kiaa0922 cDNA ORF clone, Pundamilia nyererei

Gene
Clones
gRNAs

Summary

Gene Symbol	kiaa0922
Entrez Gene ID	102214928
Full Name	transmembrane 131 like
Synonyms	kiaa0922
Gene Type	protein-coding
Organism	Pundamilia nyererei

mRNA and Protein(s)

mRNA	Protein	Name
XM_005746973.1	XP_005747030.1	transmembrane protein 131-like

Pathways from BioSystems
Gene Ontology

The following kiaa0922 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the kiaa0922 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
OPu76387	XM_005746973.1 Latest version!	Pundamilia nyererei KIAA0922 ortholog (kiaa0922), 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)

kiaa0922 ( XM_005746973.1 ) cDNA ORF clone, Pundamilia nyererei -> XP_005747030.1 Pundamilia nyererei KIAA0922 ortholog (kiaa0922), mRNA.

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CloneID	OPu76387
Clone ID Related Accession (Same CDS sequence)	XM_005746973.1
Accession Version	XM_005746973.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4554bp) 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	2015-08-30
Organism	Pundamilia nyererei
Product	transmembrane protein 131-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005187587.1) 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 :: Pundamilia nyererei Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGGGC TACAAGACTT CCACCAAGGC AGCCACTGTC ACAGGAAAAC GTGGATCAAT 
ATACTACTAG GAATACTACA GTTACTTTTA CCCTGCGTCC AGCACGGAGG TGCTCAGCTC 
CAAGCTCTGA GTCAGATGTC ACCCAGCGTG GTCGAGGTCT GGCAACCAGA GGATGCAGAG 
CCATTAGTCC CGCTTCAGGT GGAGAAGGAG CGAAGAAAAG AGGGTCTTCC ACTCGAGGGC 
AGCTCCTCCC CGTATATGCA GGAGAATGGG AAGGCTTTGC ATTTTCAGCC TCCAGTGTTA 
GAGTTTGGGA CCCAGCCGCT GGGGCTGCCA AGAGCTGAAA CCATATATAT ACACAACCCC 
AGTCAGGAAG TTCCTGTCAC ACTGCTGTCA ATGTTTACAT CCAGCAGGCA TTTTTACATA 
CCTTCCTTTC ACAGAAGAGT GATCCCTCCT AGGGGGAAGG CATCTTTTAA ACTAATTTTC 
CTCCCGTCTG AGGAGGGCAA TATAGAAAAC ACATTATTTA TAAACACATC GGCCCATGGG 
CTGCTGTCAT ACCAGGTATT TGGTGTGGGA GAAGACCAGG GATCGTTAAA ATCTGTCCAA 
AGAAAGGATA GTGTGCTAAT ATTCCCTCAC ATCCAGAGCA TTAAGCTGAC CCAAACTCAG 
GAAGATGCCT CCAACATCAC TATACTGGGT CTACTCCTGG AGTGCAGCTT ACCGAAGAGT 
