RTL9 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	RTL9
Entrez Gene ID	57529
Full Name	retrotransposon Gag like 9
Synonyms	MAR9,MART9,RGAG1,SIRH10
General protein information	Preferred Names retrotransposon Gag like 9 Names retrotransposon Gag-like protein 9 retrotransposon gag domain-containing protein 1 Sushi-Ichi retrotransposon homolog 10 mammalian retrotransposon-derived 9 retrotransposon gag domain containing 1 tumor antigen BJ-HCC-23 tumor antigen BJHCC23
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: X Map Location: Xq23
Disorder MIM:	300965

mRNA and Protein(s)

mRNA	Protein	Name
XM_011530999.1	XP_011529301.1	retrotransposon gag domain-containing protein 1 isoform X1
NM_020769.2	NP_065820.1	retrotransposon Gag-like protein 9
XM_017029695.1	XP_016885184.1	retrotransposon Gag-like protein 9 isoform X1
XM_011530998.1	XP_011529300.1	retrotransposon gag domain-containing protein 1 isoform X1
XM_011530998.2	XP_011529300.1	retrotransposon Gag-like protein 9 isoform X1
XM_017029694.1	XP_016885183.1	retrotransposon Gag-like protein 9 isoform X1
XM_011530999.2	XP_011529301.1	retrotransposon Gag-like protein 9 isoform X1

Pathways from BioSystems

Homologies

Rattus norvegicus (Norway rat)	LOC100912526	XP_003752171.2
Canis lupus familiaris (dog)	RGAG1	XP_005641733.1
Homo sapiens (human)	RGAG1	NP_065820.1
Mus musculus (house mouse)	Rgag1	NP_001035524.1
Bos taurus (cattle)	RGAG1	XP_005227965.1
Pan troglodytes (chimpanzee)	RGAG1	XP_003954109.1

Gene Ontology
Bibliography

Related articles in PubMed

A family of neofunctionalized Ty3/gypsy retrotransposon genes in mammalian genomes.
Brandt J, Veith AM, Volff JN
Cytogenetic and genome research110(1-4)307-17(2005)

Transposable elements as a source of genetic innovation: expression and evolution of a family of retrotransposon-derived neogenes in mammals.
Brandt J, Schrauth S, Veith AM, Froschauer A, Haneke T, Schultheis C, Gessler M, Leimeister C, Volff JN
Gene345(1)101-11(2005 Jan)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following RTL9 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the RTL9 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.

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***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu22329	NM_020769.2 Latest version!	Homo sapiens retrotransposon Gag like 9 (RTL9), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	5+	$727.30 $1039.00
OHu22329	XM_011530999.2 Latest version!	Homo sapiens retrotransposon Gag like 9 (RTL9), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	5+	$727.30 $1039.00
OHu22329	XM_017029695.1 Latest version!	Homo sapiens retrotransposon Gag like 9 (RTL9), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	5+	$727.30 $1039.00
OHu22329	XM_017029694.1 Latest version!	Homo sapiens retrotransposon Gag like 9 (RTL9), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	5+	$727.30 $1039.00
OHu22329	XM_011530998.2 Latest version!	Homo sapiens retrotransposon Gag like 9 (RTL9), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	5+	$727.30 $1039.00
View Old Accession Versions >>
OHu22329	XM_011530998.1	Homo sapiens retrotransposon gag domain containing 1 (RGAG1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$519.50-$727.30 $1039.00
OHu22329	XM_011530999.1	Homo sapiens retrotransposon gag domain containing 1 (RGAG1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$519.50-$727.30 $1039.00
Hide Old Accession Versions >>

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** 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)

RTL9 ( XM_011530999.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011529301.1 Homo sapiens retrotransposon gag domain containing 1 (RGAG1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu22329
Clone ID Related Accession (Same CDS sequence)	XM_011530999.1 , NM_020769.2 , XM_017029695.1 , XM_011530998.1 , XM_011530998.2 , XM_017029694.1 , XM_011530999.2
Accession Version	XM_011530999.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4167bp) 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	1426003200000
Organism	Homo sapiens(Human)
Product	retrotransposon gag domain-containing protein 1 isoform X1
Comment

ATGTCAATAC CCTTACATTC ACTGCGATTC AACAATACAA TGAGGGAGGA AAATGTTGAG 
CCCCAAAACA AGCAGATGGC CTTCTGTAGA CCAATGACAG AGACCAGAGC AGACGTACAG 
ATTCTGCATT CTCATGTACA GTTGCCTATA GTCTCAACTT CAGCCTCAGA CCCTGGAGGG 
ACATCCACAC AGTTGATGAC ATCTCCAGTC TTTGACACCA TGTCTGCACC TCTAATGGGA 
GTACCAAACT CTGGAGCATT GTCCCCACCC CTAATGCCAG CCTCAGACTC TGGGGCACTT 
TCCCCATTGC TAATGCCAGC CTCAGACTCT GGGGCACTGT CCCCATTGCT AATGCCAGCC 
TTAGATTCTG GAACATTGTC CCCATTGCTG TCCACTTCAG AGTATGGGGT AATGTCCCCA 
GGGATGATGA CAATTCCTGA TTTTGGAACG ATGTCCGCAA CGCTAATGGT AGCACCAGAT 
TCTGCAGAGA TATCACCATT GGCAATGCCA GCTCCATCCT CTGGAGTGGT GTGTACACCT 
ATAATGAGCA CTTCATCCTC TGAGGCAATG TCCACACCAT TAATGCTAGC CCCAGATTCT 
GGAGAGTTAT CCCCAATTCT AATGCAAGAT ATGAATCCTG GAGTGATGTC TACACAGCCA 
GTGCCAGCTC CCAGCTCTGA GGCAATGTCC CCATTGCAAA TTACAGATGA AGACACCGAA 
GCAATGTCCA AAGTGCTAAT GACTGCTCTA GCCTCTGGAG AGATATCTTC GCTGCTAATG 
TCAGGCACGG ACTCTGAAGC AATATCCTCA CTGATAATGT CAGCTGTAGC TTCTGGAGGT 
ACATCACCCC AGCCAACAAG CACCCAAAAC TCTGGGGGAA TACCTACCCC GCTCATGTCA 
GATCTAGACT CTGGAATAAT GTCATCGCTT TTAATGTCAT CTCCAGGCTC TGAAGTAATG 
TCCACACCGC TACTGTCAGT CCCAGATGCT GGAGAAATGT CCACATTACC AAAGCCAGCT 
CCAGATGCTG AAGCAATGTC CCCAGCACTA ATGACGGCCC TACCCTCTGG AGTGATGCCC 
ACCCAAACGA TGCCAGCCCC AGGCTCTGGG GCGATGTCCC CATGGTCAAC ACAAAATGTA 
GACTCTGAAA TGATGTCTAA TCCGCCAGTG AGAGCAACAG CCTCTGGGGT GATGTCTGCA 
CCACCAGTAA GAGCTTTAGA TTCTGGAGCA ATGTCCACAC CGCTAATGGG AGCCCCAGCC 
TCTGGAAATA TGTCTACATT GCAAAAGACA GTTCCAGCCT CTGGAGCCAT GACCACCTCA 
CTGATGACAG TCCCAAGCTC TGGAGTGATG TCCACAGAGC AAATGTCAGC CACAGCCTCT 
AGAGTAATGT CCGCACAGTT AACAATGGCC AAAACTTCTG GAGCAATGCC CACAGGCTCT 
ATGAAAGCCG TGGCAAAACA ATACAAGAGA GCCACAGCCT CTGGAAAGAT GTCCACGCCA 
CTGAGGAGAG CTCCAACTTC TGGAGCAATG TCCACCCAAC CAGTTACGGC AACAGCCTCT 
GAAACAATGT CCATGCCACA ATTGACAGTC CCAGCCTCTG GATCAATGTC CATGCTGCAA 
ATGAGAGCCC CTGTCTCTGA AGCAATGTCC ATGCCACAAA TGAGAACCAT GGCCTCAGGA 
TTGACATCTG CAGCACAGAT GAAAGCCATG ACTTCTGGAG CAATGTCCAC CCCACTAATG 
ACAGCCCAAA CCTCTGGATC AACATCCACG CTGTTAATGA GAGACACAGC CTCAGGAGTG 
ATGTCCTGTC CACAAATGAG ATCTCTGGCC TCTGGAGCAT TGTCCAAGCC ACTAATGACA 
CCCAAAGCCT CAGGAACGAT GTTCACGGAG AAAATGACAA CCACAGCTTC TGAAGCAATG 
CCCACACTGC TAATGAGAGA CACAGTTTCT GGAGCTCTGT CCATGCCGCA AATGACAGAC 
ACAGCCTCTG GAGGGTTGTC TGCATCGCTA ATGAGAGACA CAGCTTCTGG AGCAATGTCC 
ACATCACAAA TGACAGCCAC AGTCTCTGGA GGGATGTCCA TGCCACTAAT GAGAGCTCAA 
GACCCAGGAG TAATGCCTGC CTCACTAATG AGAGCCAAAG TGTCTGGAAA GATGCTCAGT 
CAGCCAATGA GCACCCAAGA TCCTGGAGGG ATGTCCATGT CGCCCATGAA GTCCATGACC 
GCTGGAGGGA TGCAGATGAA TTCCCCAACC TCTGATGTGA TGTCCACACC AACAGTGAGA 
GCCTGGACCT CTGAAACAAT GTCCACACCA CTAATGAGAA CCTCAGACCC TGGAGAGAGG 
CCCTCACTGC TCACAAGAGC TTCATCCTCT GGAGAGATGT CCCTACCACT AATGAGAGCT 
CCAGCTTCTG GAGAGATAGC CACGCCTCTG AGATCCCCAG CTTATGGAGC CATGTCTGCT 
CCACAAATGA CAGCCACAGC CTCTGGAATG ATGTCATCCA TGCCACAAGT GAAGGCTCCC 
ATCTCTGGAG CAATGTCCAT GCCACTAACA AGATCCACAG CCTCTGGAGG GATGTCCATG 
CCACTGATGA GAGCCCCAGA CTCTAGAGTG ACATCCACAT CACAAATGAT GCCCACAGCT 
TCTGGAGACA TGTGCACACT ACCAGTGCGA GCCCCAGCCT CTGGAGGGGT GTCCTCACCA 
CTAGTAAGAG CTCCAGCCTC TGGAACTATG TCCACACCAC TAAGGAGACC CTCAGCCTGT 
GAGACTGTGT CCACAGAGTT AATGAGAGCT TCAGCCTCTG GACATATGTC CACTGCACAA 
ACAACAGCCA TGGTCTCTGG AGGGATGTCC AAGCCATTAA TGAGAGCCCC GGCCTCTGGA 
ACAATGCCCA TGCCTTTAAT GTCAGCCATG GCTTCTGGAG AGATGTCTAT GCCGCTAATG 
GAAACCATGG CCTCTGGAGC AACGTCCACA TTGCAAACCA GTGTTGCGAA CTCTAGATCT 
ATGTCCTTGT CACAAACAAC ATATACCGTG TCTGGAAGGA TGGCCACAGC GCCAATTAGA 
GCCTCTGCTT CTGGAGCAAG GTCCACATCA TTTATGAGAG CCTCAGTTTC TGGATCGATG 
CCCATGCCAC TACCAAGAGC CACAGCCTCT GGATGTGGCA TGGGTATGTC CATGCCACAA 
ATGACAGCCA CAGACTCTAG AGGGATGTCC ACACCACTAA TGAGGGCCTC AGGCCCTGGA 
ACAATGTCCA CACCACAGAC AGCCTTTGGA GTGATGTCCA CTCCGGAAAT CAAAGCCACA 
GACTCTGGAG AGGCATCCAC CTCTCACATT AACATCACAG CCTCTGGATC AAAGCCCACA 
TCGCACATGA CTGCCACAAC TCCTGAAACT GCGAAACCAC CACCAAAGGA AGTGCCATCC 
TTCGGAATGT TGACCCCAGC ACTCTGCTAC CTCTTAGAAG AGCAGGAAGC AGCCCGGGGC 
TCATGCTCTG TGGAGGAAGA GATGGAGATT GATGAGGAGA AGCAAATGAA GGGGTTTTTG 
GACGATTCAG AGAGAATGGC ATTTCTGGTA TCTCTTCATC TGGGAGCAGC AGAGAGGTGG 
TTCATCTTGC AAATGGAGGT AGGAGAACCT CTCTCACATG AAAATAAATC TTTCCTGAGA 
AGATCCCAGG GCATATATGA CTCCCTATCT GAGATAGACA TCCTCAGTGC TGTTCTTTGC 
CATCCCAAAC AGGGCCAAAA GTCAGTCAGG CAGTATGCCA CTGACTTCCT GCTGCTGGCC 
CGACATTTGT CTTGGTCTGA TGCCATTCTA CGGACCAGGT TTCTGGAAGG ACTCTCAGAA 
GCTGTTACCA CCAAAATGGG TCGGATCTTC CTGAAGGTGG CTGGCAGCCT AAAGGAGCTG 
ATAGACAGGT CTCTGTACAC CGAGTGCCAG CTGGCTGAAG AGAAGGATTC CCCAGGCAAC 
TCAAGCCAGG TTCTGCCAAC AGCCTGTAAG CGGAATAATG AGGAGGCCAT GGGGAATGAA 
CTGAGCTCTC AGCAGCAGAC TGAGGAGCAC CAGCATGTTT CCAAACGCTG TTACTACCTG 
AAAGAGCATG GAGACCCCCA AGAAGGTCTT CATGATCACC TTGGACAGAG CACAGGCCAT 
CATCAGAAGG CCCATACCAA CAAGTAA

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

RefSeq

XP_011529301.1

Translation

MSIPLHSLRFNNTMREENVEPQNKQMAFCRPMTETRADVQILHSHVQLPIVSTSASDPGGTSTQLMTSPVFDTMSAPLMGVPNSGALSPPLMPASDSGALSPLLMPASDSGALSPLLMPALDSGTLSPLLSTSEYGVMSPGMMTIPDFGTMSATLMVAPDSAEISPLAMPAPSSGVVCTPIMSTSSSEAMSTPLMLAPDSGELSPILMQDMNPGVMSTQPVPAPSSEAMSPLQITDEDTEAMSKVLMTALASGEISSLLMSGTDSEAISSLIMSAVASGGTSPQPTSTQNSGGIPTPLMSDLDSGIMSSLLMSSPGSEVMSTPLLSVPDAGEMSTLPKPAPDAEAMSPALMTALPSGVMPTQTMPAPGSGAMSPWSTQNVDSEMMSNPPVRATASGVMSAPPVRALDSGAMSTPLMGAPASGNMSTLQKTVPASGAMTTSLMTVPSSGVMSTEQMSATASRVMSAQLTMAKTSGAMPTGSMKAVAKQYKRATASGKMSTPLRRAPTSGAMSTQPVTATASETMSMPQLTVPASGSMSMLQMRAPVSEAMSMPQMRTMASGLTSAAQMKAMTSGAMSTPLMTAQTSGSTSTLLMRDTASGVMSCPQMRSLASGALSKPLMTPKASGTMFTEKMTTTASEAMPTLLMRDTVSGALSMPQMTDTASGGLSASLMRDTASGAMSTSQMTATVSGGMSMPLMRAQDPGVMPASLMRAKVSGKMLSQPMSTQDPGGMSMSPMKSMTAGGMQMNSPTSDVMSTPTVRAWTSETMSTPLMRTSDPGERPSLLTRASSSGEMSLPLMRAPASGEIATPLRSPAYGAMSAPQMTATASGMMSSMPQVKAPISGAMSMPLTRSTASGGMSMPLMRAPDSRVTSTSQMMPTASGDMCTLPVRAPASGGVSSPLVRAPASGTMSTPLRRPSACETVSTELMRASASGHMSTAQTTAMVSGGMSKPLMRAPASGTMPMPLMSAMASGEMSMPLMETMASGATSTLQTSVANSRSMSLSQTTYTVSGRMATAPIRASASGARSTSFMRASVSGSMPMPLPRATASGCGMGMSMPQMTATDSRGMSTPLMRASGPGTMSTPQTAFGVMSTPEIKATDSGEASTSHINITASGSKPTSHMTATTPETAKPPPKEVPSFGMLTPALCYLLEEQEAARGSCSVEEEMEIDEEKQMKGFLDDSERMAFLVSLHLGAAERWFILQMEVGEPLSHENKSFLRRSQGIYDSLSEIDILSAVLCHPKQGQKSVRQYATDFLLLARHLSWSDAILRTRFLEGLSEAVTTKMGRIFLKVAGSLKELIDRSLYTECQLAEEKDSPGNSSQVLPTACKRNNEEAMGNELSSQQQTEEHQHVSKRCYYLKEHGDPQEGLHDHLGQSTGHHQKAHTNK

Target ORF information:

RefSeq Version	XM_011530999.1
Organism	Homo sapiens(Human)
Definition	Homo sapiens retrotransposon gag domain containing 1 (RGAG1), transcript variant X2, mRNA.

Target ORF information:

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

XM_011530999.1

ORF Insert Sequence:

ATGTCAATAC CCTTACATTC ACTGCGATTC AACAATACAA TGAGGGAGGA AAATGTTGAG 
CCCCAAAACA AGCAGATGGC CTTCTGTAGA CCAATGACAG AGACCAGAGC AGACGTACAG 
ATTCTGCATT CTCATGTACA GTTGCCTATA GTCTCAACTT CAGCCTCAGA CCCTGGAGGG 
ACATCCACAC AGTTGATGAC ATCTCCAGTC TTTGACACCA TGTCTGCACC TCTAATGGGA 
GTACCAAACT CTGGAGCATT GTCCCCACCC CTAATGCCAG CCTCAGACTC TGGGGCACTT 
TCCCCATTGC TAATGCCAGC CTCAGACTCT GGGGCACTGT CCCCATTGCT AATGCCAGCC 
TTAGATTCTG GAACATTGTC CCCATTGCTG TCCACTTCAG AGTATGGGGT AATGTCCCCA 
GGGATGATGA CAATTCCTGA TTTTGGAACG ATGTCCGCAA CGCTAATGGT AGCACCAGAT 
TCTGCAGAGA TATCACCATT GGCAATGCCA GCTCCATCCT CTGGAGTGGT GTGTACACCT 
ATAATGAGCA CTTCATCCTC TGAGGCAATG TCCACACCAT TAATGCTAGC CCCAGATTCT 
GGAGAGTTAT CCCCAATTCT AATGCAAGAT ATGAATCCTG GAGTGATGTC TACACAGCCA 
GTGCCAGCTC CCAGCTCTGA GGCAATGTCC CCATTGCAAA TTACAGATGA AGACACCGAA 
GCAATGTCCA AAGTGCTAAT GACTGCTCTA GCCTCTGGAG AGATATCTTC GCTGCTAATG 
TCAGGCACGG ACTCTGAAGC AATATCCTCA CTGATAATGT CAGCTGTAGC TTCTGGAGGT 
ACATCACCCC AGCCAACAAG CACCCAAAAC TCTGGGGGAA TACCTACCCC GCTCATGTCA 
GATCTAGACT CTGGAATAAT GTCATCGCTT TTAATGTCAT CTCCAGGCTC TGAAGTAATG 
TCCACACCGC TACTGTCAGT CCCAGATGCT GGAGAAATGT CCACATTACC AAAGCCAGCT 
CCAGATGCTG AAGCAATGTC CCCAGCACTA ATGACGGCCC TACCCTCTGG AGTGATGCCC 
ACCCAAACGA TGCCAGCCCC AGGCTCTGGG GCGATGTCCC CATGGTCAAC ACAAAATGTA 
GACTCTGAAA TGATGTCTAA TCCGCCAGTG AGAGCAACAG CCTCTGGGGT GATGTCTGCA 
CCACCAGTAA GAGCTTTAGA TTCTGGAGCA ATGTCCACAC CGCTAATGGG AGCCCCAGCC 
TCTGGAAATA TGTCTACATT GCAAAAGACA GTTCCAGCCT CTGGAGCCAT GACCACCTCA 
CTGATGACAG TCCCAAGCTC TGGAGTGATG TCCACAGAGC AAATGTCAGC CACAGCCTCT 
AGAGTAATGT CCGCACAGTT AACAATGGCC AAAACTTCTG GAGCAATGCC CACAGGCTCT 
ATGAAAGCCG TGGCAAAACA ATACAAGAGA GCCACAGCCT CTGGAAAGAT GTCCACGCCA 
CTGAGGAGAG CTCCAACTTC TGGAGCAATG TCCACCCAAC CAGTTACGGC AACAGCCTCT 
GAAACAATGT CCATGCCACA ATTGACAGTC CCAGCCTCTG GATCAATGTC CATGCTGCAA 
ATGAGAGCCC CTGTCTCTGA AGCAATGTCC ATGCCACAAA TGAGAACCAT GGCCTCAGGA 
TTGACATCTG CAGCACAGAT GAAAGCCATG ACTTCTGGAG CAATGTCCAC CCCACTAATG 
ACAGCCCAAA CCTCTGGATC AACATCCACG CTGTTAATGA GAGACACAGC CTCAGGAGTG 
ATGTCCTGTC CACAAATGAG ATCTCTGGCC TCTGGAGCAT TGTCCAAGCC ACTAATGACA 
CCCAAAGCCT CAGGAACGAT GTTCACGGAG AAAATGACAA CCACAGCTTC TGAAGCAATG 
CCCACACTGC TAATGAGAGA CACAGTTTCT GGAGCTCTGT CCATGCCGCA AATGACAGAC 
ACAGCCTCTG GAGGGTTGTC TGCATCGCTA ATGAGAGACA CAGCTTCTGG AGCAATGTCC 
ACATCACAAA TGACAGCCAC AGTCTCTGGA GGGATGTCCA TGCCACTAAT GAGAGCTCAA 
GACCCAGGAG TAATGCCTGC CTCACTAATG AGAGCCAAAG TGTCTGGAAA GATGCTCAGT 
CAGCCAATGA GCACCCAAGA TCCTGGAGGG ATGTCCATGT CGCCCATGAA GTCCATGACC 
GCTGGAGGGA TGCAGATGAA TTCCCCAACC TCTGATGTGA TGTCCACACC AACAGTGAGA 
GCCTGGACCT CTGAAACAAT GTCCACACCA CTAATGAGAA CCTCAGACCC TGGAGAGAGG 
CCCTCACTGC TCACAAGAGC TTCATCCTCT GGAGAGATGT CCCTACCACT AATGAGAGCT 
CCAGCTTCTG GAGAGATAGC CACGCCTCTG AGATCCCCAG CTTATGGAGC CATGTCTGCT 
CCACAAATGA CAGCCACAGC CTCTGGAATG ATGTCATCCA TGCCACAAGT GAAGGCTCCC 
ATCTCTGGAG CAATGTCCAT GCCACTAACA AGATCCACAG CCTCTGGAGG GATGTCCATG 
CCACTGATGA GAGCCCCAGA CTCTAGAGTG ACATCCACAT CACAAATGAT GCCCACAGCT 
TCTGGAGACA TGTGCACACT ACCAGTGCGA GCCCCAGCCT CTGGAGGGGT GTCCTCACCA 
CTAGTAAGAG CTCCAGCCTC TGGAACTATG TCCACACCAC TAAGGAGACC CTCAGCCTGT 
GAGACTGTGT CCACAGAGTT AATGAGAGCT TCAGCCTCTG GACATATGTC CACTGCACAA 
ACAACAGCCA TGGTCTCTGG AGGGATGTCC AAGCCATTAA TGAGAGCCCC GGCCTCTGGA 
ACAATGCCCA TGCCTTTAAT GTCAGCCATG GCTTCTGGAG AGATGTCTAT GCCGCTAATG 
GAAACCATGG CCTCTGGAGC AACGTCCACA TTGCAAACCA GTGTTGCGAA CTCTAGATCT 
ATGTCCTTGT CACAAACAAC ATATACCGTG TCTGGAAGGA TGGCCACAGC GCCAATTAGA 
GCCTCTGCTT CTGGAGCAAG GTCCACATCA TTTATGAGAG CCTCAGTTTC TGGATCGATG 
CCCATGCCAC TACCAAGAGC CACAGCCTCT GGATGTGGCA TGGGTATGTC CATGCCACAA 
ATGACAGCCA CAGACTCTAG AGGGATGTCC ACACCACTAA TGAGGGCCTC AGGCCCTGGA 
ACAATGTCCA CACCACAGAC AGCCTTTGGA GTGATGTCCA CTCCGGAAAT CAAAGCCACA 
GACTCTGGAG AGGCATCCAC CTCTCACATT AACATCACAG CCTCTGGATC AAAGCCCACA 
TCGCACATGA CTGCCACAAC TCCTGAAACT GCGAAACCAC CACCAAAGGA AGTGCCATCC 
TTCGGAATGT TGACCCCAGC ACTCTGCTAC CTCTTAGAAG AGCAGGAAGC AGCCCGGGGC 
TCATGCTCTG TGGAGGAAGA GATGGAGATT GATGAGGAGA AGCAAATGAA GGGGTTTTTG 
GACGATTCAG AGAGAATGGC ATTTCTGGTA TCTCTTCATC TGGGAGCAGC AGAGAGGTGG 
TTCATCTTGC AAATGGAGGT AGGAGAACCT CTCTCACATG AAAATAAATC TTTCCTGAGA 
AGATCCCAGG GCATATATGA CTCCCTATCT GAGATAGACA TCCTCAGTGC TGTTCTTTGC 
CATCCCAAAC AGGGCCAAAA GTCAGTCAGG CAGTATGCCA CTGACTTCCT GCTGCTGGCC 
CGACATTTGT CTTGGTCTGA TGCCATTCTA CGGACCAGGT TTCTGGAAGG ACTCTCAGAA 
GCTGTTACCA CCAAAATGGG TCGGATCTTC CTGAAGGTGG CTGGCAGCCT AAAGGAGCTG 
ATAGACAGGT CTCTGTACAC CGAGTGCCAG CTGGCTGAAG AGAAGGATTC CCCAGGCAAC 
TCAAGCCAGG TTCTGCCAAC AGCCTGTAAG CGGAATAATG AGGAGGCCAT GGGGAATGAA 
CTGAGCTCTC AGCAGCAGAC TGAGGAGCAC CAGCATGTTT CCAAACGCTG TTACTACCTG 
AAAGAGCATG GAGACCCCCA AGAAGGTCTT CATGATCACC TTGGACAGAG CACAGGCCAT 
CATCAGAAGG CCCATACCAA CAAGTAA

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

RTL9 ( XM_011530998.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011529300.1 Homo sapiens retrotransposon gag domain containing 1 (RGAG1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu22329
Clone ID Related Accession (Same CDS sequence)	XM_011530999.1 , NM_020769.2 , XM_017029695.1 , XM_011530998.1 , XM_011530998.2 , XM_017029694.1 , XM_011530999.2
Accession Version	XM_011530998.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4167bp) 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	1426003200000
Organism	Homo sapiens(Human)
Product	retrotransposon gag domain-containing protein 1 isoform X1
Comment

ATGTCAATAC CCTTACATTC ACTGCGATTC AACAATACAA TGAGGGAGGA AAATGTTGAG 
CCCCAAAACA AGCAGATGGC CTTCTGTAGA CCAATGACAG AGACCAGAGC AGACGTACAG 
ATTCTGCATT CTCATGTACA GTTGCCTATA GTCTCAACTT CAGCCTCAGA CCCTGGAGGG 
ACATCCACAC AGTTGATGAC ATCTCCAGTC TTTGACACCA TGTCTGCACC TCTAATGGGA 
GTACCAAACT CTGGAGCATT GTCCCCACCC CTAATGCCAG CCTCAGACTC TGGGGCACTT 
TCCCCATTGC TAATGCCAGC CTCAGACTCT GGGGCACTGT CCCCATTGCT AATGCCAGCC 
TTAGATTCTG GAACATTGTC CCCATTGCTG TCCACTTCAG AGTATGGGGT AATGTCCCCA 
GGGATGATGA CAATTCCTGA TTTTGGAACG ATGTCCGCAA CGCTAATGGT AGCACCAGAT 
TCTGCAGAGA TATCACCATT GGCAATGCCA GCTCCATCCT CTGGAGTGGT GTGTACACCT 
ATAATGAGCA CTTCATCCTC TGAGGCAATG TCCACACCAT TAATGCTAGC CCCAGATTCT 
GGAGAGTTAT CCCCAATTCT AATGCAAGAT ATGAATCCTG GAGTGATGTC TACACAGCCA 
GTGCCAGCTC CCAGCTCTGA GGCAATGTCC CCATTGCAAA TTACAGATGA AGACACCGAA 
GCAATGTCCA AAGTGCTAAT GACTGCTCTA GCCTCTGGAG AGATATCTTC GCTGCTAATG 
TCAGGCACGG ACTCTGAAGC AATATCCTCA CTGATAATGT CAGCTGTAGC TTCTGGAGGT 
ACATCACCCC AGCCAACAAG CACCCAAAAC TCTGGGGGAA TACCTACCCC GCTCATGTCA 
GATCTAGACT CTGGAATAAT GTCATCGCTT TTAATGTCAT CTCCAGGCTC TGAAGTAATG 
TCCACACCGC TACTGTCAGT CCCAGATGCT GGAGAAATGT CCACATTACC AAAGCCAGCT 
CCAGATGCTG AAGCAATGTC CCCAGCACTA ATGACGGCCC TACCCTCTGG AGTGATGCCC 
ACCCAAACGA TGCCAGCCCC AGGCTCTGGG GCGATGTCCC CATGGTCAAC ACAAAATGTA 
GACTCTGAAA TGATGTCTAA TCCGCCAGTG AGAGCAACAG CCTCTGGGGT GATGTCTGCA 
CCACCAGTAA GAGCTTTAGA TTCTGGAGCA ATGTCCACAC CGCTAATGGG AGCCCCAGCC 
TCTGGAAATA TGTCTACATT GCAAAAGACA GTTCCAGCCT CTGGAGCCAT GACCACCTCA 
CTGATGACAG TCCCAAGCTC TGGAGTGATG TCCACAGAGC AAATGTCAGC CACAGCCTCT 
AGAGTAATGT CCGCACAGTT AACAATGGCC AAAACTTCTG GAGCAATGCC CACAGGCTCT 
ATGAAAGCCG TGGCAAAACA ATACAAGAGA GCCACAGCCT CTGGAAAGAT GTCCACGCCA 
CTGAGGAGAG CTCCAACTTC TGGAGCAATG TCCACCCAAC CAGTTACGGC AACAGCCTCT 
GAAACAATGT CCATGCCACA ATTGACAGTC CCAGCCTCTG GATCAATGTC CATGCTGCAA 
ATGAGAGCCC CTGTCTCTGA AGCAATGTCC ATGCCACAAA TGAGAACCAT GGCCTCAGGA 
TTGACATCTG CAGCACAGAT GAAAGCCATG ACTTCTGGAG CAATGTCCAC CCCACTAATG 
ACAGCCCAAA CCTCTGGATC AACATCCACG CTGTTAATGA GAGACACAGC CTCAGGAGTG 
ATGTCCTGTC CACAAATGAG ATCTCTGGCC TCTGGAGCAT TGTCCAAGCC ACTAATGACA 
CCCAAAGCCT CAGGAACGAT GTTCACGGAG AAAATGACAA CCACAGCTTC TGAAGCAATG 
CCCACACTGC TAATGAGAGA CACAGTTTCT GGAGCTCTGT CCATGCCGCA AATGACAGAC 
ACAGCCTCTG GAGGGTTGTC TGCATCGCTA ATGAGAGACA CAGCTTCTGG AGCAATGTCC 
ACATCACAAA TGACAGCCAC AGTCTCTGGA GGGATGTCCA TGCCACTAAT GAGAGCTCAA 
GACCCAGGAG TAATGCCTGC CTCACTAATG AGAGCCAAAG TGTCTGGAAA GATGCTCAGT 
CAGCCAATGA GCACCCAAGA TCCTGGAGGG ATGTCCATGT CGCCCATGAA GTCCATGACC 
GCTGGAGGGA TGCAGATGAA TTCCCCAACC TCTGATGTGA TGTCCACACC AACAGTGAGA 
GCCTGGACCT CTGAAACAAT GTCCACACCA CTAATGAGAA CCTCAGACCC TGGAGAGAGG 
CCCTCACTGC TCACAAGAGC TTCATCCTCT GGAGAGATGT CCCTACCACT AATGAGAGCT 
CCAGCTTCTG GAGAGATAGC CACGCCTCTG AGATCCCCAG CTTATGGAGC CATGTCTGCT 
CCACAAATGA CAGCCACAGC CTCTGGAATG ATGTCATCCA TGCCACAAGT GAAGGCTCCC 
ATCTCTGGAG CAATGTCCAT GCCACTAACA AGATCCACAG CCTCTGGAGG GATGTCCATG 
CCACTGATGA GAGCCCCAGA CTCTAGAGTG ACATCCACAT CACAAATGAT GCCCACAGCT 
TCTGGAGACA TGTGCACACT ACCAGTGCGA GCCCCAGCCT CTGGAGGGGT GTCCTCACCA 
CTAGTAAGAG CTCCAGCCTC TGGAACTATG TCCACACCAC TAAGGAGACC CTCAGCCTGT 
GAGACTGTGT CCACAGAGTT AATGAGAGCT TCAGCCTCTG GACATATGTC CACTGCACAA 
ACAACAGCCA TGGTCTCTGG AGGGATGTCC AAGCCATTAA TGAGAGCCCC GGCCTCTGGA 
ACAATGCCCA TGCCTTTAAT GTCAGCCATG GCTTCTGGAG AGATGTCTAT GCCGCTAATG 
GAAACCATGG CCTCTGGAGC AACGTCCACA TTGCAAACCA GTGTTGCGAA CTCTAGATCT 
ATGTCCTTGT CACAAACAAC ATATACCGTG TCTGGAAGGA TGGCCACAGC GCCAATTAGA 
GCCTCTGCTT CTGGAGCAAG GTCCACATCA TTTATGAGAG CCTCAGTTTC TGGATCGATG 
CCCATGCCAC TACCAAGAGC CACAGCCTCT GGATGTGGCA TGGGTATGTC CATGCCACAA 
ATGACAGCCA CAGACTCTAG AGGGATGTCC ACACCACTAA TGAGGGCCTC AGGCCCTGGA 
ACAATGTCCA CACCACAGAC AGCCTTTGGA GTGATGTCCA CTCCGGAAAT CAAAGCCACA 
GACTCTGGAG AGGCATCCAC CTCTCACATT AACATCACAG CCTCTGGATC AAAGCCCACA 
TCGCACATGA CTGCCACAAC TCCTGAAACT GCGAAACCAC CACCAAAGGA AGTGCCATCC 
TTCGGAATGT TGACCCCAGC ACTCTGCTAC CTCTTAGAAG AGCAGGAAGC AGCCCGGGGC 
TCATGCTCTG TGGAGGAAGA GATGGAGATT GATGAGGAGA AGCAAATGAA GGGGTTTTTG 
GACGATTCAG AGAGAATGGC ATTTCTGGTA TCTCTTCATC TGGGAGCAGC AGAGAGGTGG 
TTCATCTTGC AAATGGAGGT AGGAGAACCT CTCTCACATG AAAATAAATC TTTCCTGAGA 
AGATCCCAGG GCATATATGA CTCCCTATCT GAGATAGACA TCCTCAGTGC TGTTCTTTGC 
CATCCCAAAC AGGGCCAAAA GTCAGTCAGG CAGTATGCCA CTGACTTCCT GCTGCTGGCC 
CGACATTTGT CTTGGTCTGA TGCCATTCTA CGGACCAGGT TTCTGGAAGG ACTCTCAGAA 
GCTGTTACCA CCAAAATGGG TCGGATCTTC CTGAAGGTGG CTGGCAGCCT AAAGGAGCTG 
ATAGACAGGT CTCTGTACAC CGAGTGCCAG CTGGCTGAAG AGAAGGATTC CCCAGGCAAC 
TCAAGCCAGG TTCTGCCAAC AGCCTGTAAG CGGAATAATG AGGAGGCCAT GGGGAATGAA 
CTGAGCTCTC AGCAGCAGAC TGAGGAGCAC CAGCATGTTT CCAAACGCTG TTACTACCTG 
AAAGAGCATG GAGACCCCCA AGAAGGTCTT CATGATCACC TTGGACAGAG CACAGGCCAT 
CATCAGAAGG CCCATACCAA CAAGTAA

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

RefSeq

XP_011529300.1

Translation

MSIPLHSLRFNNTMREENVEPQNKQMAFCRPMTETRADVQILHSHVQLPIVSTSASDPGGTSTQLMTSPVFDTMSAPLMGVPNSGALSPPLMPASDSGALSPLLMPASDSGALSPLLMPALDSGTLSPLLSTSEYGVMSPGMMTIPDFGTMSATLMVAPDSAEISPLAMPAPSSGVVCTPIMSTSSSEAMSTPLMLAPDSGELSPILMQDMNPGVMSTQPVPAPSSEAMSPLQITDEDTEAMSKVLMTALASGEISSLLMSGTDSEAISSLIMSAVASGGTSPQPTSTQNSGGIPTPLMSDLDSGIMSSLLMSSPGSEVMSTPLLSVPDAGEMSTLPKPAPDAEAMSPALMTALPSGVMPTQTMPAPGSGAMSPWSTQNVDSEMMSNPPVRATASGVMSAPPVRALDSGAMSTPLMGAPASGNMSTLQKTVPASGAMTTSLMTVPSSGVMSTEQMSATASRVMSAQLTMAKTSGAMPTGSMKAVAKQYKRATASGKMSTPLRRAPTSGAMSTQPVTATASETMSMPQLTVPASGSMSMLQMRAPVSEAMSMPQMRTMASGLTSAAQMKAMTSGAMSTPLMTAQTSGSTSTLLMRDTASGVMSCPQMRSLASGALSKPLMTPKASGTMFTEKMTTTASEAMPTLLMRDTVSGALSMPQMTDTASGGLSASLMRDTASGAMSTSQMTATVSGGMSMPLMRAQDPGVMPASLMRAKVSGKMLSQPMSTQDPGGMSMSPMKSMTAGGMQMNSPTSDVMSTPTVRAWTSETMSTPLMRTSDPGERPSLLTRASSSGEMSLPLMRAPASGEIATPLRSPAYGAMSAPQMTATASGMMSSMPQVKAPISGAMSMPLTRSTASGGMSMPLMRAPDSRVTSTSQMMPTASGDMCTLPVRAPASGGVSSPLVRAPASGTMSTPLRRPSACETVSTELMRASASGHMSTAQTTAMVSGGMSKPLMRAPASGTMPMPLMSAMASGEMSMPLMETMASGATSTLQTSVANSRSMSLSQTTYTVSGRMATAPIRASASGARSTSFMRASVSGSMPMPLPRATASGCGMGMSMPQMTATDSRGMSTPLMRASGPGTMSTPQTAFGVMSTPEIKATDSGEASTSHINITASGSKPTSHMTATTPETAKPPPKEVPSFGMLTPALCYLLEEQEAARGSCSVEEEMEIDEEKQMKGFLDDSERMAFLVSLHLGAAERWFILQMEVGEPLSHENKSFLRRSQGIYDSLSEIDILSAVLCHPKQGQKSVRQYATDFLLLARHLSWSDAILRTRFLEGLSEAVTTKMGRIFLKVAGSLKELIDRSLYTECQLAEEKDSPGNSSQVLPTACKRNNEEAMGNELSSQQQTEEHQHVSKRCYYLKEHGDPQEGLHDHLGQSTGHHQKAHTNK

Target ORF information:

RefSeq Version	XM_011530998.1
Organism	Homo sapiens(Human)
Definition	Homo sapiens retrotransposon gag domain containing 1 (RGAG1), transcript variant X1, mRNA.

