LOC110300178 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110300178
Entrez Gene ID	110300178
Full Name	uncharacterized LOC110300178
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021170247.1	XP_021025906.1	uncharacterized protein LOC110300178

Pathways from BioSystems
Gene Ontology

The following LOC110300178 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110300178 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
OMv07107	XM_021170247.1 Latest version!	Mus caroli uncharacterized LOC110300178 (LOC110300178), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

LOC110300178 ( XM_021170247.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021025906.1 Mus caroli uncharacterized LOC110300178 (LOC110300178), mRNA.

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CloneID	OMv07107
Clone ID Related Accession (Same CDS sequence)	XM_021170247.1
Accession Version	XM_021170247.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4578bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	uncharacterized protein LOC110300178
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034577.1) 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 Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 6% of CDS bases ##RefSeq-Attributes-END##

ATGACTCCTA TTGAAACGAA AGACCCTGTT TCCAAAGAAC CATGGACAAC AAAGGATGCA 
CCCACCTTCA CATCAGAGCC AGACTTAGAA GTGACACTAA AAGAAGATCA CAATAGATTT 
GATGACAGCA GAAATATTCA GTCATTGAGA ATCCGTGAGG GTCCTCCAAA TACGTCTGGT 
AACGTATCTG TGGCAGCAGA TCCAAGAAGA GAAAGGACAA ACAGACAAGC AGCAGAATCT 
GCAAAGGAAT ACCCACCCTT GATGAGTACC AACAAAATGA AGGATTCTGT TCCAGATAAA 
GTGATCACCA TAAAGGAAGT AGGGATAGTC CAGTTGGAAG GGCCAGCTGT AAAATTGACA 
TCAGAGAGAG AGCCAAATCG TCAAGATGGC TTTAAAAGGA ATCCACCATC GAATATTTGT 
AAGCAAATTC CAGCGCAGGA TGTTGGCTAT TTATCAATAG CTAAACATCA AAGGGGAGAA 
AAAATGGTGC CATCTCGGGA AAAAGAGTTT TCTAAGAAAT GCCCTCAATC AAAGCCCACC 
ATTGTAGAGG AAGAGTCTGT TTCAAAGGAG GCCTGGGATA TGACTCCGGT GAAAGCATTT 
TTAGAAGATA CTTCTAACGA CTATCCGCTA TCAAAGCCTA CAGTTGAGAA AAATGACTAT 
GTTCCAAATG AAGTCTCTGA TATAAAGCAT GGGAAATGGT TCCAAGAAAA TTGTCCTAAG 
GAATATGTTC AATTGAAGCT TCCCATTGAA GAGAGAGATT CTTTTCCAAG AGAGGCACCA 