TGGAACAGTC CACAGGGGTC CTGCCTCCAA AGCGAGGAGC GTCTCAGTCT GCAGATTAAT 
CTGTCGGCGC GTGGTGACCA GCCTGCTGAC CTGGACAAGC TCAAGCCCTA TGTCATTGAG 
CACATTTTGG TCCTACTGGT GGCCCCTGCT GCTGAACAGG ATGCATTCGG GGAATCAAAA 
ATAAGAGTTT ATATGTTAAA TTCTGGAGGG AAGAAGCTCT ATATAAAGGA CATGCAGGTG 
CTATCAAAAG TAGAGGCTAG CTTGGACTTT AATCAGGTTC TTCTGACACC AGAAGCAAAA 
AACTTCACTG AAGTGGCTAC ACTGGCCTGC AGAGGCTCAT TGCCTGGCCT CGACCAGAAA 
TGTATAAGTC ATATCAGTTT GAAAATTATG GGAAACAGGA CAGCCTACAG CTTCCCTGGA 
CTACATGTTC CACACAGATG GCCTGTTGGG GATTTGTTCA GCCTGTTCCA GATGAAACAA 
AGAGCTGCTA ACCAGGTGGA CTTGTGGCTC ACCAACCCCT TCCCTGTGCC TCTCATTGTG 
TTGAATGCAA GCGTCTCAGA GAAGCTGCAG GGGGTAATGA AGGTGATGCA CTTCAACACT 
CCACTGACAG TTCCTCAGGG CTGCTGGCAC GTCCTGTCCC TCCAGCTGCT CAGCAGGGCC 
CTGCCTGTTA ACCAGGTCTC CACCCTGAGT CTGAATACCA GCCTGGGCAC AGCACTGCAA 
GTTCCACTGT ACTTCTATCC TAATCCTTCC AAGGGAGAGG TGGTGTTTGA GGCGGAAAGA 
GAGTGTGGAC GTCCTTGTCC TCTTAGACTA TCTGAAACAG GTCGCTCAGA GTGGCAACAC 
TCTCTTCTTC CAGATTTTTC CCACTCGTCT TGGGCTGTGG ACAGCAAACT AGCAGCTGAA 
CTCTGCTCTC GATGGCAGAG CCACAAAGAC AAGCTGCCTT GCAGGTGGCC GAGACTCCCA 
GTGGAGGCAT CGTCTCTTCT GGACTTTGGT GCTACTCCTG TCAATGAGAG CAAGGTTAAG 
ACGTTCATGC TGAAGAACCC TTCGTCTTCA GTGGTTTCTG TAGAGATTCG GGCCCTCTCT 
CTGTACCCTG CTCCCCTGGA GGCTCTGGAC CTTCTAACCA AATGGTTTAA TATCAGCCCT 
CTCTCTGTTA ACATCAGCAC AACAGAGTTC TCTCTGTTGG CTTCTTCCTC CAAGGTGGGT 
AAGAATATGG AAGAAAAAAC CGGAGTCTTA CGTCTGCTGC TGCAGCCCTG GGAGTCCAGA 
GAGGTTGCTG TGGTTTTTAC TCCCTCTGAA CACAAACCCA CCACCACCAT TCTTATCATC 
AGGAACAACC TGACGGTGTT TGACATGGTG ATGGTGCAGG GCCACGGGGC TAAAGAGCTG 
CTAACAGTCG GGGGGAAACT GCCCGGTCCT GGGGCCTCTT TACGCTTTAA TGTTCCTCAG 
TCAACGCTAA TGGAGTGTCG TGATGGTCTG CGCAGCAATA AGCCCCTTTT TGCCATCAGA 
AAGAGCTTCA AGGTGGAGAA TGCCGGCGAG CTTCCCCTGA CGGTCATGTC AATGAATATA 
AATGGTTACA AGTGTCAGGG ATTTGGCTTC GAGGTGCTGC AGTGTCATTC CTTCAGCCTC 
GATCACAACA GCTCCTCTGA GCTCACCATA GCGTTTACCC CAGACTTCAC CTCATCCTGG 
GTCATTCGGG ACCTCACCCT TGTGACATCA CGTGGCACTT CTTTCCCTTT TACCCTCAAC 
GTGACGCTTC CCCATCACAT GTTGCCCCTC TGTGCCCAGG TGGTTCCTGG CCCCAGCTGG 
GAGGAAACTT TCTGGGTGGT CACCCTCATC TTCACATGTT TCTCCTTGTT TGGTGTGTGC 
CTGATGGCCT TTTATCAAGC ACAGTTTATC CTGCATGAGT TCTCTGCACC GAGCAGCAGG 