Target ORF information:

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

XM_011530998.1

ORF Insert Sequence:

ATGTCAATAC CCTTACATTC ACTGCGATTC AACAATACAA TGAGGGAGGA AAATGTTGAG 
CCCCAAAACA AGCAGATGGC CTTCTGTAGA CCAATGACAG AGACCAGAGC AGACGTACAG 
ATTCTGCATT CTCATGTACA GTTGCCTATA GTCTCAACTT CAGCCTCAGA CCCTGGAGGG 
ACATCCACAC AGTTGATGAC ATCTCCAGTC TTTGACACCA TGTCTGCACC TCTAATGGGA 
GTACCAAACT CTGGAGCATT GTCCCCACCC CTAATGCCAG CCTCAGACTC TGGGGCACTT 
TCCCCATTGC TAATGCCAGC CTCAGACTCT GGGGCACTGT CCCCATTGCT AATGCCAGCC 
TTAGATTCTG GAACATTGTC CCCATTGCTG TCCACTTCAG AGTATGGGGT AATGTCCCCA 
GGGATGATGA CAATTCCTGA TTTTGGAACG ATGTCCGCAA CGCTAATGGT AGCACCAGAT 
TCTGCAGAGA TATCACCATT GGCAATGCCA GCTCCATCCT CTGGAGTGGT GTGTACACCT 
ATAATGAGCA CTTCATCCTC TGAGGCAATG TCCACACCAT TAATGCTAGC CCCAGATTCT 
GGAGAGTTAT CCCCAATTCT AATGCAAGAT ATGAATCCTG GAGTGATGTC TACACAGCCA 
GTGCCAGCTC CCAGCTCTGA GGCAATGTCC CCATTGCAAA TTACAGATGA AGACACCGAA 
GCAATGTCCA AAGTGCTAAT GACTGCTCTA GCCTCTGGAG AGATATCTTC GCTGCTAATG 
TCAGGCACGG ACTCTGAAGC AATATCCTCA CTGATAATGT CAGCTGTAGC TTCTGGAGGT 
ACATCACCCC AGCCAACAAG CACCCAAAAC TCTGGGGGAA TACCTACCCC GCTCATGTCA 
GATCTAGACT CTGGAATAAT GTCATCGCTT TTAATGTCAT CTCCAGGCTC TGAAGTAATG 
TCCACACCGC TACTGTCAGT CCCAGATGCT GGAGAAATGT CCACATTACC AAAGCCAGCT 
CCAGATGCTG AAGCAATGTC CCCAGCACTA ATGACGGCCC TACCCTCTGG AGTGATGCCC 
ACCCAAACGA TGCCAGCCCC AGGCTCTGGG GCGATGTCCC CATGGTCAAC ACAAAATGTA 
GACTCTGAAA TGATGTCTAA TCCGCCAGTG AGAGCAACAG CCTCTGGGGT GATGTCTGCA 
CCACCAGTAA GAGCTTTAGA TTCTGGAGCA ATGTCCACAC CGCTAATGGG AGCCCCAGCC 
TCTGGAAATA TGTCTACATT GCAAAAGACA GTTCCAGCCT CTGGAGCCAT GACCACCTCA 
CTGATGACAG TCCCAAGCTC TGGAGTGATG TCCACAGAGC AAATGTCAGC CACAGCCTCT 
AGAGTAATGT CCGCACAGTT AACAATGGCC AAAACTTCTG GAGCAATGCC CACAGGCTCT 
ATGAAAGCCG TGGCAAAACA ATACAAGAGA GCCACAGCCT CTGGAAAGAT GTCCACGCCA 
CTGAGGAGAG CTCCAACTTC TGGAGCAATG TCCACCCAAC CAGTTACGGC AACAGCCTCT 
GAAACAATGT CCATGCCACA ATTGACAGTC CCAGCCTCTG GATCAATGTC CATGCTGCAA 
ATGAGAGCCC CTGTCTCTGA AGCAATGTCC ATGCCACAAA TGAGAACCAT GGCCTCAGGA 
TTGACATCTG CAGCACAGAT GAAAGCCATG ACTTCTGGAG CAATGTCCAC CCCACTAATG 
ACAGCCCAAA CCTCTGGATC AACATCCACG CTGTTAATGA GAGACACAGC CTCAGGAGTG 
ATGTCCTGTC CACAAATGAG ATCTCTGGCC TCTGGAGCAT TGTCCAAGCC ACTAATGACA 
CCCAAAGCCT CAGGAACGAT GTTCACGGAG AAAATGACAA CCACAGCTTC TGAAGCAATG 
CCCACACTGC TAATGAGAGA CACAGTTTCT GGAGCTCTGT CCATGCCGCA AATGACAGAC 
ACAGCCTCTG GAGGGTTGTC TGCATCGCTA ATGAGAGACA CAGCTTCTGG AGCAATGTCC 
ACATCACAAA TGACAGCCAC AGTCTCTGGA GGGATGTCCA TGCCACTAAT GAGAGCTCAA 
GACCCAGGAG TAATGCCTGC CTCACTAATG AGAGCCAAAG TGTCTGGAAA GATGCTCAGT 
CAGCCAATGA GCACCCAAGA TCCTGGAGGG ATGTCCATGT CGCCCATGAA GTCCATGACC 
GCTGGAGGGA TGCAGATGAA TTCCCCAACC TCTGATGTGA TGTCCACACC AACAGTGAGA 
GCCTGGACCT CTGAAACAAT GTCCACACCA CTAATGAGAA CCTCAGACCC TGGAGAGAGG 
CCCTCACTGC TCACAAGAGC TTCATCCTCT GGAGAGATGT CCCTACCACT AATGAGAGCT 
CCAGCTTCTG GAGAGATAGC CACGCCTCTG AGATCCCCAG CTTATGGAGC CATGTCTGCT 
CCACAAATGA CAGCCACAGC CTCTGGAATG ATGTCATCCA TGCCACAAGT GAAGGCTCCC 
ATCTCTGGAG CAATGTCCAT GCCACTAACA AGATCCACAG CCTCTGGAGG GATGTCCATG 
CCACTGATGA GAGCCCCAGA CTCTAGAGTG ACATCCACAT CACAAATGAT GCCCACAGCT 
TCTGGAGACA TGTGCACACT ACCAGTGCGA GCCCCAGCCT CTGGAGGGGT GTCCTCACCA 
CTAGTAAGAG CTCCAGCCTC TGGAACTATG TCCACACCAC TAAGGAGACC CTCAGCCTGT 
GAGACTGTGT CCACAGAGTT AATGAGAGCT TCAGCCTCTG GACATATGTC CACTGCACAA 
ACAACAGCCA TGGTCTCTGG AGGGATGTCC AAGCCATTAA TGAGAGCCCC GGCCTCTGGA 
ACAATGCCCA TGCCTTTAAT GTCAGCCATG GCTTCTGGAG AGATGTCTAT GCCGCTAATG 
GAAACCATGG CCTCTGGAGC AACGTCCACA TTGCAAACCA GTGTTGCGAA CTCTAGATCT 
ATGTCCTTGT CACAAACAAC ATATACCGTG TCTGGAAGGA TGGCCACAGC GCCAATTAGA 
GCCTCTGCTT CTGGAGCAAG GTCCACATCA TTTATGAGAG CCTCAGTTTC TGGATCGATG 
CCCATGCCAC TACCAAGAGC CACAGCCTCT GGATGTGGCA TGGGTATGTC CATGCCACAA 
ATGACAGCCA CAGACTCTAG AGGGATGTCC ACACCACTAA TGAGGGCCTC AGGCCCTGGA 
ACAATGTCCA CACCACAGAC AGCCTTTGGA GTGATGTCCA CTCCGGAAAT CAAAGCCACA 
GACTCTGGAG AGGCATCCAC CTCTCACATT AACATCACAG CCTCTGGATC AAAGCCCACA 
TCGCACATGA CTGCCACAAC TCCTGAAACT GCGAAACCAC CACCAAAGGA AGTGCCATCC 
TTCGGAATGT TGACCCCAGC ACTCTGCTAC CTCTTAGAAG AGCAGGAAGC AGCCCGGGGC 
TCATGCTCTG TGGAGGAAGA GATGGAGATT GATGAGGAGA AGCAAATGAA GGGGTTTTTG 
GACGATTCAG AGAGAATGGC ATTTCTGGTA TCTCTTCATC TGGGAGCAGC AGAGAGGTGG 
TTCATCTTGC AAATGGAGGT AGGAGAACCT CTCTCACATG AAAATAAATC TTTCCTGAGA 
AGATCCCAGG GCATATATGA CTCCCTATCT GAGATAGACA TCCTCAGTGC TGTTCTTTGC 
CATCCCAAAC AGGGCCAAAA GTCAGTCAGG CAGTATGCCA CTGACTTCCT GCTGCTGGCC 
CGACATTTGT CTTGGTCTGA TGCCATTCTA CGGACCAGGT TTCTGGAAGG ACTCTCAGAA 
GCTGTTACCA CCAAAATGGG TCGGATCTTC CTGAAGGTGG CTGGCAGCCT AAAGGAGCTG 
ATAGACAGGT CTCTGTACAC CGAGTGCCAG CTGGCTGAAG AGAAGGATTC CCCAGGCAAC 
TCAAGCCAGG TTCTGCCAAC AGCCTGTAAG CGGAATAATG AGGAGGCCAT GGGGAATGAA 
CTGAGCTCTC AGCAGCAGAC TGAGGAGCAC CAGCATGTTT CCAAACGCTG TTACTACCTG 
AAAGAGCATG GAGACCCCCA AGAAGGTCTT CATGATCACC TTGGACAGAG CACAGGCCAT 
CATCAGAAGG CCCATACCAA CAAGTAA

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

RTL9 ( NM_020769.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_065820.1 Homo sapiens retrotransposon Gag like 9 (RTL9), mRNA.

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CloneID	OHu22329
Clone ID Related Accession (Same CDS sequence)	XM_011530999.1 , NM_020769.2 , XM_017029695.1 , XM_011530998.1 , XM_011530998.2 , XM_017029694.1 , XM_011530999.2
Accession Version	NM_020769.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4167bp) 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	1568995200000
Organism	Homo sapiens(human)
Product	retrotransposon Gag-like protein 9
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AB037739.1 and AC000113.1. This sequence is a reference standard in the RefSeqGene project. On Jan 15, 2010 this sequence version replaced NM_020769.1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: AB037739.1, AY121804.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2148093 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## RefSeq Select criteria :: based on conservation, longest protein ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGTCAATAC CCTTACATTC ACTGCGATTC AACAATACAA TGAGGGAGGA AAATGTTGAG 
CCCCAAAACA AGCAGATGGC CTTCTGTAGA CCAATGACAG AGACCAGAGC AGACGTACAG 
ATTCTGCATT CTCATGTACA GTTGCCTATA GTCTCAACTT CAGCCTCAGA CCCTGGAGGG 
ACATCCACAC AGTTGATGAC ATCTCCAGTC TTTGACACCA TGTCTGCACC TCTAATGGGA 
GTACCAAACT CTGGAGCATT GTCCCCACCC CTAATGCCAG CCTCAGACTC TGGGGCACTT 
TCCCCATTGC TAATGCCAGC CTCAGACTCT GGGGCACTGT CCCCATTGCT AATGCCAGCC 
TTAGATTCTG GAACATTGTC CCCATTGCTG TCCACTTCAG AGTATGGGGT AATGTCCCCA 
GGGATGATGA CAATTCCTGA TTTTGGAACG ATGTCCGCAA CGCTAATGGT AGCACCAGAT 
TCTGCAGAGA TATCACCATT GGCAATGCCA GCTCCATCCT CTGGAGTGGT GTGTACACCT 
ATAATGAGCA CTTCATCCTC TGAGGCAATG TCCACACCAT TAATGCTAGC CCCAGATTCT 
GGAGAGTTAT CCCCAATTCT AATGCAAGAT ATGAATCCTG GAGTGATGTC TACACAGCCA 
GTGCCAGCTC CCAGCTCTGA GGCAATGTCC CCATTGCAAA TTACAGATGA AGACACCGAA 
GCAATGTCCA AAGTGCTAAT GACTGCTCTA GCCTCTGGAG AGATATCTTC GCTGCTAATG 
TCAGGCACGG ACTCTGAAGC AATATCCTCA CTGATAATGT CAGCTGTAGC TTCTGGAGGT 
ACATCACCCC AGCCAACAAG CACCCAAAAC TCTGGGGGAA TACCTACCCC GCTCATGTCA 
GATCTAGACT CTGGAATAAT GTCATCGCTT TTAATGTCAT CTCCAGGCTC TGAAGTAATG 
TCCACACCGC TACTGTCAGT CCCAGATGCT GGAGAAATGT CCACATTACC AAAGCCAGCT 
CCAGATGCTG AAGCAATGTC CCCAGCACTA ATGACGGCCC TACCCTCTGG AGTGATGCCC 
ACCCAAACGA TGCCAGCCCC AGGCTCTGGG GCGATGTCCC CATGGTCAAC ACAAAATGTA 
GACTCTGAAA TGATGTCTAA TCCGCCAGTG AGAGCAACAG CCTCTGGGGT GATGTCTGCA 
CCACCAGTAA GAGCTTTAGA TTCTGGAGCA ATGTCCACAC CGCTAATGGG AGCCCCAGCC 
TCTGGAAATA TGTCTACATT GCAAAAGACA GTTCCAGCCT CTGGAGCCAT GACCACCTCA 
CTGATGACAG TCCCAAGCTC TGGAGTGATG TCCACAGAGC AAATGTCAGC CACAGCCTCT 
AGAGTAATGT CCGCACAGTT AACAATGGCC AAAACTTCTG GAGCAATGCC CACAGGCTCT 
ATGAAAGCCG TGGCAAAACA ATACAAGAGA GCCACAGCCT CTGGAAAGAT GTCCACGCCA 
CTGAGGAGAG CTCCAACTTC TGGAGCAATG TCCACCCAAC CAGTTACGGC AACAGCCTCT 
GAAACAATGT CCATGCCACA ATTGACAGTC CCAGCCTCTG GATCAATGTC CATGCTGCAA 
ATGAGAGCCC CTGTCTCTGA AGCAATGTCC ATGCCACAAA TGAGAACCAT GGCCTCAGGA 
TTGACATCTG CAGCACAGAT GAAAGCCATG ACTTCTGGAG CAATGTCCAC CCCACTAATG 
ACAGCCCAAA CCTCTGGATC AACATCCACG CTGTTAATGA GAGACACAGC CTCAGGAGTG 
ATGTCCTGTC CACAAATGAG ATCTCTGGCC TCTGGAGCAT TGTCCAAGCC ACTAATGACA 
CCCAAAGCCT CAGGAACGAT GTTCACGGAG AAAATGACAA CCACAGCTTC TGAAGCAATG 
CCCACACTGC TAATGAGAGA CACAGTTTCT GGAGCTCTGT CCATGCCGCA AATGACAGAC 
ACAGCCTCTG GAGGGTTGTC TGCATCGCTA ATGAGAGACA CAGCTTCTGG AGCAATGTCC 
ACATCACAAA TGACAGCCAC AGTCTCTGGA GGGATGTCCA TGCCACTAAT GAGAGCTCAA 
GACCCAGGAG TAATGCCTGC CTCACTAATG AGAGCCAAAG TGTCTGGAAA GATGCTCAGT 
CAGCCAATGA GCACCCAAGA TCCTGGAGGG ATGTCCATGT CGCCCATGAA GTCCATGACC 
GCTGGAGGGA TGCAGATGAA TTCCCCAACC TCTGATGTGA TGTCCACACC AACAGTGAGA 
GCCTGGACCT CTGAAACAAT GTCCACACCA CTAATGAGAA CCTCAGACCC TGGAGAGAGG 
CCCTCACTGC TCACAAGAGC TTCATCCTCT GGAGAGATGT CCCTACCACT AATGAGAGCT 
CCAGCTTCTG GAGAGATAGC CACGCCTCTG AGATCCCCAG CTTATGGAGC CATGTCTGCT 
CCACAAATGA CAGCCACAGC CTCTGGAATG ATGTCATCCA TGCCACAAGT GAAGGCTCCC 
ATCTCTGGAG CAATGTCCAT GCCACTAACA AGATCCACAG CCTCTGGAGG GATGTCCATG 
CCACTGATGA GAGCCCCAGA CTCTAGAGTG ACATCCACAT CACAAATGAT GCCCACAGCT 
TCTGGAGACA TGTGCACACT ACCAGTGCGA GCCCCAGCCT CTGGAGGGGT GTCCTCACCA 
CTAGTAAGAG CTCCAGCCTC TGGAACTATG TCCACACCAC TAAGGAGACC CTCAGCCTGT 
GAGACTGTGT CCACAGAGTT AATGAGAGCT TCAGCCTCTG GACATATGTC CACTGCACAA 
ACAACAGCCA TGGTCTCTGG AGGGATGTCC AAGCCATTAA TGAGAGCCCC GGCCTCTGGA 
ACAATGCCCA TGCCTTTAAT GTCAGCCATG GCTTCTGGAG AGATGTCTAT GCCGCTAATG 
GAAACCATGG CCTCTGGAGC AACGTCCACA TTGCAAACCA GTGTTGCGAA CTCTAGATCT 
ATGTCCTTGT CACAAACAAC ATATACCGTG TCTGGAAGGA TGGCCACAGC GCCAATTAGA 
GCCTCTGCTT CTGGAGCAAG GTCCACATCA TTTATGAGAG CCTCAGTTTC TGGATCGATG 
CCCATGCCAC TACCAAGAGC CACAGCCTCT GGATGTGGCA TGGGTATGTC CATGCCACAA 
ATGACAGCCA CAGACTCTAG AGGGATGTCC ACACCACTAA TGAGGGCCTC AGGCCCTGGA 
ACAATGTCCA CACCACAGAC AGCCTTTGGA GTGATGTCCA CTCCGGAAAT CAAAGCCACA 
GACTCTGGAG AGGCATCCAC CTCTCACATT AACATCACAG CCTCTGGATC AAAGCCCACA 
TCGCACATGA CTGCCACAAC TCCTGAAACT GCGAAACCAC CACCAAAGGA AGTGCCATCC 
TTCGGAATGT TGACCCCAGC ACTCTGCTAC CTCTTAGAAG AGCAGGAAGC AGCCCGGGGC 
TCATGCTCTG TGGAGGAAGA GATGGAGATT GATGAGGAGA AGCAAATGAA GGGGTTTTTG 
GACGATTCAG AGAGAATGGC ATTTCTGGTA TCTCTTCATC TGGGAGCAGC AGAGAGGTGG 
TTCATCTTGC AAATGGAGGT AGGAGAACCT CTCTCACATG AAAATAAATC TTTCCTGAGA 
AGATCCCAGG GCATATATGA CTCCCTATCT GAGATAGACA TCCTCAGTGC TGTTCTTTGC 
CATCCCAAAC AGGGCCAAAA GTCAGTCAGG CAGTATGCCA CTGACTTCCT GCTGCTGGCC 
CGACATTTGT CTTGGTCTGA TGCCATTCTA CGGACCAGGT TTCTGGAAGG ACTCTCAGAA 
GCTGTTACCA CCAAAATGGG TCGGATCTTC CTGAAGGTGG CTGGCAGCCT AAAGGAGCTG 
ATAGACAGGT CTCTGTACAC CGAGTGCCAG CTGGCTGAAG AGAAGGATTC CCCAGGCAAC 
TCAAGCCAGG TTCTGCCAAC AGCCTGTAAG CGGAATAATG AGGAGGCCAT GGGGAATGAA 
CTGAGCTCTC AGCAGCAGAC TGAGGAGCAC CAGCATGTTT CCAAACGCTG TTACTACCTG 
AAAGAGCATG GAGACCCCCA AGAAGGTCTT CATGATCACC TTGGACAGAG CACAGGCCAT 
CATCAGAAGG CCCATACCAA CAAGTAA

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

RefSeq	NP_065820.1
CDS	247..4413
Translation	MSIPLHSLRFNNTMREENVEPQNKQMAFCRPMTETRADVQILHSHVQLPIVSTSASDPGGTSTQLMTSPVFDTMSAPLMGVPNSGALSPPLMPASDSGALSPLLMPASDSGALSPLLMPALDSGTLSPLLSTSEYGVMSPGMMTIPDFGTMSATLMVAPDSAEISPLAMPAPSSGVVCTPIMSTSSSEAMSTPLMLAPDSGELSPILMQDMNPGVMSTQPVPAPSSEAMSPLQITDEDTEAMSKVLMTALASGEISSLLMSGTDSEAISSLIMSAVASGGTSPQPTSTQNSGGIPTPLMSDLDSGIMSSLLMSSPGSEVMSTPLLSVPDAGEMSTLPKPAPDAEAMSPALMTALPSGVMPTQTMPAPGSGAMSPWSTQNVDSEMMSNPPVRATASGVMSAPPVRALDSGAMSTPLMGAPASGNMSTLQKTVPASGAMTTSLMTVPSSGVMSTEQMSATASRVMSAQLTMAKTSGAMPTGSMKAVAKQYKRATASGKMSTPLRRAPTSGAMSTQPVTATASETMSMPQLTVPASGSMSMLQMRAPVSEAMSMPQMRTMASGLTSAAQMKAMTSGAMSTPLMTAQTSGSTSTLLMRDTASGVMSCPQMRSLASGALSKPLMTPKASGTMFTEKMTTTASEAMPTLLMRDTVSGALSMPQMTDTASGGLSASLMRDTASGAMSTSQMTATVSGGMSMPLMRAQDPGVMPASLMRAKVSGKMLSQPMSTQDPGGMSMSPMKSMTAGGMQMNSPTSDVMSTPTVRAWTSETMSTPLMRTSDPGERPSLLTRASSSGEMSLPLMRAPASGEIATPLRSPAYGAMSAPQMTATASGMMSSMPQVKAPISGAMSMPLTRSTASGGMSMPLMRAPDSRVTSTSQMMPTASGDMCTLPVRAPASGGVSSPLVRAPASGTMSTPLRRPSACETVSTELMRASASGHMSTAQTTAMVSGGMSKPLMRAPASGTMPMPLMSAMASGEMSMPLMETMASGATSTLQTSVANSRSMSLSQTTYTVSGRMATAPIRASASGARSTSFMRASVSGSMPMPLPRATASGCGMGMSMPQMTATDSRGMSTPLMRASGPGTMSTPQTAFGVMSTPEIKATDSGEASTSHINITASGSKPTSHMTATTPETAKPPPKEVPSFGMLTPALCYLLEEQEAARGSCSVEEEMEIDEEKQMKGFLDDSERMAFLVSLHLGAAERWFILQMEVGEPLSHENKSFLRRSQGIYDSLSEIDILSAVLCHPKQGQKSVRQYATDFLLLARHLSWSDAILRTRFLEGLSEAVTTKMGRIFLKVAGSLKELIDRSLYTECQLAEEKDSPGNSSQVLPTACKRNNEEAMGNELSSQQQTEEHQHVSKRCYYLKEHGDPQEGLHDHLGQSTGHHQKAHTNK

Target ORF information:

RefSeq Version	NM_020769.2
Organism	Homo sapiens(human)
Definition	Homo sapiens retrotransposon Gag like 9 (RTL9), mRNA.

