CCDC141 cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	CCDC141
Entrez Gene ID	102574776
Full Name	coiled-coil domain containing 141
Synonyms	HMCN1
Gene Type	protein-coding
Organism	Alligator mississippiensis(American alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019480210.1	XP_019335755.1	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
OAl78551	XM_019480210.1 Latest version!	Alligator mississippiensis coiled-coil domain containing 141 (CCDC141), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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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_019480210.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019335755.1 Alligator mississippiensis coiled-coil domain containing 141 (CCDC141), mRNA.

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CloneID	OAl78551
Clone ID Related Accession (Same CDS sequence)	XM_019480210.1
Accession Version	XM_019480210.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4611bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
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_017714267.1) 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 :: Alligator mississippiensis Annotation Release 102 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##

ATGTCGAGTG AAGCCAGTTC TGGTGAACAG ATTTCTACCA CAACAGTCAG TTCAGTTGCT 
GTTCAGGCTG GGAATTCCAG AATTGTTATA GGTATACTTA AGTCTGGAAA ATGGGTGCAA 
CTTCAACTGG CTGAGGCAGA ACCAAATCTA TTAGAAATTG GCAGCAGTCA AGATGAGACC 
AAAAAACTGC TACAAGATCA TGAACAACTC CTGGTGAGAC TTAAGTCTTT GGAAGACCAA 
GTATGGGATC TTTTACGTGA AGCAGACAAG ACAGCAGAGG AGAACAAAGA GCAAAGCCAG 
GTGTATGATG CTATGGCAGA GACTCTTGGG GATGCCTGGG ATGCCCTCGT CATTGTGCTG 
GAGAAGCGAA GGAAACTTCT GAAAATTACT GCAGTGTTTT TTGAAAATGC TCTGGAGTTT 
GCTATTAAAA TTGACCAAGT TGAGGAGTTC CTCCAGAATT CCCAGGAGTT TGAGGATGTT 
GAATCTTTGA AAGAGCTCCT TCAGCAGCAT GAGCACCATG CAAAAGAGCT CTTGGAAAAG 
TCTCTGGCCC TCTTAAACAA AAGCCATGAA CTGACTGGAT TCATAGATGA GTTCAAATCT 
GATGGGCCAA ATATAAATCC TGAGTTGATT CAGGGAGCTC ACAGCAGCTG CTTGAAAATT 
GACAGTCTCC TTGAACTGTT ACAAGACAGA AGAAGGCAAC TGGACAAATA TCTTAAGCAT 
CAACTCCAAG GGCTGAAGCA GGTTCTTCAG ATTTGTCAGT GGCATCAGCA AGAAAACCAG 
GTAACATCAT TGTACAAGAA AGATCTCCGA GATTATTTAC ATAAGCAAAA CCTTGGCTCA 
