EXPH5 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	EXPH5
Entrez Gene ID	100032451
Full Name	exophilin 5
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007494876.2	XP_007494938.1	exophilin-5 isoform X4
XM_016433873.1	XP_016289359.1	exophilin-5 isoform X3
XM_007494875.2	XP_007494937.1	exophilin-5 isoform X2
XM_007494874.2	XP_007494936.1	exophilin-5 isoform X1

Pathways from BioSystems
Gene Ontology

The following EXPH5 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the EXPH5 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OMc21123	XM_007494876.2 Latest version!	Monodelphis domestica exophilin 5 (EXPH5), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OMc42558	XM_016433873.1 Latest version!	Monodelphis domestica exophilin 5 (EXPH5), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OMc21121	XM_007494874.2 Latest version!	Monodelphis domestica exophilin 5 (EXPH5), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
OMc21122	XM_007494875.2 Latest version!	Monodelphis domestica exophilin 5 (EXPH5), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

EXPH5 ( XM_007494876.2 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007494938.1 Monodelphis domestica exophilin 5 (EXPH5), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OMc21123
Clone ID Related Accession (Same CDS sequence)	XM_007494876.2
Accession Version	XM_007494876.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5541bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	exophilin-5 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008804.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 27, 2016 this sequence version replaced XM_007494876.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGAAGAC ATGGGAATAA CTATGGAGAA ATTTCTCATC CATCTATCTA TGATATCCTA 
AGACCATCCA CTCCCAGACA AGGTTTTAGA ACTTTCTCCT ATAGAACAAA AACAATTTAT 
GATATGTATG GTACAAGAGA ATACACAGTT TCACAAGAGG AATACAAGAC CTTTGGCAGT 
TCATCTCTGT GTTCTGATAG GACACAGCCA CTAGCTTCTC CCACGTTAGG ACATTTCACA 
GCAAATAGCC TACATCTACC GTCGTACTCT GAGAGGAAGA GTGTTTTTTT ACCAAGAAGC 
CATCAGCAGA GTCCAAGGAG AACTCCTTTG TCATCTATTA TATGGAACAG GTCATATACT 
CCTGGAGATG TTCAATACCA AGAAGAGTTT CTGAGGGCAG AATCCCCAAT GGAAGTTGAT 
CCTGTCCATC AGGATGCATA CCCTAACCAG CCTCAAGGCA ATGGGAGAAA TAAATTTTAC 
CATTTCAGTA ATGTATATCA AAGTGTAAGG CCACATGCTC CTTGGGATAG AACAACCAGT 
CCTGAGTCAT TTGAGAATTC TGAGAACATT CCATTCCACC AACATGAAAA CAAATTCTCA 
CAGTCATATT ATTACAATAC CACGGGTCCT AGAAGATTAC AAAAATTTGG AGAAAGTCCT 
TTTTGGAATA AAAAAGAAGA GTTTCCATCC TTATCTGACT TTCATCACAG AAACAAAGAA 
TTCAATTCTT CCAACAGAGA CTTTGAAATG ATTTCAACTG ATGTAAATGA GGTGTCGGCT 
ATCTATAATG ATAGCATTCC TGTACCATCT CAACCTTGGA GAGCAAATTT TTCTAGAAAT 
AAAGAGTCAA TTCATAGAGA GTTTAATTTT CAGACATGTG TATCGGAGGA CATGGAAGTC 
CTATCACAAG ATAATGGTAC CCAAGTAGAC TTAAAGGAAA AATATGAGCA TTTGCCCACA 
CCTTCCATGG ATACAATGGG AAACAAATTC TGGAATGCCC CAGATATTTA CTCAAGGAGT 
CAAGTCAAAC TGGATATGCT AGGAAGTCAA CAGAAGTGGC CTCCAATGGA AGCAAAATCA 
AATTCAAAAA CCAACTTACC TGAAACCACT CAGAATTTGG CATCCTCAGT CCAGATTCCA 
CATAGAACAG AAACCTTTCA ACACTCTGAC TGCCAGAATG CTCCCACTAT GTCATGGGAC 
CCCAAAAGGG ATGCTCCTGA TGAATCTGCC TCTTTCCCTT TAAGAAGCCA AAAAGAATTT 
ATTGAAACCA GTGGTGATTC TATCACTGTT AATAGAAACC AGTCAAACAC TTGGATCACT 
GAGTTGAATC CTGAAAAAGA CTTGATCAAA TCTATGTCAG AAAAAATGGG GCACCTAAAC 
AAGGTTGATG AGACAAGCCA GGTAGATAAA ACAGTACCAA TTGTCTCTCA GTCAACTATT 
ATGGAGACAA CACCTGATTA TCAGCTTTCT CTTTCTAGGG ACTCAACCAC CCTTTCCAGC 
AATAAATTTG TTTTTAATGC ACCTGTCTCC ATAGTTTCAA AAAAGCCAAC TGGAGTCTTT 
GGCAAAAGAG ATATTTCCAA AATCTACATA TCAAACAAAG ATAAAGCAAA TGCACTTAAA 
AAAGAAAAGG ATTCTACCAT GGAAAGAAAA CCAGATTCAG GAACTTCATT TCCTTTCTCT 
CAGGAAAACA GAACAACATT ATCTTTTCCC AAACAAAATC AAGGTTTTCA GCAAGAATCA 
GCAAAAAACA ATGTTGGTAT TTCCAACATC AAAAATGAAG ACTGGAAACT AGAAACTGCC 
AGTAATCGAA ACCCACAATA TAAAGGAGAC TCATTTGTTT TAGATGCCAA CAATATGCAA 
GGTGGTCAAT TGAAAAATGC TTTGGTTCCT CCTACCAATT GTTCCAGGTT TGCTGAAAAC 
CATCATGGCC CATCAGATCA CTCCCCAGAT CTATTGCCAG ATGATGGGCA AAGTCTTCCA 
