Ccdc141 cDNA ORF clone, Fukomys damarensis(Damara mole-rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Ccdc141
Entrez Gene ID	104870964
Full Name	coiled-coil domain containing 141
Gene Type	protein-coding
Organism	Fukomys damarensis(Damara mole-rat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010636779.1	XP_010635081.1	coiled-coil domain-containing protein 141

Pathways from BioSystems
Gene Ontology

The following Ccdc141 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Ccdc141 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
OFu71241	XM_010636779.1 Latest version!	Fukomys damarensis coiled-coil domain containing 141 (Ccdc141), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

Ccdc141 ( XM_010636779.1 ) cDNA ORF clone, Fukomys damarensis(Damara mole-rat) -> XP_010635081.1 Fukomys damarensis coiled-coil domain containing 141 (Ccdc141), mRNA.

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CloneID	OFu71241
Clone ID Related Accession (Same CDS sequence)	XM_010636779.1
Accession Version	XM_010636779.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4602bp) 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	2016-11-23
Organism	Fukomys damarensis(Damara mole-rat)
Product	coiled-coil domain-containing protein 141
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011045443.1) 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 :: Fukomys damarensis 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##

ATGGACAGCC CACAAAGTTC TGCTGCAGAG TTTTCCACCA CAACTGCCTG CTCAGTAGCT 
GTGCAGGCTG GAGACTCCAA AATCGTGATA GCTGTCATAA AGTGTGGCAA ATGGGTACAG 
TTTCAGCTGG CAGAATCACA GCCAAATCTT CTAGAAATTG GGAGCAGTCA AGATGAATCC 
AAAAAACTTC TTCGTGACCA TGAACTTCTT TTGGCCAAAC TCAAGGCTCT GGAAGATGGG 
GTATGGGAAC TCTTGCAGGA AGCAGACAAG ACCGCTGAAG AGAACAAAGG GCAGAGTCAG 
GTCTATGAGG CCATGGCCCA GACCCTGGGT GAAGCATGGG CTGCTCTGGT CTCCATGCTT 
GAAAGAAGAA GGGAGCTGCT TATGTTGACC TCTGAATTTT TTGAAGATGC CTTGGAGTTT 
GCTATTAAAA TAGATCAAGC TGAAGATTTC CTCCAGAATC CTCATGAGTT TGAGAGTCCT 
GAGGCCTTGA AATCACTTCT TCAGCTTCAT GAACATCATA CCAAAGAACT CCTAGAACGA 
TCTCTAGCCC TTTTAAACAA AAGTCAACAA CTCACAGATT TCATAGAAAA CTTCAAGCAT 
GATGGACATT ATGTGAATTC CGATTTGGTT CAGGGAGCTC AGAGCAGTTG CCTGAAGATT 