AGCAACCACA ACTCTGTCTT GTCCCGGGAA AATGGTTCAG TCAGTAATAT CACACCTAAT 
GGAGTACATA AAACAAAAGG CAGTTGTAAG ACCTACGTGG ACACCTGCCA CACATCCGAC 
AAAGGTAAAG GCCGCGGGTC TCCAGCCTTA GCCAACAGCC TCGCCCCTCG ACCTCAGTCC 
TCAAAGAAGG GCTCCTCAAC CACACCCTCC CAACAACAGA AGAAATGCAA GGTTTCACTC 
TATTACTCCA AATATAAACC CAGCTCATCC ACAGCATCAG CTGGTGCTGT GACAGTGGAC 
GAAGAGCTGG AAGACCTAAG ACCAGACCCT CCCCTCACTC CCGACACCGA CGTCTGCAAC 
AACAACAACG AGCCAGCTTT CATCAATGAG ATGGAGAAGA TGACAGCCCC AGACTTTAAA 
GAAGTCGTAG AAGATACAAT GCCAGCAGCG GTTATGTTTC CCATGGAAAT ACCTGCTGGT 
TTCCCAGATA ATGTCACACT GGGTCCAGGA CCCAGACCGG GCCTGTTAGT GTGCAGTCCC 
ATAGAAAACA CTGAGCACTA TGCAGAGAAG ATGGAGTCTG AGAAAAGGGA CAGTTCTGAA 
GTCGAGCTGA GAGACGACTG CAAAGGACAG AAAAAGAAAG CGCAGAGCAC AGAGTCTGGC 
ACTGCAGCAG GGAATAATAA GGGAAAGAGG AGCCGCAGGA AGACTGAAAA TGTCTCCAGC 
GCTCCCGAGC ACAACATGCA AGTAACACCA GAGAGGGAGA AGGAACCTGT TTGGAAAACT 
GCGGACTTTG TCAGTGGACC CCGCAGCAGG AACCGCTCCA CCAACAGCTT CAAGACAGAA 
GCACTGAAGC CTGTGCAGAC TGCTGAGAGC CCACTCAAAC AGAACGGTGT GTGTCCTGCT 
CGCACTCGGA AGAAGTGTAC TCCAGAGTGG CGCGTGGGCA GCGTCTGCGA ATCAGGCTCA 
GACTCGGGCA GCTCATCGGG CAGCGTGAGG GCCAGCAGAG GGAGCTGGGG CAGCTGTAGC 
AGCACCAGCA GCATGGAGGG AGACAAGGAC GCCAGTGCCC GGACACACCG CTCCACTACC 
TCATCTAGAA AAAGGGACTC CATGCAGTAC AGTGTGTACC CAAAAGAGGT TGACAGCTAC 
CAGCCCATTA ATGCCAACTA TAAGACTAAA AGCATGAACA GCCTGTACCA TAAAGACCAA 
TGCCAAAGCC AAGAGTCCAC CAGGCCCAGC TTGACCTCAA GCTTTGCTGC TGCTGTTGCT 
GCAGGAACGG ACCAGAACAC GGATGTGACA GGTCAGTATC TGCCTGAAGA TACGTGGTCA 
GCTCCACCCA TCCCCCTCAC CAGTGAGTTC AGATACAACA CCACCGAAGC AATGCGCTAC 
ATACCACCAA CCACCGCGTC ATTCCGCGGG TTACGTTGGA ATAGTGCCAG CAGCCACTGT 
AACAGTTCCT ATAACTACTA TCCGGAAAAT GGCTACATAG GTAATGGAAC TTTTACAAGT 
GGTTTTCACA GTCAGGAGGG CCAGAACATG CACAGCAATC AGACCATCTG GAGTGACGAG 
CAGCCTCAGG AATCGCCCTC GACCTGGGAC ACAGCAGCCT GTGTGGGCAG CAAGCCATAC 
TTCTCGGGTA CCCGCAGTCT CTCCCCCATG TCCAGCCTGT TTGGATCCAT CTGGACACCC 
CAGATCGAGC CCTACCCGAG CCACTTCCAG CCCGAGCGAT CGGCCCCGGT GTCCCCCATC 
ACCCCGCCTC ACTCCCCCTT TACTCGGGAG CCAGTGGGGG CCTGCGGACC GCTGCAGTAC 
TCCAGCTTCA ACCCTTTCGG CCCGCACATG AACTTGGACA TATGGAACTC TTCATCCAAC 
CGCAGCTCCA ACTCGCAGCT CTCCAACGAC TCCGGCTACT GTGGAGATGT TTAA

