CCDC180 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	CCDC180
Entrez Gene ID	100478210
Full Name	coiled-coil domain containing 180
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019794886.1	XP_019650445.1	LOW QUALITY PROTEIN: coiled-coil domain-containing protein 180

Pathways from BioSystems
Gene Ontology

The following CCDC180 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CCDC180 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
OAc89722	XM_019794886.1 Latest version!	Ailuropoda melanoleuca coiled-coil domain containing 180 (CCDC180), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

CCDC180 ( XM_019794886.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019650445.1 Ailuropoda melanoleuca coiled-coil domain containing 180 (CCDC180), mRNA.

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CloneID	OAc89722
Clone ID Related Accession (Same CDS sequence)	XM_019794886.1
Accession Version	XM_019794886.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5118bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	LOW QUALITY PROTEIN: coiled-coil domain-containing protein 180
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217357.1) 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 :: Ailuropoda melanoleuca 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## ##RefSeq-Attributes-START## frameshifts :: corrected 2 indels ##RefSeq-Attributes-END##

ATGGCTCTGC TCAGAAATCA AGTGGCCAAG AAAAGTCAAG ACAATCTTAA AGAAGATCCA 
ACTTGGAGGG CTTACACCAC CAGATGGGGC GTTCACACAG CGGCCAAGAA GATGTCCTCA 
GTGGGGAAGG TGACCCAGGT TCCCAGCGGG AAACTCTACC AGCAGATCTT TGAGGCTGAG 
GCGCAGCTGG TCCACTCTCT GGCAGCCTCC AGGAAGCGTG CCTTGGAAAG GTCTATGACC 
CCCAAGAATG GCAGGAAGCC CTTGATGAAG AAGATGGATA TTCCTGAAGG GGAGATGATG 
TCTCCCCGGC AGCAGAAGTG GGCTCACAGC CTACCCAATG ACTGGGTCAC GGAAAACCCT 
GTTCTCTACA GGGAAAAGGA AATAATCAAG AAGAAAAAAG CTCAAGAAAG CGAGAGCACC 
ATTGCTGCCC GGGAGGTCCG GGGCCTCATG GACACCATCG TTCCTGAGAG GACCCGCACC 
GCCACCCCAG GCACCACGGG AATGGACTCC AAGAGGCAAG GCTACGAGAG AGCTCTGGGG 
AGCTTTAAGG AGGAGATTGC TCAGATTGGG ATGGAAATGG AACCTTTCAT CTTGGAGCCA 
GGAGCACTTT TTTTAAAAAA GCTGGCCGAG TCTGATGAAG ACATCGACCG ACTCTTCAAA 
AAGGTGGAAA GCGACACCCA CCTGGAAGAC TACACCATCC AAACCCTGCT GGAGCTGTGG 
GATCAGGTGG CTGAGAAGTT CCAGTTCCAG AAGCAGGGGA TCAAGGAGCT GGATGAGGCC 
CTGTATGAGG CCGAGTTCTC CCGGGCAGAT AAACTCAAAA GCGTGTTGAA GAAATATGTG 