Target ORF information:

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

NM_020769.2

ORF Insert Sequence:

ATGTCAATAC CCTTACATTC ACTGCGATTC AACAATACAA TGAGGGAGGA AAATGTTGAG 
CCCCAAAACA AGCAGATGGC CTTCTGTAGA CCAATGACAG AGACCAGAGC AGACGTACAG 
ATTCTGCATT CTCATGTACA GTTGCCTATA GTCTCAACTT CAGCCTCAGA CCCTGGAGGG 
ACATCCACAC AGTTGATGAC ATCTCCAGTC TTTGACACCA TGTCTGCACC TCTAATGGGA 
GTACCAAACT CTGGAGCATT GTCCCCACCC CTAATGCCAG CCTCAGACTC TGGGGCACTT 
TCCCCATTGC TAATGCCAGC CTCAGACTCT GGGGCACTGT CCCCATTGCT AATGCCAGCC 
TTAGATTCTG GAACATTGTC CCCATTGCTG TCCACTTCAG AGTATGGGGT AATGTCCCCA 
GGGATGATGA CAATTCCTGA TTTTGGAACG ATGTCCGCAA CGCTAATGGT AGCACCAGAT 
TCTGCAGAGA TATCACCATT GGCAATGCCA GCTCCATCCT CTGGAGTGGT GTGTACACCT 
ATAATGAGCA CTTCATCCTC TGAGGCAATG TCCACACCAT TAATGCTAGC CCCAGATTCT 
GGAGAGTTAT CCCCAATTCT AATGCAAGAT ATGAATCCTG GAGTGATGTC TACACAGCCA 
GTGCCAGCTC CCAGCTCTGA GGCAATGTCC CCATTGCAAA TTACAGATGA AGACACCGAA 
GCAATGTCCA AAGTGCTAAT GACTGCTCTA GCCTCTGGAG AGATATCTTC GCTGCTAATG 
TCAGGCACGG ACTCTGAAGC AATATCCTCA CTGATAATGT CAGCTGTAGC TTCTGGAGGT 
ACATCACCCC AGCCAACAAG CACCCAAAAC TCTGGGGGAA TACCTACCCC GCTCATGTCA 
GATCTAGACT CTGGAATAAT GTCATCGCTT TTAATGTCAT CTCCAGGCTC TGAAGTAATG 
TCCACACCGC TACTGTCAGT CCCAGATGCT GGAGAAATGT CCACATTACC AAAGCCAGCT 
CCAGATGCTG AAGCAATGTC CCCAGCACTA ATGACGGCCC TACCCTCTGG AGTGATGCCC 
ACCCAAACGA TGCCAGCCCC AGGCTCTGGG GCGATGTCCC CATGGTCAAC ACAAAATGTA 
GACTCTGAAA TGATGTCTAA TCCGCCAGTG AGAGCAACAG CCTCTGGGGT GATGTCTGCA 
CCACCAGTAA GAGCTTTAGA TTCTGGAGCA ATGTCCACAC CGCTAATGGG AGCCCCAGCC 
TCTGGAAATA TGTCTACATT GCAAAAGACA GTTCCAGCCT CTGGAGCCAT GACCACCTCA 
CTGATGACAG TCCCAAGCTC TGGAGTGATG TCCACAGAGC AAATGTCAGC CACAGCCTCT 
AGAGTAATGT CCGCACAGTT AACAATGGCC AAAACTTCTG GAGCAATGCC CACAGGCTCT 
ATGAAAGCCG TGGCAAAACA ATACAAGAGA GCCACAGCCT CTGGAAAGAT GTCCACGCCA 
CTGAGGAGAG CTCCAACTTC TGGAGCAATG TCCACCCAAC CAGTTACGGC AACAGCCTCT 
GAAACAATGT CCATGCCACA ATTGACAGTC CCAGCCTCTG GATCAATGTC CATGCTGCAA 
ATGAGAGCCC CTGTCTCTGA AGCAATGTCC ATGCCACAAA TGAGAACCAT GGCCTCAGGA 
TTGACATCTG CAGCACAGAT GAAAGCCATG ACTTCTGGAG CAATGTCCAC CCCACTAATG 
ACAGCCCAAA CCTCTGGATC AACATCCACG CTGTTAATGA GAGACACAGC CTCAGGAGTG 
ATGTCCTGTC CACAAATGAG ATCTCTGGCC TCTGGAGCAT TGTCCAAGCC ACTAATGACA 
CCCAAAGCCT CAGGAACGAT GTTCACGGAG AAAATGACAA CCACAGCTTC TGAAGCAATG 
CCCACACTGC TAATGAGAGA CACAGTTTCT GGAGCTCTGT CCATGCCGCA AATGACAGAC 
ACAGCCTCTG GAGGGTTGTC TGCATCGCTA ATGAGAGACA CAGCTTCTGG AGCAATGTCC 
ACATCACAAA TGACAGCCAC AGTCTCTGGA GGGATGTCCA TGCCACTAAT GAGAGCTCAA 
GACCCAGGAG TAATGCCTGC CTCACTAATG AGAGCCAAAG TGTCTGGAAA GATGCTCAGT 
CAGCCAATGA GCACCCAAGA TCCTGGAGGG ATGTCCATGT CGCCCATGAA GTCCATGACC 
GCTGGAGGGA TGCAGATGAA TTCCCCAACC TCTGATGTGA TGTCCACACC AACAGTGAGA 
GCCTGGACCT CTGAAACAAT GTCCACACCA CTAATGAGAA CCTCAGACCC TGGAGAGAGG 
CCCTCACTGC TCACAAGAGC TTCATCCTCT GGAGAGATGT CCCTACCACT AATGAGAGCT 
CCAGCTTCTG GAGAGATAGC CACGCCTCTG AGATCCCCAG CTTATGGAGC CATGTCTGCT 
CCACAAATGA CAGCCACAGC CTCTGGAATG ATGTCATCCA TGCCACAAGT GAAGGCTCCC 
ATCTCTGGAG CAATGTCCAT GCCACTAACA AGATCCACAG CCTCTGGAGG GATGTCCATG 
CCACTGATGA GAGCCCCAGA CTCTAGAGTG ACATCCACAT CACAAATGAT GCCCACAGCT 
TCTGGAGACA TGTGCACACT ACCAGTGCGA GCCCCAGCCT CTGGAGGGGT GTCCTCACCA 
CTAGTAAGAG CTCCAGCCTC TGGAACTATG TCCACACCAC TAAGGAGACC CTCAGCCTGT 
GAGACTGTGT CCACAGAGTT AATGAGAGCT TCAGCCTCTG GACATATGTC CACTGCACAA 
ACAACAGCCA TGGTCTCTGG AGGGATGTCC AAGCCATTAA TGAGAGCCCC GGCCTCTGGA 
ACAATGCCCA TGCCTTTAAT GTCAGCCATG GCTTCTGGAG AGATGTCTAT GCCGCTAATG 
GAAACCATGG CCTCTGGAGC AACGTCCACA TTGCAAACCA GTGTTGCGAA CTCTAGATCT 
ATGTCCTTGT CACAAACAAC ATATACCGTG TCTGGAAGGA TGGCCACAGC GCCAATTAGA 
GCCTCTGCTT CTGGAGCAAG GTCCACATCA TTTATGAGAG CCTCAGTTTC TGGATCGATG 
CCCATGCCAC TACCAAGAGC CACAGCCTCT GGATGTGGCA TGGGTATGTC CATGCCACAA 
ATGACAGCCA CAGACTCTAG AGGGATGTCC ACACCACTAA TGAGGGCCTC AGGCCCTGGA 
ACAATGTCCA CACCACAGAC AGCCTTTGGA GTGATGTCCA CTCCGGAAAT CAAAGCCACA 
GACTCTGGAG AGGCATCCAC CTCTCACATT AACATCACAG CCTCTGGATC AAAGCCCACA 
TCGCACATGA CTGCCACAAC TCCTGAAACT GCGAAACCAC CACCAAAGGA AGTGCCATCC 
TTCGGAATGT TGACCCCAGC ACTCTGCTAC CTCTTAGAAG AGCAGGAAGC AGCCCGGGGC 
TCATGCTCTG TGGAGGAAGA GATGGAGATT GATGAGGAGA AGCAAATGAA GGGGTTTTTG 
GACGATTCAG AGAGAATGGC ATTTCTGGTA TCTCTTCATC TGGGAGCAGC AGAGAGGTGG 
TTCATCTTGC AAATGGAGGT AGGAGAACCT CTCTCACATG AAAATAAATC TTTCCTGAGA 
AGATCCCAGG GCATATATGA CTCCCTATCT GAGATAGACA TCCTCAGTGC TGTTCTTTGC 
CATCCCAAAC AGGGCCAAAA GTCAGTCAGG CAGTATGCCA CTGACTTCCT GCTGCTGGCC 
CGACATTTGT CTTGGTCTGA TGCCATTCTA CGGACCAGGT TTCTGGAAGG ACTCTCAGAA 
GCTGTTACCA CCAAAATGGG TCGGATCTTC CTGAAGGTGG CTGGCAGCCT AAAGGAGCTG 
ATAGACAGGT CTCTGTACAC CGAGTGCCAG CTGGCTGAAG AGAAGGATTC CCCAGGCAAC 
TCAAGCCAGG TTCTGCCAAC AGCCTGTAAG CGGAATAATG AGGAGGCCAT GGGGAATGAA 
CTGAGCTCTC AGCAGCAGAC TGAGGAGCAC CAGCATGTTT CCAAACGCTG TTACTACCTG 
AAAGAGCATG GAGACCCCCA AGAAGGTCTT CATGATCACC TTGGACAGAG CACAGGCCAT 
CATCAGAAGG CCCATACCAA CAAGTAA

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

RTL9 ( XM_017029695.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016885184.1 Homo sapiens retrotransposon Gag like 9 (RTL9), transcript variant X2, mRNA.

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CloneID	OHu22329
Clone ID Related Accession (Same CDS sequence)	XM_011530999.1 , NM_020769.2 , XM_017029695.1 , XM_011530998.1 , XM_011530998.2 , XM_017029694.1 , XM_011530999.2
Accession Version	XM_017029695.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4167bp) 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	1575475200000
Organism	Homo sapiens(human)
Product	retrotransposon Gag-like protein 9 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCAATAC CCTTACATTC ACTGCGATTC AACAATACAA TGAGGGAGGA AAATGTTGAG 
CCCCAAAACA AGCAGATGGC CTTCTGTAGA CCAATGACAG AGACCAGAGC AGACGTACAG 
ATTCTGCATT CTCATGTACA GTTGCCTATA GTCTCAACTT CAGCCTCAGA CCCTGGAGGG 
ACATCCACAC AGTTGATGAC ATCTCCAGTC TTTGACACCA TGTCTGCACC TCTAATGGGA 
GTACCAAACT CTGGAGCATT GTCCCCACCC CTAATGCCAG CCTCAGACTC TGGGGCACTT 
TCCCCATTGC TAATGCCAGC CTCAGACTCT GGGGCACTGT CCCCATTGCT AATGCCAGCC 
TTAGATTCTG GAACATTGTC CCCATTGCTG TCCACTTCAG AGTATGGGGT AATGTCCCCA 
GGGATGATGA CAATTCCTGA TTTTGGAACG ATGTCCGCAA CGCTAATGGT AGCACCAGAT 
TCTGCAGAGA TATCACCATT GGCAATGCCA GCTCCATCCT CTGGAGTGGT GTGTACACCT 
ATAATGAGCA CTTCATCCTC TGAGGCAATG TCCACACCAT TAATGCTAGC CCCAGATTCT 
GGAGAGTTAT CCCCAATTCT AATGCAAGAT ATGAATCCTG GAGTGATGTC TACACAGCCA 
GTGCCAGCTC CCAGCTCTGA GGCAATGTCC CCATTGCAAA TTACAGATGA AGACACCGAA 
GCAATGTCCA AAGTGCTAAT GACTGCTCTA GCCTCTGGAG AGATATCTTC GCTGCTAATG 
TCAGGCACGG ACTCTGAAGC AATATCCTCA CTGATAATGT CAGCTGTAGC TTCTGGAGGT 
ACATCACCCC AGCCAACAAG CACCCAAAAC TCTGGGGGAA TACCTACCCC GCTCATGTCA 
GATCTAGACT CTGGAATAAT GTCATCGCTT TTAATGTCAT CTCCAGGCTC TGAAGTAATG 
TCCACACCGC TACTGTCAGT CCCAGATGCT GGAGAAATGT CCACATTACC AAAGCCAGCT 
CCAGATGCTG AAGCAATGTC CCCAGCACTA ATGACGGCCC TACCCTCTGG AGTGATGCCC 
ACCCAAACGA TGCCAGCCCC AGGCTCTGGG GCGATGTCCC CATGGTCAAC ACAAAATGTA 
GACTCTGAAA TGATGTCTAA TCCGCCAGTG AGAGCAACAG CCTCTGGGGT GATGTCTGCA 
CCACCAGTAA GAGCTTTAGA TTCTGGAGCA ATGTCCACAC CGCTAATGGG AGCCCCAGCC 
TCTGGAAATA TGTCTACATT GCAAAAGACA GTTCCAGCCT CTGGAGCCAT GACCACCTCA 
CTGATGACAG TCCCAAGCTC TGGAGTGATG TCCACAGAGC AAATGTCAGC CACAGCCTCT 
AGAGTAATGT CCGCACAGTT AACAATGGCC AAAACTTCTG GAGCAATGCC CACAGGCTCT 
ATGAAAGCCG TGGCAAAACA ATACAAGAGA GCCACAGCCT CTGGAAAGAT GTCCACGCCA 
CTGAGGAGAG CTCCAACTTC TGGAGCAATG TCCACCCAAC CAGTTACGGC AACAGCCTCT 
GAAACAATGT CCATGCCACA ATTGACAGTC CCAGCCTCTG GATCAATGTC CATGCTGCAA 
ATGAGAGCCC CTGTCTCTGA AGCAATGTCC ATGCCACAAA TGAGAACCAT GGCCTCAGGA 
TTGACATCTG CAGCACAGAT GAAAGCCATG ACTTCTGGAG CAATGTCCAC CCCACTAATG 
ACAGCCCAAA CCTCTGGATC AACATCCACG CTGTTAATGA GAGACACAGC CTCAGGAGTG 
ATGTCCTGTC CACAAATGAG ATCTCTGGCC TCTGGAGCAT TGTCCAAGCC ACTAATGACA 
CCCAAAGCCT CAGGAACGAT GTTCACGGAG AAAATGACAA CCACAGCTTC TGAAGCAATG 
CCCACACTGC TAATGAGAGA CACAGTTTCT GGAGCTCTGT CCATGCCGCA AATGACAGAC 
ACAGCCTCTG GAGGGTTGTC TGCATCGCTA ATGAGAGACA CAGCTTCTGG AGCAATGTCC 
ACATCACAAA TGACAGCCAC AGTCTCTGGA GGGATGTCCA TGCCACTAAT GAGAGCTCAA 
GACCCAGGAG TAATGCCTGC CTCACTAATG AGAGCCAAAG TGTCTGGAAA GATGCTCAGT 
CAGCCAATGA GCACCCAAGA TCCTGGAGGG ATGTCCATGT CGCCCATGAA GTCCATGACC 
GCTGGAGGGA TGCAGATGAA TTCCCCAACC TCTGATGTGA TGTCCACACC AACAGTGAGA 
GCCTGGACCT CTGAAACAAT GTCCACACCA CTAATGAGAA CCTCAGACCC TGGAGAGAGG 
CCCTCACTGC TCACAAGAGC TTCATCCTCT GGAGAGATGT CCCTACCACT AATGAGAGCT 
CCAGCTTCTG GAGAGATAGC CACGCCTCTG AGATCCCCAG CTTATGGAGC CATGTCTGCT 
CCACAAATGA CAGCCACAGC CTCTGGAATG ATGTCATCCA TGCCACAAGT GAAGGCTCCC 
ATCTCTGGAG CAATGTCCAT GCCACTAACA AGATCCACAG CCTCTGGAGG GATGTCCATG 
CCACTGATGA GAGCCCCAGA CTCTAGAGTG ACATCCACAT CACAAATGAT GCCCACAGCT 
TCTGGAGACA TGTGCACACT ACCAGTGCGA GCCCCAGCCT CTGGAGGGGT GTCCTCACCA 
CTAGTAAGAG CTCCAGCCTC TGGAACTATG TCCACACCAC TAAGGAGACC CTCAGCCTGT 
GAGACTGTGT CCACAGAGTT AATGAGAGCT TCAGCCTCTG GACATATGTC CACTGCACAA 
ACAACAGCCA TGGTCTCTGG AGGGATGTCC AAGCCATTAA TGAGAGCCCC GGCCTCTGGA 
ACAATGCCCA TGCCTTTAAT GTCAGCCATG GCTTCTGGAG AGATGTCTAT GCCGCTAATG 
GAAACCATGG CCTCTGGAGC AACGTCCACA TTGCAAACCA GTGTTGCGAA CTCTAGATCT 
ATGTCCTTGT CACAAACAAC ATATACCGTG TCTGGAAGGA TGGCCACAGC GCCAATTAGA 
GCCTCTGCTT CTGGAGCAAG GTCCACATCA TTTATGAGAG CCTCAGTTTC TGGATCGATG 
CCCATGCCAC TACCAAGAGC CACAGCCTCT GGATGTGGCA TGGGTATGTC CATGCCACAA 
ATGACAGCCA CAGACTCTAG AGGGATGTCC ACACCACTAA TGAGGGCCTC AGGCCCTGGA 
ACAATGTCCA CACCACAGAC AGCCTTTGGA GTGATGTCCA CTCCGGAAAT CAAAGCCACA 
GACTCTGGAG AGGCATCCAC CTCTCACATT AACATCACAG CCTCTGGATC AAAGCCCACA 
TCGCACATGA CTGCCACAAC TCCTGAAACT GCGAAACCAC CACCAAAGGA AGTGCCATCC 
TTCGGAATGT TGACCCCAGC ACTCTGCTAC CTCTTAGAAG AGCAGGAAGC AGCCCGGGGC 
TCATGCTCTG TGGAGGAAGA GATGGAGATT GATGAGGAGA AGCAAATGAA GGGGTTTTTG 
GACGATTCAG AGAGAATGGC ATTTCTGGTA TCTCTTCATC TGGGAGCAGC AGAGAGGTGG 
TTCATCTTGC AAATGGAGGT AGGAGAACCT CTCTCACATG AAAATAAATC TTTCCTGAGA 
AGATCCCAGG GCATATATGA CTCCCTATCT GAGATAGACA TCCTCAGTGC TGTTCTTTGC 
CATCCCAAAC AGGGCCAAAA GTCAGTCAGG CAGTATGCCA CTGACTTCCT GCTGCTGGCC 
CGACATTTGT CTTGGTCTGA TGCCATTCTA CGGACCAGGT TTCTGGAAGG ACTCTCAGAA 
GCTGTTACCA CCAAAATGGG TCGGATCTTC CTGAAGGTGG CTGGCAGCCT AAAGGAGCTG 
ATAGACAGGT CTCTGTACAC CGAGTGCCAG CTGGCTGAAG AGAAGGATTC CCCAGGCAAC 
TCAAGCCAGG TTCTGCCAAC AGCCTGTAAG CGGAATAATG AGGAGGCCAT GGGGAATGAA 
CTGAGCTCTC AGCAGCAGAC TGAGGAGCAC CAGCATGTTT CCAAACGCTG TTACTACCTG 
AAAGAGCATG GAGACCCCCA AGAAGGTCTT CATGATCACC TTGGACAGAG CACAGGCCAT 
CATCAGAAGG CCCATACCAA CAAGTAA