TCATCTTTTC CTGTTGACAG CACTTCCTTA GCTTCTTTAG TAACTCCCTC AGGTACTTCA 
TTAAATTTCA CATCTAATGT ATTAGCAAAA GAGGAAATGT TCTCAAAAAA AAGTCTTCTG 
GGAAAAGATG CATCTAAAAG GGAAAGTGAA GAAAAGGCCT GTTCTGGTAA TACGGATCAA 
AATTATCAAT TAACTGTCAG CACCTCAGAA AACCAAGCTA GTGGGGATAT CCAGGTACTT 
GATATTCACA AATTGAAGGA TGTTGCTAAG TGCCATCCAG ACCATTCTTT CACTTTGGGG 
AGAGAAAAAG GGAAAATAAG GCGTTCATTA TCCTATATTG AGAAGTTAAG CAAATCAGGA 
AATTTCTTGA GACAGGCAAG TAATGACAGT AATGACATAG TTCCTAATCA GGGTAATTCC 
CAGTCTCTTG AGACCCTTGA CATTTACTGT ACCTTCCCAA GAAAATTGAC CAGTTTCCTA 
ATCGATGACA ACAAAAAACT AGAAAACAAG ATAATGTCCA CCTCATTTAG GAAGGGGCCC 
CCTCCATTCC AAATAAAAAA CATCAAAGAT CCACTAGAGA AATGCTTCTC AAACAAAAAT 
AATTCCAATT CTTCTGAACC GAATAGGCGG TGCCCTGAAG TCAACGTAAA CTCTTCCTCA 
TTAAGGTCTA CACCTGAAGA GATAACGACA AACATTAGAA ACATAGCACC TGCTTCTTTT 
AGAAAAGGGC CCCCTCCATT TGAAATCAAA GGGACCAGAC CTTTTGGGAC ATGTTCCTCA 
GATGGAGTGG ACAGAAGGGA TAAATATGGC TTAGACACAG AACCTTTTAT TCTAACACCA 
AGGCCTGAGG AGTTGATCTC TACCTCTCAG GAAAACAGCC CATCAATTAA AAAACATTCT 
TTACAACTAA CCAAAGGTCA TCCTCATGAA GAAAGTTTTC AAGTCCACTC TGAAAATCAC 
AGCAAAATGG CTTCTTCCCA GAAAGATAAT CTTGCAAATA CCTTCTTCCT CCCTGATGAA 
AAACATTTAT CTTCCTCTCC AGACATGTCA GAAAAGCAAA ATGGAAAACC TCTACACAAA 
TACAAGACAA CAAGCACAGT CACTATTTCT GGTGATGAAG ACAATGTAAA ACGTCTTGAG 
GTGGTTTCCA TCTATTATAC TTTACCACGG AAGCACAACA AAAAATTATG TGACTTCCTC 
AAAAGTGACA CACAAAGTAT AAGTTTATCC CCAGAATCAA CCACAGTAGA GGATGCAACA 
TTCCCTATTT CTTTTTCAAA GAAGCAACTC AATTCTTCGG CGCAGTCATT ACCAGAAACA 
CCTGTCTCTC CCTATGCGAA GGCATCTGTT AGCAGGTGTC AATGGAGAAA GCATTCTTTC 
TCCCAGGACA CTGAGACAGG AGCTCTTTTT CAGTCACCAC ATAGTCCATA TCCTGGGGCA 
GAGAAGCCCT CAGCAGAGAC ATTACAAGAA ATGGTTGGAG GCATTTCTCT TTGCGGAGAA 
TGCAATCCTA CCAAGACTCC TTCAGCTAAA ACAATCTCAG GTGATTTGCA AAGCAAAAGT 
GTAGATACCT TTTCTTTTAT TCCTGGCCAT CAACAGGGAC AAGAAAAATG GCAGAATCAT 
AGCAGGTATG CCTCTGTCTC TCCCACAGAG CTTCATAATA AACTTGTTAG AGAAAGAAAG 
CTTGAAAATC CCAAACAGTC CATTAAAGTA TATGAAAGAG AGAGCCCTTC TGTCATTCAG 
ACCCATTTGG GAGATGCTAG TAACAGTCCT TGCAGAAGAG AAATCTTGGG AAAATGTGGG 
CCTTGCAACA TAGATGCTAT GTCTATTGGA AGCAGAAATT ATTCTGGTGA AGAAGTTAAT 
GATAAAATGA ACTTAGTATC TGGAGCTAAA TCCTTCTATG ACAATGTAAG AGAGTCACAG 
CCAGACTCAG CTGATGGTAA ACTGAAAACA GATGACCAAA AAATTATTGA AAAAACATGT 
TCTGCTTTAC AAAGTAAAGA CTTCTCTCTC TCCTCCAATT CCGTCAAACT TCAGCCTGAG 
GAGAGGAACC ATAAGGGTCA GCCTGACTTA GAAAGGTCAC TGAGGGAACC AAAGGAAGTA 
CCTCAAGAAA AAGATACAGA TAAGAGAAGT AATACAGAAA AAGACAGGTT GGCCGAAGTA 
GAAGATGCCC CAAACACAAA GGCAAATGAG AAAATGCAGG GGCTGCCCTA TGATCAGTAT 
TCACCTCCCA AGGTAATCGA TGAAATTAAG TGTAATTTGG ATTGCACCAA AGAGAAAACC 
AACCTAGAGA AAAGGAAAAA CAGACCTTCT GTTAAACAAA AACTGGCAGC TATGTCCAAG 
GTGAGCAGAA AATTCTCAAC AAAAGATATG AGCTCCAGAA GACACATTGC TACCATTTTC 
CCACAAGAAG AAGTCAATTC CAGTACCAAT AGCTTACCTC AAAACACACC AGAGATGGCT 
CCATCATCAG CCAAATCCAC CCTTGGGATC CCAGAATCTA CACACGAATC TAAGAAGTCA 
GGCACTAGTG GGTCTGAGAG CATTGCTCTC CCAACAGCCG AAGTGAGTAA GACTGAGAAC 
CCTCTCCAGC CTCCCTTGGA TTCCATCCAG AAGCCCATCA CATATGTAAG TGAGCAAAAG 
ACAACGACCA GTAGTTCCAA ACCACAGAAG AACAAACTTG AGAATGTAAC AGAATCACCA 
TCGAGTAGCA CAAACTTTGA AAATGCAATA CTAATGGAAA GAGGCAAATG CCCTCAACGT 
TTGAAAACAG AGCATGAAAC CCCCACCCAG CCCATGATTT CCAGCCCGGG GACCAAGGAT 
TTCTCTGATG ATCTCAAGAG ACTGAGCCTT CAGTTCCCCT CTAAGGCTGC ATGCAAGGCT 
CCTGATAAAA GAATCTTGCC GCCCAGTACT CAGCCACAGC AAAAAAATAT CTCACTCCAA 
GAATGGGAGC CTGACTCGAA TCTCTATCGT TCCAAGAGTT TGAAAAACAT AAATGAGCCA 
AGTAACCAGC CACAAATAAG CCAAACTCAG AAAATGCGCG AGCGCCATTT TTCTGCATGT 
ACTTTTTCTG ACAATGCCCC AGACAGAGGG AAACTTGGGG ATGAATTTCC TGTTCGAAGT 
GGGCATGGAA GAAGGTTCCG ATCTTTTTCT GAGCTCTCTG CCTGTGATGA AAAAGACACC 
TGGACTCTGG GCAGTGACAG GGCTAGGGCC AGTGGTCCCA GGGCGACAAG CTCCATCTCC 
AGACCGATTG ACTATGGGAT TTTTGGGAAG GAACAGCAGC TGGCTTTCTT AGAGAATGTC 
AAGAGGTCCC TCACAGAAGG GAGGCTGTGG AGGCCAAATT TCCTTAAAAA CCCTGGCTTC 
CTAACAGATG ATGCGAATCA TCCTGCTGAC AAACCGGAAT CGCTCACCTC CGGCAAAATG 
TCCAAAGATG GTTTGTCTCC CAGGGAGGTG CTTAACATCT ATCAGGATGC ACCTGTTGTG 
GGGCATTCAG GATCTGACAC CGACACCACT ACAGATGACG AGTACTACCT GGACGAAGCT 
GACAAGGAGT CTGAACTCTG A