TCATTAACAG AAAATAAAGA GCTTCTTTGT GAGCATAAGG AAATGGAATT CAAAGCTAAG 
GAATGGAATT TTACTGTGGA ACAATTAAAA GCTGAAGCAC ACAAGATTCT GCTTTCAGAG 
GATTACGCAG AAAAAGAGCA CCTGAAGCTT TCAAATCAGA AAATAACTCT TTTGCAAGAA 
GAGGTGTGCC GTCACATGGA GGAAAGGAAA ACATTGTTAC AAGAGGCCAA TGACTTCTTT 
AATGCTGCTA ACAAGGCATT TGATGTTCTT GGAGGTATTG AGGCTTACAT TAAGCTCCTT 
AATGAAGAAG GATTAAGCTT GCCTATCTTG GTGATGAAGC ATGAGGAATT ACAGGGAGAG 
ATTAAAGCCT GTACAACTGA TGCCTTGCAA AAGGGAAAAG CCTTAGTTGG TAAAGGAGAC 
TCTCACAGTT CTTGGCTGCC TGGAATTCAG GAAATGATAG AATACATTCA GAAAAGAGTG 
GATCAACTGA CCAGGCAGTG TCCTGCTTAC ACAGAATTTT CTTTAAAGAA ACAGCAGCTA 
ACTGCCTCAT TAGAAGATTA TCTAAAAAAG GTATCAATGT CAATTAAAAA AATCAGTCCT 
ATACTTACCA TTGGTATGGA TCCTGGGTCT TGTTTGTCTG AATCAGAGAG AATTTTGAAC 
AAACACCTAG AGCTGGCTAA TCAAGCTAAG GAAACATCAC ATCAGCTGGA AGCAGCTGTG 
AGAATCATTA AGGAAGGGGA TGAATTTGAA CCTGAAGAGA TGGCAACTTT TTCTAACAAA 
GCTGAACTTC TAAATGAAGA ACTGAAAACA CTTAGCAAAA ATATCAGCTC AAAACTAGAC 
ATTCTAAAAG CTTATGTGGC ATTTTTAAAG TCTGCCAAGG AGGTAAATGA TGATGCTGAA 
AGACTGAAGG AATTCTTTAA ATCTGATGCT CTACACACAG ACAATGAAAT GGAAAACAAG 
ACTGTAATGG AGACAGCTGA AACTCAATGG CAGACGGTTG TAAAGAAGAT TCTTTCCACT 
GAGAATATGG GTCATGGTTT CCTTAATTTA GTAAATATGG TAAATGAGAA CCTCATATTA 
AAGTCAGGCA ATGTTGTGGG AGTAACTAAA GAGGCTCTTA ATAATCTGAA TAAAGTAAAG 
GAAGACCTGA CAGAAATTTG GACAACCTGG AAGCTTCAAA TAAATCAAGT TAAGTCCATC 
AAACAACAGA GCTGGAAACT TAAAGAGCAG TTTAAAAAAA CTACCCACAG TTCAAAAATT 
CTTCAAGAGG CACTCAAACC AGCCACAACT GTCGACCTTG GAAGTAACCT TCACATTCTT 
TTGGATCTAC AAAAAAAAAT TAACCAAATG AAACCAGAGT TTCAGCAACT GAGTGCTGAG 
GTTGAATACA TGGTGAAGTT ATCAGAACTG CTGAGCCTAA AAGGAGTTCC TGGGCAAGAA 
AATTCTGAGA AAGTAAGTGA ACTTATTCAT CTTCATCAAA AGATAAAGGA CATGATGACA 
GAATATGATG ATATTTTGAA CAAGACAGTC AAATTCCATC ATGTTAAAGA AAAAATGGAC 
TGTCTCATAA AATCAGGAGA ACTTGAGATT CCTGAAACAA ATGAAGTCCC TGGTGATGCA 
CATCAAGCTA AGCTCCACCT TACTAATACT CTGGAGAAAC ATGCACATAT CAGACATCTG 
TACAAGCTGG CACTTACCCT TGGAGTGGAT ATCTTATCTG CAGTACAAAA ACCTTGCCGC 
CTTAATGTTT CTGTAAAGAA CCTACAGCAG GAGCTGGCTA CACTTGAGAA TGACAGTATT 
AACTGGAGCA CCAAAGCAGA TAAATATGAA GAGGAGCTGT CACACAACTT CCAGTACTGC 
ACAACTAAAG AAGAGATAAA TGAGCTCAGA GAGTCATTTA AAGATCTCAA AAAGAAATTC 
AACAACCTAA AATTTAATTA TACTAAGAAA ACTGAAAAAG CTCGAAATCT GAAAGTACTT 
AAAATACAGA TTCAGCAGGT CGATATGTAT GCTGAAAAAA TGCAGATTCT GAGAAAGAAG 