CCAGTTGATC AAGCAAAATT ACACTGTGCA GATGAGCCTA CATCTGTAAA GAATTCTAGC 
AGAATTACAA GATGTGTAAG ACAAAATGCA GCAGTGTCTG CAAAAGCGAC ATCAGTGGAA 
GATCAAAAAT GCCCCGATGA CCATGAGAAG AATCAGAGAG CGGCTGCGTT CAAACGACCT 
CAAACAAAGA ACATTGAATA TTTATCCATG GCTACTGATA AAAGTAGAGA AAATTTTGCA 
GAAGACCAAG AGGAAGCGGA ACCAATTACA AACATATCAG AAGGAAAACA AGAATGGTGT 
GATAGCAGAC ATACGCAAAG ACAGGGCATT GGCAATTTAT TTTTGGCTGA AGATCAAAGG 
TGTGACAGCA GCATCCAGGA TGAGGAGGAA GACTTTCCTG AAGAATATGT TCAATTGAAG 
CCTTTGGATA AAGAGAAAAC TCCTTTTCCA CGTGACGCAC CAGCAAAGAA GGAAGTAAAA 
ACCTTTGGCA CAGAACCAGA TGAAAATTTG TCATCAGAGG AAGACCAAGG ATGGCTTGAT 
GACTGTGAAG AGGAACATCC AAAGAATGTG TTTAAGGAGC CTCCGCCAAA GGACACTGTG 
CATTTATCCA TGCCTAAAGA TGAGGGAGGA GTCAATGTCA TAGGTGTCAG ATGTAGCCAA 
GGGAAAGGCT TTCCTGCTGA ATATCCCGAA TTAAAGGTTT CCATAGAAAA GCAAGATTTT 
GTGCCAACTG AAGACTCAAT ATTGAATCAG GAAAAATCAT TCTTGGCAGG ACCCAAACCT 
GAACAACTGA GGTGGGAGGA GGAACAGACA GGATGGCGTG GCAGGGACAA GAAGCAGAGG 
AAGCAGGCTA TATTTGAGAG ACTTCAACTG AAACGGAATA CTCGAGTGTC AATAGATCCC 
CCCAAAAGTG TAAGAAATAC AAGAGCTGCT GAAGACAGAG GAGCCACAAC AGTACAACCA 
AGGCCACAGG AGGACCAGAC AGGATGGCAT GCCATTGACA AGAAGCCGCA AAAGCCCGTC 
TTTGTGCGAG TTCAACGGAG ATGGAGAGCT CGAACGTCCA TGGAACCTGA AAAAAGTGGA 
GAAGATACAG GAGCTGCTCA AGAGAAAGCT ACACACATTT ATCTCTCAGG AGCCACAACA 
GTACAACCAA GGCCACAGGA GGACTGGACA GGATGGCATG CCATTGACAA GAAGCCACAA 
AAGCCCATCG CTGAGAGATT TCAACCAAGG TGGAATGCTC GAGTGTCTTT GAATCCTGAA 
GAAAGTGGAG AAAACATGGG AGTCGCTGAA GAGAAAGGGT CCACAACGGT ACAACCAAGG 
CCAGAGGAGA ACCAGATGCG ATGGGGTGGC AGTGAGAAGA TGCAGTGGAA GCCCATCCTT 
GAGCGGTTCC AACTGAAGTG GAGTGCCCGA GTGTCTGTGG GTCCTGAAAA AAGCAGAAGA 
CACAGAGGAG CTGGTAAAGA CAAAGTAGAA CCCACTGTAC GAGTTTCATC AGAACAACAT 
TCAAGATGTC ACAGCAGTGT GAAGAAGCCA CAGTTGCATA TCCTGGAGCG ACTTCAGCGA 
AAGTGGAGTG TTCGTGTATG TATGGAGACA AATCAAAGAA AAGGCAAGAC AAAAGCGGCT 
CAGATGACAT ACTCTTCTGA TGAATATCCT GAATTGAAGA CTGCCACTGA GAAGCAAGAT 
TCGGTACCAG TTGAAGACCC AGAAATGAAT CATGAGATGT CATCCACGCC AGAAACCGAC 
TTACAAGTGA AATCAAAGGA AAAGAAACAA ACTCAGGCCT ATGAAAATAT TCAGTCAGTT 
GATATTGGTC AGGTGTCCAT GACTGTGGGT CAAAGAAGCA AAAATACTGT AAGTGGAGAA 
GAGGAAGCAG AGTCAGACTT AAACATGACA TCAGGGGATG AGCTAAACAG GTGTTATAGC 