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

RefSeq	XP_005747030.1
CDS	80..4633
Translation	MAGLQDFHQGSHCHRKTWINILLGILQLLLPCVQHGGAQLQALSQMSPSVVEVWQPEDAEPLVPLQVEKERRKEGLPLEGSSSPYMQENGKALHFQPPVLEFGTQPLGLPRAETIYIHNPSQEVPVTLLSMFTSSRHFYIPSFHRRVIPPRGKASFKLIFLPSEEGNIENTLFINTSAHGLLSYQVFGVGEDQGSLKSVQRKDSVLIFPHIQSIKLTQTQEDASNITILGLLLECSLPKSWNSPQGSCLQSEERLSLQINLSARGDQPADLDKLKPYVIEHILVLLVAPAAEQDAFGESKIRVYMLNSGGKKLYIKDMQVLSKVEASLDFNQVLLTPEAKNFTEVATLACRGSLPGLDQKCISHISLKIMGNRTAYSFPGLHVPHRWPVGDLFSLFQMKQRAANQVDLWLTNPFPVPLIVLNASVSEKLQGVMKVMHFNTPLTVPQGCWHVLSLQLLSRALPVNQVSTLSLNTSLGTALQVPLYFYPNPSKGEVVFEAERECGRPCPLRLSETGRSEWQHSLLPDFSHSSWAVDSKLAAELCSRWQSHKDKLPCRWPRLPVEASSLLDFGATPVNESKVKTFMLKNPSSSVVSVEIRALSLYPAPLEALDLLTKWFNISPLSVNISTTEFSLLASSSKVGKNMEEKTGVLRLLLQPWESREVAVVFTPSEHKPTTTILIIRNNLTVFDMVMVQGHGAKELLTVGGKLPGPGASLRFNVPQSTLMECRDGLRSNKPLFAIRKSFKVENAGELPLTVMSMNINGYKCQGFGFEVLQCHSFSLDHNSSSELTIAFTPDFTSSWVIRDLTLVTSRGTSFPFTLNVTLPHHMLPLCAQVVPGPSWEETFWVVTLIFTCFSLFGVCLMAFYQAQFILHEFSAPSSRSNHNSVLSRENGSVSNITPNGVHKTKGSCKTYVDTCHTSDKGKGRGSPALANSLAPRPQSSKKGSSTTPSQQQKKCKVSLYYSKYKPSSSTASAGAVTVDEELEDLRPDPPLTPDTDVCNNNNEPAFINEMEKMTAPDFKEVVEDTMPAAVMFPMEIPAGFPDNVTLGPGPRPGLLVCSPIENTEHYAEKMESEKRDSSEVELRDDCKGQKKKAQSTESGTAAGNNKGKRSRRKTENVSSAPEHNMQVTPEREKEPVWKTADFVSGPRSRNRSTNSFKTEALKPVQTAESPLKQNGVCPARTRKKCTPEWRVGSVCESGSDSGSSSGSVRASRGSWGSCSSTSSMEGDKDASARTHRSTTSSRKRDSMQYSVYPKEVDSYQPINANYKTKSMNSLYHKDQCQSQESTRPSLTSSFAAAVAAGTDQNTDVTGQYLPEDTWSAPPIPLTSEFRYNTTEAMRYIPPTTASFRGLRWNSASSHCNSSYNYYPENGYIGNGTFTSGFHSQEGQNMHSNQTIWSDEQPQESPSTWDTAACVGSKPYFSGTRSLSPMSSLFGSIWTPQIEPYPSHFQPERSAPVSPITPPHSPFTREPVGACGPLQYSSFNPFGPHMNLDIWNSSSNRSSNSQLSNDSGYCGDV

Target ORF information:

RefSeq Version	XM_005746973.1
Organism	Pundamilia nyererei
Definition	Pundamilia nyererei KIAA0922 ortholog (kiaa0922), mRNA.