GCGGATAATT TAGAAAAGAA AACCACTAGC TGTGTAGTAA ATCAGCCTGA TGGTAATGTT 
GGTGTCCTCA TGGAGACAGT CAGAGAGTTA CAGAAACAGC TGAATGAGTT TGGCAGAGTT 
GTGGAAGATT ACAAACAAAA TTTGGATCTG ATGGAGCATC TACAACAGTT AATGGAAGAG 
TGTCAGTATT GGTATGAAGA AGCAAGTGCT ACAGTCATTA GAGTTGGAAA GTATTCTGCA 
GAGTGTAAAA CCCAAGAAGC AGTAGAAATT CTCTACAAGC AATTTAATAA ATTTATCCAG 
CCTACAGTGC CCCAACAAGA GGAAAGAATT CAGCAGTTTA CTGACCTTGC TAAACGTTTA 
TACGGTTTTG AAGAGGGAAG TAAGTATGTG GAAAAAGTGG TAGCAAAGCA TGAAGAAGTT 
CTTGATTCCA TCAATGAACT ATGTAACTCT TTGAAACAAC TTGAAAGAGA GATTGAGAAA 
GATGTTTTGA AAGAAGAAAC ACCAAATATA GAGTGTTTTA TGGAGGAGGC GATTATAATA 
CAAAAAGAGC AAGCAAGAAA TAAGCAGGAG ATATACAAGG ATGAAGAGAA TAAATTGGCT 
GATATTTCAG ATATCTGCCC AGCTGGTGAG GATTTCATTT CTCAGTATGC AGAGCTGTCT 
TCTTCTGCCA AAGAGGATAG TTTACAGACT GAGCTCCTGG CAGAAGAAAT GCCCTCTGTG 
GATGAATATG AGTGTATATC ACCTGATGAT ATCTCATTGC CACCGCTTTC TGAGACACCC 
GAATCCAACC TCCTGCATTC TGAAACGGAG CTGGAAGATC AGTCGTGCTG TAGTTCTCAT 
AGTCTGCATG TCAGCTCCTA TACCTTGCAA ATGCAGATAA ATACTACCAG TAAAAGAATG 
ACCAATGAGT CTGGTCTCTT AACAACTATT GCTTACGCTG ACACTACGAA TCAGAGAAGG 
GAAAATGCAT CCAATCAGTC TGAGATGTTT CTCCCCTCTA CCATATGTCA TGATCCAAAA 
TTCAGAGTGC AGTCTCCTTT GACTTACAAT TCACCAGAAA CACCAGAAAC TAGCACTGCT 
TCCTGCACAG TAAATGCAAG ACCAGGATAT AGCATGATGG GTGAAGTGTG TGAGAAGCAT 
TTGCAGCACT GTGAAATTCA TAAAAGCATG ACAGAAACAC AAGAACAATT GCATGGCATT 
AATAACTTTA CTAAAACCCA GGATAGGCTG CATGCTTTGC CTGGTGCATT CTCAGATCTC 
ATGTTTCAAT CAGACGCTAC CAGAAGCTGT CAGAGGCAGA TGGTCACCCG AGAAGAGATT 
AAAAGTGCAT CAGAAAAGAA CAGCATGGTC AGCCTATCTG GACAGGCGCC TAACTTCTCC 
CAGCTCCTGT CTAATGTAAC CGTCATGGAA GGTTCTCCAG TAACTTTGGA AGTAGAAGTA 
ACAGGATTTC CAGAGCCTAC ACTGACATGG TACAAGAAGG GCCAGAAACT GACTGCAGAT 
GAGCACTTTA AGCTCTTACA AAAGGAGACA AAGCATACTT TGTTCATTCA GAAGGTGTTT 
GATACAGATG CTGGCCTCTA TGTTGCTCGA GCTAAAAATT CTAATGGCAC AATCTCATCA 
AGTGCTATCC TCCATGTGAA AGGTAACGGG CCACCTATCA CAAGAATAAA CTGGATAATG 
CTGTGTGTCA TCTATATTAG TGTATTATTA ATGTACTGGC TGTCCACATA G

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

RefSeq	XP_019335755.1
CDS	1..4611