GACAGCCTTC TCGAACTTCT ACAAGATAGG AGAAGGCAAC TAGACAAGCA CCTGCAGCGA 
AAGCGGCAAG AACTGGGTCA GGTTCTGCAG ATGTGTCTGT GGGACCAACA GGAAGACCAG 
GTTACTTGTT GGTTTCAGAA AACAATAAGA GATTTGCAGG AACAAAGTCT AGGTTCATCA 
CTGTCAGACA ATGAAGAACT AATTTGCAAG CATGAGAACC TGATAATAAA AGCAAAGGAA 
TGGGATTCCG CTGTGGAGGA GCTGAAGGGC GAGGCAGTGG GAATGCTGCT GTCAAAGGAC 
TTTGCGGAGA GAGAACGTCT GCAGCTCTCC AACCAGAAAC TGAATCGACT TCAAGATGAG 
CTCGGTCAAC TCATAATGGA AAGGAAGATC TGGTTAAAAA AGGCAAATGA TTTTTTTAGC 
GGTGCCAATA AGGCATTTGA TGTACTTGGA AGAGTTGAAG CTTACCTTAA GCTCCTTAAA 
TCAGAGGGTT TAAGTCTGCC TGTCTTGGCA GCCAGGCATG AGGAATTACA CAAAGAAATT 
AAAGTGTGCA CAGCTGATGC TTTGCAAAAG GGACAAACCT TAATCAACCA AGTAGATTCC 
TGCAGCTCTC GGGTGAGTGG CATCCACGAG ATAATGGGGT GCATGCAGAG ACGCGTGGAT 
CTTCTTGCCC AGCAGTGTTC AGCGCACAAG GAATTGGCTC TCCAGAAACA GCAAATAACA 
GCCTCGGTGG AGGGTTACCT CAGGAAGGTG GAAATGTCGG TTCAGAAAAT CAGTCCAGTA 
CTTTCCAGTG CGATGGATGT TGGTTCCAGC CTTTCTGAAT CAGAGAAGAT TCTGAATAAA 
TATCTGGAAC TAGATATCCA AGCCAAGGCG ACGTCACATG CATTAGAGGC AGCTGCAGAA 
ATCATGGCAG AAGAAAATGA ATTTGAGCCT GATGAAGTGG CATCACTTTC TGTTAAAGCT 
AAATGGCTGG AAGAAGAATT AGACGTACTT GGCCAGAGCA TCAGCTCCAG GTCACGAGTC 
CTTCAAACTT ACGTGGCATT TCTAAAGCCA TCAGAGGAGG TAGAGGAGCA GTTTCAGAGT 
CTAAAGAAAT TGTATCAAAC TGAAATCCCT CAGAAAGAAG AGGCTGGTGC TAAAGCCACA 
TGTTGGTCTG GCTCAGCTGA GAAGCAGTGG CAGCTATTTT TAAAGAAGAG TTTTTTAGCC 
CAAGACCTGG GGCTTGAGTT CCTTAATTTA ATAAAAATGG TGAAAGAGAA CGAGGTAGCA 
AATGGGAAAG ATAAAGTTCA CAGTGTGGAG AATACCATGG AAAAGCAGAA AGCTGGACGG 
GCAGAACTTA GCTGCCTTCG GATCGCAAGG CAGCTTGAAG CCACCGTGTG CAAGCCGGTG 
AAGCAGCAGT TGGGAGCATT CAAAGAGCAG CTGAAGAAGA CTACTCACAA CTTGAAGCTT 
CTTCAGGAAG TACTTATGCC CGTGTCTGCA CTTGACCTTG GAGGGAGCCG CCAGACCATT 
TCAGATTTGC AGAAAAAATG GAATGAAATG AAGCCACAGT TCCAGCAACT GCATGATGAG 
ATCCAATATA TCATGAAAGA GTCAGAAGAG CTAAGCCGCA AAGGAGCCCC TGTGAAAGAG 
AAGGCTCAAC AGCTCAAGGA CCTTATTCAC CTCCACCAGA AACAGACAGA GAGAATCCAG 
GATTATGAGG ATATCCTATA CAAATTAGTC CAATTCCATC AAGTCAAGGA GGAGCTGGAA 
CGTCTCACCA AATCCAGAGA ACTGGAGTTT CTACAGCAGC TGAAGGAACT GGGCGATGCT 
CATGAAGCCC AGACCCAGCT TGTTCCCTCT CAGGAGAAGC AGGCACATGT CGAGCATCTC 
CATGAACTGG CGCTTTCCTT AGGAGTGGAA ATCATCTCAT CAGCACAGCA GCCTAATTGC 
TCCAATGTTT CTGCGAAGAA CTTGCAACAG CAGATGGAGG CCCTTGACGG GGACTGCAGG 