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

RefSeq	XP_016885184.1
CDS	1251..5417
Translation	MSIPLHSLRFNNTMREENVEPQNKQMAFCRPMTETRADVQILHSHVQLPIVSTSASDPGGTSTQLMTSPVFDTMSAPLMGVPNSGALSPPLMPASDSGALSPLLMPASDSGALSPLLMPALDSGTLSPLLSTSEYGVMSPGMMTIPDFGTMSATLMVAPDSAEISPLAMPAPSSGVVCTPIMSTSSSEAMSTPLMLAPDSGELSPILMQDMNPGVMSTQPVPAPSSEAMSPLQITDEDTEAMSKVLMTALASGEISSLLMSGTDSEAISSLIMSAVASGGTSPQPTSTQNSGGIPTPLMSDLDSGIMSSLLMSSPGSEVMSTPLLSVPDAGEMSTLPKPAPDAEAMSPALMTALPSGVMPTQTMPAPGSGAMSPWSTQNVDSEMMSNPPVRATASGVMSAPPVRALDSGAMSTPLMGAPASGNMSTLQKTVPASGAMTTSLMTVPSSGVMSTEQMSATASRVMSAQLTMAKTSGAMPTGSMKAVAKQYKRATASGKMSTPLRRAPTSGAMSTQPVTATASETMSMPQLTVPASGSMSMLQMRAPVSEAMSMPQMRTMASGLTSAAQMKAMTSGAMSTPLMTAQTSGSTSTLLMRDTASGVMSCPQMRSLASGALSKPLMTPKASGTMFTEKMTTTASEAMPTLLMRDTVSGALSMPQMTDTASGGLSASLMRDTASGAMSTSQMTATVSGGMSMPLMRAQDPGVMPASLMRAKVSGKMLSQPMSTQDPGGMSMSPMKSMTAGGMQMNSPTSDVMSTPTVRAWTSETMSTPLMRTSDPGERPSLLTRASSSGEMSLPLMRAPASGEIATPLRSPAYGAMSAPQMTATASGMMSSMPQVKAPISGAMSMPLTRSTASGGMSMPLMRAPDSRVTSTSQMMPTASGDMCTLPVRAPASGGVSSPLVRAPASGTMSTPLRRPSACETVSTELMRASASGHMSTAQTTAMVSGGMSKPLMRAPASGTMPMPLMSAMASGEMSMPLMETMASGATSTLQTSVANSRSMSLSQTTYTVSGRMATAPIRASASGARSTSFMRASVSGSMPMPLPRATASGCGMGMSMPQMTATDSRGMSTPLMRASGPGTMSTPQTAFGVMSTPEIKATDSGEASTSHINITASGSKPTSHMTATTPETAKPPPKEVPSFGMLTPALCYLLEEQEAARGSCSVEEEMEIDEEKQMKGFLDDSERMAFLVSLHLGAAERWFILQMEVGEPLSHENKSFLRRSQGIYDSLSEIDILSAVLCHPKQGQKSVRQYATDFLLLARHLSWSDAILRTRFLEGLSEAVTTKMGRIFLKVAGSLKELIDRSLYTECQLAEEKDSPGNSSQVLPTACKRNNEEAMGNELSSQQQTEEHQHVSKRCYYLKEHGDPQEGLHDHLGQSTGHHQKAHTNK

Target ORF information:

RefSeq Version	XM_017029695.1
Organism	Homo sapiens(human)
Definition	Homo sapiens retrotransposon Gag like 9 (RTL9), transcript variant X2, mRNA.

Target ORF information:

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

XM_017029695.1

ORF Insert Sequence:

ATGTCAATAC CCTTACATTC ACTGCGATTC AACAATACAA TGAGGGAGGA AAATGTTGAG 
CCCCAAAACA AGCAGATGGC CTTCTGTAGA CCAATGACAG AGACCAGAGC AGACGTACAG 
ATTCTGCATT CTCATGTACA GTTGCCTATA GTCTCAACTT CAGCCTCAGA CCCTGGAGGG 
ACATCCACAC AGTTGATGAC ATCTCCAGTC TTTGACACCA TGTCTGCACC TCTAATGGGA 
GTACCAAACT CTGGAGCATT GTCCCCACCC CTAATGCCAG CCTCAGACTC TGGGGCACTT 
TCCCCATTGC TAATGCCAGC CTCAGACTCT GGGGCACTGT CCCCATTGCT AATGCCAGCC 
TTAGATTCTG GAACATTGTC CCCATTGCTG TCCACTTCAG AGTATGGGGT AATGTCCCCA 
GGGATGATGA CAATTCCTGA TTTTGGAACG ATGTCCGCAA CGCTAATGGT AGCACCAGAT 
TCTGCAGAGA TATCACCATT GGCAATGCCA GCTCCATCCT CTGGAGTGGT GTGTACACCT 
ATAATGAGCA CTTCATCCTC TGAGGCAATG TCCACACCAT TAATGCTAGC CCCAGATTCT 
GGAGAGTTAT CCCCAATTCT AATGCAAGAT ATGAATCCTG GAGTGATGTC TACACAGCCA 
GTGCCAGCTC CCAGCTCTGA GGCAATGTCC CCATTGCAAA TTACAGATGA AGACACCGAA 
GCAATGTCCA AAGTGCTAAT GACTGCTCTA GCCTCTGGAG AGATATCTTC GCTGCTAATG 
TCAGGCACGG ACTCTGAAGC AATATCCTCA CTGATAATGT CAGCTGTAGC TTCTGGAGGT 
ACATCACCCC AGCCAACAAG CACCCAAAAC TCTGGGGGAA TACCTACCCC GCTCATGTCA 
GATCTAGACT CTGGAATAAT GTCATCGCTT TTAATGTCAT CTCCAGGCTC TGAAGTAATG 
TCCACACCGC TACTGTCAGT CCCAGATGCT GGAGAAATGT CCACATTACC AAAGCCAGCT 
CCAGATGCTG AAGCAATGTC CCCAGCACTA ATGACGGCCC TACCCTCTGG AGTGATGCCC 
ACCCAAACGA TGCCAGCCCC AGGCTCTGGG GCGATGTCCC CATGGTCAAC ACAAAATGTA 
GACTCTGAAA TGATGTCTAA TCCGCCAGTG AGAGCAACAG CCTCTGGGGT GATGTCTGCA 
CCACCAGTAA GAGCTTTAGA TTCTGGAGCA ATGTCCACAC CGCTAATGGG AGCCCCAGCC 
TCTGGAAATA TGTCTACATT GCAAAAGACA GTTCCAGCCT CTGGAGCCAT GACCACCTCA 
CTGATGACAG TCCCAAGCTC TGGAGTGATG TCCACAGAGC AAATGTCAGC CACAGCCTCT 
AGAGTAATGT CCGCACAGTT AACAATGGCC AAAACTTCTG GAGCAATGCC CACAGGCTCT 
ATGAAAGCCG TGGCAAAACA ATACAAGAGA GCCACAGCCT CTGGAAAGAT GTCCACGCCA 
CTGAGGAGAG CTCCAACTTC TGGAGCAATG TCCACCCAAC CAGTTACGGC AACAGCCTCT 
GAAACAATGT CCATGCCACA ATTGACAGTC CCAGCCTCTG GATCAATGTC CATGCTGCAA 
ATGAGAGCCC CTGTCTCTGA AGCAATGTCC ATGCCACAAA TGAGAACCAT GGCCTCAGGA 
TTGACATCTG CAGCACAGAT GAAAGCCATG ACTTCTGGAG CAATGTCCAC CCCACTAATG 
ACAGCCCAAA CCTCTGGATC AACATCCACG CTGTTAATGA GAGACACAGC CTCAGGAGTG 
ATGTCCTGTC CACAAATGAG ATCTCTGGCC TCTGGAGCAT TGTCCAAGCC ACTAATGACA 
CCCAAAGCCT CAGGAACGAT GTTCACGGAG AAAATGACAA CCACAGCTTC TGAAGCAATG 
CCCACACTGC TAATGAGAGA CACAGTTTCT GGAGCTCTGT CCATGCCGCA AATGACAGAC 
ACAGCCTCTG GAGGGTTGTC TGCATCGCTA ATGAGAGACA CAGCTTCTGG AGCAATGTCC 
ACATCACAAA TGACAGCCAC AGTCTCTGGA GGGATGTCCA TGCCACTAAT GAGAGCTCAA 
GACCCAGGAG TAATGCCTGC CTCACTAATG AGAGCCAAAG TGTCTGGAAA GATGCTCAGT 
CAGCCAATGA GCACCCAAGA TCCTGGAGGG ATGTCCATGT CGCCCATGAA GTCCATGACC 
GCTGGAGGGA TGCAGATGAA TTCCCCAACC TCTGATGTGA TGTCCACACC AACAGTGAGA 
GCCTGGACCT CTGAAACAAT GTCCACACCA CTAATGAGAA CCTCAGACCC TGGAGAGAGG 
CCCTCACTGC TCACAAGAGC TTCATCCTCT GGAGAGATGT CCCTACCACT AATGAGAGCT 
CCAGCTTCTG GAGAGATAGC CACGCCTCTG AGATCCCCAG CTTATGGAGC CATGTCTGCT 
CCACAAATGA CAGCCACAGC CTCTGGAATG ATGTCATCCA TGCCACAAGT GAAGGCTCCC 
ATCTCTGGAG CAATGTCCAT GCCACTAACA AGATCCACAG CCTCTGGAGG GATGTCCATG 
CCACTGATGA GAGCCCCAGA CTCTAGAGTG ACATCCACAT CACAAATGAT GCCCACAGCT 
TCTGGAGACA TGTGCACACT ACCAGTGCGA GCCCCAGCCT CTGGAGGGGT GTCCTCACCA 
CTAGTAAGAG CTCCAGCCTC TGGAACTATG TCCACACCAC TAAGGAGACC CTCAGCCTGT 
GAGACTGTGT CCACAGAGTT AATGAGAGCT TCAGCCTCTG GACATATGTC CACTGCACAA 
ACAACAGCCA TGGTCTCTGG AGGGATGTCC AAGCCATTAA TGAGAGCCCC GGCCTCTGGA 
ACAATGCCCA TGCCTTTAAT GTCAGCCATG GCTTCTGGAG AGATGTCTAT GCCGCTAATG 
GAAACCATGG CCTCTGGAGC AACGTCCACA TTGCAAACCA GTGTTGCGAA CTCTAGATCT 
ATGTCCTTGT CACAAACAAC ATATACCGTG TCTGGAAGGA TGGCCACAGC GCCAATTAGA 
GCCTCTGCTT CTGGAGCAAG GTCCACATCA TTTATGAGAG CCTCAGTTTC TGGATCGATG 
CCCATGCCAC TACCAAGAGC CACAGCCTCT GGATGTGGCA TGGGTATGTC CATGCCACAA 
ATGACAGCCA CAGACTCTAG AGGGATGTCC ACACCACTAA TGAGGGCCTC AGGCCCTGGA 
ACAATGTCCA CACCACAGAC AGCCTTTGGA GTGATGTCCA CTCCGGAAAT CAAAGCCACA 
GACTCTGGAG AGGCATCCAC CTCTCACATT AACATCACAG CCTCTGGATC AAAGCCCACA 
TCGCACATGA CTGCCACAAC TCCTGAAACT GCGAAACCAC CACCAAAGGA AGTGCCATCC 
TTCGGAATGT TGACCCCAGC ACTCTGCTAC CTCTTAGAAG AGCAGGAAGC AGCCCGGGGC 
TCATGCTCTG TGGAGGAAGA GATGGAGATT GATGAGGAGA AGCAAATGAA GGGGTTTTTG 
GACGATTCAG AGAGAATGGC ATTTCTGGTA TCTCTTCATC TGGGAGCAGC AGAGAGGTGG 
TTCATCTTGC AAATGGAGGT AGGAGAACCT CTCTCACATG AAAATAAATC TTTCCTGAGA 
AGATCCCAGG GCATATATGA CTCCCTATCT GAGATAGACA TCCTCAGTGC TGTTCTTTGC 
CATCCCAAAC AGGGCCAAAA GTCAGTCAGG CAGTATGCCA CTGACTTCCT GCTGCTGGCC 
CGACATTTGT CTTGGTCTGA TGCCATTCTA CGGACCAGGT TTCTGGAAGG ACTCTCAGAA 
GCTGTTACCA CCAAAATGGG TCGGATCTTC CTGAAGGTGG CTGGCAGCCT AAAGGAGCTG 
ATAGACAGGT CTCTGTACAC CGAGTGCCAG CTGGCTGAAG AGAAGGATTC CCCAGGCAAC 
TCAAGCCAGG TTCTGCCAAC AGCCTGTAAG CGGAATAATG AGGAGGCCAT GGGGAATGAA 
CTGAGCTCTC AGCAGCAGAC TGAGGAGCAC CAGCATGTTT CCAAACGCTG TTACTACCTG 
AAAGAGCATG GAGACCCCCA AGAAGGTCTT CATGATCACC TTGGACAGAG CACAGGCCAT 
CATCAGAAGG CCCATACCAA CAAGTAA

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

RTL9 ( XM_011530998.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011529300.1 Homo sapiens retrotransposon Gag like 9 (RTL9), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu22329
Clone ID Related Accession (Same CDS sequence)	XM_011530999.1 , NM_020769.2 , XM_017029695.1 , XM_011530998.1 , XM_011530998.2 , XM_017029694.1 , XM_011530999.2
Accession Version	XM_011530998.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4167bp) 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	1575475200000
Organism	Homo sapiens(human)
Product	retrotransposon Gag-like protein 9 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011530998.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCAATAC CCTTACATTC ACTGCGATTC AACAATACAA TGAGGGAGGA AAATGTTGAG 
CCCCAAAACA AGCAGATGGC CTTCTGTAGA CCAATGACAG AGACCAGAGC AGACGTACAG 
ATTCTGCATT CTCATGTACA GTTGCCTATA GTCTCAACTT CAGCCTCAGA CCCTGGAGGG 
ACATCCACAC AGTTGATGAC ATCTCCAGTC TTTGACACCA TGTCTGCACC TCTAATGGGA 
GTACCAAACT CTGGAGCATT GTCCCCACCC CTAATGCCAG CCTCAGACTC TGGGGCACTT 
TCCCCATTGC TAATGCCAGC CTCAGACTCT GGGGCACTGT CCCCATTGCT AATGCCAGCC 
TTAGATTCTG GAACATTGTC CCCATTGCTG TCCACTTCAG AGTATGGGGT AATGTCCCCA 
GGGATGATGA CAATTCCTGA TTTTGGAACG ATGTCCGCAA CGCTAATGGT AGCACCAGAT 
TCTGCAGAGA TATCACCATT GGCAATGCCA GCTCCATCCT CTGGAGTGGT GTGTACACCT 
ATAATGAGCA CTTCATCCTC TGAGGCAATG TCCACACCAT TAATGCTAGC CCCAGATTCT 
GGAGAGTTAT CCCCAATTCT AATGCAAGAT ATGAATCCTG GAGTGATGTC TACACAGCCA 
GTGCCAGCTC CCAGCTCTGA GGCAATGTCC CCATTGCAAA TTACAGATGA AGACACCGAA 
GCAATGTCCA AAGTGCTAAT GACTGCTCTA GCCTCTGGAG AGATATCTTC GCTGCTAATG 
TCAGGCACGG ACTCTGAAGC AATATCCTCA CTGATAATGT CAGCTGTAGC TTCTGGAGGT 
ACATCACCCC AGCCAACAAG CACCCAAAAC TCTGGGGGAA TACCTACCCC GCTCATGTCA 
GATCTAGACT CTGGAATAAT GTCATCGCTT TTAATGTCAT CTCCAGGCTC TGAAGTAATG 
TCCACACCGC TACTGTCAGT CCCAGATGCT GGAGAAATGT CCACATTACC AAAGCCAGCT 
CCAGATGCTG AAGCAATGTC CCCAGCACTA ATGACGGCCC TACCCTCTGG AGTGATGCCC 
ACCCAAACGA TGCCAGCCCC AGGCTCTGGG GCGATGTCCC CATGGTCAAC ACAAAATGTA 
GACTCTGAAA TGATGTCTAA TCCGCCAGTG AGAGCAACAG CCTCTGGGGT GATGTCTGCA 
CCACCAGTAA GAGCTTTAGA TTCTGGAGCA ATGTCCACAC CGCTAATGGG AGCCCCAGCC 
TCTGGAAATA TGTCTACATT GCAAAAGACA GTTCCAGCCT CTGGAGCCAT GACCACCTCA 
CTGATGACAG TCCCAAGCTC TGGAGTGATG TCCACAGAGC AAATGTCAGC CACAGCCTCT 
AGAGTAATGT CCGCACAGTT AACAATGGCC AAAACTTCTG GAGCAATGCC CACAGGCTCT 
ATGAAAGCCG TGGCAAAACA ATACAAGAGA GCCACAGCCT CTGGAAAGAT GTCCACGCCA 
CTGAGGAGAG CTCCAACTTC TGGAGCAATG TCCACCCAAC CAGTTACGGC AACAGCCTCT 
GAAACAATGT CCATGCCACA ATTGACAGTC CCAGCCTCTG GATCAATGTC CATGCTGCAA 
ATGAGAGCCC CTGTCTCTGA AGCAATGTCC ATGCCACAAA TGAGAACCAT GGCCTCAGGA 
TTGACATCTG CAGCACAGAT GAAAGCCATG ACTTCTGGAG CAATGTCCAC CCCACTAATG 
ACAGCCCAAA CCTCTGGATC AACATCCACG CTGTTAATGA GAGACACAGC CTCAGGAGTG 
ATGTCCTGTC CACAAATGAG ATCTCTGGCC TCTGGAGCAT TGTCCAAGCC ACTAATGACA 
CCCAAAGCCT CAGGAACGAT GTTCACGGAG AAAATGACAA CCACAGCTTC TGAAGCAATG 
CCCACACTGC TAATGAGAGA CACAGTTTCT GGAGCTCTGT CCATGCCGCA AATGACAGAC 
ACAGCCTCTG GAGGGTTGTC TGCATCGCTA ATGAGAGACA CAGCTTCTGG AGCAATGTCC 
ACATCACAAA TGACAGCCAC AGTCTCTGGA GGGATGTCCA TGCCACTAAT GAGAGCTCAA 
GACCCAGGAG TAATGCCTGC CTCACTAATG AGAGCCAAAG TGTCTGGAAA GATGCTCAGT 
CAGCCAATGA GCACCCAAGA TCCTGGAGGG ATGTCCATGT CGCCCATGAA GTCCATGACC 
GCTGGAGGGA TGCAGATGAA TTCCCCAACC TCTGATGTGA TGTCCACACC AACAGTGAGA 
GCCTGGACCT CTGAAACAAT GTCCACACCA CTAATGAGAA CCTCAGACCC TGGAGAGAGG 
CCCTCACTGC TCACAAGAGC TTCATCCTCT GGAGAGATGT CCCTACCACT AATGAGAGCT 
CCAGCTTCTG GAGAGATAGC CACGCCTCTG AGATCCCCAG CTTATGGAGC CATGTCTGCT 
CCACAAATGA CAGCCACAGC CTCTGGAATG ATGTCATCCA TGCCACAAGT GAAGGCTCCC 
ATCTCTGGAG CAATGTCCAT GCCACTAACA AGATCCACAG CCTCTGGAGG GATGTCCATG 
CCACTGATGA GAGCCCCAGA CTCTAGAGTG ACATCCACAT CACAAATGAT GCCCACAGCT 
TCTGGAGACA TGTGCACACT ACCAGTGCGA GCCCCAGCCT CTGGAGGGGT GTCCTCACCA 
CTAGTAAGAG CTCCAGCCTC TGGAACTATG TCCACACCAC TAAGGAGACC CTCAGCCTGT 
GAGACTGTGT CCACAGAGTT AATGAGAGCT TCAGCCTCTG GACATATGTC CACTGCACAA 
ACAACAGCCA TGGTCTCTGG AGGGATGTCC AAGCCATTAA TGAGAGCCCC GGCCTCTGGA 
ACAATGCCCA TGCCTTTAAT GTCAGCCATG GCTTCTGGAG AGATGTCTAT GCCGCTAATG 
GAAACCATGG CCTCTGGAGC AACGTCCACA TTGCAAACCA GTGTTGCGAA CTCTAGATCT 
ATGTCCTTGT CACAAACAAC ATATACCGTG TCTGGAAGGA TGGCCACAGC GCCAATTAGA 
GCCTCTGCTT CTGGAGCAAG GTCCACATCA TTTATGAGAG CCTCAGTTTC TGGATCGATG 
CCCATGCCAC TACCAAGAGC CACAGCCTCT GGATGTGGCA TGGGTATGTC CATGCCACAA 
ATGACAGCCA CAGACTCTAG AGGGATGTCC ACACCACTAA TGAGGGCCTC AGGCCCTGGA 
ACAATGTCCA CACCACAGAC AGCCTTTGGA GTGATGTCCA CTCCGGAAAT CAAAGCCACA 
GACTCTGGAG AGGCATCCAC CTCTCACATT AACATCACAG CCTCTGGATC AAAGCCCACA 
TCGCACATGA CTGCCACAAC TCCTGAAACT GCGAAACCAC CACCAAAGGA AGTGCCATCC 
TTCGGAATGT TGACCCCAGC ACTCTGCTAC CTCTTAGAAG AGCAGGAAGC AGCCCGGGGC 
TCATGCTCTG TGGAGGAAGA GATGGAGATT GATGAGGAGA AGCAAATGAA GGGGTTTTTG 
GACGATTCAG AGAGAATGGC ATTTCTGGTA TCTCTTCATC TGGGAGCAGC AGAGAGGTGG 
TTCATCTTGC AAATGGAGGT AGGAGAACCT CTCTCACATG AAAATAAATC TTTCCTGAGA 
AGATCCCAGG GCATATATGA CTCCCTATCT GAGATAGACA TCCTCAGTGC TGTTCTTTGC 
CATCCCAAAC AGGGCCAAAA GTCAGTCAGG CAGTATGCCA CTGACTTCCT GCTGCTGGCC 
CGACATTTGT CTTGGTCTGA TGCCATTCTA CGGACCAGGT TTCTGGAAGG ACTCTCAGAA 
GCTGTTACCA CCAAAATGGG TCGGATCTTC CTGAAGGTGG CTGGCAGCCT AAAGGAGCTG 
ATAGACAGGT CTCTGTACAC CGAGTGCCAG CTGGCTGAAG AGAAGGATTC CCCAGGCAAC 
TCAAGCCAGG TTCTGCCAAC AGCCTGTAAG CGGAATAATG AGGAGGCCAT GGGGAATGAA 
CTGAGCTCTC AGCAGCAGAC TGAGGAGCAC CAGCATGTTT CCAAACGCTG TTACTACCTG 
AAAGAGCATG GAGACCCCCA AGAAGGTCTT CATGATCACC TTGGACAGAG CACAGGCCAT 
CATCAGAAGG CCCATACCAA CAAGTAA