Target ORF information:

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

XM_005746973.1

ORF Insert Sequence:

ATGGCGGGGC TACAAGACTT CCACCAAGGC AGCCACTGTC ACAGGAAAAC GTGGATCAAT 
ATACTACTAG GAATACTACA GTTACTTTTA CCCTGCGTCC AGCACGGAGG TGCTCAGCTC 
CAAGCTCTGA GTCAGATGTC ACCCAGCGTG GTCGAGGTCT GGCAACCAGA GGATGCAGAG 
CCATTAGTCC CGCTTCAGGT GGAGAAGGAG CGAAGAAAAG AGGGTCTTCC ACTCGAGGGC 
AGCTCCTCCC CGTATATGCA GGAGAATGGG AAGGCTTTGC ATTTTCAGCC TCCAGTGTTA 
GAGTTTGGGA CCCAGCCGCT GGGGCTGCCA AGAGCTGAAA CCATATATAT ACACAACCCC 
AGTCAGGAAG TTCCTGTCAC ACTGCTGTCA ATGTTTACAT CCAGCAGGCA TTTTTACATA 
CCTTCCTTTC ACAGAAGAGT GATCCCTCCT AGGGGGAAGG CATCTTTTAA ACTAATTTTC 
CTCCCGTCTG AGGAGGGCAA TATAGAAAAC ACATTATTTA TAAACACATC GGCCCATGGG 
CTGCTGTCAT ACCAGGTATT TGGTGTGGGA GAAGACCAGG GATCGTTAAA ATCTGTCCAA 
AGAAAGGATA GTGTGCTAAT ATTCCCTCAC ATCCAGAGCA TTAAGCTGAC CCAAACTCAG 
GAAGATGCCT CCAACATCAC TATACTGGGT CTACTCCTGG AGTGCAGCTT ACCGAAGAGT 
TGGAACAGTC CACAGGGGTC CTGCCTCCAA AGCGAGGAGC GTCTCAGTCT GCAGATTAAT 
CTGTCGGCGC GTGGTGACCA GCCTGCTGAC CTGGACAAGC TCAAGCCCTA TGTCATTGAG 
CACATTTTGG TCCTACTGGT GGCCCCTGCT GCTGAACAGG ATGCATTCGG GGAATCAAAA 
ATAAGAGTTT ATATGTTAAA TTCTGGAGGG AAGAAGCTCT ATATAAAGGA CATGCAGGTG 
CTATCAAAAG TAGAGGCTAG CTTGGACTTT AATCAGGTTC TTCTGACACC AGAAGCAAAA 
AACTTCACTG AAGTGGCTAC ACTGGCCTGC AGAGGCTCAT TGCCTGGCCT CGACCAGAAA 
TGTATAAGTC ATATCAGTTT GAAAATTATG GGAAACAGGA CAGCCTACAG CTTCCCTGGA 
CTACATGTTC CACACAGATG GCCTGTTGGG GATTTGTTCA GCCTGTTCCA GATGAAACAA 
AGAGCTGCTA ACCAGGTGGA CTTGTGGCTC ACCAACCCCT TCCCTGTGCC TCTCATTGTG 
TTGAATGCAA GCGTCTCAGA GAAGCTGCAG GGGGTAATGA AGGTGATGCA CTTCAACACT 
CCACTGACAG TTCCTCAGGG CTGCTGGCAC GTCCTGTCCC TCCAGCTGCT CAGCAGGGCC 
CTGCCTGTTA ACCAGGTCTC CACCCTGAGT CTGAATACCA GCCTGGGCAC AGCACTGCAA 