AACTGGCGTG TGACAGCCAA GGAGCGCGAG CAAGCCTGGG CCCGCAGCTT GCAGTTCCGA 
GCCACAGGAG AGGAGATAAA GGAGCTTAAA GAGTCATTCA AAGATATCAA AAAGAAATTC 
AACAATTTGA AGTTTAATTA CACTAAGAAA AATGAAAAAG CTCGACATCT GAAGGCTCTT 
AAATACCACA CCCAACAAGT TGATATGTAT GCTGAAAAAG TACAGGTTTT GAGAAGAAAA 
ATGGAAAAAC TTCACAAAAA AACTTCTGAT TCTTTCTTAA ATTATCCAAG TAATAAAGTT 
AATGTCCTTT TGGAAGCCAT GAAAGATTTG CAAAAACATG TGGATGACTT TGACAAAATT 
GTCACAGACT ACAAGACAAA TTTGGGCCTG ACTGAACATC TCCAGGAAGT AATAGAAGAG 
TGTTACTCTT GGTATGAAGA TGCAAGTGCT ACCATTGTAC GAGTTGGAAA ATATTCCATG 
GAGTGTAAAA CAAAGGAAGC TGTGGAAATT CTCCACCAGC AGTTCAATAA GTTTATTGCA 
CCCTCAGTGC CTCAGCAAGA AGAAAGGATT CAGGAGGTCA CTGACCTGGC TCAGCGCCTA 
TATGGTTTGG AAGAAGGAGA GAAATACACT GAGAAAATAG TGGCAAAACA CAAAGAGATT 
CTTGAGTCTA TTACTGAATT ATGTGGGTCT CTCACAGAGC TTGAAGAAAA ACTGAAGCAG 
GGAAACAATC TAAAGATGAA TCCAAATTTG GGAGACTTTC ACTACAGTTG TATTGACCTA 
CTAAAGGAAC CAGTAAGAAA TAAGCAGATA ATACTCAATG AAGAAATTAA TAAGGCACAA 
GCACAGAGGG TGGATGTTCT GGCCATAAAT GGGACAGGTG AGGATGGACT TGCACCAAAC 
CTGAGGCAGC TGCCCTCTGC CAAGGAGGAC AGAGTCCAGG GATTGCTGCT GCCTGAAGAC 
ATACCGTCAG GAGAAGAATC TGAATGTGTC TCTTCCGCCG ACATCTCCTT GCCGCCCCTC 
CCGGGAAGTC CCAAGTCCCC CCTTGCACTG TCATCAGACG TGGAGGTGGA GGAGCCCCCC 
AGCCCCTCGG CCCTCAGCCT TCTCAGGAGC AGCTCCAGCC TACAGTCCGG GACCTGCGGT 
CGAGGGGAGG CCCACGAGTC TGTTCTTCCA CCACCTGTCA TTTTTGCTGA TGCATACAAT 
GCTAAGAGAG ACACATTTTC AAGTCATTTT AAGAGCCCTA AGCCCCAGTA CAAAGCCGAG 
CCCCTAGTAA CCTCCGGAGG AATTCTGGAA AGCAGTACTG CCTTCCCCAA AATCAGTGCT 
AAGCAACCAG AGAGCATGCC GAGTGACACG CATGACAGAG CTTTACAGAA GCGCCCACAG 
GCTCAGGGAA ATTTGCTAGA AATGCAGGAG AAAATGCATG GCTATGATAA CAGCACTAAA 
ACCCAAGATA GGCTGCATGC TTCCCCTGAT GTGTTCTGGA GCCTTCGCTT TCCACCAGGC 
GCCAGCCTGG GCTCGCAGAG GCAAACGGTT CCCCGAGAAG AGGCGAAAAC TCCATCAGCA 
AGCAAAAGCG TGGTTAGCCT AGCTGGCCAG GCACCTCATT TCTCCAGGCT CCTGTCCAAT 
GTAACAGTCA CGGAAGGTTC TCCAGTGACT TTGGAAGTTG AAGTAACAGG ATTTCCAGAG 
CCTACGCTGA CATGGTACAA GAAGAGCCAG CAGTTGTCTG CAGATGGGCA CTTGCAGGTT 
TTACACAAGG AGACAAAGCA TTCGGTGTTC ATTCCGAAGG TATGTGAGGC GGACGCTGGC 
CTCTATGTGG CACGGGCACA AAATTCTAGT GGCACTGTTT CTTCCAATGT CATCCTCCAC 
GTGACAGGTA GCCTTAGGCC ACCAATTGCA AGAATAAGCT GGATGATGCT GTGTGTCATC 
TATGTTAGTG TGTCTCTGAT GTGCTGGCTA CTCACATGGT GA

