAACGA GACAGACGAC 
TTTTTAATAT TCTGCGATTA TGAGGCAAAT CCGGCTACGC TACTAAAGGT GACGTGGTTA 
CGAGACGACG ATGAATTAGT GTTAAACGAA GAACATTACG ATGGTGGAAT CACGGAACAA 
ACAGCACTCA CAGTGAAAAA CGCGACTCCT AGCGACATGG GTTCTTACAA ATGCATCCTG 
GAAAACAACG CCGGTCCAAC CATTTCCGAG GCTACTGTAC AAGTTTCAGT CTTTTATAAG 
CCGGTGGTGG AAGTGATAAT GGATCCGGAA ACACCTGTGA ATGAGGCGGA TCGTCAGAAT 
GTTTCGCTAA CGTGCGAGGT CGACGCCGGT AATCCGGCGA TACTGACAGC CGTCCGTTGG 
TATTTGGACG GAGACCTATT GAAAGAACTT CCGGATTGCT CGAGGAATAG CACCGCCATG 
ATGAGCTCCG AGGAATCATT GGCATTCTGT GACATCGACC CCAGCAAATT GCTGCTGGAA 
TCTGTCGGCC GCACCTTCCA CGGCAACTAT TCCTGCGAAG GGAAAAACGA TGCTGGTTGG 
GGACCGAACT CCCCGAGCAC GTCTGTCATA GTTTATTATA AGCCCGGCCC GGCGTCGATA 
ACATACGAAC CTCGGCAAGT GGTGAAGAAA CAAGCATTAT CCATCACTTG CTTCGTTTTG 
GATCCCGGTC GACCGAGGGT GTTAGGCTTC AAGTGGCTGC GCGGCTGGCA CCGACTTCCA 
GACGAGAACG AAGCCACACT CTTCATCGAG TCAGTTAATT TGGAAACCGA GGCGAATTTC 
ACATGTCTGG CTTACAACGA AGCTGGTGAT GGAGAACCAG CCACAACGTT TATCGACGTA 
TCTGTGGCCC CGACATTTAT TAAGAAACTC CATTCGTATC GCGGCTACGT CTATAACGCG 
CCTAACGTGA GCATCATGTG TTGGGTCGAA TGCGCTCCGA TCTGCACTAT TTCCTGGCTG 
AGAGATGACA TTCCCATGAA CTTCACGAAA ACGAATCGAT ACTACGTGTC GAACGTTTAT 
CATCCGCCTG ACCCAAGGAC CGACGACTTC GAGAGCATCC AATCGACTCT CATATGGAAT 
CTGACGGTCT GGCCGAACGG TCAGCTCGAC CGTGCTGAGG ATAACGTCAA ATTTACCTGC 
AAGAGCAGCA GCAACGGAAT CGGTCCGGGC GTGGAGAGTT TTACCCATTT TCATGTCGAG 
TTTCCCCCAG AGGATATTAC AATATCAAAG AAGATAATCA ATGTGATAGT GGATACGGTA 
CCAGAAACCG TTGAGTGCAA TGCGAAAGCG CGACCAAAAC CAAACTTCCG GTGGTATCGC 
GAAGGATCCA CTGATATCAT TATGGAAGGT CACGTGTTTG ACTTGAAAAT GTCAATACCA 
CGGCGCAGTA GTGGCACTTA CTATTGCGAG GCATGGAATC GTCACGGCTC CTTGAATATC 
TCATTTATTA TGAATGTGCA ATTTAAACCA GAATGTCATA TAGAAAAAGA ACGATTTGAG 
GGCCAGGATT ATGTCGTTTG CTCAGCCATT GCCAATCCGA AACAGACGGA TTTCACTTGG 
TCATTGAAGA ACGAAAATGA TTCGCTAGAG CAGGTCGCAC AAATACGAAA CGGAAAAAGT 
TACATGCTGC TCGATACCTC AGTCACTAAC TTCCGGACGT ACGTGTGCGT GGCAAACAAC 
ACAGTCGGCC ATTCCGTAGC GTGTGAACGC GATATACCAG CCCACCATGG AGTTAAACGA 
CATATACCTT GGTGGCATCG GTTGGACGGT AATCTGCTAC TGATTATTAT CGTAATGACG 
GTGATCATGA TACTAGTCCT AATACTGATC TGCGTGGCCA TTTATATCGT GTGCCGACGA 
AAACGCAGTC AATTGAAATA CAGTACTCGG GTGGTCGAAC TGGAGGAACG CGAACATCCA 
GACGGTGGAC CGCCCAGTCC AACAGTATCT TCGCACTCGG TTCAAAACCC GGCACAGCCG 