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

RefSeq	XP_011529300.1
CDS	269..4435
Translation	MSIPLHSLRFNNTMREENVEPQNKQMAFCRPMTETRADVQILHSHVQLPIVSTSASDPGGTSTQLMTSPVFDTMSAPLMGVPNSGALSPPLMPASDSGALSPLLMPASDSGALSPLLMPALDSGTLSPLLSTSEYGVMSPGMMTIPDFGTMSATLMVAPDSAEISPLAMPAPSSGVVCTPIMSTSSSEAMSTPLMLAPDSGELSPILMQDMNPGVMSTQPVPAPSSEAMSPLQITDEDTEAMSKVLMTALASGEISSLLMSGTDSEAISSLIMSAVASGGTSPQPTSTQNSGGIPTPLMSDLDSGIMSSLLMSSPGSEVMSTPLLSVPDAGEMSTLPKPAPDAEAMSPALMTALPSGVMPTQTMPAPGSGAMSPWSTQNVDSEMMSNPPVRATASGVMSAPPVRALDSGAMSTPLMGAPASGNMSTLQKTVPASGAMTTSLMTVPSSGVMSTEQMSATASRVMSAQLTMAKTSGAMPTGSMKAVAKQYKRATASGKMSTPLRRAPTSGAMSTQPVTATASETMSMPQLTVPASGSMSMLQMRAPVSEAMSMPQMRTMASGLTSAAQMKAMTSGAMSTPLMTAQTSGSTSTLLMRDTASGVMSCPQMRSLASGALSKPLMTPKASGTMFTEKMTTTASEAMPTLLMRDTVSGALSMPQMTDTASGGLSASLMRDTASGAMSTSQMTATVSGGMSMPLMRAQDPGVMPASLMRAKVSGKMLSQPMSTQDPGGMSMSPMKSMTAGGMQMNSPTSDVMSTPTVRAWTSETMSTPLMRTSDPGERPSLLTRASSSGEMSLPLMRAPASGEIATPLRSPAYGAMSAPQMTATASGMMSSMPQVKAPISGAMSMPLTRSTASGGMSMPLMRAPDSRVTSTSQMMPTASGDMCTLPVRAPASGGVSSPLVRAPASGTMSTPLRRPSACETVSTELMRASASGHMSTAQTTAMVSGGMSKPLMRAPASGTMPMPLMSAMASGEMSMPLMETMASGATSTLQTSVANSRSMSLSQTTYTVSGRMATAPIRASASGARSTSFMRASVSGSMPMPLPRATASGCGMGMSMPQMTATDSRGMSTPLMRASGPGTMSTPQTAFGVMSTPEIKATDSGEASTSHINITASGSKPTSHMTATTPETAKPPPKEVPSFGMLTPALCYLLEEQEAARGSCSVEEEMEIDEEKQMKGFLDDSERMAFLVSLHLGAAERWFILQMEVGEPLSHENKSFLRRSQGIYDSLSEIDILSAVLCHPKQGQKSVRQYATDFLLLARHLSWSDAILRTRFLEGLSEAVTTKMGRIFLKVAGSLKELIDRSLYTECQLAEEKDSPGNSSQVLPTACKRNNEEAMGNELSSQQQTEEHQHVSKRCYYLKEHGDPQEGLHDHLGQSTGHHQKAHTNK

Target ORF information:

RefSeq Version	XM_011530998.2
Organism	Homo sapiens(human)
Definition	Homo sapiens retrotransposon Gag like 9 (RTL9), transcript variant X4, mRNA.

Target ORF information:

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

XM_011530998.2

ORF Insert Sequence:

ATGTCAATAC CCTTACATTC ACTGCGATTC AACAATACAA TGAGGGAGGA AAATGTTGAG 
CCCCAAAACA AGCAGATGGC CTTCTGTAGA CCAATGACAG AGACCAGAGC AGACGTACAG 
ATTCTGCATT CTCATGTACA GTTGCCTATA GTCTCAACTT CAGCCTCAGA CCCTGGAGGG 
ACATCCACAC AGTTGATGAC ATCTCCAGTC TTTGACACCA TGTCTGCACC TCTAATGGGA 
GTACCAAACT CTGGAGCATT GTCCCCACCC CTAATGCCAG CCTCAGACTC TGGGGCACTT 
TCCCCATTGC TAATGCCAGC CTCAGACTCT GGGGCACTGT CCCCATTGCT AATGCCAGCC 
TTAGATTCTG GAACATTGTC CCCATTGCTG TCCACTTCAG AGTATGGGGT AATGTCCCCA 
GGGATGATGA CAATTCCTGA TTTTGGAACG ATGTCCGCAA CGCTAATGGT AGCACCAGAT 
TCTGCAGAGA TATCACCATT GGCAATGCCA GCTCCATCCT CTGGAGTGGT GTGTACACCT 
ATAATGAGCA CTTCATCCTC TGAGGCAATG TCCACACCAT TAATGCTAGC CCCAGATTCT 
GGAGAGTTAT CCCCAATTCT AATGCAAGAT ATGAATCCTG GAGTGATGTC TACACAGCCA 
GTGCCAGCTC CCAGCTCTGA GGCAATGTCC CCATTGCAAA TTACAGATGA AGACACCGAA 
GCAATGTCCA AAGTGCTAAT GACTGCTCTA GCCTCTGGAG AGATATCTTC GCTGCTAATG 
TCAGGCACGG ACTCTGAAGC AATATCCTCA CTGATAATGT CAGCTGTAGC TTCTGGAGGT 
ACATCACCCC AGCCAACAAG CACCCAAAAC TCTGGGGGAA TACCTACCCC GCTCATGTCA 
GATCTAGACT CTGGAATAAT GTCATCGCTT TTAATGTCAT CTCCAGGCTC TGAAGTAATG 
TCCACACCGC TACTGTCAGT CCCAGATGCT GGAGAAATGT CCACATTACC AAAGCCAGCT 
CCAGATGCTG AAGCAATGTC CCCAGCACTA ATGACGGCCC TACCCTCTGG AGTGATGCCC 
ACCCAAACGA TGCCAGCCCC AGGCTCTGGG GCGATGTCCC CATGGTCAAC ACAAAATGTA 
GACTCTGAAA TGATGTCTAA TCCGCCAGTG AGAGCAACAG CCTCTGGGGT GATGTCTGCA 
CCACCAGTAA GAGCTTTAGA TTCTGGAGCA ATGTCCACAC CGCTAATGGG AGCCCCAGCC 
TCTGGAAATA TGTCTACATT GCAAAAGACA GTTCCAGCCT CTGGAGCCAT GACCACCTCA 
CTGATGACAG TCCCAAGCTC TGGAGTGATG TCCACAGAGC AAATGTCAGC CACAGCCTCT 
AGAGTAATGT CCGCACAGTT AACAATGGCC AAAACTTCTG GAGCAATGCC CACAGGCTCT 
ATGAAAGCCG TGGCAAAACA ATACAAGAGA GCCACAGCCT CTGGAAAGAT GTCCACGCCA 
CTGAGGAGAG CTCCAACTTC TGGAGCAATG TCCACCCAAC CAGTTACGGC AACAGCCTCT 
GAAACAATGT CCATGCCACA ATTGACAGTC CCAGCCTCTG GATCAATGTC CATGCTGCAA 
ATGAGAGCCC CTGTCTCTGA AGCAATGTCC ATGCCACAAA TGAGAACCAT GGCCTCAGGA 
TTGACATCTG CAGCACAGAT GAAAGCCATG ACTTCTGGAG CAATGTCCAC CCCACTAATG 
ACAGCCCAAA CCTCTGGATC AACATCCACG CTGTTAATGA GAGACACAGC CTCAGGAGTG 
ATGTCCTGTC CACAAATGAG ATCTCTGGCC TCTGGAGCAT TGTCCAAGCC ACTAATGACA 
CCCAAAGCCT CAGGAACGAT GTTCACGGAG AAAATGACAA CCACAGCTTC TGAAGCAATG 
CCCACACTGC TAATGAGAGA CACAGTTTCT GGAGCTCTGT CCATGCCGCA AATGACAGAC 
ACAGCCTCTG GAGGGTTGTC TGCATCGCTA ATGAGAGACA CAGCTTCTGG AGCAATGTCC 
ACATCACAAA TGACAGCCAC AGTCTCTGGA GGGATGTCCA TGCCACTAAT GAGAGCTCAA 
GACCCAGGAG TAATGCCTGC CTCACTAATG AGAGCCAAAG TGTCTGGAAA GATGCTCAGT 
CAGCCAATGA GCACCCAAGA TCCTGGAGGG ATGTCCATGT CGCCCATGAA GTCCATGACC 
GCTGGAGGGA TGCAGATGAA TTCCCCAACC TCTGATGTGA TGTCCACACC AACAGTGAGA 
GCCTGGACCT CTGAAACAAT GTCCACACCA CTAATGAGAA CCTCAGACCC TGGAGAGAGG 
CCCTCACTGC TCACAAGAGC TTCATCCTCT GGAGAGATGT CCCTACCACT AATGAGAGCT 
CCAGCTTCTG GAGAGATAGC CACGCCTCTG AGATCCCCAG CTTATGGAGC CATGTCTGCT 
CCACAAATGA CAGCCACAGC CTCTGGAATG ATGTCATCCA TGCCACAAGT GAAGGCTCCC 
ATCTCTGGAG CAATGTCCAT GCCACTAACA AGATCCACAG CCTCTGGAGG GATGTCCATG 
CCACTGATGA GAGCCCCAGA CTCTAGAGTG ACATCCACAT CACAAATGAT GCCCACAGCT 
TCTGGAGACA TGTGCACACT ACCAGTGCGA GCCCCAGCCT CTGGAGGGGT GTCCTCACCA 
CTAGTAAGAG CTCCAGCCTC TGGAACTATG TCCACACCAC TAAGGAGACC CTCAGCCTGT 
GAGACTGTGT CCACAGAGTT AATGAGAGCT TCAGCCTCTG GACATATGTC CACTGCACAA 
ACAACAGCCA TGGTCTCTGG AGGGATGTCC AAGCCATTAA TGAGAGCCCC GGCCTCTGGA 
ACAATGCCCA TGCCTTTAAT GTCAGCCATG GCTTCTGGAG AGATGTCTAT GCCGCTAATG 
GAAACCATGG CCTCTGGAGC AACGTCCACA TTGCAAACCA GTGTTGCGAA CTCTAGATCT 
ATGTCCTTGT CACAAACAAC ATATACCGTG TCTGGAAGGA TGGCCACAGC GCCAATTAGA 
GCCTCTGCTT CTGGAGCAAG GTCCACATCA TTTATGAGAG CCTCAGTTTC TGGATCGATG 
CCCATGCCAC TACCAAGAGC CACAGCCTCT GGATGTGGCA TGGGTATGTC CATGCCACAA 
ATGACAGCCA CAGACTCTAG AGGGATGTCC ACACCACTAA TGAGGGCCTC AGGCCCTGGA 
ACAATGTCCA CACCACAGAC AGCCTTTGGA GTGATGTCCA CTCCGGAAAT CAAAGCCACA 
GACTCTGGAG AGGCATCCAC CTCTCACATT AACATCACAG CCTCTGGATC AAAGCCCACA 
TCGCACATGA CTGCCACAAC TCCTGAAACT GCGAAACCAC CACCAAAGGA AGTGCCATCC 
TTCGGAATGT TGACCCCAGC ACTCTGCTAC CTCTTAGAAG AGCAGGAAGC AGCCCGGGGC 
TCATGCTCTG TGGAGGAAGA GATGGAGATT GATGAGGAGA AGCAAATGAA GGGGTTTTTG 
GACGATTCAG AGAGAATGGC ATTTCTGGTA TCTCTTCATC TGGGAGCAGC AGAGAGGTGG 
TTCATCTTGC AAATGGAGGT AGGAGAACCT CTCTCACATG AAAATAAATC TTTCCTGAGA 
AGATCCCAGG GCATATATGA CTCCCTATCT GAGATAGACA TCCTCAGTGC TGTTCTTTGC 
CATCCCAAAC AGGGCCAAAA GTCAGTCAGG CAGTATGCCA CTGACTTCCT GCTGCTGGCC 
CGACATTTGT CTTGGTCTGA TGCCATTCTA CGGACCAGGT TTCTGGAAGG ACTCTCAGAA 
GCTGTTACCA CCAAAATGGG TCGGATCTTC CTGAAGGTGG CTGGCAGCCT AAAGGAGCTG 
ATAGACAGGT CTCTGTACAC CGAGTGCCAG CTGGCTGAAG AGAAGGATTC CCCAGGCAAC 
TCAAGCCAGG TTCTGCCAAC AGCCTGTAAG CGGAATAATG AGGAGGCCAT GGGGAATGAA 
CTGAGCTCTC AGCAGCAGAC TGAGGAGCAC CAGCATGTTT CCAAACGCTG TTACTACCTG 
AAAGAGCATG GAGACCCCCA AGAAGGTCTT CATGATCACC TTGGACAGAG CACAGGCCAT 
CATCAGAAGG CCCATACCAA CAAGTAA

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

RTL9 ( XM_017029694.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016885183.1 Homo sapiens retrotransposon Gag like 9 (RTL9), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu22329
Clone ID Related Accession (Same CDS sequence)	XM_011530999.1 , NM_020769.2 , XM_017029695.1 , XM_011530998.1 , XM_011530998.2 , XM_017029694.1 , XM_011530999.2
Accession Version	XM_017029694.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4167bp) 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	1575475200000
Organism	Homo sapiens(human)
Product	retrotransposon Gag-like protein 9 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCAATAC CCTTACATTC ACTGCGATTC AACAATACAA TGAGGGAGGA AAATGTTGAG 
CCCCAAAACA AGCAGATGGC CTTCTGTAGA CCAATGACAG AGACCAGAGC AGACGTACAG 
ATTCTGCATT CTCATGTACA GTTGCCTATA GTCTCAACTT CAGCCTCAGA CCCTGGAGGG 
ACATCCACAC AGTTGATGAC ATCTCCAGTC TTTGACACCA TGTCTGCACC TCTAATGGGA 
GTACCAAACT CTGGAGCATT GTCCCCACCC CTAATGCCAG CCTCAGACTC TGGGGCACTT 
TCCCCATTGC TAATGCCAGC CTCAGACTCT GGGGCACTGT CCCCATTGCT AATGCCAGCC 
TTAGATTCTG GAACATTGTC CCCATTGCTG TCCACTTCAG AGTATGGGGT AATGTCCCCA 
GGGATGATGA CAATTCCTGA TTTTGGAACG ATGTCCGCAA CGCTAATGGT AGCACCAGAT 
TCTGCAGAGA TATCACCATT GGCAATGCCA GCTCCATCCT CTGGAGTGGT GTGTACACCT 
ATAATGAGCA CTTCATCCTC TGAGGCAATG TCCACACCAT TAATGCTAGC CCCAGATTCT 
GGAGAGTTAT CCCCAATTCT AATGCAAGAT ATGAATCCTG GAGTGATGTC TACACAGCCA 
GTGCCAGCTC CCAGCTCTGA GGCAATGTCC CCATTGCAAA TTACAGATGA AGACACCGAA 
GCAATGTCCA AAGTGCTAAT GACTGCTCTA GCCTCTGGAG AGATATCTTC GCTGCTAATG 
TCAGGCACGG ACTCTGAAGC AATATCCTCA CTGATAATGT CAGCTGTAGC TTCTGGAGGT 
ACATCACCCC AGCCAACAAG CACCCAAAAC TCTGGGGGAA TACCTACCCC GCTCATGTCA 
GATCTAGACT CTGGAATAAT GTCATCGCTT TTAATGTCAT CTCCAGGCTC TGAAGTAATG 
TCCACACCGC TACTGTCAGT CCCAGATGCT GGAGAAATGT CCACATTACC AAAGCCAGCT 
CCAGATGCTG AAGCAATGTC CCCAGCACTA ATGACGGCCC TACCCTCTGG AGTGATGCCC 
ACCCAAACGA TGCCAGCCCC AGGCTCTGGG GCGATGTCCC CATGGTCAAC ACAAAATGTA 
GACTCTGAAA TGATGTCTAA TCCGCCAGTG AGAGCAACAG CCTCTGGGGT GATGTCTGCA 
CCACCAGTAA GAGCTTTAGA TTCTGGAGCA ATGTCCACAC CGCTAATGGG AGCCCCAGCC 
TCTGGAAATA TGTCTACATT GCAAAAGACA GTTCCAGCCT CTGGAGCCAT GACCACCTCA 
CTGATGACAG TCCCAAGCTC TGGAGTGATG TCCACAGAGC AAATGTCAGC CACAGCCTCT 
AGAGTAATGT CCGCACAGTT AACAATGGCC AAAACTTCTG GAGCAATGCC CACAGGCTCT 
ATGAAAGCCG TGGCAAAACA ATACAAGAGA GCCACAGCCT CTGGAAAGAT GTCCACGCCA 
CTGAGGAGAG CTCCAACTTC TGGAGCAATG TCCACCCAAC CAGTTACGGC AACAGCCTCT 
GAAACAATGT CCATGCCACA ATTGACAGTC CCAGCCTCTG GATCAATGTC CATGCTGCAA 
ATGAGAGCCC CTGTCTCTGA AGCAATGTCC ATGCCACAAA TGAGAACCAT GGCCTCAGGA 
TTGACATCTG CAGCACAGAT GAAAGCCATG ACTTCTGGAG CAATGTCCAC CCCACTAATG 
ACAGCCCAAA CCTCTGGATC AACATCCACG CTGTTAATGA GAGACACAGC CTCAGGAGTG 
ATGTCCTGTC CACAAATGAG ATCTCTGGCC TCTGGAGCAT TGTCCAAGCC ACTAATGACA 
CCCAAAGCCT CAGGAACGAT GTTCACGGAG AAAATGACAA CCACAGCTTC TGAAGCAATG 
CCCACACTGC TAATGAGAGA CACAGTTTCT GGAGCTCTGT CCATGCCGCA AATGACAGAC 
ACAGCCTCTG GAGGGTTGTC TGCATCGCTA ATGAGAGACA CAGCTTCTGG AGCAATGTCC 
ACATCACAAA TGACAGCCAC AGTCTCTGGA GGGATGTCCA TGCCACTAAT GAGAGCTCAA 
GACCCAGGAG TAATGCCTGC CTCACTAATG AGAGCCAAAG TGTCTGGAAA GATGCTCAGT 
CAGCCAATGA GCACCCAAGA TCCTGGAGGG ATGTCCATGT CGCCCATGAA GTCCATGACC 
GCTGGAGGGA TGCAGATGAA TTCCCCAACC TCTGATGTGA TGTCCACACC AACAGTGAGA 
GCCTGGACCT CTGAAACAAT GTCCACACCA CTAATGAGAA CCTCAGACCC TGGAGAGAGG 
CCCTCACTGC TCACAAGAGC TTCATCCTCT GGAGAGATGT CCCTACCACT AATGAGAGCT 
CCAGCTTCTG GAGAGATAGC CACGCCTCTG AGATCCCCAG CTTATGGAGC CATGTCTGCT 
CCACAAATGA CAGCCACAGC CTCTGGAATG ATGTCATCCA TGCCACAAGT GAAGGCTCCC 
ATCTCTGGAG CAATGTCCAT GCCACTAACA AGATCCACAG CCTCTGGAGG GATGTCCATG 
CCACTGATGA GAGCCCCAGA CTCTAGAGTG ACATCCACAT CACAAATGAT GCCCACAGCT 
TCTGGAGACA TGTGCACACT ACCAGTGCGA GCCCCAGCCT CTGGAGGGGT GTCCTCACCA 
CTAGTAAGAG CTCCAGCCTC TGGAACTATG TCCACACCAC TAAGGAGACC CTCAGCCTGT 
GAGACTGTGT CCACAGAGTT AATGAGAGCT TCAGCCTCTG GACATATGTC CACTGCACAA 
ACAACAGCCA TGGTCTCTGG AGGGATGTCC AAGCCATTAA TGAGAGCCCC GGCCTCTGGA 
ACAATGCCCA TGCCTTTAAT GTCAGCCATG GCTTCTGGAG AGATGTCTAT GCCGCTAATG 
GAAACCATGG CCTCTGGAGC AACGTCCACA TTGCAAACCA GTGTTGCGAA CTCTAGATCT 
ATGTCCTTGT CACAAACAAC ATATACCGTG TCTGGAAGGA TGGCCACAGC GCCAATTAGA 
GCCTCTGCTT CTGGAGCAAG GTCCACATCA TTTATGAGAG CCTCAGTTTC TGGATCGATG 
CCCATGCCAC TACCAAGAGC CACAGCCTCT GGATGTGGCA TGGGTATGTC CATGCCACAA 
ATGACAGCCA CAGACTCTAG AGGGATGTCC ACACCACTAA TGAGGGCCTC AGGCCCTGGA 
ACAATGTCCA CACCACAGAC AGCCTTTGGA GTGATGTCCA CTCCGGAAAT CAAAGCCACA 
GACTCTGGAG AGGCATCCAC CTCTCACATT AACATCACAG CCTCTGGATC AAAGCCCACA 
TCGCACATGA CTGCCACAAC TCCTGAAACT GCGAAACCAC CACCAAAGGA AGTGCCATCC 
TTCGGAATGT TGACCCCAGC ACTCTGCTAC CTCTTAGAAG AGCAGGAAGC AGCCCGGGGC 
TCATGCTCTG TGGAGGAAGA GATGGAGATT GATGAGGAGA AGCAAATGAA GGGGTTTTTG 
GACGATTCAG AGAGAATGGC ATTTCTGGTA TCTCTTCATC TGGGAGCAGC AGAGAGGTGG 
TTCATCTTGC AAATGGAGGT AGGAGAACCT CTCTCACATG AAAATAAATC TTTCCTGAGA 
AGATCCCAGG GCATATATGA CTCCCTATCT GAGATAGACA TCCTCAGTGC TGTTCTTTGC 
CATCCCAAAC AGGGCCAAAA GTCAGTCAGG CAGTATGCCA CTGACTTCCT GCTGCTGGCC 
CGACATTTGT CTTGGTCTGA TGCCATTCTA CGGACCAGGT TTCTGGAAGG ACTCTCAGAA 
GCTGTTACCA CCAAAATGGG TCGGATCTTC CTGAAGGTGG CTGGCAGCCT AAAGGAGCTG 
ATAGACAGGT CTCTGTACAC CGAGTGCCAG CTGGCTGAAG AGAAGGATTC CCCAGGCAAC 
TCAAGCCAGG TTCTGCCAAC AGCCTGTAAG CGGAATAATG AGGAGGCCAT GGGGAATGAA 
CTGAGCTCTC AGCAGCAGAC TGAGGAGCAC CAGCATGTTT CCAAACGCTG TTACTACCTG 
AAAGAGCATG GAGACCCCCA AGAAGGTCTT CATGATCACC TTGGACAGAG CACAGGCCAT 
CATCAGAAGG CCCATACCAA CAAGTAA