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

RefSeq	XP_010635081.1
CDS	541..5142
Translation	MDSPQSSAAEFSTTTACSVAVQAGDSKIVIAVIKCGKWVQFQLAESQPNLLEIGSSQDESKKLLRDHELLLAKLKALEDGVWELLQEADKTAEENKGQSQVYEAMAQTLGEAWAALVSMLERRRELLMLTSEFFEDALEFAIKIDQAEDFLQNPHEFESPEALKSLLQLHEHHTKELLERSLALLNKSQQLTDFIENFKHDGHYVNSDLVQGAQSSCLKIDSLLELLQDRRRQLDKHLQRKRQELGQVLQMCLWDQQEDQVTCWFQKTIRDLQEQSLGSSLSDNEELICKHENLIIKAKEWDSAVEELKGEAVGMLLSKDFAERERLQLSNQKLNRLQDELGQLIMERKIWLKKANDFFSGANKAFDVLGRVEAYLKLLKSEGLSLPVLAARHEELHKEIKVCTADALQKGQTLINQVDSCSSRVSGIHEIMGCMQRRVDLLAQQCSAHKELALQKQQITASVEGYLRKVEMSVQKISPVLSSAMDVGSSLSESEKILNKYLELDIQAKATSHALEAAAEIMAEENEFEPDEVASLSVKAKWLEEELDVLGQSISSRSRVLQTYVAFLKPSEEVEEQFQSLKKLYQTEIPQKEEAGAKATCWSGSAEKQWQLFLKKSFLAQDLGLEFLNLIKMVKENEVANGKDKVHSVENTMEKQKAGRAELSCLRIARQLEATVCKPVKQQLGAFKEQLKKTTHNLKLLQEVLMPVSALDLGGSRQTISDLQKKWNEMKPQFQQLHDEIQYIMKESEELSRKGAPVKEKAQQLKDLIHLHQKQTERIQDYEDILYKLVQFHQVKEELERLTKSRELEFLQQLKELGDAHEAQTQLVPSQEKQAHVEHLHELALSLGVEIISSAQQPNCSNVSAKNLQQQMEALDGDCRNWRVTAKEREQAWARSLQFRATGEEIKELKESFKDIKKKFNNLKFNYTKKNEKARHLKALKYHTQQVDMYAEKVQVLRRKMEKLHKKTSDSFLNYPSNKVNVLLEAMKDLQKHVDDFDKIVTDYKTNLGLTEHLQEVIEECYSWYEDASATIVRVGKYSMECKTKEAVEILHQQFNKFIAPSVPQQEERIQEVTDLAQRLYGLEEGEKYTEKIVAKHKEILESITELCGSLTELEEKLKQGNNLKMNPNLGDFHYSCIDLLKEPVRNKQIILNEEINKAQAQRVDVLAINGTGEDGLAPNLRQLPSAKEDRVQGLLLPEDIPSGEESECVSSADISLPPLPGSPKSPLALSSDVEVEEPPSPSALSLLRSSSSLQSGTCGRGEAHESVLPPPVIFADAYNAKRDTFSSHFKSPKPQYKAEPLVTSGGILESSTAFPKISAKQPESMPSDTHDRALQKRPQAQGNLLEMQEKMHGYDNSTKTQDRLHASPDVFWSLRFPPGASLGSQRQTVPREEAKTPSASKSVVSLAGQAPHFSRLLSNVTVTEGSPVTLEVEVTGFPEPTLTWYKKSQQLSADGHLQVLHKETKHSVFIPKVCEADAGLYVARAQNSSGTVSSNVILHVTGSLRPPIARISWMMLCVIYVSVSLMCWLLTW

Target ORF information:

RefSeq Version	XM_010636779.1
Organism	Fukomys damarensis(Damara mole-rat)
Definition	Fukomys damarensis coiled-coil domain containing 141 (Ccdc141), mRNA.