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

RefSeq	XP_007494938.1
CDS	1238..6778
Translation	MGRHGNNYGEISHPSIYDILRPSTPRQGFRTFSYRTKTIYDMYGTREYTVSQEEYKTFGSSSLCSDRTQPLASPTLGHFTANSLHLPSYSERKSVFLPRSHQQSPRRTPLSSIIWNRSYTPGDVQYQEEFLRAESPMEVDPVHQDAYPNQPQGNGRNKFYHFSNVYQSVRPHAPWDRTTSPESFENSENIPFHQHENKFSQSYYYNTTGPRRLQKFGESPFWNKKEEFPSLSDFHHRNKEFNSSNRDFEMISTDVNEVSAIYNDSIPVPSQPWRANFSRNKESIHREFNFQTCVSEDMEVLSQDNGTQVDLKEKYEHLPTPSMDTMGNKFWNAPDIYSRSQVKLDMLGSQQKWPPMEAKSNSKTNLPETTQNLASSVQIPHRTETFQHSDCQNAPTMSWDPKRDAPDESASFPLRSQKEFIETSGDSITVNRNQSNTWITELNPEKDLIKSMSEKMGHLNKVDETSQVDKTVPIVSQSTIMETTPDYQLSLSRDSTTLSSNKFVFNAPVSIVSKKPTGVFGKRDISKIYISNKDKANALKKEKDSTMERKPDSGTSFPFSQENRTTLSFPKQNQGFQQESAKNNVGISNIKNEDWKLETASNRNPQYKGDSFVLDANNMQGGQLKNALVPPTNCSRFAENHHGPSDHSPDLLPDDGQSLPSSFPVDSTSLASLVTPSGTSLNFTSNVLAKEEMFSKKSLLGKDASKRESEEKACSGNTDQNYQLTVSTSENQASGDIQVLDIHKLKDVAKCHPDHSFTLGREKGKIRRSLSYIEKLSKSGNFLRQASNDSNDIVPNQGNSQSLETLDIYCTFPRKLTSFLIDDNKKLENKIMSTSFRKGPPPFQIKNIKDPLEKCFSNKNNSNSSEPNRRCPEVNVNSSSLRSTPEEITTNIRNIAPASFRKGPPPFEIKGTRPFGTCSSDGVDRRDKYGLDTEPFILTPRPEELISTSQENSPSIKKHSLQLTKGHPHEESFQVHSENHSKMASSQKDNLANTFFLPDEKHLSSSPDMSEKQNGKPLHKYKTTSTVTISGDEDNVKRLEVVSIYYTLPRKHNKKLCDFLKSDTQSISLSPESTTVEDATFPISFSKKQLNSSAQSLPETPVSPYAKASVSRCQWRKHSFSQDTETGALFQSPHSPYPGAEKPSAETLQEMVGGISLCGECNPTKTPSAKTISGDLQSKSVDTFSFIPGHQQGQEKWQNHSRYASVSPTELHNKLVRERKLENPKQSIKVYERESPSVIQTHLGDASNSPCRREILGKCGPCNIDAMSIGSRNYSGEEVNDKMNLVSGAKSFYDNVRESQPDSADGKLKTDDQKIIEKTCSALQSKDFSLSSNSVKLQPEERNHKGQPDLERSLREPKEVPQEKDTDKRSNTEKDRLAEVEDAPNTKANEKMQGLPYDQYSPPKVIDEIKCNLDCTKEKTNLEKRKNRPSVKQKLAAMSKVSRKFSTKDMSSRRHIATIFPQEEVNSSTNSLPQNTPEMAPSSAKSTLGIPESTHESKKSGTSGSESIALPTAEVSKTENPLQPPLDSIQKPITYVSEQKTTTSSSKPQKNKLENVTESPSSSTNFENAILMERGKCPQRLKTEHETPTQPMISSPGTKDFSDDLKRLSLQFPSKAACKAPDKRILPPSTQPQQKNISLQEWEPDSNLYRSKSLKNINEPSNQPQISQTQKMRERHFSACTFSDNAPDRGKLGDEFPVRSGHGRRFRSFSELSACDEKDTWTLGSDRARASGPRATSSISRPIDYGIFGKEQQLAFLENVKRSLTEGRLWRPNFLKNPGFLTDDANHPADKPESLTSGKMSKDGLSPREVLNIYQDAPVVGHSGSDTDTTTDDEYYLDEADKESEL