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

RefSeq	XP_016885183.1
CDS	177..4343
Translation	MSIPLHSLRFNNTMREENVEPQNKQMAFCRPMTETRADVQILHSHVQLPIVSTSASDPGGTSTQLMTSPVFDTMSAPLMGVPNSGALSPPLMPASDSGALSPLLMPASDSGALSPLLMPALDSGTLSPLLSTSEYGVMSPGMMTIPDFGTMSATLMVAPDSAEISPLAMPAPSSGVVCTPIMSTSSSEAMSTPLMLAPDSGELSPILMQDMNPGVMSTQPVPAPSSEAMSPLQITDEDTEAMSKVLMTALASGEISSLLMSGTDSEAISSLIMSAVASGGTSPQPTSTQNSGGIPTPLMSDLDSGIMSSLLMSSPGSEVMSTPLLSVPDAGEMSTLPKPAPDAEAMSPALMTALPSGVMPTQTMPAPGSGAMSPWSTQNVDSEMMSNPPVRATASGVMSAPPVRALDSGAMSTPLMGAPASGNMSTLQKTVPASGAMTTSLMTVPSSGVMSTEQMSATASRVMSAQLTMAKTSGAMPTGSMKAVAKQYKRATASGKMSTPLRRAPTSGAMSTQPVTATASETMSMPQLTVPASGSMSMLQMRAPVSEAMSMPQMRTMASGLTSAAQMKAMTSGAMSTPLMTAQTSGSTSTLLMRDTASGVMSCPQMRSLASGALSKPLMTPKASGTMFTEKMTTTASEAMPTLLMRDTVSGALSMPQMTDTASGGLSASLMRDTASGAMSTSQMTATVSGGMSMPLMRAQDPGVMPASLMRAKVSGKMLSQPMSTQDPGGMSMSPMKSMTAGGMQMNSPTSDVMSTPTVRAWTSETMSTPLMRTSDPGERPSLLTRASSSGEMSLPLMRAPASGEIATPLRSPAYGAMSAPQMTATASGMMSSMPQVKAPISGAMSMPLTRSTASGGMSMPLMRAPDSRVTSTSQMMPTASGDMCTLPVRAPASGGVSSPLVRAPASGTMSTPLRRPSACETVSTELMRASASGHMSTAQTTAMVSGGMSKPLMRAPASGTMPMPLMSAMASGEMSMPLMETMASGATSTLQTSVANSRSMSLSQTTYTVSGRMATAPIRASASGARSTSFMRASVSGSMPMPLPRATASGCGMGMSMPQMTATDSRGMSTPLMRASGPGTMSTPQTAFGVMSTPEIKATDSGEASTSHINITASGSKPTSHMTATTPETAKPPPKEVPSFGMLTPALCYLLEEQEAARGSCSVEEEMEIDEEKQMKGFLDDSERMAFLVSLHLGAAERWFILQMEVGEPLSHENKSFLRRSQGIYDSLSEIDILSAVLCHPKQGQKSVRQYATDFLLLARHLSWSDAILRTRFLEGLSEAVTTKMGRIFLKVAGSLKELIDRSLYTECQLAEEKDSPGNSSQVLPTACKRNNEEAMGNELSSQQQTEEHQHVSKRCYYLKEHGDPQEGLHDHLGQSTGHHQKAHTNK

Target ORF information:

RefSeq Version	XM_017029694.1
Organism	Homo sapiens(human)
Definition	Homo sapiens retrotransposon Gag like 9 (RTL9), transcript variant X1, mRNA.

Target ORF information:

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

XM_017029694.1

ORF Insert Sequence:

ATGTCAATAC CCTTACATTC ACTGCGATTC AACAATACAA TGAGGGAGGA AAATGTTGAG 
CCCCAAAACA AGCAGATGGC CTTCTGTAGA CCAATGACAG AGACCAGAGC AGACGTACAG 
ATTCTGCATT CTCATGTACA GTTGCCTATA GTCTCAACTT CAGCCTCAGA CCCTGGAGGG 
ACATCCACAC AGTTGATGAC ATCTCCAGTC TTTGACACCA TGTCTGCACC TCTAATGGGA 
GTACCAAACT CTGGAGCATT GTCCCCACCC CTAATGCCAG CCTCAGACTC TGGGGCACTT 
TCCCCATTGC TAATGCCAGC CTCAGACTCT GGGGCACTGT CCCCATTGCT AATGCCAGCC 
TTAGATTCTG GAACATTGTC CCCATTGCTG TCCACTTCAG AGTATGGGGT AATGTCCCCA 
GGGATGATGA CAATTCCTGA TTTTGGAACG ATGTCCGCAA CGCTAATGGT AGCACCAGAT 
TCTGCAGAGA TATCACCATT GGCAATGCCA GCTCCATCCT CTGGAGTGGT GTGTACACCT 
ATAATGAGCA CTTCATCCTC TGAGGCAATG TCCACACCAT TAATGCTAGC CCCAGATTCT 
GGAGAGTTAT CCCCAATTCT AATGCAAGAT ATGAATCCTG GAGTGATGTC TACACAGCCA 
GTGCCAGCTC CCAGCTCTGA GGCAATGTCC CCATTGCAAA TTACAGATGA AGACACCGAA 
GCAATGTCCA AAGTGCTAAT GACTGCTCTA GCCTCTGGAG AGATATCTTC GCTGCTAATG 
TCAGGCACGG ACTCTGAAGC AATATCCTCA CTGATAATGT CAGCTGTAGC TTCTGGAGGT 
ACATCACCCC AGCCAACAAG CACCCAAAAC TCTGGGGGAA TACCTACCCC GCTCATGTCA 
GATCTAGACT CTGGAATAAT GTCATCGCTT TTAATGTCAT CTCCAGGCTC TGAAGTAATG 
TCCACACCGC TACTGTCAGT CCCAGATGCT GGAGAAATGT CCACATTACC AAAGCCAGCT 
CCAGATGCTG AAGCAATGTC CCCAGCACTA ATGACGGCCC TACCCTCTGG AGTGATGCCC 
ACCCAAACGA TGCCAGCCCC AGGCTCTGGG GCGATGTCCC CATGGTCAAC ACAAAATGTA 
GACTCTGAAA TGATGTCTAA TCCGCCAGTG AGAGCAACAG CCTCTGGGGT GATGTCTGCA 
CCACCAGTAA GAGCTTTAGA TTCTGGAGCA ATGTCCACAC CGCTAATGGG AGCCCCAGCC 
TCTGGAAATA TGTCTACATT GCAAAAGACA GTTCCAGCCT CTGGAGCCAT GACCACCTCA 
CTGATGACAG TCCCAAGCTC TGGAGTGATG TCCACAGAGC AAATGTCAGC CACAGCCTCT 
AGAGTAATGT CCGCACAGTT AACAATGGCC AAAACTTCTG GAGCAATGCC CACAGGCTCT 
ATGAAAGCCG TGGCAAAACA ATACAAGAGA GCCACAGCCT CTGGAAAGAT GTCCACGCCA 
CTGAGGAGAG CTCCAACTTC TGGAGCAATG TCCACCCAAC CAGTTACGGC AACAGCCTCT 
GAAACAATGT CCATGCCACA ATTGACAGTC CCAGCCTCTG GATCAATGTC CATGCTGCAA 
ATGAGAGCCC CTGTCTCTGA AGCAATGTCC ATGCCACAAA TGAGAACCAT GGCCTCAGGA 
TTGACATCTG CAGCACAGAT GAAAGCCATG ACTTCTGGAG CAATGTCCAC CCCACTAATG 
ACAGCCCAAA CCTCTGGATC AACATCCACG CTGTTAATGA GAGACACAGC CTCAGGAGTG 
ATGTCCTGTC CACAAATGAG ATCTCTGGCC TCTGGAGCAT TGTCCAAGCC ACTAATGACA 
CCCAAAGCCT CAGGAACGAT GTTCACGGAG AAAATGACAA CCACAGCTTC TGAAGCAATG 
CCCACACTGC TAATGAGAGA CACAGTTTCT GGAGCTCTGT CCATGCCGCA AATGACAGAC 
ACAGCCTCTG GAGGGTTGTC TGCATCGCTA ATGAGAGACA CAGCTTCTGG AGCAATGTCC 
ACATCACAAA TGACAGCCAC AGTCTCTGGA GGGATGTCCA TGCCACTAAT GAGAGCTCAA 
GACCCAGGAG TAATGCCTGC CTCACTAATG AGAGCCAAAG TGTCTGGAAA GATGCTCAGT 
CAGCCAATGA GCACCCAAGA TCCTGGAGGG ATGTCCATGT CGCCCATGAA GTCCATGACC 
GCTGGAGGGA TGCAGATGAA TTCCCCAACC TCTGATGTGA TGTCCACACC AACAGTGAGA 
GCCTGGACCT CTGAAACAAT GTCCACACCA CTAATGAGAA CCTCAGACCC TGGAGAGAGG 
CCCTCACTGC TCACAAGAGC TTCATCCTCT GGAGAGATGT CCCTACCACT AATGAGAGCT 
CCAGCTTCTG GAGAGATAGC CACGCCTCTG AGATCCCCAG CTTATGGAGC CATGTCTGCT 
CCACAAATGA CAGCCACAGC CTCTGGAATG ATGTCATCCA TGCCACAAGT GAAGGCTCCC 
ATCTCTGGAG CAATGTCCAT GCCACTAACA AGATCCACAG CCTCTGGAGG GATGTCCATG 
CCACTGATGA GAGCCCCAGA CTCTAGAGTG ACATCCACAT CACAAATGAT GCCCACAGCT 
TCTGGAGACA TGTGCACACT ACCAGTGCGA GCCCCAGCCT CTGGAGGGGT GTCCTCACCA 
CTAGTAAGAG CTCCAGCCTC TGGAACTATG TCCACACCAC TAAGGAGACC CTCAGCCTGT 
GAGACTGTGT CCACAGAGTT AATGAGAGCT TCAGCCTCTG GACATATGTC CACTGCACAA 
ACAACAGCCA TGGTCTCTGG AGGGATGTCC AAGCCATTAA TGAGAGCCCC GGCCTCTGGA 
ACAATGCCCA TGCCTTTAAT GTCAGCCATG GCTTCTGGAG AGATGTCTAT GCCGCTAATG 
GAAACCATGG CCTCTGGAGC AACGTCCACA TTGCAAACCA GTGTTGCGAA CTCTAGATCT 
ATGTCCTTGT CACAAACAAC ATATACCGTG TCTGGAAGGA TGGCCACAGC GCCAATTAGA 
GCCTCTGCTT CTGGAGCAAG GTCCACATCA TTTATGAGAG CCTCAGTTTC TGGATCGATG 
CCCATGCCAC TACCAAGAGC CACAGCCTCT GGATGTGGCA TGGGTATGTC CATGCCACAA 
ATGACAGCCA CAGACTCTAG AGGGATGTCC ACACCACTAA TGAGGGCCTC AGGCCCTGGA 
ACAATGTCCA CACCACAGAC AGCCTTTGGA GTGATGTCCA CTCCGGAAAT CAAAGCCACA 
GACTCTGGAG AGGCATCCAC CTCTCACATT AACATCACAG CCTCTGGATC AAAGCCCACA 
TCGCACATGA CTGCCACAAC TCCTGAAACT GCGAAACCAC CACCAAAGGA AGTGCCATCC 
TTCGGAATGT TGACCCCAGC ACTCTGCTAC CTCTTAGAAG AGCAGGAAGC AGCCCGGGGC 
TCATGCTCTG TGGAGGAAGA GATGGAGATT GATGAGGAGA AGCAAATGAA GGGGTTTTTG 
GACGATTCAG AGAGAATGGC ATTTCTGGTA TCTCTTCATC TGGGAGCAGC AGAGAGGTGG 
TTCATCTTGC AAATGGAGGT AGGAGAACCT CTCTCACATG AAAATAAATC TTTCCTGAGA 
AGATCCCAGG GCATATATGA CTCCCTATCT GAGATAGACA TCCTCAGTGC TGTTCTTTGC 
CATCCCAAAC AGGGCCAAAA GTCAGTCAGG CAGTATGCCA CTGACTTCCT GCTGCTGGCC 
CGACATTTGT CTTGGTCTGA TGCCATTCTA CGGACCAGGT TTCTGGAAGG ACTCTCAGAA 
GCTGTTACCA CCAAAATGGG TCGGATCTTC CTGAAGGTGG CTGGCAGCCT AAAGGAGCTG 
ATAGACAGGT CTCTGTACAC CGAGTGCCAG CTGGCTGAAG AGAAGGATTC CCCAGGCAAC 
TCAAGCCAGG TTCTGCCAAC AGCCTGTAAG CGGAATAATG AGGAGGCCAT GGGGAATGAA 
CTGAGCTCTC AGCAGCAGAC TGAGGAGCAC CAGCATGTTT CCAAACGCTG TTACTACCTG 
AAAGAGCATG GAGACCCCCA AGAAGGTCTT CATGATCACC TTGGACAGAG CACAGGCCAT 
CATCAGAAGG CCCATACCAA CAAGTAA

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

RTL9 ( XM_011530999.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011529301.1 Homo sapiens retrotransposon Gag like 9 (RTL9), transcript variant X3, mRNA.