Target ORF information:

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

XM_010636779.1

ORF Insert Sequence:

ATGGACAGCC CACAAAGTTC TGCTGCAGAG TTTTCCACCA CAACTGCCTG CTCAGTAGCT 
GTGCAGGCTG GAGACTCCAA AATCGTGATA GCTGTCATAA AGTGTGGCAA ATGGGTACAG 
TTTCAGCTGG CAGAATCACA GCCAAATCTT CTAGAAATTG GGAGCAGTCA AGATGAATCC 
AAAAAACTTC TTCGTGACCA TGAACTTCTT TTGGCCAAAC TCAAGGCTCT GGAAGATGGG 
GTATGGGAAC TCTTGCAGGA AGCAGACAAG ACCGCTGAAG AGAACAAAGG GCAGAGTCAG 
GTCTATGAGG CCATGGCCCA GACCCTGGGT GAAGCATGGG CTGCTCTGGT CTCCATGCTT 
GAAAGAAGAA GGGAGCTGCT TATGTTGACC TCTGAATTTT TTGAAGATGC CTTGGAGTTT 
GCTATTAAAA TAGATCAAGC TGAAGATTTC CTCCAGAATC CTCATGAGTT TGAGAGTCCT 
GAGGCCTTGA AATCACTTCT TCAGCTTCAT GAACATCATA CCAAAGAACT CCTAGAACGA 
TCTCTAGCCC TTTTAAACAA AAGTCAACAA CTCACAGATT TCATAGAAAA CTTCAAGCAT 
GATGGACATT ATGTGAATTC CGATTTGGTT CAGGGAGCTC AGAGCAGTTG CCTGAAGATT 
GACAGCCTTC TCGAACTTCT ACAAGATAGG AGAAGGCAAC TAGACAAGCA CCTGCAGCGA 
AAGCGGCAAG AACTGGGTCA GGTTCTGCAG ATGTGTCTGT GGGACCAACA GGAAGACCAG 
GTTACTTGTT GGTTTCAGAA AACAATAAGA GATTTGCAGG AACAAAGTCT AGGTTCATCA 
CTGTCAGACA ATGAAGAACT AATTTGCAAG CATGAGAACC TGATAATAAA AGCAAAGGAA 
TGGGATTCCG CTGTGGAGGA GCTGAAGGGC GAGGCAGTGG GAATGCTGCT GTCAAAGGAC 
TTTGCGGAGA GAGAACGTCT GCAGCTCTCC AACCAGAAAC TGAATCGACT TCAAGATGAG 
CTCGGTCAAC TCATAATGGA AAGGAAGATC TGGTTAAAAA AGGCAAATGA TTTTTTTAGC 
GGTGCCAATA AGGCATTTGA TGTACTTGGA AGAGTTGAAG CTTACCTTAA GCTCCTTAAA 
TCAGAGGGTT TAAGTCTGCC TGTCTTGGCA GCCAGGCATG AGGAATTACA CAAAGAAATT 
AAAGTGTGCA CAGCTGATGC TTTGCAAAAG GGACAAACCT TAATCAACCA AGTAGATTCC 
TGCAGCTCTC GGGTGAGTGG CATCCACGAG ATAATGGGGT GCATGCAGAG ACGCGTGGAT 
CTTCTTGCCC AGCAGTGTTC AGCGCACAAG GAATTGGCTC TCCAGAAACA GCAAATAACA 
GCCTCGGTGG AGGGTTACCT CAGGAAGGTG GAAATGTCGG TTCAGAAAAT CAGTCCAGTA 