ACACCGGCGC CGAGATGGCC CTTGAAGCCG GGCGTACTAG TACACATCAA TCGAACTCAC 
AGCCTGCGAT CCGGCCTGAG CGTTCGTGCG AACGAGACTA ATCTGCAAAA CGAGGTGGTG 
GGCAAACATA ATGATGAATC GCTCAGACAG AGGTTCCTCG ATGAGACATC GTTGTCATCG 
ATTGGCCGTA ACCCAGCTCG AACGGTATTC CGCCGCGGTA GGAAAGATCA AACCGCGCAG 
AGAACAACGA GCATGACCAG TCTGAACGAA GACGGTATGC TTGCCCGAGC TAACAAGATA 
AAAGCCATGT TTGGCGTACA GCTCAAAGAG CAAGCCATCC TACCCGGTAT ATCCAGAGAA 
AAGACAGCTG TGACTTACAA GAGAATTGTG CCGCGGATGT TGCACGGCGT GGAATCATCC 
TATGAACCAA ATCGTGGTAA TATATCTCGT AAGCGAAAAA AACCTGGAGC GGATCCCAAT 
CAAGCCGCGA ATAACAATCA TGTGAACAGC GTGTCGGAAG TTCTTCCCGA CTCCGGGACA 
AAGACGTTCT ACGAAAATTT ACCTTTCCAC GGGATCCAAG CGCCACCTAA CAAGTTGGTT 
ACTCCTAAGT TTGCCCGAGT TTCGGCTTTG CATGGCACGT TGCATTCCAT CACGACCTCG 
CCGTGTTCCT CGCGGCCACC CAGCAGAGCT GTCAGTCTGT GCGATGGCAG TTCCGGTTAT 
GAGTCGACCA TGAGCCACCT AGGCCCTCAC TACAACATTT ACAACGTGCC CAGGAGCAAT 
TCGCCAGTGC TTAAATACAA CACCTTGAAA CCACGGCGGC GCAAACAGAA GCACTCGCAA 
CAATTCTATT CGTTGCGACT GTGTCGTCGG CATGAAAACA TCCGCAGGAA ATACGAACTA 
TATGCGATAC CGATCTATAA GACGTGCCCG CACAAGAGCG ATAGCACAAC CACAATCGCG 
ACGATCGTCC GGTCGATGGA GGATGCGCCG TCCTTGACTC TCAGCCAATC GTCGGCATCG 
ATTAGCCTGA TGAGCCGATC GACGCCGTCG ACGCCGATAC CGCCATCACC GATACCACCA 
GTACCAGCAC CGAGGATGTC CAAAAAAACT GATCCATCCA AACACACCTA CCAAAATGTC 
CCTCCCCCCG TTTTTCCGCC GAAAAACGCT TCGTTGCCTA AGCTTAAGAC CGACAGCCTA 
TACAACTACA AAGAACACTA CCAGCAGCAG CATCGGCAGG AGATGCAGCA GTACAGCTAC 
CCCTTACCGA GCAACAGTTC GAACCAACTA ACACTGCCAC TAACGAGCAG CCTCTACCAT 
TCCTCGATAG TTAGTCCCCT GCAGACCTCC CTCGTTTATA CTAACAACAG CCGTCCATCT 
ACCTTGATGC ATCATGAAGC TGCAACCACT GGCAATCACT TGTCTACAGT ACATCAGGAG 
CAGCAGCAGC CGAATTACGG CAATTCCGAC GCGAGACAAT CATCGACGCG TCGACATGCA 
ATGAATCGGC GAAACGAGCG TAATCGGAAG TACCGGAAGC ACGAACGAAT GTCGAGCGAT 
CGAAACAAGT CGAAGCAAAG CCGACAAAAG GACGCTCCTT CACGGCGTAA CAATACTTCC 
TTTGTCGATA CATCCAACTA CGAGACTAGC TTTCGTCAAA TCCCGGATCT GGGCGTGCCT 
GAGACAACGT ACAAGATCTC GTATCCGCAT TACTACGAGG ATGACATCGC GGAGTGCTCC 
ACCGACTATC ACAGACCAAA TCCGAAGGCG CATCAGCAAC AGCAGCAACA GCCGCCGTGG 
GAGCATCAAT CGAATCGCTG TACTGGCAAT AACACGCCCC AATTCGCAGC GGACGCGGGC 
GACGCGAAAA ATCGCAACAA AACGTCGAAA ACGAGACTCA ACGACACCCG CAGCATACCG 
TCCGCGCCCA CGATAATGCA GTACGCCGAA TTTCACTTCC GGGATGTCGG TCAGGAGATC 
GATGTCTAA