GAAATCATAG AGAAAACTTC CTACCTCATG CAGCCCGACG TGTACAGGCT GATAAATAAG 
GAAGCCATGG TTATAAACCA GGCCCTCTTG GGCAACCGGA GGGCCATCGC ACAGCTGTTC 
ATCAACCTCA TGGAGGCCAC GCTGCAGCGG GAGCTCGAGA GCCACCGCCG CTGGCAGGGC 
CTGGTGGACG CCTGGAAGGC TCTCAAGAGG CAGGCCCTGG TGCAGAGTTT CAGTGAGTTC 
ATGGCCAGTG AGAGGATCCA GGCTCCTCCA GCTGTGAAGA AGGAGATGGA GAGCATGCTG 
AAGAACCAGA AAGCCCTGCA GCAAAAGCGG CTGGAGCATC TCTGCGCCGT CTGTGACCTT 
CTACCCCCTA ATTACAGCAA AGCCCAGCTG ACTGAATGGC ATTCTTCTCT CAACTCCCTA 
AACAAGCACC TCGATACCTA CCACATGGAC TTCATGATGC GGCTCCGCCG GCAGTATGAG 
AAGACGTGGC AGGAGTGCCT GGCCCACGTG CAGAAGTGCA AGAAGCAGCT GCTGGACTGG 
AAAGCCTTTA CCGAGGAGGA GGCAGAGAGC CTGGTGAGCC CCTACTTCTT CCAGATGGTG 
GGAGTGCTGC AGAGCAAGGT GGAGGAGGAG CTGGAGCTCT TGGATAAATC CTTCGAGAGC 
CTGGCAAAGC AGACAGAATG GCAGAGCTCG GATCTCTTCA GCTACTTCCA AGAGGCCGTG 
CAGCTGTGGG AGGCACATCA GAGCATGCTG TCGGCGCAGG ACCTGGAGCT GGAGAAGCGG 
ATGGAGCAGC AGCGGCAGAA GCACAGCCTG GAGGAGCAGG CCCAGGAGGC CCGCCTTGAT 
AAGCTCTTGG ACCAACTGAG GCAGCAAAAC CATGAGGAAA CACTGAAGAT TCACCTGGAA 
AAGGCCAAAG ATTTCCTGAA GAATATGAAA TACAGGTATG AGTGTTTCCA CAAGCTCCTG 
ACAAAGGAAG TGATGGAGTA TCCCGTGATT ATACTGCAAG AACTGAACTC CTACAGCTCC 
ACGCTCAGCA GCCACTTCTA CATTCGCGAG ATCTTCGAAC AGACCTTGGA TGGGGAAGTC 
ATTTTCAAAT TCAGGGAACC AGAAGCACAC GAAAAGCACT TCCAGGACAG TATGAGAAAA 
TGGAGAAGCA AACAGAGGGC TAATGTGGAA ATGAGCAAAA GTGAGGAAGG TGAAAGTAGT 
GGGACAAGTC CCTCCAGGCC AATAGAAGAG ATGGAAGAAG ATGATCAAGA AACTGAGTCC 
TCCTTAACTA AAGAGATGGC AGTGAGCCAG CAGGAGCAGT CTGTACTGAG TGACAAGATG 
GATGAGTCCA GTGAGGAGTC TGTTCAGGAA TCCGAAAAAA TGCAAGTTGA AAGACACAGC 
TCCTTAAAAC CATCCCTGAA CCAGGAAAAC ATGATGGTTC AAGGCGAGGA GACAGAGGAG 
GAGAAAAAGG AGGAGGAGGA GAAAGAGAAT GAAAAGGTGG AGGAGAGGGA GGAGAAGGAG 
AAGAGGAAGA AGAAGAAGGA GGAGGAGGAG GAAAAAGAGG AGGAGGAGAG TTTATTTATG 
GATGAGGCTG AAGCCCAGGA AGAGAGTCTG GGGAAGATCT CCTATGAAGA CATGGAGTCC 
TTCACAACCT CCAGTGGACA CACTTATTTT GTCTTCCTAA CCCTGGAACA ACAAGAAGAG 
AGTTGCAAGG AGGCCCATTC CAACCTTTCC ACCATTCTCA TCAATGACAT TTCCAGTGCC 
AACTTGCTAG AACAAGTGAT CATTCCATCC AGACTAGTTT TACAAATTAA GAAACAACTT 
CGAACGGGCT TTTTCGAGCA CCTAGAGAAG TGGTTTGACC AATGTATCCT CAAAACCCGG 
GTCATGGTGG CCACCAAGAT CGATGAGCTG GATTCAGAAT TGGAACTGCA TCAGCATCTA 
CATGAGCCAA GAGCCAAGCG CATTGAAAAG GACATCCATA ACGTCAGGGC AGCTGAGCTC 
TTGCTTCATC AAGAGCGGCT GGACAGCCAC TGTGCTGGGG TGACCGAGAC ACTAAGGAAG 
GAGAGGCTGA TGTTCTGCCA GTTCCAAGAA GAGCAAAACA TAAAGAGCAA AAACTTCCGC 
CGCAAGATTT ACGACATGGA GCACATCTTC TTGAACGCCA CAAAGAGCCA GAGGCTGGTT 