CTTTCCAGTG CGATGGATGT TGGTTCCAGC CTTTCTGAAT CAGAGAAGAT TCTGAATAAA 
TATCTGGAAC TAGATATCCA AGCCAAGGCG ACGTCACATG CATTAGAGGC AGCTGCAGAA 
ATCATGGCAG AAGAAAATGA ATTTGAGCCT GATGAAGTGG CATCACTTTC TGTTAAAGCT 
AAATGGCTGG AAGAAGAATT AGACGTACTT GGCCAGAGCA TCAGCTCCAG GTCACGAGTC 
CTTCAAACTT ACGTGGCATT TCTAAAGCCA TCAGAGGAGG TAGAGGAGCA GTTTCAGAGT 
CTAAAGAAAT TGTATCAAAC TGAAATCCCT CAGAAAGAAG AGGCTGGTGC TAAAGCCACA 
TGTTGGTCTG GCTCAGCTGA GAAGCAGTGG CAGCTATTTT TAAAGAAGAG TTTTTTAGCC 
CAAGACCTGG GGCTTGAGTT CCTTAATTTA ATAAAAATGG TGAAAGAGAA CGAGGTAGCA 
AATGGGAAAG ATAAAGTTCA CAGTGTGGAG AATACCATGG AAAAGCAGAA AGCTGGACGG 
GCAGAACTTA GCTGCCTTCG GATCGCAAGG CAGCTTGAAG CCACCGTGTG CAAGCCGGTG 
AAGCAGCAGT TGGGAGCATT CAAAGAGCAG CTGAAGAAGA CTACTCACAA CTTGAAGCTT 
CTTCAGGAAG TACTTATGCC CGTGTCTGCA CTTGACCTTG GAGGGAGCCG CCAGACCATT 
TCAGATTTGC AGAAAAAATG GAATGAAATG AAGCCACAGT TCCAGCAACT GCATGATGAG 
ATCCAATATA TCATGAAAGA GTCAGAAGAG CTAAGCCGCA AAGGAGCCCC TGTGAAAGAG 
AAGGCTCAAC AGCTCAAGGA CCTTATTCAC CTCCACCAGA AACAGACAGA GAGAATCCAG 
GATTATGAGG ATATCCTATA CAAATTAGTC CAATTCCATC AAGTCAAGGA GGAGCTGGAA 
CGTCTCACCA AATCCAGAGA ACTGGAGTTT CTACAGCAGC TGAAGGAACT GGGCGATGCT 
CATGAAGCCC AGACCCAGCT TGTTCCCTCT CAGGAGAAGC AGGCACATGT CGAGCATCTC 
CATGAACTGG CGCTTTCCTT AGGAGTGGAA ATCATCTCAT CAGCACAGCA GCCTAATTGC 
TCCAATGTTT CTGCGAAGAA CTTGCAACAG CAGATGGAGG CCCTTGACGG GGACTGCAGG 
AACTGGCGTG TGACAGCCAA GGAGCGCGAG CAAGCCTGGG CCCGCAGCTT GCAGTTCCGA 
GCCACAGGAG AGGAGATAAA GGAGCTTAAA GAGTCATTCA AAGATATCAA AAAGAAATTC 
AACAATTTGA AGTTTAATTA CACTAAGAAA AATGAAAAAG CTCGACATCT GAAGGCTCTT 
AAATACCACA CCCAACAAGT TGATATGTAT GCTGAAAAAG TACAGGTTTT GAGAAGAAAA 
ATGGAAAAAC TTCACAAAAA AACTTCTGAT TCTTTCTTAA ATTATCCAAG TAATAAAGTT 
AATGTCCTTT TGGAAGCCAT GAAAGATTTG CAAAAACATG TGGATGACTT TGACAAAATT 
GTCACAGACT ACAAGACAAA TTTGGGCCTG ACTGAACATC TCCAGGAAGT AATAGAAGAG 