Target ORF information:

RefSeq Version	XM_007494876.2
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica exophilin 5 (EXPH5), transcript variant X4, mRNA.

Target ORF information:

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

XM_007494876.2

ORF Insert Sequence:

ATGGGAAGAC ATGGGAATAA CTATGGAGAA ATTTCTCATC CATCTATCTA TGATATCCTA 
AGACCATCCA CTCCCAGACA AGGTTTTAGA ACTTTCTCCT ATAGAACAAA AACAATTTAT 
GATATGTATG GTACAAGAGA ATACACAGTT TCACAAGAGG AATACAAGAC CTTTGGCAGT 
TCATCTCTGT GTTCTGATAG GACACAGCCA CTAGCTTCTC CCACGTTAGG ACATTTCACA 
GCAAATAGCC TACATCTACC GTCGTACTCT GAGAGGAAGA GTGTTTTTTT ACCAAGAAGC 
CATCAGCAGA GTCCAAGGAG AACTCCTTTG TCATCTATTA TATGGAACAG GTCATATACT 
CCTGGAGATG TTCAATACCA AGAAGAGTTT CTGAGGGCAG AATCCCCAAT GGAAGTTGAT 
CCTGTCCATC AGGATGCATA CCCTAACCAG CCTCAAGGCA ATGGGAGAAA TAAATTTTAC 
CATTTCAGTA ATGTATATCA AAGTGTAAGG CCACATGCTC CTTGGGATAG AACAACCAGT 
CCTGAGTCAT TTGAGAATTC TGAGAACATT CCATTCCACC AACATGAAAA CAAATTCTCA 
CAGTCATATT ATTACAATAC CACGGGTCCT AGAAGATTAC AAAAATTTGG AGAAAGTCCT 
TTTTGGAATA AAAAAGAAGA GTTTCCATCC TTATCTGACT TTCATCACAG AAACAAAGAA 
TTCAATTCTT CCAACAGAGA CTTTGAAATG ATTTCAACTG ATGTAAATGA GGTGTCGGCT 
ATCTATAATG ATAGCATTCC TGTACCATCT CAACCTTGGA GAGCAAATTT TTCTAGAAAT 
AAAGAGTCAA TTCATAGAGA GTTTAATTTT CAGACATGTG TATCGGAGGA CATGGAAGTC 
CTATCACAAG ATAATGGTAC CCAAGTAGAC TTAAAGGAAA AATATGAGCA TTTGCCCACA 
CCTTCCATGG ATACAATGGG AAACAAATTC TGGAATGCCC CAGATATTTA CTCAAGGAGT 
CAAGTCAAAC TGGATATGCT AGGAAGTCAA CAGAAGTGGC CTCCAATGGA AGCAAAATCA 
AATTCAAAAA CCAACTTACC TGAAACCACT CAGAATTTGG CATCCTCAGT CCAGATTCCA 
CATAGAACAG AAACCTTTCA ACACTCTGAC TGCCAGAATG CTCCCACTAT GTCATGGGAC 
CCCAAAAGGG ATGCTCCTGA TGAATCTGCC TCTTTCCCTT TAAGAAGCCA AAAAGAATTT 
ATTGAAACCA GTGGTGATTC TATCACTGTT AATAGAAACC AGTCAAACAC TTGGATCACT 
GAGTTGAATC CTGAAAAAGA CTTGATCAAA TCTATGTCAG AAAAAATGGG GCACCTAAAC 
AAGGTTGATG AGACAAGCCA GGTAGATAAA ACAGTACCAA TTGTCTCTCA GTCAACTATT 
ATGGAGACAA CACCTGATTA TCAGCTTTCT CTTTCTAGGG ACTCAACCAC CCTTTCCAGC 
AATAAATTTG TTTTTAATGC ACCTGTCTCC ATAGTTTCAA AAAAGCCAAC TGGAGTCTTT 
GGCAAAAGAG ATATTTCCAA AATCTACATA TCAAACAAAG ATAAAGCAAA TGCACTTAAA 
AAAGAAAAGG ATTCTACCAT GGAAAGAAAA CCAGATTCAG GAACTTCATT TCCTTTCTCT 
CAGGAAAACA GAACAACATT ATCTTTTCCC AAACAAAATC AAGGTTTTCA GCAAGAATCA 
GCAAAAAACA ATGTTGGTAT TTCCAACATC AAAAATGAAG ACTGGAAACT AGAAACTGCC 
AGTAATCGAA ACCCACAATA TAAAGGAGAC TCATTTGTTT TAGATGCCAA CAATATGCAA 
GGTGGTCAAT TGAAAAATGC TTTGGTTCCT CCTACCAATT GTTCCAGGTT TGCTGAAAAC 
CATCATGGCC CATCAGATCA CTCCCCAGAT CTATTGCCAG ATGATGGGCA AAGTCTTCCA 
TCATCTTTTC CTGTTGACAG CACTTCCTTA GCTTCTTTAG TAACTCCCTC AGGTACTTCA 
TTAAATTTCA CATCTAATGT ATTAGCAAAA GAGGAAATGT TCTCAAAAAA AAGTCTTCTG 
GGAAAAGATG CATCTAAAAG GGAAAGTGAA GAAAAGGCCT GTTCTGGTAA TACGGATCAA 
AATTATCAAT TAACTGTCAG CACCTCAGAA AACCAAGCTA GTGGGGATAT CCAGGTACTT 
GATATTCACA AATTGAAGGA TGTTGCTAAG TGCCATCCAG ACCATTCTTT CACTTTGGGG 
AGAGAAAAAG GGAAAATAAG GCGTTCATTA TCCTATATTG AGAAGTTAAG CAAATCAGGA 
AATTTCTTGA GACAGGCAAG TAATGACAGT AATGACATAG TTCCTAATCA GGGTAATTCC 
CAGTCTCTTG AGACCCTTGA CATTTACTGT ACCTTCCCAA GAAAATTGAC CAGTTTCCTA 
ATCGATGACA ACAAAAAACT AGAAAACAAG ATAATGTCCA CCTCATTTAG GAAGGGGCCC 
CCTCCATTCC AAATAAAAAA CATCAAAGAT CCACTAGAGA AATGCTTCTC AAACAAAAAT 
AATTCCAATT CTTCTGAACC GAATAGGCGG TGCCCTGAAG TCAACGTAAA CTCTTCCTCA 