Translation	MSSEASSGEQISTTTVSSVAVQAGNSRIVIGILKSGKWVQLQLAEAEPNLLEIGSSQDETKKLLQDHEQLLVRLKSLEDQVWDLLREADKTAEENKEQSQVYDAMAETLGDAWDALVIVLEKRRKLLKITAVFFENALEFAIKIDQVEEFLQNSQEFEDVESLKELLQQHEHHAKELLEKSLALLNKSHELTGFIDEFKSDGPNINPELIQGAHSSCLKIDSLLELLQDRRRQLDKYLKHQLQGLKQVLQICQWHQQENQVTSLYKKDLRDYLHKQNLGSSLTENKELLCEHKEMEFKAKEWNFTVEQLKAEAHKILLSEDYAEKEHLKLSNQKITLLQEEVCRHMEERKTLLQEANDFFNAANKAFDVLGGIEAYIKLLNEEGLSLPILVMKHEELQGEIKACTTDALQKGKALVGKGDSHSSWLPGIQEMIEYIQKRVDQLTRQCPAYTEFSLKKQQLTASLEDYLKKVSMSIKKISPILTIGMDPGSCLSESERILNKHLELANQAKETSHQLEAAVRIIKEGDEFEPEEMATFSNKAELLNEELKTLSKNISSKLDILKAYVAFLKSAKEVNDDAERLKEFFKSDALHTDNEMENKTVMETAETQWQTVVKKILSTENMGHGFLNLVNMVNENLILKSGNVVGVTKEALNNLNKVKEDLTEIWTTWKLQINQVKSIKQQSWKLKEQFKKTTHSSKILQEALKPATTVDLGSNLHILLDLQKKINQMKPEFQQLSAEVEYMVKLSELLSLKGVPGQENSEKVSELIHLHQKIKDMMTEYDDILNKTVKFHHVKEKMDCLIKSGELEIPETNEVPGDAHQAKLHLTNTLEKHAHIRHLYKLALTLGVDILSAVQKPCRLNVSVKNLQQELATLENDSINWSTKADKYEEELSHNFQYCTTKEEINELRESFKDLKKKFNNLKFNYTKKTEKARNLKVLKIQIQQVDMYAEKMQILRKKADNLEKKTTSCVVNQPDGNVGVLMETVRELQKQLNEFGRVVEDYKQNLDLMEHLQQLMEECQYWYEEASATVIRVGKYSAECKTQEAVEILYKQFNKFIQPTVPQQEERIQQFTDLAKRLYGFEEGSKYVEKVVAKHEEVLDSINELCNSLKQLEREIEKDVLKEETPNIECFMEEAIIIQKEQARNKQEIYKDEENKLADISDICPAGEDFISQYAELSSSAKEDSLQTELLAEEMPSVDEYECISPDDISLPPLSETPESNLLHSETELEDQSCCSSHSLHVSSYTLQMQINTTSKRMTNESGLLTTIAYADTTNQRRENASNQSEMFLPSTICHDPKFRVQSPLTYNSPETPETSTASCTVNARPGYSMMGEVCEKHLQHCEIHKSMTETQEQLHGINNFTKTQDRLHALPGAFSDLMFQSDATRSCQRQMVTREEIKSASEKNSMVSLSGQAPNFSQLLSNVTVMEGSPVTLEVEVTGFPEPTLTWYKKGQKLTADEHFKLLQKETKHTLFIQKVFDTDAGLYVARAKNSNGTISSSAILHVKGNGPPITRINWIMLCVIYISVLLMYWLST

Target ORF information:

RefSeq Version	XM_019480210.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis 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_019480210.1

ORF Insert Sequence:

ATGTCGAGTG AAGCCAGTTC TGGTGAACAG ATTTCTACCA CAACAGTCAG TTCAGTTGCT 
GTTCAGGCTG GGAATTCCAG AATTGTTATA GGTATACTTA AGTCTGGAAA ATGGGTGCAA 
CTTCAACTGG CTGAGGCAGA ACCAAATCTA TTAGAAATTG GCAGCAGTCA AGATGAGACC 
AAAAAACTGC TACAAGATCA TGAACAACTC CTGGTGAGAC TTAAGTCTTT GGAAGACCAA 
GTATGGGATC TTTTACGTGA AGCAGACAAG ACAGCAGAGG AGAACAAAGA GCAAAGCCAG 
GTGTATGATG CTATGGCAGA GACTCTTGGG GATGCCTGGG ATGCCCTCGT CATTGTGCTG 
GAGAAGCGAA GGAAACTTCT GAAAATTACT GCAGTGTTTT TTGAAAATGC TCTGGAGTTT 
GCTATTAAAA TTGACCAAGT TGAGGAGTTC CTCCAGAATT CCCAGGAGTT TGAGGATGTT 
GAATCTTTGA AAGAGCTCCT TCAGCAGCAT GAGCACCATG CAAAAGAGCT CTTGGAAAAG 
TCTCTGGCCC TCTTAAACAA AAGCCATGAA CTGACTGGAT TCATAGATGA GTTCAAATCT 