GTTCCACTGT ACTTCTATCC TAATCCTTCC AAGGGAGAGG TGGTGTTTGA GGCGGAAAGA 
GAGTGTGGAC GTCCTTGTCC TCTTAGACTA TCTGAAACAG GTCGCTCAGA GTGGCAACAC 
TCTCTTCTTC CAGATTTTTC CCACTCGTCT TGGGCTGTGG ACAGCAAACT AGCAGCTGAA 
CTCTGCTCTC GATGGCAGAG CCACAAAGAC AAGCTGCCTT GCAGGTGGCC GAGACTCCCA 
GTGGAGGCAT CGTCTCTTCT GGACTTTGGT GCTACTCCTG TCAATGAGAG CAAGGTTAAG 
ACGTTCATGC TGAAGAACCC TTCGTCTTCA GTGGTTTCTG TAGAGATTCG GGCCCTCTCT 
CTGTACCCTG CTCCCCTGGA GGCTCTGGAC CTTCTAACCA AATGGTTTAA TATCAGCCCT 
CTCTCTGTTA ACATCAGCAC AACAGAGTTC TCTCTGTTGG CTTCTTCCTC CAAGGTGGGT 
AAGAATATGG AAGAAAAAAC CGGAGTCTTA CGTCTGCTGC TGCAGCCCTG GGAGTCCAGA 
GAGGTTGCTG TGGTTTTTAC TCCCTCTGAA CACAAACCCA CCACCACCAT TCTTATCATC 
AGGAACAACC TGACGGTGTT TGACATGGTG ATGGTGCAGG GCCACGGGGC TAAAGAGCTG 
CTAACAGTCG GGGGGAAACT GCCCGGTCCT GGGGCCTCTT TACGCTTTAA TGTTCCTCAG 
TCAACGCTAA TGGAGTGTCG TGATGGTCTG CGCAGCAATA AGCCCCTTTT TGCCATCAGA 
AAGAGCTTCA AGGTGGAGAA TGCCGGCGAG CTTCCCCTGA CGGTCATGTC AATGAATATA 
AATGGTTACA AGTGTCAGGG ATTTGGCTTC GAGGTGCTGC AGTGTCATTC CTTCAGCCTC 
GATCACAACA GCTCCTCTGA GCTCACCATA GCGTTTACCC CAGACTTCAC CTCATCCTGG 
GTCATTCGGG ACCTCACCCT TGTGACATCA CGTGGCACTT CTTTCCCTTT TACCCTCAAC 
GTGACGCTTC CCCATCACAT GTTGCCCCTC TGTGCCCAGG TGGTTCCTGG CCCCAGCTGG 
GAGGAAACTT TCTGGGTGGT CACCCTCATC TTCACATGTT TCTCCTTGTT TGGTGTGTGC 
CTGATGGCCT TTTATCAAGC ACAGTTTATC CTGCATGAGT TCTCTGCACC GAGCAGCAGG 
AGCAACCACA ACTCTGTCTT GTCCCGGGAA AATGGTTCAG TCAGTAATAT CACACCTAAT 
GGAGTACATA AAACAAAAGG CAGTTGTAAG ACCTACGTGG ACACCTGCCA CACATCCGAC 
AAAGGTAAAG GCCGCGGGTC TCCAGCCTTA GCCAACAGCC TCGCCCCTCG ACCTCAGTCC 
TCAAAGAAGG GCTCCTCAAC CACACCCTCC CAACAACAGA AGAAATGCAA GGTTTCACTC 
TATTACTCCA AATATAAACC CAGCTCATCC ACAGCATCAG CTGGTGCTGT GACAGTGGAC 
GAAGAGCTGG AAGACCTAAG ACCAGACCCT CCCCTCACTC CCGACACCGA CGTCTGCAAC 