AGCGAGAGCA ATCAGTCATT GGTTGAGGAA AAAATGCAGA AGCCTGAAAG CAATGGAACA 
GACAGAGATG AATACCCCTC TGCTGCTGCT GCGAGTGCTG CTGGGGTTGC TGGTGCTGCT 
GCTGGTGCTT CTGTTGGTGC AGCTGCTGCT GGTGGCTCTG CTGTTGTTAT TGGTGGTGGT 
GCTGCTTCTG GTGCTTCTGG TGGTGCCCCT CCTGGTGTTG TTGGTGGTGC TGGTGGTGTT 
GCTCCTGCTG CTGGTGGTAG TGGCACTGAT GGTGGTGTTG TTGGTGCTGG TGGTAATTTT 
GTTACTGCTG GTGCTGCTGC TGCTGCTGCT CCTGATGCTG CTCCTACTGC TGCTTCTGCT 
GCTGCTGCTG CTACATCTAC TGCTGCTGCA TCTGCTGTTG CTTCTGCAAT GGAAGAACTG 
GTTCTACAGA GAAGATCTGG TGAAATTAAT AACCAGAGAT TTCTTACTAA GGAGAATGCA 
AGGCATGATC GGCCCCGAAA GAAAACATCT AAGGAAAAAC ATAAGGTAAC AAAACAAGTC 
AGAGCTGTGG TTGATGTAAC TCAGTTATCT GAATCAGTCT CAGAGGATGA TTCTGGAAGG 
CCATTTAAAA AACAGGGTTC ACTTAACTCA GATCATGCAT CAATAGATCT TAAAAAAGTC 
AATGAGCTAC CTGGAAAAAG AAATAAAAAA ATAGAAACCG AGAAGAATGA CCTCAAGAAG 
GAAATATCAG AAACAAGGGA GGAGAAATCA AAGTTAGAGG ATGAAGTGGT ACAGGGGGAC 
GAAGAATTCT GGAAGCTGAG GTTCACTCTC AGAAAAGAAC TTGAGGAGAC AAAGAATATC 
CATTGCATCT ATGAAATCAT GAAGAAACAT TTAAATGAAA AAGAAGATCA ACACAAGGAG 
AGAGCTGCGG TAGCTCAGCT CGCGACGCAT CTGAGGACAC GAGACCGGGA ACTGAGGATT 
ACGAGGGACA CCCTGAAGGA GTTGCAAGAA GCACAGGATC AACACATAGA CGCTATAAAA 
CTTGCCCAGA AGATGAAAGA TGACTTACAA AGGGTTGAAC ATGAAAATTC TGAGTTAAAA 
GTTAAAGTTA AAGAGCAAGC TAAGAAAATC GAAAAGCTTA GCAGACGTCT GCAGAACTCA 
CGTGAAAGAC TGGGACAAAG TTCAAAGCTG ACACAGTCAG GAGTTCGAGA AACTTTGGAG 
GTGTTATGTA AGAACAACGT TTCCCCAATG AATCAGATAG GAGTCAGAAT CCACAGTCTG 
CGGTCTGAAC CCTCCCAAAG GAAAACTGTA CAAGACCCAA ATACAAGCAG CCTGAAAAGT 
TATGAGCAAC AGTGTATAGA AGAATTAAGG ATTAGCAATG CATTGTTATA TGGACTATAC 
AATCTCCACA GGAATAAGAG ACTAGAGGAA TCCCGCACCA AAGTTCACAT CACAGTGGAG 
CAGGACACAT CTCCTCTGAG CACATCAGAA ACAAGGTTTG ATCTCAAAAG CCCTTGTGTG 
GCATGCGCTT GCCCTCACCC GTATGTCTTC CCACGCGAGG CTGGGGTTAT CCCAGGAAAC 
CCAAGGTCTT CCAACTACAG CTCGCAAAGA TGCCACAGGA CGACGGAAGA TGAGGAAAAA 
TCCTTCAAAG AACTTACAGA ATTAAAGCAG ACTTTAGAAT ATAAGTTGTA TCACCAGAAG 
AAGAAAAACG ATGAAATAGA AAAGGAGATT ATTGGTGACA TCTCCTGGGA CCACAGCATC 
TGCACTAAAC ATCCAGCTAA CTTCTCTTAC CATAGCCTTG GAGATGTGGC TTCAGCCGAA 
GCGACAGCCC CTGGTCCAGG TGCCACCAGC GAAGATGACA AAGCATTGCC CTTAATAATT 
TCTTTAATTA AAAAGTAA