ACTCTCAGCA GCACGCTGCA CCAGGAGCTG CTTAGCTATG TTGATGTCAT CCAGGTGTCC 
CTGCGCAGCT TCCGCCAGTA CTTGGAGGAG AGCCTGGGCA AGCTTCGCCT AACCAACATC 
GAGTTCATCA AGCACTGCAG ATTGTTTTCT GAGGGAGGCA ACTTTTCTTC TGAAGAAATT 
GACTCACTGT GTCATCGACT GGAGAAGGAA GCTTCCCGAA TAGAGTTTGT TGAAAGTTTA 
ATCATGATGA ACATGGAGAA GATGGAGAGT GAATACCTGG ACCAGGCCAA TGATGTCATC 
AACAAGTTTG AAAGCAAATT CCATAACCTG TCTGTGGACC TTATTTTCAT TGAAAAAATC 
CAGCGGTTGC TGACAAATCT GCAAGTGAAC ATCAAGTGTG AGGTCGCAAA ATCCAATTTG 
CAAACAGATG GATTAAATTC TTCTCTGGAA CAGCTCCAAA GGAAAGTAGA AATGTGTCAA 
AACTCAAAGG GAGATAAAAA AATGGTGACC TCGGAAGATC TCCTTGGCTT CATCCAGACT 
TGGAAAGAAA AACTGAGCCA GAGGATTCAG TACCTCAATT GCAGGCTGGA CACAGTGTCC 
GTAACTCAAG TGGTCTTTAC CGATAGTGTC ATGACCGACC TGGAGGTGGA GAGTGACATC 
ATGGTGACTT CAGAGGCCCT TGAAGAGGAG GCCAAGATTG ACTTGGTCAC CCCTGAGTCC 
TTTGCGCAGC CAAGCCGCAC GGGGAAGCCC ATGATTGAAG ACCCAGCTGT GGAAGTGGTC 
AAGAGGATCC TGCAACTTCC CGATGAAAAA TGCTCAACCC AGCAGTGTGA CAAAGACCGG 
TCCCAGACAG GTAGAGGCCA AGAGGCCTGT GGGTCTCAGG GCACTGGCGA TTGGGGAGTC 
GTTGTTTCAC CTGGCCCATC TTCACCTTGG GTCCTCTGTT CTTGTCCTGG GCACTCATCA 
CCCAAAGGCC TGAAGCGACA CCAGAACCGG GGGGAACACT TCGTGAGAAA AGCCTTGTCC 
AGTGCCAGTG CCACTTCAAC AGGAAGCATT ACACGGTACT CCAGGCCCAA CCGAATGGAC 
AGAAAGTACC AGGTGCTTGG GGAGAGGCCA CCACCGCCAG CTGAGGATTT TAAAGGGATC 
ATCTTGACCC TCCTCTGGGA GAGCAATGAG CATCTGTTGA ACGTTATAGA GGAGTTCTAC 
CGCAGAGAGA AGCGCTCCAT CACCAGGCCC GACTGCATGT ACGAAAACTT TGATCAGTGC 
GCCGAGAACA TTTGCAAGAA GATCCTGGAG TACCACATGC AGACAGACGA GTACCACAAC 
TCCTGCCTCA TAGAATTACG GGCCCAGATG AGGAGATTTG AGGAGCTGCT GCCCCAGGTG 
TGCTGGCTGG TGATGGAGAA CTTCAAGGAA CACCACTGGA AAAGATTCTG TGCCTCTGCT 
GAAGAGATCC GGGGACAGTT TCAGAATTAT CAGGAGAAGC TGGAGCAAAG GAAGGATGAA 
AATGCCCAGA AGCTCCGTCC AAATCTCGGA CATCCTGCAC ATTTCCAAGA AATGGAGTCT 
CTGTGTCAAG TGGAAGAGAA AAGGCAGAAT GATTTAGACA CTGTAATTGT GGCAACCAAG 
GAGAAGCTCG AGGAATTCAC CAGGAAGCAC GGCCAGTTTT TCATAGCCAG CTTGGCCACC 
TTCACCGAGA AGTTCCTGCT GCAGTTGGAT GAAGTGGTCA CCATTGACGA TGTCCAGGTT 
GCAAGGATGG AGTCCCCCAA ACAGAAAACA TCAATCCTCA TACGGAGGAA ACTTGCTAAG 
CTTTCCCTGA AGGAAGAAAG TGAGAAGCCC CTGATTGAAC GGGGGAGCAG GAAGTGGCCA 
GGAATCAAAC CCACCGAAGT CACCATCCAA AATAAGATTC TCCTCCTGAA AACACCATCC 
ATCACCACGA CCAAAACGAC CCTGGGCCAC CTGGCAGCCG TGGAAGCCCG AGATGCTGTC 
TACCTGAAAT ATCTAGCACT ATTTGAAGAG GAGTTGAAGA AGATCCAGGC CGACAATGCA 
TTGCAGGTGA AGGAGGCTCA GAGCTGGAAG GACAGCTGGA AGCGCTCCGT GCATACCATC 
CAGGGTCTGT ACATGTGA