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CloneID	OHu22329
Clone ID Related Accession (Same CDS sequence)	XM_011530999.1 , NM_020769.2 , XM_017029695.1 , XM_011530998.1 , XM_011530998.2 , XM_017029694.1 , XM_011530999.2
Accession Version	XM_011530999.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4167bp) 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	1575475200000
Organism	Homo sapiens(human)
Product	retrotransposon Gag-like protein 9 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011530999.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCAATAC CCTTACATTC ACTGCGATTC AACAATACAA TGAGGGAGGA AAATGTTGAG 
CCCCAAAACA AGCAGATGGC CTTCTGTAGA CCAATGACAG AGACCAGAGC AGACGTACAG 
ATTCTGCATT CTCATGTACA GTTGCCTATA GTCTCAACTT CAGCCTCAGA CCCTGGAGGG 
ACATCCACAC AGTTGATGAC ATCTCCAGTC TTTGACACCA TGTCTGCACC TCTAATGGGA 
GTACCAAACT CTGGAGCATT GTCCCCACCC CTAATGCCAG CCTCAGACTC TGGGGCACTT 
TCCCCATTGC TAATGCCAGC CTCAGACTCT GGGGCACTGT CCCCATTGCT AATGCCAGCC 
TTAGATTCTG GAACATTGTC CCCATTGCTG TCCACTTCAG AGTATGGGGT AATGTCCCCA 
GGGATGATGA CAATTCCTGA TTTTGGAACG ATGTCCGCAA CGCTAATGGT AGCACCAGAT 
TCTGCAGAGA TATCACCATT GGCAATGCCA GCTCCATCCT CTGGAGTGGT GTGTACACCT 
ATAATGAGCA CTTCATCCTC TGAGGCAATG TCCACACCAT TAATGCTAGC CCCAGATTCT 
GGAGAGTTAT CCCCAATTCT AATGCAAGAT ATGAATCCTG GAGTGATGTC TACACAGCCA 
GTGCCAGCTC CCAGCTCTGA GGCAATGTCC CCATTGCAAA TTACAGATGA AGACACCGAA 
GCAATGTCCA AAGTGCTAAT GACTGCTCTA GCCTCTGGAG AGATATCTTC GCTGCTAATG 
TCAGGCACGG ACTCTGAAGC AATATCCTCA CTGATAATGT CAGCTGTAGC TTCTGGAGGT 
ACATCACCCC AGCCAACAAG CACCCAAAAC TCTGGGGGAA TACCTACCCC GCTCATGTCA 
GATCTAGACT CTGGAATAAT GTCATCGCTT TTAATGTCAT CTCCAGGCTC TGAAGTAATG 
TCCACACCGC TACTGTCAGT CCCAGATGCT GGAGAAATGT CCACATTACC AAAGCCAGCT 
CCAGATGCTG AAGCAATGTC CCCAGCACTA ATGACGGCCC TACCCTCTGG AGTGATGCCC 
ACCCAAACGA TGCCAGCCCC AGGCTCTGGG GCGATGTCCC CATGGTCAAC ACAAAATGTA 
GACTCTGAAA TGATGTCTAA TCCGCCAGTG AGAGCAACAG CCTCTGGGGT GATGTCTGCA 
CCACCAGTAA GAGCTTTAGA TTCTGGAGCA ATGTCCACAC CGCTAATGGG AGCCCCAGCC 
TCTGGAAATA TGTCTACATT GCAAAAGACA GTTCCAGCCT CTGGAGCCAT GACCACCTCA 
CTGATGACAG TCCCAAGCTC TGGAGTGATG TCCACAGAGC AAATGTCAGC CACAGCCTCT 
AGAGTAATGT CCGCACAGTT AACAATGGCC AAAACTTCTG GAGCAATGCC CACAGGCTCT 
ATGAAAGCCG TGGCAAAACA ATACAAGAGA GCCACAGCCT CTGGAAAGAT GTCCACGCCA 
CTGAGGAGAG CTCCAACTTC TGGAGCAATG TCCACCCAAC CAGTTACGGC AACAGCCTCT 
GAAACAATGT CCATGCCACA ATTGACAGTC CCAGCCTCTG GATCAATGTC CATGCTGCAA 
ATGAGAGCCC CTGTCTCTGA AGCAATGTCC ATGCCACAAA TGAGAACCAT GGCCTCAGGA 
TTGACATCTG CAGCACAGAT GAAAGCCATG ACTTCTGGAG CAATGTCCAC CCCACTAATG 
ACAGCCCAAA CCTCTGGATC AACATCCACG CTGTTAATGA GAGACACAGC CTCAGGAGTG 
ATGTCCTGTC CACAAATGAG ATCTCTGGCC TCTGGAGCAT TGTCCAAGCC ACTAATGACA 
CCCAAAGCCT CAGGAACGAT GTTCACGGAG AAAATGACAA CCACAGCTTC TGAAGCAATG 
CCCACACTGC TAATGAGAGA CACAGTTTCT GGAGCTCTGT CCATGCCGCA AATGACAGAC 
ACAGCCTCTG GAGGGTTGTC TGCATCGCTA ATGAGAGACA CAGCTTCTGG AGCAATGTCC 
ACATCACAAA TGACAGCCAC AGTCTCTGGA GGGATGTCCA TGCCACTAAT GAGAGCTCAA 
GACCCAGGAG TAATGCCTGC CTCACTAATG AGAGCCAAAG TGTCTGGAAA GATGCTCAGT 
CAGCCAATGA GCACCCAAGA TCCTGGAGGG ATGTCCATGT CGCCCATGAA GTCCATGACC 
GCTGGAGGGA TGCAGATGAA TTCCCCAACC TCTGATGTGA TGTCCACACC AACAGTGAGA 
GCCTGGACCT CTGAAACAAT GTCCACACCA CTAATGAGAA CCTCAGACCC TGGAGAGAGG 
CCCTCACTGC TCACAAGAGC TTCATCCTCT GGAGAGATGT CCCTACCACT AATGAGAGCT 
CCAGCTTCTG GAGAGATAGC CACGCCTCTG AGATCCCCAG CTTATGGAGC CATGTCTGCT 
CCACAAATGA CAGCCACAGC CTCTGGAATG ATGTCATCCA TGCCACAAGT GAAGGCTCCC 
ATCTCTGGAG CAATGTCCAT GCCACTAACA AGATCCACAG CCTCTGGAGG GATGTCCATG 
CCACTGATGA GAGCCCCAGA CTCTAGAGTG ACATCCACAT CACAAATGAT GCCCACAGCT 
TCTGGAGACA TGTGCACACT ACCAGTGCGA GCCCCAGCCT CTGGAGGGGT GTCCTCACCA 
CTAGTAAGAG CTCCAGCCTC TGGAACTATG TCCACACCAC TAAGGAGACC CTCAGCCTGT 
GAGACTGTGT CCACAGAGTT AATGAGAGCT TCAGCCTCTG GACATATGTC CACTGCACAA 
ACAACAGCCA TGGTCTCTGG AGGGATGTCC AAGCCATTAA TGAGAGCCCC GGCCTCTGGA 
ACAATGCCCA TGCCTTTAAT GTCAGCCATG GCTTCTGGAG AGATGTCTAT GCCGCTAATG 
GAAACCATGG CCTCTGGAGC AACGTCCACA TTGCAAACCA GTGTTGCGAA CTCTAGATCT 
ATGTCCTTGT CACAAACAAC ATATACCGTG TCTGGAAGGA TGGCCACAGC GCCAATTAGA 
GCCTCTGCTT CTGGAGCAAG GTCCACATCA TTTATGAGAG CCTCAGTTTC TGGATCGATG 
CCCATGCCAC TACCAAGAGC CACAGCCTCT GGATGTGGCA TGGGTATGTC CATGCCACAA 
ATGACAGCCA CAGACTCTAG AGGGATGTCC ACACCACTAA TGAGGGCCTC AGGCCCTGGA 
ACAATGTCCA CACCACAGAC AGCCTTTGGA GTGATGTCCA CTCCGGAAAT CAAAGCCACA 
GACTCTGGAG AGGCATCCAC CTCTCACATT AACATCACAG CCTCTGGATC AAAGCCCACA 
TCGCACATGA CTGCCACAAC TCCTGAAACT GCGAAACCAC CACCAAAGGA AGTGCCATCC 
TTCGGAATGT TGACCCCAGC ACTCTGCTAC CTCTTAGAAG AGCAGGAAGC AGCCCGGGGC 
TCATGCTCTG TGGAGGAAGA GATGGAGATT GATGAGGAGA AGCAAATGAA GGGGTTTTTG 
GACGATTCAG AGAGAATGGC ATTTCTGGTA TCTCTTCATC TGGGAGCAGC AGAGAGGTGG 
TTCATCTTGC AAATGGAGGT AGGAGAACCT CTCTCACATG AAAATAAATC TTTCCTGAGA 
AGATCCCAGG GCATATATGA CTCCCTATCT GAGATAGACA TCCTCAGTGC TGTTCTTTGC 
CATCCCAAAC AGGGCCAAAA GTCAGTCAGG CAGTATGCCA CTGACTTCCT GCTGCTGGCC 
CGACATTTGT CTTGGTCTGA TGCCATTCTA CGGACCAGGT TTCTGGAAGG ACTCTCAGAA 
GCTGTTACCA CCAAAATGGG TCGGATCTTC CTGAAGGTGG CTGGCAGCCT AAAGGAGCTG 
ATAGACAGGT CTCTGTACAC CGAGTGCCAG CTGGCTGAAG AGAAGGATTC CCCAGGCAAC 
TCAAGCCAGG TTCTGCCAAC AGCCTGTAAG CGGAATAATG AGGAGGCCAT GGGGAATGAA 
CTGAGCTCTC AGCAGCAGAC TGAGGAGCAC CAGCATGTTT CCAAACGCTG TTACTACCTG 
AAAGAGCATG GAGACCCCCA AGAAGGTCTT CATGATCACC TTGGACAGAG CACAGGCCAT 
CATCAGAAGG CCCATACCAA CAAGTAA

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

RefSeq	XP_011529301.1
CDS	1118..5284
Translation	MSIPLHSLRFNNTMREENVEPQNKQMAFCRPMTETRADVQILHSHVQLPIVSTSASDPGGTSTQLMTSPVFDTMSAPLMGVPNSGALSPPLMPASDSGALSPLLMPASDSGALSPLLMPALDSGTLSPLLSTSEYGVMSPGMMTIPDFGTMSATLMVAPDSAEISPLAMPAPSSGVVCTPIMSTSSSEAMSTPLMLAPDSGELSPILMQDMNPGVMSTQPVPAPSSEAMSPLQITDEDTEAMSKVLMTALASGEISSLLMSGTDSEAISSLIMSAVASGGTSPQPTSTQNSGGIPTPLMSDLDSGIMSSLLMSSPGSEVMSTPLLSVPDAGEMSTLPKPAPDAEAMSPALMTALPSGVMPTQTMPAPGSGAMSPWSTQNVDSEMMSNPPVRATASGVMSAPPVRALDSGAMSTPLMGAPASGNMSTLQKTVPASGAMTTSLMTVPSSGVMSTEQMSATASRVMSAQLTMAKTSGAMPTGSMKAVAKQYKRATASGKMSTPLRRAPTSGAMSTQPVTATASETMSMPQLTVPASGSMSMLQMRAPVSEAMSMPQMRTMASGLTSAAQMKAMTSGAMSTPLMTAQTSGSTSTLLMRDTASGVMSCPQMRSLASGALSKPLMTPKASGTMFTEKMTTTASEAMPTLLMRDTVSGALSMPQMTDTASGGLSASLMRDTASGAMSTSQMTATVSGGMSMPLMRAQDPGVMPASLMRAKVSGKMLSQPMSTQDPGGMSMSPMKSMTAGGMQMNSPTSDVMSTPTVRAWTSETMSTPLMRTSDPGERPSLLTRASSSGEMSLPLMRAPASGEIATPLRSPAYGAMSAPQMTATASGMMSSMPQVKAPISGAMSMPLTRSTASGGMSMPLMRAPDSRVTSTSQMMPTASGDMCTLPVRAPASGGVSSPLVRAPASGTMSTPLRRPSACETVSTELMRASASGHMSTAQTTAMVSGGMSKPLMRAPASGTMPMPLMSAMASGEMSMPLMETMASGATSTLQTSVANSRSMSLSQTTYTVSGRMATAPIRASASGARSTSFMRASVSGSMPMPLPRATASGCGMGMSMPQMTATDSRGMSTPLMRASGPGTMSTPQTAFGVMSTPEIKATDSGEASTSHINITASGSKPTSHMTATTPETAKPPPKEVPSFGMLTPALCYLLEEQEAARGSCSVEEEMEIDEEKQMKGFLDDSERMAFLVSLHLGAAERWFILQMEVGEPLSHENKSFLRRSQGIYDSLSEIDILSAVLCHPKQGQKSVRQYATDFLLLARHLSWSDAILRTRFLEGLSEAVTTKMGRIFLKVAGSLKELIDRSLYTECQLAEEKDSPGNSSQVLPTACKRNNEEAMGNELSSQQQTEEHQHVSKRCYYLKEHGDPQEGLHDHLGQSTGHHQKAHTNK

Target ORF information:

RefSeq Version	XM_011530999.2
Organism	Homo sapiens(human)
Definition	Homo sapiens retrotransposon Gag like 9 (RTL9), transcript variant X3, mRNA.

Target ORF information:

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

XM_011530999.2

ORF Insert Sequence:

ATGTCAATAC CCTTACATTC ACTGCGATTC AACAATACAA TGAGGGAGGA AAATGTTGAG 
CCCCAAAACA AGCAGATGGC CTTCTGTAGA CCAATGACAG AGACCAGAGC AGACGTACAG 
ATTCTGCATT CTCATGTACA GTTGCCTATA GTCTCAACTT CAGCCTCAGA CCCTGGAGGG 
ACATCCACAC AGTTGATGAC ATCTCCAGTC TTTGACACCA TGTCTGCACC TCTAATGGGA 
GTACCAAACT CTGGAGCATT GTCCCCACCC CTAATGCCAG CCTCAGACTC TGGGGCACTT 
TCCCCATTGC TAATGCCAGC CTCAGACTCT GGGGCACTGT CCCCATTGCT AATGCCAGCC 
TTAGATTCTG GAACATTGTC CCCATTGCTG TCCACTTCAG AGTATGGGGT AATGTCCCCA 
GGGATGATGA CAATTCCTGA TTTTGGAACG ATGTCCGCAA CGCTAATGGT AGCACCAGAT 
TCTGCAGAGA TATCACCATT GGCAATGCCA GCTCCATCCT CTGGAGTGGT GTGTACACCT 
ATAATGAGCA CTTCATCCTC TGAGGCAATG TCCACACCAT TAATGCTAGC CCCAGATTCT 
GGAGAGTTAT CCCCAATTCT AATGCAAGAT ATGAATCCTG GAGTGATGTC TACACAGCCA 
GTGCCAGCTC CCAGCTCTGA GGCAATGTCC CCATTGCAAA TTACAGATGA AGACACCGAA 
GCAATGTCCA AAGTGCTAAT GACTGCTCTA GCCTCTGGAG AGATATCTTC GCTGCTAATG 
TCAGGCACGG ACTCTGAAGC AATATCCTCA CTGATAATGT CAGCTGTAGC TTCTGGAGGT 
ACATCACCCC AGCCAACAAG CACCCAAAAC TCTGGGGGAA TACCTACCCC GCTCATGTCA 
GATCTAGACT CTGGAATAAT GTCATCGCTT TTAATGTCAT CTCCAGGCTC TGAAGTAATG 
TCCACACCGC TACTGTCAGT CCCAGATGCT GGAGAAATGT CCACATTACC AAAGCCAGCT 
CCAGATGCTG AAGCAATGTC CCCAGCACTA ATGACGGCCC TACCCTCTGG AGTGATGCCC 
ACCCAAACGA TGCCAGCCCC AGGCTCTGGG GCGATGTCCC CATGGTCAAC ACAAAATGTA 
GACTCTGAAA TGATGTCTAA TCCGCCAGTG AGAGCAACAG CCTCTGGGGT GATGTCTGCA 
CCACCAGTAA GAGCTTTAGA TTCTGGAGCA ATGTCCACAC CGCTAATGGG AGCCCCAGCC 
TCTGGAAATA TGTCTACATT GCAAAAGACA GTTCCAGCCT CTGGAGCCAT GACCACCTCA 
CTGATGACAG TCCCAAGCTC TGGAGTGATG TCCACAGAGC AAATGTCAGC CACAGCCTCT 
AGAGTAATGT CCGCACAGTT AACAATGGCC AAAACTTCTG GAGCAATGCC CACAGGCTCT 
ATGAAAGCCG TGGCAAAACA ATACAAGAGA GCCACAGCCT CTGGAAAGAT GTCCACGCCA 
CTGAGGAGAG CTCCAACTTC TGGAGCAATG TCCACCCAAC CAGTTACGGC AACAGCCTCT 
GAAACAATGT CCATGCCACA ATTGACAGTC CCAGCCTCTG GATCAATGTC CATGCTGCAA 
ATGAGAGCCC CTGTCTCTGA AGCAATGTCC ATGCCACAAA TGAGAACCAT GGCCTCAGGA 
TTGACATCTG CAGCACAGAT GAAAGCCATG ACTTCTGGAG CAATGTCCAC CCCACTAATG 
ACAGCCCAAA CCTCTGGATC AACATCCACG CTGTTAATGA GAGACACAGC CTCAGGAGTG 
ATGTCCTGTC CACAAATGAG ATCTCTGGCC TCTGGAGCAT TGTCCAAGCC ACTAATGACA 
CCCAAAGCCT CAGGAACGAT GTTCACGGAG AAAATGACAA CCACAGCTTC TGAAGCAATG 
CCCACACTGC TAATGAGAGA CACAGTTTCT GGAGCTCTGT CCATGCCGCA AATGACAGAC 
ACAGCCTCTG GAGGGTTGTC TGCATCGCTA ATGAGAGACA CAGCTTCTGG AGCAATGTCC 
ACATCACAAA TGACAGCCAC AGTCTCTGGA GGGATGTCCA TGCCACTAAT GAGAGCTCAA 
GACCCAGGAG TAATGCCTGC CTCACTAATG AGAGCCAAAG TGTCTGGAAA GATGCTCAGT 
CAGCCAATGA GCACCCAAGA TCCTGGAGGG ATGTCCATGT CGCCCATGAA GTCCATGACC 
GCTGGAGGGA TGCAGATGAA TTCCCCAACC TCTGATGTGA TGTCCACACC AACAGTGAGA 
GCCTGGACCT CTGAAACAAT GTCCACACCA CTAATGAGAA CCTCAGACCC TGGAGAGAGG 
CCCTCACTGC TCACAAGAGC TTCATCCTCT GGAGAGATGT CCCTACCACT AATGAGAGCT 
CCAGCTTCTG GAGAGATAGC CACGCCTCTG AGATCCCCAG CTTATGGAGC CATGTCTGCT 
CCACAAATGA CAGCCACAGC CTCTGGAATG ATGTCATCCA TGCCACAAGT GAAGGCTCCC 
ATCTCTGGAG CAATGTCCAT GCCACTAACA AGATCCACAG CCTCTGGAGG GATGTCCATG 
CCACTGATGA GAGCCCCAGA CTCTAGAGTG ACATCCACAT CACAAATGAT GCCCACAGCT 
TCTGGAGACA TGTGCACACT ACCAGTGCGA GCCCCAGCCT CTGGAGGGGT GTCCTCACCA 
CTAGTAAGAG CTCCAGCCTC TGGAACTATG TCCACACCAC TAAGGAGACC CTCAGCCTGT 
GAGACTGTGT CCACAGAGTT AATGAGAGCT TCAGCCTCTG GACATATGTC CACTGCACAA 
ACAACAGCCA TGGTCTCTGG AGGGATGTCC AAGCCATTAA TGAGAGCCCC GGCCTCTGGA 
ACAATGCCCA TGCCTTTAAT GTCAGCCATG GCTTCTGGAG AGATGTCTAT GCCGCTAATG 
GAAACCATGG CCTCTGGAGC AACGTCCACA TTGCAAACCA GTGTTGCGAA CTCTAGATCT 
ATGTCCTTGT CACAAACAAC ATATACCGTG TCTGGAAGGA TGGCCACAGC GCCAATTAGA 
GCCTCTGCTT CTGGAGCAAG GTCCACATCA TTTATGAGAG CCTCAGTTTC TGGATCGATG 
CCCATGCCAC TACCAAGAGC CACAGCCTCT GGATGTGGCA TGGGTATGTC CATGCCACAA 
ATGACAGCCA CAGACTCTAG AGGGATGTCC ACACCACTAA TGAGGGCCTC AGGCCCTGGA 
ACAATGTCCA CACCACAGAC AGCCTTTGGA GTGATGTCCA CTCCGGAAAT CAAAGCCACA 
GACTCTGGAG AGGCATCCAC CTCTCACATT AACATCACAG CCTCTGGATC AAAGCCCACA 
TCGCACATGA CTGCCACAAC TCCTGAAACT GCGAAACCAC CACCAAAGGA AGTGCCATCC 
TTCGGAATGT TGACCCCAGC ACTCTGCTAC CTCTTAGAAG AGCAGGAAGC AGCCCGGGGC 
TCATGCTCTG TGGAGGAAGA GATGGAGATT GATGAGGAGA AGCAAATGAA GGGGTTTTTG 
GACGATTCAG AGAGAATGGC ATTTCTGGTA TCTCTTCATC TGGGAGCAGC AGAGAGGTGG 
TTCATCTTGC AAATGGAGGT AGGAGAACCT CTCTCACATG AAAATAAATC TTTCCTGAGA 
AGATCCCAGG GCATATATGA CTCCCTATCT GAGATAGACA TCCTCAGTGC TGTTCTTTGC 
CATCCCAAAC AGGGCCAAAA GTCAGTCAGG CAGTATGCCA CTGACTTCCT GCTGCTGGCC 
CGACATTTGT CTTGGTCTGA TGCCATTCTA CGGACCAGGT TTCTGGAAGG ACTCTCAGAA 
GCTGTTACCA CCAAAATGGG TCGGATCTTC CTGAAGGTGG CTGGCAGCCT AAAGGAGCTG 
ATAGACAGGT CTCTGTACAC CGAGTGCCAG CTGGCTGAAG AGAAGGATTC CCCAGGCAAC 
TCAAGCCAGG TTCTGCCAAC AGCCTGTAAG CGGAATAATG AGGAGGCCAT GGGGAATGAA 
CTGAGCTCTC AGCAGCAGAC TGAGGAGCAC CAGCATGTTT CCAAACGCTG TTACTACCTG 
AAAGAGCATG GAGACCCCCA AGAAGGTCTT CATGATCACC TTGGACAGAG CACAGGCCAT 
CATCAGAAGG CCCATACCAA CAAGTAA

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

PubMed

A family of neofunctionalized Ty3/gypsy retrotransposon genes in mammalian genomes.
Cytogenetic and genome research110(1-4)307-17(2005)
Brandt J,Veith AM,Volff JN

Transposable elements as a source of genetic innovation: expression and evolution of a family of retrotransposon-derived neogenes in mammals.
Gene345(1)101-11(2005 Jan)
Brandt J,Schrauth S,Veith AM,Froschauer A,Haneke T,Schultheis C,Gessler M,Leimeister C,Volff JN

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RTL9 cDNA ORF clone, Homo sapiens(human)

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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