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

RefSeq	XP_021025906.1
CDS	17..4594
Translation	MTPIETKDPVSKEPWTTKDAPTFTSEPDLEVTLKEDHNRFDDSRNIQSLRIREGPPNTSGNVSVAADPRRERTNRQAAESAKEYPPLMSTNKMKDSVPDKVITIKEVGIVQLEGPAVKLTSEREPNRQDGFKRNPPSNICKQIPAQDVGYLSIAKHQRGEKMVPSREKEFSKKCPQSKPTIVEEESVSKEAWDMTPVKAFLEDTSNDYPLSKPTVEKNDYVPNEVSDIKHGKWFQENCPKEYVQLKLPIEERDSFPREAPPVDQAKLHCADEPTSVKNSSRITRCVRQNAAVSAKATSVEDQKCPDDHEKNQRAAAFKRPQTKNIEYLSMATDKSRENFAEDQEEAEPITNISEGKQEWCDSRHTQRQGIGNLFLAEDQRCDSSIQDEEEDFPEEYVQLKPLDKEKTPFPRDAPAKKEVKTFGTEPDENLSSEEDQGWLDDCEEEHPKNVFKEPPPKDTVHLSMPKDEGGVNVIGVRCSQGKGFPAEYPELKVSIEKQDFVPTEDSILNQEKSFLAGPKPEQLRWEEEQTGWRGRDKKQRKQAIFERLQLKRNTRVSIDPPKSVRNTRAAEDRGATTVQPRPQEDQTGWHAIDKKPQKPVFVRVQRRWRARTSMEPEKSGEDTGAAQEKATHIYLSGATTVQPRPQEDWTGWHAIDKKPQKPIAERFQPRWNARVSLNPEESGENMGVAEEKGSTTVQPRPEENQMRWGGSEKMQWKPILERFQLKWSARVSVGPEKSRRHRGAGKDKVEPTVRVSSEQHSRCHSSVKKPQLHILERLQRKWSVRVCMETNQRKGKTKAAQMTYSSDEYPELKTATEKQDSVPVEDPEMNHEMSSTPETDLQVKSKEKKQTQAYENIQSVDIGQVSMTVGQRSKNTVSGEEEAESDLNMTSGDELNRCYSSESNQSLVEEKMQKPESNGTDRDEYPSAAAASAAGVAGAAAGASVGAAAAGGSAVVIGGGAASGASGGAPPGVVGGAGGVAPAAGGSGTDGGVVGAGGNFVTAGAAAAAAPDAAPTAASAAAAATSTAAASAVASAMEELVLQRRSGEINNQRFLTKENARHDRPRKKTSKEKHKVTKQVRAVVDVTQLSESVSEDDSGRPFKKQGSLNSDHASIDLKKVNELPGKRNKKIETEKNDLKKEISETREEKSKLEDEVVQGDEEFWKLRFTLRKELEETKNIHCIYEIMKKHLNEKEDQHKERAAVAQLATHLRTRDRELRITRDTLKELQEAQDQHIDAIKLAQKMKDDLQRVEHENSELKVKVKEQAKKIEKLSRRLQNSRERLGQSSKLTQSGVRETLEVLCKNNVSPMNQIGVRIHSLRSEPSQRKTVQDPNTSSLKSYEQQCIEELRISNALLYGLYNLHRNKRLEESRTKVHITVEQDTSPLSTSETRFDLKSPCVACACPHPYVFPREAGVIPGNPRSSNYSSQRCHRTTEDEEKSFKELTELKQTLEYKLYHQKKKNDEIEKEIIGDISWDHSICTKHPANFSYHSLGDVASAEATAPGPGATSEDDKALPLIISLIKK

Target ORF information:

RefSeq Version	XM_021170247.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli uncharacterized LOC110300178 (LOC110300178), mRNA.

Target ORF information:

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

XM_021170247.1

ORF Insert Sequence:

ATGACTCCTA TTGAAACGAA AGACCCTGTT TCCAAAGAAC CATGGACAAC AAAGGATGCA 
CCCACCTTCA CATCAGAGCC AGACTTAGAA GTGACACTAA AAGAAGATCA CAATAGATTT 
GATGACAGCA GAAATATTCA GTCATTGAGA ATCCGTGAGG GTCCTCCAAA TACGTCTGGT 
AACGTATCTG TGGCAGCAGA TCCAAGAAGA GAAAGGACAA ACAGACAAGC AGCAGAATCT 
GCAAAGGAAT ACCCACCCTT GATGAGTACC AACAAAATGA AGGATTCTGT TCCAGATAAA 
GTGATCACCA TAAAGGAAGT AGGGATAGTC CAGTTGGAAG GGCCAGCTGT AAAATTGACA 
TCAGAGAGAG AGCCAAATCG TCAAGATGGC TTTAAAAGGA ATCCACCATC GAATATTTGT 
AAGCAAATTC CAGCGCAGGA TGTTGGCTAT TTATCAATAG CTAAACATCA AAGGGGAGAA 
AAAATGGTGC CATCTCGGGA AAAAGAGTTT TCTAAGAAAT GCCCTCAATC AAAGCCCACC 
ATTGTAGAGG AAGAGTCTGT TTCAAAGGAG GCCTGGGATA TGACTCCGGT GAAAGCATTT 
TTAGAAGATA CTTCTAACGA CTATCCGCTA TCAAAGCCTA CAGTTGAGAA AAATGACTAT 
GTTCCAAATG AAGTCTCTGA TATAAAGCAT GGGAAATGGT TCCAAGAAAA TTGTCCTAAG 
GAATATGTTC AATTGAAGCT TCCCATTGAA GAGAGAGATT CTTTTCCAAG AGAGGCACCA 
CCAGTTGATC AAGCAAAATT ACACTGTGCA GATGAGCCTA CATCTGTAAA GAATTCTAGC 
AGAATTACAA GATGTGTAAG ACAAAATGCA GCAGTGTCTG CAAAAGCGAC ATCAGTGGAA 
GATCAAAAAT GCCCCGATGA CCATGAGAAG AATCAGAGAG CGGCTGCGTT CAAACGACCT 
CAAACAAAGA ACATTGAATA TTTATCCATG GCTACTGATA AAAGTAGAGA AAATTTTGCA 
GAAGACCAAG AGGAAGCGGA ACCAATTACA AACATATCAG AAGGAAAACA AGAATGGTGT 
GATAGCAGAC ATACGCAAAG ACAGGGCATT GGCAATTTAT TTTTGGCTGA AGATCAAAGG 
TGTGACAGCA GCATCCAGGA TGAGGAGGAA GACTTTCCTG AAGAATATGT TCAATTGAAG 
CCTTTGGATA AAGAGAAAAC TCCTTTTCCA CGTGACGCAC CAGCAAAGAA GGAAGTAAAA 
ACCTTTGGCA CAGAACCAGA TGAAAATTTG TCATCAGAGG AAGACCAAGG ATGGCTTGAT 
GACTGTGAAG AGGAACATCC AAAGAATGTG TTTAAGGAGC CTCCGCCAAA GGACACTGTG 
CATTTATCCA TGCCTAAAGA TGAGGGAGGA GTCAATGTCA TAGGTGTCAG ATGTAGCCAA 
GGGAAAGGCT TTCCTGCTGA ATATCCCGAA TTAAAGGTTT CCATAGAAAA GCAAGATTTT 
GTGCCAACTG AAGACTCAAT ATTGAATCAG GAAAAATCAT TCTTGGCAGG ACCCAAACCT 
GAACAACTGA GGTGGGAGGA GGAACAGACA GGATGGCGTG GCAGGGACAA GAAGCAGAGG 
AAGCAGGCTA TATTTGAGAG ACTTCAACTG AAACGGAATA CTCGAGTGTC AATAGATCCC 
CCCAAAAGTG TAAGAAATAC AAGAGCTGCT GAAGACAGAG GAGCCACAAC AGTACAACCA 
AGGCCACAGG AGGACCAGAC AGGATGGCAT GCCATTGACA AGAAGCCGCA AAAGCCCGTC 
TTTGTGCGAG TTCAACGGAG ATGGAGAGCT CGAACGTCCA TGGAACCTGA AAAAAGTGGA 
GAAGATACAG GAGCTGCTCA AGAGAAAGCT ACACACATTT ATCTCTCAGG AGCCACAACA 
GTACAACCAA GGCCACAGGA GGACTGGACA GGATGGCATG CCATTGACAA GAAGCCACAA 
AAGCCCATCG CTGAGAGATT TCAACCAAGG TGGAATGCTC GAGTGTCTTT GAATCCTGAA 
GAAAGTGGAG AAAACATGGG AGTCGCTGAA GAGAAAGGGT CCACAACGGT ACAACCAAGG 
CCAGAGGAGA ACCAGATGCG ATGGGGTGGC AGTGAGAAGA TGCAGTGGAA GCCCATCCTT 
GAGCGGTTCC AACTGAAGTG GAGTGCCCGA GTGTCTGTGG GTCCTGAAAA AAGCAGAAGA 
CACAGAGGAG CTGGTAAAGA CAAAGTAGAA CCCACTGTAC GAGTTTCATC AGAACAACAT 