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

RefSeq	XP_019650445.1
CDS	309..5426
Translation	MALLRNQVAKKSQDNLKEDPTWRAYTTRWGVHTAAKKMSSVGKVTQVPSGKLYQQIFEAEAQLVHSLAASRKRALERSMTPKNGRKPLMKKMDIPEGEMMSPRQQKWAHSLPNDWVTENPVLYREKEIIKKKKAQESESTIAAREVRGLMDTIVPERTRTATPGTTGMDSKRQGYERALGSFKEEIAQIGMEMEPFILEPGALFLKKLAESDEDIDRLFKKVESDTHLEDYTIQTLLELWDQVAEKFQFQKQGIKELDEALYEAEFSRADKLKSVLKKYVEIIEKTSYLMQPDVYRLINKEAMVINQALLGNRRAIAQLFINLMEATLQRELESHRRWQGLVDAWKALKRQALVQSFSEFMASERIQAPPAVKKEMESMLKNQKALQQKRLEHLCAVCDLLPPNYSKAQLTEWHSSLNSLNKHLDTYHMDFMMRLRRQYEKTWQECLAHVQKCKKQLLDWKAFTEEEAESLVSPYFFQMVGVLQSKVEEELELLDKSFESLAKQTEWQSSDLFSYFQEAVQLWEAHQSMLSAQDLELEKRMEQQRQKHSLEEQAQEARLDKLLDQLRQQNHEETLKIHLEKAKDFLKNMKYRYECFHKLLTKEVMEYPVIILQELNSYSSTLSSHFYIREIFEQTLDGEVIFKFREPEAHEKHFQDSMRKWRSKQRANVEMSKSEEGESSGTSPSRPIEEMEEDDQETESSLTKEMAVSQQEQSVLSDKMDESSEESVQESEKMQVERHSSLKPSLNQENMMVQGEETEEEKKEEEEKENEKVEEREEKEKRKKKKEEEEEKEEEESLFMDEAEAQEESLGKISYEDMESFTTSSGHTYFVFLTLEQQEESCKEAHSNLSTILINDISSANLLEQVIIPSRLVLQIKKQLRTGFFEHLEKWFDQCILKTRVMVATKIDELDSELELHQHLHEPRAKRIEKDIHNVRAAELLLHQERLDSHCAGVTETLRKERLMFCQFQEEQNIKSKNFRRKIYDMEHIFLNATKSQRLVTLSSTLHQELLSYVDVIQVSLRSFRQYLEESLGKLRLTNIEFIKHCRLFSEGGNFSSEEIDSLCHRLEKEASRIEFVESLIMMNMEKMESEYLDQANDVINKFESKFHNLSVDLIFIEKIQRLLTNLQVNIKCEVAKSNLQTDGLNSSLEQLQRKVEMCQNSKGDKKMVTSEDLLGFIQTWKEKLSQRIQYLNCRLDTVSVTQVVFTDSVMTDLEVESDIMVTSEALEEEAKIDLVTPESFAQPSRTGKPMIEDPAVEVVKRILQLPDEKCSTQQCDKDRSQTGRGQEACGSQGTGDWGVVVSPGPSSPWVLCSCPGHSSPKGLKRHQNRGEHFVRKALSSASATSTGSITRYSRPNRMDRKYQVLGERPPPPAEDFKGIILTLLWESNEHLLNVIEEFYRREKRSITRPDCMYENFDQCAENICKKILEYHMQTDEYHNSCLIELRAQMRRFEELLPQVCWLVMENFKEHHWKRFCASAEEIRGQFQNYQEKLEQRKDENAQKLRPNLGHPAHFQEMESLCQVEEKRQNDLDTVIVATKEKLEEFTRKHGQFFIASLATFTEKFLLQLDEVVTIDDVQVARMESPKQKTSILIRRKLAKLSLKEESEKPLIERGSRKWPGIKPTEVTIQNKILLLKTPSITTTKTTLGHLAAVEARDAVYLKYLALFEEELKKIQADNALQVKEAQSWKDSWKRSVHTIQGLYM

Target ORF information:

RefSeq Version	XM_019794886.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca coiled-coil domain containing 180 (CCDC180), mRNA.