TTAAGGTCTA CACCTGAAGA GATAACGACA AACATTAGAA ACATAGCACC TGCTTCTTTT 
AGAAAAGGGC CCCCTCCATT TGAAATCAAA GGGACCAGAC CTTTTGGGAC ATGTTCCTCA 
GATGGAGTGG ACAGAAGGGA TAAATATGGC TTAGACACAG AACCTTTTAT TCTAACACCA 
AGGCCTGAGG AGTTGATCTC TACCTCTCAG GAAAACAGCC CATCAATTAA AAAACATTCT 
TTACAACTAA CCAAAGGTCA TCCTCATGAA GAAAGTTTTC AAGTCCACTC TGAAAATCAC 
AGCAAAATGG CTTCTTCCCA GAAAGATAAT CTTGCAAATA CCTTCTTCCT CCCTGATGAA 
AAACATTTAT CTTCCTCTCC AGACATGTCA GAAAAGCAAA ATGGAAAACC TCTACACAAA 
TACAAGACAA CAAGCACAGT CACTATTTCT GGTGATGAAG ACAATGTAAA ACGTCTTGAG 
GTGGTTTCCA TCTATTATAC TTTACCACGG AAGCACAACA AAAAATTATG TGACTTCCTC 
AAAAGTGACA CACAAAGTAT AAGTTTATCC CCAGAATCAA CCACAGTAGA GGATGCAACA 
TTCCCTATTT CTTTTTCAAA GAAGCAACTC AATTCTTCGG CGCAGTCATT ACCAGAAACA 
CCTGTCTCTC CCTATGCGAA GGCATCTGTT AGCAGGTGTC AATGGAGAAA GCATTCTTTC 
TCCCAGGACA CTGAGACAGG AGCTCTTTTT CAGTCACCAC ATAGTCCATA TCCTGGGGCA 
GAGAAGCCCT CAGCAGAGAC ATTACAAGAA ATGGTTGGAG GCATTTCTCT TTGCGGAGAA 
TGCAATCCTA CCAAGACTCC TTCAGCTAAA ACAATCTCAG GTGATTTGCA AAGCAAAAGT 
GTAGATACCT TTTCTTTTAT TCCTGGCCAT CAACAGGGAC AAGAAAAATG GCAGAATCAT 
AGCAGGTATG CCTCTGTCTC TCCCACAGAG CTTCATAATA AACTTGTTAG AGAAAGAAAG 
CTTGAAAATC CCAAACAGTC CATTAAAGTA TATGAAAGAG AGAGCCCTTC TGTCATTCAG 
ACCCATTTGG GAGATGCTAG TAACAGTCCT TGCAGAAGAG AAATCTTGGG AAAATGTGGG 
CCTTGCAACA TAGATGCTAT GTCTATTGGA AGCAGAAATT ATTCTGGTGA AGAAGTTAAT 
GATAAAATGA ACTTAGTATC TGGAGCTAAA TCCTTCTATG ACAATGTAAG AGAGTCACAG 
CCAGACTCAG CTGATGGTAA ACTGAAAACA GATGACCAAA AAATTATTGA AAAAACATGT 
TCTGCTTTAC AAAGTAAAGA CTTCTCTCTC TCCTCCAATT CCGTCAAACT TCAGCCTGAG 
GAGAGGAACC ATAAGGGTCA GCCTGACTTA GAAAGGTCAC TGAGGGAACC AAAGGAAGTA 
CCTCAAGAAA AAGATACAGA TAAGAGAAGT AATACAGAAA AAGACAGGTT GGCCGAAGTA 
GAAGATGCCC CAAACACAAA GGCAAATGAG AAAATGCAGG GGCTGCCCTA TGATCAGTAT 
TCACCTCCCA AGGTAATCGA TGAAATTAAG TGTAATTTGG ATTGCACCAA AGAGAAAACC 
AACCTAGAGA AAAGGAAAAA CAGACCTTCT GTTAAACAAA AACTGGCAGC TATGTCCAAG 
GTGAGCAGAA AATTCTCAAC AAAAGATATG AGCTCCAGAA GACACATTGC TACCATTTTC 
CCACAAGAAG AAGTCAATTC CAGTACCAAT AGCTTACCTC AAAACACACC AGAGATGGCT 
CCATCATCAG CCAAATCCAC CCTTGGGATC CCAGAATCTA CACACGAATC TAAGAAGTCA 
GGCACTAGTG GGTCTGAGAG CATTGCTCTC CCAACAGCCG AAGTGAGTAA GACTGAGAAC 
CCTCTCCAGC CTCCCTTGGA TTCCATCCAG AAGCCCATCA CATATGTAAG TGAGCAAAAG 
ACAACGACCA GTAGTTCCAA ACCACAGAAG AACAAACTTG AGAATGTAAC AGAATCACCA 
TCGAGTAGCA CAAACTTTGA AAATGCAATA CTAATGGAAA GAGGCAAATG CCCTCAACGT 
TTGAAAACAG AGCATGAAAC CCCCACCCAG CCCATGATTT CCAGCCCGGG GACCAAGGAT 
TTCTCTGATG ATCTCAAGAG ACTGAGCCTT CAGTTCCCCT CTAAGGCTGC ATGCAAGGCT 
CCTGATAAAA GAATCTTGCC GCCCAGTACT CAGCCACAGC AAAAAAATAT CTCACTCCAA 
GAATGGGAGC CTGACTCGAA TCTCTATCGT TCCAAGAGTT TGAAAAACAT AAATGAGCCA 
AGTAACCAGC CACAAATAAG CCAAACTCAG AAAATGCGCG AGCGCCATTT TTCTGCATGT 
ACTTTTTCTG ACAATGCCCC AGACAGAGGG AAACTTGGGG ATGAATTTCC TGTTCGAAGT 
GGGCATGGAA GAAGGTTCCG ATCTTTTTCT GAGCTCTCTG CCTGTGATGA AAAAGACACC 
TGGACTCTGG GCAGTGACAG GGCTAGGGCC AGTGGTCCCA GGGCGACAAG CTCCATCTCC 
AGACCGATTG ACTATGGGAT TTTTGGGAAG GAACAGCAGC TGGCTTTCTT AGAGAATGTC 
AAGAGGTCCC TCACAGAAGG GAGGCTGTGG AGGCCAAATT TCCTTAAAAA CCCTGGCTTC 
CTAACAGATG ATGCGAATCA TCCTGCTGAC AAACCGGAAT CGCTCACCTC CGGCAAAATG 
TCCAAAGATG GTTTGTCTCC CAGGGAGGTG CTTAACATCT ATCAGGATGC ACCTGTTGTG 
GGGCATTCAG GATCTGACAC CGACACCACT ACAGATGACG AGTACTACCT GGACGAAGCT 
GACAAGGAGT CTGAACTCTG A