GATGGGCCAA ATATAAATCC TGAGTTGATT CAGGGAGCTC ACAGCAGCTG CTTGAAAATT 
GACAGTCTCC TTGAACTGTT ACAAGACAGA AGAAGGCAAC TGGACAAATA TCTTAAGCAT 
CAACTCCAAG GGCTGAAGCA GGTTCTTCAG ATTTGTCAGT GGCATCAGCA AGAAAACCAG 
GTAACATCAT TGTACAAGAA AGATCTCCGA GATTATTTAC ATAAGCAAAA CCTTGGCTCA 
TCATTAACAG AAAATAAAGA GCTTCTTTGT GAGCATAAGG AAATGGAATT CAAAGCTAAG 
GAATGGAATT TTACTGTGGA ACAATTAAAA GCTGAAGCAC ACAAGATTCT GCTTTCAGAG 
GATTACGCAG AAAAAGAGCA CCTGAAGCTT TCAAATCAGA AAATAACTCT TTTGCAAGAA 
GAGGTGTGCC GTCACATGGA GGAAAGGAAA ACATTGTTAC AAGAGGCCAA TGACTTCTTT 
AATGCTGCTA ACAAGGCATT TGATGTTCTT GGAGGTATTG AGGCTTACAT TAAGCTCCTT 
AATGAAGAAG GATTAAGCTT GCCTATCTTG GTGATGAAGC ATGAGGAATT ACAGGGAGAG 
ATTAAAGCCT GTACAACTGA TGCCTTGCAA AAGGGAAAAG CCTTAGTTGG TAAAGGAGAC 
TCTCACAGTT CTTGGCTGCC TGGAATTCAG GAAATGATAG AATACATTCA GAAAAGAGTG 
GATCAACTGA CCAGGCAGTG TCCTGCTTAC ACAGAATTTT CTTTAAAGAA ACAGCAGCTA 
ACTGCCTCAT TAGAAGATTA TCTAAAAAAG GTATCAATGT CAATTAAAAA AATCAGTCCT 
ATACTTACCA TTGGTATGGA TCCTGGGTCT TGTTTGTCTG AATCAGAGAG AATTTTGAAC 
AAACACCTAG AGCTGGCTAA TCAAGCTAAG GAAACATCAC ATCAGCTGGA AGCAGCTGTG 
AGAATCATTA AGGAAGGGGA TGAATTTGAA CCTGAAGAGA TGGCAACTTT TTCTAACAAA 
GCTGAACTTC TAAATGAAGA ACTGAAAACA CTTAGCAAAA ATATCAGCTC AAAACTAGAC 
ATTCTAAAAG CTTATGTGGC ATTTTTAAAG TCTGCCAAGG AGGTAAATGA TGATGCTGAA 
AGACTGAAGG AATTCTTTAA ATCTGATGCT CTACACACAG ACAATGAAAT GGAAAACAAG 
ACTGTAATGG AGACAGCTGA AACTCAATGG CAGACGGTTG TAAAGAAGAT TCTTTCCACT 
GAGAATATGG GTCATGGTTT CCTTAATTTA GTAAATATGG TAAATGAGAA CCTCATATTA 
AAGTCAGGCA ATGTTGTGGG AGTAACTAAA GAGGCTCTTA ATAATCTGAA TAAAGTAAAG 
GAAGACCTGA CAGAAATTTG GACAACCTGG AAGCTTCAAA TAAATCAAGT TAAGTCCATC 
AAACAACAGA GCTGGAAACT TAAAGAGCAG TTTAAAAAAA CTACCCACAG TTCAAAAATT 
CTTCAAGAGG CACTCAAACC AGCCACAACT GTCGACCTTG GAAGTAACCT TCACATTCTT 
TTGGATCTAC AAAAAAAAAT TAACCAAATG AAACCAGAGT TTCAGCAACT GAGTGCTGAG 
GTTGAATACA TGGTGAAGTT ATCAGAACTG CTGAGCCTAA AAGGAGTTCC TGGGCAAGAA 
AATTCTGAGA AAGTAAGTGA ACTTATTCAT CTTCATCAAA AGATAAAGGA CATGATGACA 
GAATATGATG ATATTTTGAA CAAGACAGTC AAATTCCATC ATGTTAAAGA AAAAATGGAC 
TGTCTCATAA AATCAGGAGA ACTTGAGATT CCTGAAACAA ATGAAGTCCC TGGTGATGCA 
CATCAAGCTA AGCTCCACCT TACTAATACT CTGGAGAAAC ATGCACATAT CAGACATCTG 
TACAAGCTGG CACTTACCCT TGGAGTGGAT ATCTTATCTG CAGTACAAAA ACCTTGCCGC 