Target ORF information:

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

XM_019794886.1

ORF Insert Sequence:

ATGGCTCTGC TCAGAAATCA AGTGGCCAAG AAAAGTCAAG ACAATCTTAA AGAAGATCCA 
ACTTGGAGGG CTTACACCAC CAGATGGGGC GTTCACACAG CGGCCAAGAA GATGTCCTCA 
GTGGGGAAGG TGACCCAGGT TCCCAGCGGG AAACTCTACC AGCAGATCTT TGAGGCTGAG 
GCGCAGCTGG TCCACTCTCT GGCAGCCTCC AGGAAGCGTG CCTTGGAAAG GTCTATGACC 
CCCAAGAATG GCAGGAAGCC CTTGATGAAG AAGATGGATA TTCCTGAAGG GGAGATGATG 
TCTCCCCGGC AGCAGAAGTG GGCTCACAGC CTACCCAATG ACTGGGTCAC GGAAAACCCT 
GTTCTCTACA GGGAAAAGGA AATAATCAAG AAGAAAAAAG CTCAAGAAAG CGAGAGCACC 
ATTGCTGCCC GGGAGGTCCG GGGCCTCATG GACACCATCG TTCCTGAGAG GACCCGCACC 
GCCACCCCAG GCACCACGGG AATGGACTCC AAGAGGCAAG GCTACGAGAG AGCTCTGGGG 
AGCTTTAAGG AGGAGATTGC TCAGATTGGG ATGGAAATGG AACCTTTCAT CTTGGAGCCA 
GGAGCACTTT TTTTAAAAAA GCTGGCCGAG TCTGATGAAG ACATCGACCG ACTCTTCAAA 
AAGGTGGAAA GCGACACCCA CCTGGAAGAC TACACCATCC AAACCCTGCT GGAGCTGTGG 
GATCAGGTGG CTGAGAAGTT CCAGTTCCAG AAGCAGGGGA TCAAGGAGCT GGATGAGGCC 
CTGTATGAGG CCGAGTTCTC CCGGGCAGAT AAACTCAAAA GCGTGTTGAA GAAATATGTG 
GAAATCATAG AGAAAACTTC CTACCTCATG CAGCCCGACG TGTACAGGCT GATAAATAAG 
GAAGCCATGG TTATAAACCA GGCCCTCTTG GGCAACCGGA GGGCCATCGC ACAGCTGTTC 
ATCAACCTCA TGGAGGCCAC GCTGCAGCGG GAGCTCGAGA GCCACCGCCG CTGGCAGGGC 
CTGGTGGACG CCTGGAAGGC TCTCAAGAGG CAGGCCCTGG TGCAGAGTTT CAGTGAGTTC 
ATGGCCAGTG AGAGGATCCA GGCTCCTCCA GCTGTGAAGA AGGAGATGGA GAGCATGCTG 
AAGAACCAGA AAGCCCTGCA GCAAAAGCGG CTGGAGCATC TCTGCGCCGT CTGTGACCTT 
CTACCCCCTA ATTACAGCAA AGCCCAGCTG ACTGAATGGC ATTCTTCTCT CAACTCCCTA 
AACAAGCACC TCGATACCTA CCACATGGAC TTCATGATGC GGCTCCGCCG GCAGTATGAG 
AAGACGTGGC AGGAGTGCCT GGCCCACGTG CAGAAGTGCA AGAAGCAGCT GCTGGACTGG 
AAAGCCTTTA CCGAGGAGGA GGCAGAGAGC CTGGTGAGCC CCTACTTCTT CCAGATGGTG 
GGAGTGCTGC AGAGCAAGGT GGAGGAGGAG CTGGAGCTCT TGGATAAATC CTTCGAGAGC 
CTGGCAAAGC AGACAGAATG GCAGAGCTCG GATCTCTTCA GCTACTTCCA AGAGGCCGTG 
CAGCTGTGGG AGGCACATCA GAGCATGCTG TCGGCGCAGG ACCTGGAGCT GGAGAAGCGG 