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

EXPH5 ( XM_016433873.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_016289359.1 Monodelphis domestica exophilin 5 (EXPH5), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OMc42558
Clone ID Related Accession (Same CDS sequence)	XM_016433873.1
Accession Version	XM_016433873.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5736bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	exophilin-5 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008804.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGGGAAG GAAGCAGCAT GCCTCCGTGG GATGCTTCCC AGCTAGAGAA TGAATTCTTT 
CAGGTTTTAG ATGACTTGGA CAACAAACTG GCTCAGGAAC AAGCCCTAAG TCCAGGGAAT 
ACCAGAACAC CAATCCACTA TGGATTCAGA ACACAGACCA GTTCTTATCA CACTGGGAGC 
AGAAATGGCA ATCTCATGGG AAGACATGGG AATAACTATG GAGAAATTTC TCATCCATCT 
ATCTATGATA TCCTAAGACC ATCCACTCCC AGACAAGGTT TTAGAACTTT CTCCTATAGA 
ACAAAAACAA TTTATGATAT GTATGGTACA AGAGAATACA CAGTTTCACA AGAGGAATAC 
AAGACCTTTG GCAGTTCATC TCTGTGTTCT GATAGGACAC AGCCACTAGC TTCTCCCACG 
TTAGGACATT TCACAGCAAA TAGCCTACAT CTACCGTCGT ACTCTGAGAG GAAGAGTGTT 
TTTTTACCAA GAAGCCATCA GCAGAGTCCA AGGAGAACTC CTTTGTCATC TATTATATGG 
AACAGGTCAT ATACTCCTGG AGATGTTCAA TACCAAGAAG AGTTTCTGAG GGCAGAATCC 
CCAATGGAAG TTGATCCTGT CCATCAGGAT GCATACCCTA ACCAGCCTCA AGGCAATGGG 
AGAAATAAAT TTTACCATTT CAGTAATGTA TATCAAAGTG TAAGGCCACA TGCTCCTTGG 
GATAGAACAA CCAGTCCTGA GTCATTTGAG AATTCTGAGA ACATTCCATT CCACCAACAT 
GAAAACAAAT TCTCACAGTC ATATTATTAC AATACCACGG GTCCTAGAAG ATTACAAAAA 
TTTGGAGAAA GTCCTTTTTG GAATAAAAAA GAAGAGTTTC CATCCTTATC TGACTTTCAT 
CACAGAAACA AAGAATTCAA TTCTTCCAAC AGAGACTTTG AAATGATTTC AACTGATGTA 
AATGAGGTGT CGGCTATCTA TAATGATAGC ATTCCTGTAC CATCTCAACC TTGGAGAGCA 
AATTTTTCTA GAAATAAAGA GTCAATTCAT AGAGAGTTTA ATTTTCAGAC ATGTGTATCG 
GAGGACATGG AAGTCCTATC ACAAGATAAT GGTACCCAAG TAGACTTAAA GGAAAAATAT 
GAGCATTTGC CCACACCTTC CATGGATACA ATGGGAAACA AATTCTGGAA TGCCCCAGAT 
ATTTACTCAA GGAGTCAAGT CAAACTGGAT ATGCTAGGAA GTCAACAGAA GTGGCCTCCA 
ATGGAAGCAA AATCAAATTC AAAAACCAAC TTACCTGAAA CCACTCAGAA TTTGGCATCC 
TCAGTCCAGA TTCCACATAG AACAGAAACC TTTCAACACT CTGACTGCCA GAATGCTCCC 
ACTATGTCAT GGGACCCCAA AAGGGATGCT CCTGATGAAT CTGCCTCTTT CCCTTTAAGA 
AGCCAAAAAG AATTTATTGA AACCAGTGGT GATTCTATCA CTGTTAATAG AAACCAGTCA 
AACACTTGGA TCACTGAGTT GAATCCTGAA AAAGACTTGA TCAAATCTAT GTCAGAAAAA 
ATGGGGCACC TAAACAAGGT TGATGAGACA AGCCAGGTAG ATAAAACAGT ACCAATTGTC 
TCTCAGTCAA CTATTATGGA GACAACACCT GATTATCAGC TTTCTCTTTC TAGGGACTCA 
ACCACCCTTT CCAGCAATAA ATTTGTTTTT AATGCACCTG TCTCCATAGT TTCAAAAAAG 
CCAACTGGAG TCTTTGGCAA AAGAGATATT TCCAAAATCT ACATATCAAA CAAAGATAAA 
GCAAATGCAC TTAAAAAAGA AAAGGATTCT ACCATGGAAA GAAAACCAGA TTCAGGAACT 
TCATTTCCTT TCTCTCAGGA AAACAGAACA ACATTATCTT TTCCCAAACA AAATCAAGGT 
TTTCAGCAAG AATCAGCAAA AAACAATGTT GGTATTTCCA ACATCAAAAA TGAAGACTGG 
AAACTAGAAA CTGCCAGTAA TCGAAACCCA CAATATAAAG GAGACTCATT TGTTTTAGAT 
GCCAACAATA TGCAAGGTGG TCAATTGAAA AATGCTTTGG TTCCTCCTAC CAATTGTTCC 
AGGTTTGCTG AAAACCATCA TGGCCCATCA GATCACTCCC CAGATCTATT GCCAGATGAT 
GGGCAAAGTC TTCCATCATC TTTTCCTGTT GACAGCACTT CCTTAGCTTC TTTAGTAACT 
CCCTCAGGTA CTTCATTAAA TTTCACATCT AATGTATTAG CAAAAGAGGA AATGTTCTCA 
AAAAAAAGTC TTCTGGGAAA AGATGCATCT AAAAGGGAAA GTGAAGAAAA GGCCTGTTCT 
GGTAATACGG ATCAAAATTA TCAATTAACT GTCAGCACCT CAGAAAACCA AGCTAGTGGG 
GATATCCAGG TACTTGATAT TCACAAATTG AAGGATGTTG CTAAGTGCCA TCCAGACCAT 
TCTTTCACTT TGGGGAGAGA AAAAGGGAAA ATAAGGCGTT CATTATCCTA TATTGAGAAG 
TTAAGCAAAT CAGGAAATTT CTTGAGACAG GCAAGTAATG ACAGTAATGA CATAGTTCCT 
AATCAGGGTA ATTCCCAGTC TCTTGAGACC CTTGACATTT ACTGTACCTT CCCAAGAAAA 