CTTAATGTTT CTGTAAAGAA CCTACAGCAG GAGCTGGCTA CACTTGAGAA TGACAGTATT 
AACTGGAGCA CCAAAGCAGA TAAATATGAA GAGGAGCTGT CACACAACTT CCAGTACTGC 
ACAACTAAAG AAGAGATAAA TGAGCTCAGA GAGTCATTTA AAGATCTCAA AAAGAAATTC 
AACAACCTAA AATTTAATTA TACTAAGAAA ACTGAAAAAG CTCGAAATCT GAAAGTACTT 
AAAATACAGA TTCAGCAGGT CGATATGTAT GCTGAAAAAA TGCAGATTCT GAGAAAGAAG 
GCGGATAATT TAGAAAAGAA AACCACTAGC TGTGTAGTAA ATCAGCCTGA TGGTAATGTT 
GGTGTCCTCA TGGAGACAGT CAGAGAGTTA CAGAAACAGC TGAATGAGTT TGGCAGAGTT 
GTGGAAGATT ACAAACAAAA TTTGGATCTG ATGGAGCATC TACAACAGTT AATGGAAGAG 
TGTCAGTATT GGTATGAAGA AGCAAGTGCT ACAGTCATTA GAGTTGGAAA GTATTCTGCA 
GAGTGTAAAA CCCAAGAAGC AGTAGAAATT CTCTACAAGC AATTTAATAA ATTTATCCAG 
CCTACAGTGC CCCAACAAGA GGAAAGAATT CAGCAGTTTA CTGACCTTGC TAAACGTTTA 
TACGGTTTTG AAGAGGGAAG TAAGTATGTG GAAAAAGTGG TAGCAAAGCA TGAAGAAGTT 
CTTGATTCCA TCAATGAACT ATGTAACTCT TTGAAACAAC TTGAAAGAGA GATTGAGAAA 
GATGTTTTGA AAGAAGAAAC ACCAAATATA GAGTGTTTTA TGGAGGAGGC GATTATAATA 
CAAAAAGAGC AAGCAAGAAA TAAGCAGGAG ATATACAAGG ATGAAGAGAA TAAATTGGCT 
GATATTTCAG ATATCTGCCC AGCTGGTGAG GATTTCATTT CTCAGTATGC AGAGCTGTCT 
TCTTCTGCCA AAGAGGATAG TTTACAGACT GAGCTCCTGG CAGAAGAAAT GCCCTCTGTG 
GATGAATATG AGTGTATATC ACCTGATGAT ATCTCATTGC CACCGCTTTC TGAGACACCC 
GAATCCAACC TCCTGCATTC TGAAACGGAG CTGGAAGATC AGTCGTGCTG TAGTTCTCAT 
AGTCTGCATG TCAGCTCCTA TACCTTGCAA ATGCAGATAA ATACTACCAG TAAAAGAATG 
ACCAATGAGT CTGGTCTCTT AACAACTATT GCTTACGCTG ACACTACGAA TCAGAGAAGG 
GAAAATGCAT CCAATCAGTC TGAGATGTTT CTCCCCTCTA CCATATGTCA TGATCCAAAA 
TTCAGAGTGC AGTCTCCTTT GACTTACAAT TCACCAGAAA CACCAGAAAC TAGCACTGCT 
TCCTGCACAG TAAATGCAAG ACCAGGATAT AGCATGATGG GTGAAGTGTG TGAGAAGCAT 
TTGCAGCACT GTGAAATTCA TAAAAGCATG ACAGAAACAC AAGAACAATT GCATGGCATT 
AATAACTTTA CTAAAACCCA GGATAGGCTG CATGCTTTGC CTGGTGCATT CTCAGATCTC 
ATGTTTCAAT CAGACGCTAC CAGAAGCTGT CAGAGGCAGA TGGTCACCCG AGAAGAGATT 
AAAAGTGCAT CAGAAAAGAA CAGCATGGTC AGCCTATCTG GACAGGCGCC TAACTTCTCC 
CAGCTCCTGT CTAATGTAAC CGTCATGGAA GGTTCTCCAG TAACTTTGGA AGTAGAAGTA 
ACAGGATTTC CAGAGCCTAC ACTGACATGG TACAAGAAGG GCCAGAAACT GACTGCAGAT 
GAGCACTTTA AGCTCTTACA AAAGGAGACA AAGCATACTT TGTTCATTCA GAAGGTGTTT 
GATACAGATG CTGGCCTCTA TGTTGCTCGA GCTAAAAATT CTAATGGCAC AATCTCATCA 
AGTGCTATCC TCCATGTGAA AGGTAACGGG CCACCTATCA CAAGAATAAA CTGGATAATG 
CTGTGTGTCA TCTATATTAG TGTATTATTA ATGTACTGGC TGTCCACATA G