ATGGAGCAGC AGCGGCAGAA GCACAGCCTG GAGGAGCAGG CCCAGGAGGC CCGCCTTGAT 
AAGCTCTTGG ACCAACTGAG GCAGCAAAAC CATGAGGAAA CACTGAAGAT TCACCTGGAA 
AAGGCCAAAG ATTTCCTGAA GAATATGAAA TACAGGTATG AGTGTTTCCA CAAGCTCCTG 
ACAAAGGAAG TGATGGAGTA TCCCGTGATT ATACTGCAAG AACTGAACTC CTACAGCTCC 
ACGCTCAGCA GCCACTTCTA CATTCGCGAG ATCTTCGAAC AGACCTTGGA TGGGGAAGTC 
ATTTTCAAAT TCAGGGAACC AGAAGCACAC GAAAAGCACT TCCAGGACAG TATGAGAAAA 
TGGAGAAGCA AACAGAGGGC TAATGTGGAA ATGAGCAAAA GTGAGGAAGG TGAAAGTAGT 
GGGACAAGTC CCTCCAGGCC AATAGAAGAG ATGGAAGAAG ATGATCAAGA AACTGAGTCC 
TCCTTAACTA AAGAGATGGC AGTGAGCCAG CAGGAGCAGT CTGTACTGAG TGACAAGATG 
GATGAGTCCA GTGAGGAGTC TGTTCAGGAA TCCGAAAAAA TGCAAGTTGA AAGACACAGC 
TCCTTAAAAC CATCCCTGAA CCAGGAAAAC ATGATGGTTC AAGGCGAGGA GACAGAGGAG 
GAGAAAAAGG AGGAGGAGGA GAAAGAGAAT GAAAAGGTGG AGGAGAGGGA GGAGAAGGAG 
AAGAGGAAGA AGAAGAAGGA GGAGGAGGAG GAAAAAGAGG AGGAGGAGAG TTTATTTATG 
GATGAGGCTG AAGCCCAGGA AGAGAGTCTG GGGAAGATCT CCTATGAAGA CATGGAGTCC 
TTCACAACCT CCAGTGGACA CACTTATTTT GTCTTCCTAA CCCTGGAACA ACAAGAAGAG 
AGTTGCAAGG AGGCCCATTC CAACCTTTCC ACCATTCTCA TCAATGACAT TTCCAGTGCC 
AACTTGCTAG AACAAGTGAT CATTCCATCC AGACTAGTTT TACAAATTAA GAAACAACTT 
CGAACGGGCT TTTTCGAGCA CCTAGAGAAG TGGTTTGACC AATGTATCCT CAAAACCCGG 
GTCATGGTGG CCACCAAGAT CGATGAGCTG GATTCAGAAT TGGAACTGCA TCAGCATCTA 
CATGAGCCAA GAGCCAAGCG CATTGAAAAG GACATCCATA ACGTCAGGGC AGCTGAGCTC 
TTGCTTCATC AAGAGCGGCT GGACAGCCAC TGTGCTGGGG TGACCGAGAC ACTAAGGAAG 
GAGAGGCTGA TGTTCTGCCA GTTCCAAGAA GAGCAAAACA TAAAGAGCAA AAACTTCCGC 
CGCAAGATTT ACGACATGGA GCACATCTTC TTGAACGCCA CAAAGAGCCA GAGGCTGGTT 
ACTCTCAGCA GCACGCTGCA CCAGGAGCTG CTTAGCTATG TTGATGTCAT CCAGGTGTCC 
CTGCGCAGCT TCCGCCAGTA CTTGGAGGAG AGCCTGGGCA AGCTTCGCCT AACCAACATC 
GAGTTCATCA AGCACTGCAG ATTGTTTTCT GAGGGAGGCA ACTTTTCTTC TGAAGAAATT 
GACTCACTGT GTCATCGACT GGAGAAGGAA GCTTCCCGAA TAGAGTTTGT TGAAAGTTTA 
ATCATGATGA ACATGGAGAA GATGGAGAGT GAATACCTGG ACCAGGCCAA TGATGTCATC 
AACAAGTTTG AAAGCAAATT CCATAACCTG TCTGTGGACC TTATTTTCAT TGAAAAAATC 