TTGACCAGTT TCCTAATCGA TGACAACAAA AAACTAGAAA ACAAGATAAT GTCCACCTCA 
TTTAGGAAGG GGCCCCCTCC ATTCCAAATA AAAAACATCA AAGATCCACT AGAGAAATGC 
TTCTCAAACA AAAATAATTC CAATTCTTCT GAACCGAATA GGCGGTGCCC TGAAGTCAAC 
GTAAACTCTT CCTCATTAAG GTCTACACCT GAAGAGATAA CGACAAACAT TAGAAACATA 
GCACCTGCTT CTTTTAGAAA AGGGCCCCCT CCATTTGAAA TCAAAGGGAC CAGACCTTTT 
GGGACATGTT CCTCAGATGG AGTGGACAGA AGGGATAAAT ATGGCTTAGA CACAGAACCT 
TTTATTCTAA CACCAAGGCC TGAGGAGTTG ATCTCTACCT CTCAGGAAAA CAGCCCATCA 
ATTAAAAAAC ATTCTTTACA ACTAACCAAA GGTCATCCTC ATGAAGAAAG TTTTCAAGTC 
CACTCTGAAA ATCACAGCAA AATGGCTTCT TCCCAGAAAG ATAATCTTGC AAATACCTTC 
TTCCTCCCTG ATGAAAAACA TTTATCTTCC TCTCCAGACA TGTCAGAAAA GCAAAATGGA 
AAACCTCTAC ACAAATACAA GACAACAAGC ACAGTCACTA TTTCTGGTGA TGAAGACAAT 
GTAAAACGTC TTGAGGTGGT TTCCATCTAT TATACTTTAC CACGGAAGCA CAACAAAAAA 
TTATGTGACT TCCTCAAAAG TGACACACAA AGTATAAGTT TATCCCCAGA ATCAACCACA 
GTAGAGGATG CAACATTCCC TATTTCTTTT TCAAAGAAGC AACTCAATTC TTCGGCGCAG 
TCATTACCAG AAACACCTGT CTCTCCCTAT GCGAAGGCAT CTGTTAGCAG GTGTCAATGG 
AGAAAGCATT CTTTCTCCCA GGACACTGAG ACAGGAGCTC TTTTTCAGTC ACCACATAGT 
CCATATCCTG GGGCAGAGAA GCCCTCAGCA GAGACATTAC AAGAAATGGT TGGAGGCATT 
TCTCTTTGCG GAGAATGCAA TCCTACCAAG ACTCCTTCAG CTAAAACAAT CTCAGGTGAT 
TTGCAAAGCA AAAGTGTAGA TACCTTTTCT TTTATTCCTG GCCATCAACA GGGACAAGAA 
AAATGGCAGA ATCATAGCAG GTATGCCTCT GTCTCTCCCA CAGAGCTTCA TAATAAACTT 
GTTAGAGAAA GAAAGCTTGA AAATCCCAAA CAGTCCATTA AAGTATATGA AAGAGAGAGC 
CCTTCTGTCA TTCAGACCCA TTTGGGAGAT GCTAGTAACA GTCCTTGCAG AAGAGAAATC 
TTGGGAAAAT GTGGGCCTTG CAACATAGAT GCTATGTCTA TTGGAAGCAG AAATTATTCT 
GGTGAAGAAG TTAATGATAA AATGAACTTA GTATCTGGAG CTAAATCCTT CTATGACAAT 
GTAAGAGAGT CACAGCCAGA CTCAGCTGAT GGTAAACTGA AAACAGATGA CCAAAAAATT 
ATTGAAAAAA CATGTTCTGC TTTACAAAGT AAAGACTTCT CTCTCTCCTC CAATTCCGTC 
AAACTTCAGC CTGAGGAGAG GAACCATAAG GGTCAGCCTG ACTTAGAAAG GTCACTGAGG 
GAACCAAAGG AAGTACCTCA AGAAAAAGAT ACAGATAAGA GAAGTAATAC AGAAAAAGAC 
AGGTTGGCCG AAGTAGAAGA TGCCCCAAAC ACAAAGGCAA ATGAGAAAAT GCAGGGGCTG 
CCCTATGATC AGTATTCACC TCCCAAGGTA ATCGATGAAA TTAAGTGTAA TTTGGATTGC 
ACCAAAGAGA AAACCAACCT AGAGAAAAGG AAAAACAGAC CTTCTGTTAA ACAAAAACTG 
GCAGCTATGT CCAAGGTGAG CAGAAAATTC TCAACAAAAG ATATGAGCTC CAGAAGACAC 
ATTGCTACCA TTTTCCCACA AGAAGAAGTC AATTCCAGTA CCAATAGCTT ACCTCAAAAC 
ACACCAGAGA TGGCTCCATC ATCAGCCAAA TCCACCCTTG GGATCCCAGA ATCTACACAC 
GAATCTAAGA AGTCAGGCAC TAGTGGGTCT GAGAGCATTG CTCTCCCAAC AGCCGAAGTG 
AGTAAGACTG AGAACCCTCT CCAGCCTCCC TTGGATTCCA TCCAGAAGCC CATCACATAT 
GTAAGTGAGC AAAAGACAAC GACCAGTAGT TCCAAACCAC AGAAGAACAA ACTTGAGAAT 
GTAACAGAAT CACCATCGAG TAGCACAAAC TTTGAAAATG CAATACTAAT GGAAAGAGGC 
AAATGCCCTC AACGTTTGAA AACAGAGCAT GAAACCCCCA CCCAGCCCAT GATTTCCAGC 
CCGGGGACCA AGGATTTCTC TGATGATCTC AAGAGACTGA GCCTTCAGTT CCCCTCTAAG 
GCTGCATGCA AGGCTCCTGA TAAAAGAATC TTGCCGCCCA GTACTCAGCC ACAGCAAAAA 
AATATCTCAC TCCAAGAATG GGAGCCTGAC TCGAATCTCT ATCGTTCCAA GAGTTTGAAA 
AACATAAATG AGCCAAGTAA CCAGCCACAA ATAAGCCAAA CTCAGAAAAT GCGCGAGCGC 
CATTTTTCTG CATGTACTTT TTCTGACAAT GCCCCAGACA GAGGGAAACT TGGGGATGAA 
TTTCCTGTTC GAAGTGGGCA TGGAAGAAGG TTCCGATCTT TTTCTGAGCT CTCTGCCTGT 
GATGAAAAAG ACACCTGGAC TCTGGGCAGT GACAGGGCTA GGGCCAGTGG TCCCAGGGCG 
ACAAGCTCCA TCTCCAGACC GATTGACTAT GGGATTTTTG GGAAGGAACA GCAGCTGGCT 
TTCTTAGAGA ATGTCAAGAG GTCCCTCACA GAAGGGAGGC TGTGGAGGCC AAATTTCCTT 
AAAAACCCTG GCTTCCTAAC AGATGATGCG AATCATCCTG CTGACAAACC GGAATCGCTC 
ACCTCCGGCA AAATGTCCAA AGATGGTTTG TCTCCCAGGG AGGTGCTTAA CATCTATCAG 
GATGCACCTG TTGTGGGGCA TTCAGGATCT GACACCGACA CCACTACAGA TGACGAGTAC 
TACCTGGACG AAGCTGACAA GGAGTCTGAA CTCTGA