TCAAGATGTC ACAGCAGTGT GAAGAAGCCA CAGTTGCATA TCCTGGAGCG ACTTCAGCGA 
AAGTGGAGTG TTCGTGTATG TATGGAGACA AATCAAAGAA AAGGCAAGAC AAAAGCGGCT 
CAGATGACAT ACTCTTCTGA TGAATATCCT GAATTGAAGA CTGCCACTGA GAAGCAAGAT 
TCGGTACCAG TTGAAGACCC AGAAATGAAT CATGAGATGT CATCCACGCC AGAAACCGAC 
TTACAAGTGA AATCAAAGGA AAAGAAACAA ACTCAGGCCT ATGAAAATAT TCAGTCAGTT 
GATATTGGTC AGGTGTCCAT GACTGTGGGT CAAAGAAGCA AAAATACTGT AAGTGGAGAA 
GAGGAAGCAG AGTCAGACTT AAACATGACA TCAGGGGATG AGCTAAACAG GTGTTATAGC 
AGCGAGAGCA ATCAGTCATT GGTTGAGGAA AAAATGCAGA AGCCTGAAAG CAATGGAACA 
GACAGAGATG AATACCCCTC TGCTGCTGCT GCGAGTGCTG CTGGGGTTGC TGGTGCTGCT 
GCTGGTGCTT CTGTTGGTGC AGCTGCTGCT GGTGGCTCTG CTGTTGTTAT TGGTGGTGGT 
GCTGCTTCTG GTGCTTCTGG TGGTGCCCCT CCTGGTGTTG TTGGTGGTGC TGGTGGTGTT 
GCTCCTGCTG CTGGTGGTAG TGGCACTGAT GGTGGTGTTG TTGGTGCTGG TGGTAATTTT 
GTTACTGCTG GTGCTGCTGC TGCTGCTGCT CCTGATGCTG CTCCTACTGC TGCTTCTGCT 
GCTGCTGCTG CTACATCTAC TGCTGCTGCA TCTGCTGTTG CTTCTGCAAT GGAAGAACTG 
GTTCTACAGA GAAGATCTGG TGAAATTAAT AACCAGAGAT TTCTTACTAA GGAGAATGCA 
AGGCATGATC GGCCCCGAAA GAAAACATCT AAGGAAAAAC ATAAGGTAAC AAAACAAGTC 
AGAGCTGTGG TTGATGTAAC TCAGTTATCT GAATCAGTCT CAGAGGATGA TTCTGGAAGG 
CCATTTAAAA AACAGGGTTC ACTTAACTCA GATCATGCAT CAATAGATCT TAAAAAAGTC 
AATGAGCTAC CTGGAAAAAG AAATAAAAAA ATAGAAACCG AGAAGAATGA CCTCAAGAAG 
GAAATATCAG AAACAAGGGA GGAGAAATCA AAGTTAGAGG ATGAAGTGGT ACAGGGGGAC 
GAAGAATTCT GGAAGCTGAG GTTCACTCTC AGAAAAGAAC TTGAGGAGAC AAAGAATATC 
CATTGCATCT ATGAAATCAT GAAGAAACAT TTAAATGAAA AAGAAGATCA ACACAAGGAG 
AGAGCTGCGG TAGCTCAGCT CGCGACGCAT CTGAGGACAC GAGACCGGGA ACTGAGGATT 
ACGAGGGACA CCCTGAAGGA GTTGCAAGAA GCACAGGATC AACACATAGA CGCTATAAAA 
CTTGCCCAGA AGATGAAAGA TGACTTACAA AGGGTTGAAC ATGAAAATTC TGAGTTAAAA 
GTTAAAGTTA AAGAGCAAGC TAAGAAAATC GAAAAGCTTA GCAGACGTCT GCAGAACTCA 
CGTGAAAGAC TGGGACAAAG TTCAAAGCTG ACACAGTCAG GAGTTCGAGA AACTTTGGAG 
GTGTTATGTA AGAACAACGT TTCCCCAATG AATCAGATAG GAGTCAGAAT CCACAGTCTG 
CGGTCTGAAC CCTCCCAAAG GAAAACTGTA CAAGACCCAA ATACAAGCAG CCTGAAAAGT 
TATGAGCAAC AGTGTATAGA AGAATTAAGG ATTAGCAATG CATTGTTATA TGGACTATAC 
AATCTCCACA GGAATAAGAG ACTAGAGGAA TCCCGCACCA AAGTTCACAT CACAGTGGAG 
CAGGACACAT CTCCTCTGAG CACATCAGAA ACAAGGTTTG ATCTCAAAAG CCCTTGTGTG 
GCATGCGCTT GCCCTCACCC GTATGTCTTC CCACGCGAGG CTGGGGTTAT CCCAGGAAAC 
CCAAGGTCTT CCAACTACAG CTCGCAAAGA TGCCACAGGA CGACGGAAGA TGAGGAAAAA 
TCCTTCAAAG AACTTACAGA ATTAAAGCAG ACTTTAGAAT ATAAGTTGTA TCACCAGAAG 
AAGAAAAACG ATGAAATAGA AAAGGAGATT ATTGGTGACA TCTCCTGGGA CCACAGCATC 
TGCACTAAAC ATCCAGCTAA CTTCTCTTAC CATAGCCTTG GAGATGTGGC TTCAGCCGAA 
GCGACAGCCC CTGGTCCAGG TGCCACCAGC GAAGATGACA AAGCATTGCC CTTAATAATT 
TCTTTAATTA AAAAGTAA