CAGCGGTTGC TGACAAATCT GCAAGTGAAC ATCAAGTGTG AGGTCGCAAA ATCCAATTTG 
CAAACAGATG GATTAAATTC TTCTCTGGAA CAGCTCCAAA GGAAAGTAGA AATGTGTCAA 
AACTCAAAGG GAGATAAAAA AATGGTGACC TCGGAAGATC TCCTTGGCTT CATCCAGACT 
TGGAAAGAAA AACTGAGCCA GAGGATTCAG TACCTCAATT GCAGGCTGGA CACAGTGTCC 
GTAACTCAAG TGGTCTTTAC CGATAGTGTC ATGACCGACC TGGAGGTGGA GAGTGACATC 
ATGGTGACTT CAGAGGCCCT TGAAGAGGAG GCCAAGATTG ACTTGGTCAC CCCTGAGTCC 
TTTGCGCAGC CAAGCCGCAC GGGGAAGCCC ATGATTGAAG ACCCAGCTGT GGAAGTGGTC 
AAGAGGATCC TGCAACTTCC CGATGAAAAA TGCTCAACCC AGCAGTGTGA CAAAGACCGG 
TCCCAGACAG GTAGAGGCCA AGAGGCCTGT GGGTCTCAGG GCACTGGCGA TTGGGGAGTC 
GTTGTTTCAC CTGGCCCATC TTCACCTTGG GTCCTCTGTT CTTGTCCTGG GCACTCATCA 
CCCAAAGGCC TGAAGCGACA CCAGAACCGG GGGGAACACT TCGTGAGAAA AGCCTTGTCC 
AGTGCCAGTG CCACTTCAAC AGGAAGCATT ACACGGTACT CCAGGCCCAA CCGAATGGAC 
AGAAAGTACC AGGTGCTTGG GGAGAGGCCA CCACCGCCAG CTGAGGATTT TAAAGGGATC 
ATCTTGACCC TCCTCTGGGA GAGCAATGAG CATCTGTTGA ACGTTATAGA GGAGTTCTAC 
CGCAGAGAGA AGCGCTCCAT CACCAGGCCC GACTGCATGT ACGAAAACTT TGATCAGTGC 
GCCGAGAACA TTTGCAAGAA GATCCTGGAG TACCACATGC AGACAGACGA GTACCACAAC 
TCCTGCCTCA TAGAATTACG GGCCCAGATG AGGAGATTTG AGGAGCTGCT GCCCCAGGTG 
TGCTGGCTGG TGATGGAGAA CTTCAAGGAA CACCACTGGA AAAGATTCTG TGCCTCTGCT 
GAAGAGATCC GGGGACAGTT TCAGAATTAT CAGGAGAAGC TGGAGCAAAG GAAGGATGAA 
AATGCCCAGA AGCTCCGTCC AAATCTCGGA CATCCTGCAC ATTTCCAAGA AATGGAGTCT 
CTGTGTCAAG TGGAAGAGAA AAGGCAGAAT GATTTAGACA CTGTAATTGT GGCAACCAAG 
GAGAAGCTCG AGGAATTCAC CAGGAAGCAC GGCCAGTTTT TCATAGCCAG CTTGGCCACC 
TTCACCGAGA AGTTCCTGCT GCAGTTGGAT GAAGTGGTCA CCATTGACGA TGTCCAGGTT 
GCAAGGATGG AGTCCCCCAA ACAGAAAACA TCAATCCTCA TACGGAGGAA ACTTGCTAAG 
CTTTCCCTGA AGGAAGAAAG TGAGAAGCCC CTGATTGAAC GGGGGAGCAG GAAGTGGCCA 
GGAATCAAAC CCACCGAAGT CACCATCCAA AATAAGATTC TCCTCCTGAA AACACCATCC 
ATCACCACGA CCAAAACGAC CCTGGGCCAC CTGGCAGCCG TGGAAGCCCG AGATGCTGTC 
TACCTGAAAT ATCTAGCACT ATTTGAAGAG GAGTTGAAGA AGATCCAGGC CGACAATGCA 
TTGCAGGTGA AGGAGGCTCA GAGCTGGAAG GACAGCTGGA AGCGCTCCGT GCATACCATC 
CAGGGTCTGT ACATGTGA