TGTTACTCTT GGTATGAAGA TGCAAGTGCT ACCATTGTAC GAGTTGGAAA ATATTCCATG 
GAGTGTAAAA CAAAGGAAGC TGTGGAAATT CTCCACCAGC AGTTCAATAA GTTTATTGCA 
CCCTCAGTGC CTCAGCAAGA AGAAAGGATT CAGGAGGTCA CTGACCTGGC TCAGCGCCTA 
TATGGTTTGG AAGAAGGAGA GAAATACACT GAGAAAATAG TGGCAAAACA CAAAGAGATT 
CTTGAGTCTA TTACTGAATT ATGTGGGTCT CTCACAGAGC TTGAAGAAAA ACTGAAGCAG 
GGAAACAATC TAAAGATGAA TCCAAATTTG GGAGACTTTC ACTACAGTTG TATTGACCTA 
CTAAAGGAAC CAGTAAGAAA TAAGCAGATA ATACTCAATG AAGAAATTAA TAAGGCACAA 
GCACAGAGGG TGGATGTTCT GGCCATAAAT GGGACAGGTG AGGATGGACT TGCACCAAAC 
CTGAGGCAGC TGCCCTCTGC CAAGGAGGAC AGAGTCCAGG GATTGCTGCT GCCTGAAGAC 
ATACCGTCAG GAGAAGAATC TGAATGTGTC TCTTCCGCCG ACATCTCCTT GCCGCCCCTC 
CCGGGAAGTC CCAAGTCCCC CCTTGCACTG TCATCAGACG TGGAGGTGGA GGAGCCCCCC 
AGCCCCTCGG CCCTCAGCCT TCTCAGGAGC AGCTCCAGCC TACAGTCCGG GACCTGCGGT 
CGAGGGGAGG CCCACGAGTC TGTTCTTCCA CCACCTGTCA TTTTTGCTGA TGCATACAAT 
GCTAAGAGAG ACACATTTTC AAGTCATTTT AAGAGCCCTA AGCCCCAGTA CAAAGCCGAG 
CCCCTAGTAA CCTCCGGAGG AATTCTGGAA AGCAGTACTG CCTTCCCCAA AATCAGTGCT 
AAGCAACCAG AGAGCATGCC GAGTGACACG CATGACAGAG CTTTACAGAA GCGCCCACAG 
GCTCAGGGAA ATTTGCTAGA AATGCAGGAG AAAATGCATG GCTATGATAA CAGCACTAAA 
ACCCAAGATA GGCTGCATGC TTCCCCTGAT GTGTTCTGGA GCCTTCGCTT TCCACCAGGC 
GCCAGCCTGG GCTCGCAGAG GCAAACGGTT CCCCGAGAAG AGGCGAAAAC TCCATCAGCA 
AGCAAAAGCG TGGTTAGCCT AGCTGGCCAG GCACCTCATT TCTCCAGGCT CCTGTCCAAT 
GTAACAGTCA CGGAAGGTTC TCCAGTGACT TTGGAAGTTG AAGTAACAGG ATTTCCAGAG 
CCTACGCTGA CATGGTACAA GAAGAGCCAG CAGTTGTCTG CAGATGGGCA CTTGCAGGTT 
TTACACAAGG AGACAAAGCA TTCGGTGTTC ATTCCGAAGG TATGTGAGGC GGACGCTGGC 
CTCTATGTGG CACGGGCACA AAATTCTAGT GGCACTGTTT CTTCCAATGT CATCCTCCAC 
GTGACAGGTA GCCTTAGGCC ACCAATTGCA AGAATAAGCT GGATGATGCT GTGTGTCATC 
TATGTTAGTG TGTCTCTGAT GTGCTGGCTA CTCACATGGT GA