AACAACAACG AGCCAGCTTT CATCAATGAG ATGGAGAAGA TGACAGCCCC AGACTTTAAA 
GAAGTCGTAG AAGATACAAT GCCAGCAGCG GTTATGTTTC CCATGGAAAT ACCTGCTGGT 
TTCCCAGATA ATGTCACACT GGGTCCAGGA CCCAGACCGG GCCTGTTAGT GTGCAGTCCC 
ATAGAAAACA CTGAGCACTA TGCAGAGAAG ATGGAGTCTG AGAAAAGGGA CAGTTCTGAA 
GTCGAGCTGA GAGACGACTG CAAAGGACAG AAAAAGAAAG CGCAGAGCAC AGAGTCTGGC 
ACTGCAGCAG GGAATAATAA GGGAAAGAGG AGCCGCAGGA AGACTGAAAA TGTCTCCAGC 
GCTCCCGAGC ACAACATGCA AGTAACACCA GAGAGGGAGA AGGAACCTGT TTGGAAAACT 
GCGGACTTTG TCAGTGGACC CCGCAGCAGG AACCGCTCCA CCAACAGCTT CAAGACAGAA 
GCACTGAAGC CTGTGCAGAC TGCTGAGAGC CCACTCAAAC AGAACGGTGT GTGTCCTGCT 
CGCACTCGGA AGAAGTGTAC TCCAGAGTGG CGCGTGGGCA GCGTCTGCGA ATCAGGCTCA 
GACTCGGGCA GCTCATCGGG CAGCGTGAGG GCCAGCAGAG GGAGCTGGGG CAGCTGTAGC 
AGCACCAGCA GCATGGAGGG AGACAAGGAC GCCAGTGCCC GGACACACCG CTCCACTACC 
TCATCTAGAA AAAGGGACTC CATGCAGTAC AGTGTGTACC CAAAAGAGGT TGACAGCTAC 
CAGCCCATTA ATGCCAACTA TAAGACTAAA AGCATGAACA GCCTGTACCA TAAAGACCAA 
TGCCAAAGCC AAGAGTCCAC CAGGCCCAGC TTGACCTCAA GCTTTGCTGC TGCTGTTGCT 
GCAGGAACGG ACCAGAACAC GGATGTGACA GGTCAGTATC TGCCTGAAGA TACGTGGTCA 
GCTCCACCCA TCCCCCTCAC CAGTGAGTTC AGATACAACA CCACCGAAGC AATGCGCTAC 
ATACCACCAA CCACCGCGTC ATTCCGCGGG TTACGTTGGA ATAGTGCCAG CAGCCACTGT 
AACAGTTCCT ATAACTACTA TCCGGAAAAT GGCTACATAG GTAATGGAAC TTTTACAAGT 
GGTTTTCACA GTCAGGAGGG CCAGAACATG CACAGCAATC AGACCATCTG GAGTGACGAG 
CAGCCTCAGG AATCGCCCTC GACCTGGGAC ACAGCAGCCT GTGTGGGCAG CAAGCCATAC 
TTCTCGGGTA CCCGCAGTCT CTCCCCCATG TCCAGCCTGT TTGGATCCAT CTGGACACCC 
CAGATCGAGC CCTACCCGAG CCACTTCCAG CCCGAGCGAT CGGCCCCGGT GTCCCCCATC 
ACCCCGCCTC ACTCCCCCTT TACTCGGGAG CCAGTGGGGG CCTGCGGACC GCTGCAGTAC 
TCCAGCTTCA ACCCTTTCGG CCCGCACATG AACTTGGACA TATGGAACTC TTCATCCAAC 
CGCAGCTCCA ACTCGCAGCT CTCCAACGAC TCCGGCTACT GTGGAGATGT TTAA