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

RefSeq	XP_016289359.1
CDS	1500..7235
Translation	MREGSSMPPWDASQLENEFFQVLDDLDNKLAQEQALSPGNTRTPIHYGFRTQTSSYHTGSRNGNLMGRHGNNYGEISHPSIYDILRPSTPRQGFRTFSYRTKTIYDMYGTREYTVSQEEYKTFGSSSLCSDRTQPLASPTLGHFTANSLHLPSYSERKSVFLPRSHQQSPRRTPLSSIIWNRSYTPGDVQYQEEFLRAESPMEVDPVHQDAYPNQPQGNGRNKFYHFSNVYQSVRPHAPWDRTTSPESFENSENIPFHQHENKFSQSYYYNTTGPRRLQKFGESPFWNKKEEFPSLSDFHHRNKEFNSSNRDFEMISTDVNEVSAIYNDSIPVPSQPWRANFSRNKESIHREFNFQTCVSEDMEVLSQDNGTQVDLKEKYEHLPTPSMDTMGNKFWNAPDIYSRSQVKLDMLGSQQKWPPMEAKSNSKTNLPETTQNLASSVQIPHRTETFQHSDCQNAPTMSWDPKRDAPDESASFPLRSQKEFIETSGDSITVNRNQSNTWITELNPEKDLIKSMSEKMGHLNKVDETSQVDKTVPIVSQSTIMETTPDYQLSLSRDSTTLSSNKFVFNAPVSIVSKKPTGVFGKRDISKIYISNKDKANALKKEKDSTMERKPDSGTSFPFSQENRTTLSFPKQNQGFQQESAKNNVGISNIKNEDWKLETASNRNPQYKGDSFVLDANNMQGGQLKNALVPPTNCSRFAENHHGPSDHSPDLLPDDGQSLPSSFPVDSTSLASLVTPSGTSLNFTSNVLAKEEMFSKKSLLGKDASKRESEEKACSGNTDQNYQLTVSTSENQASGDIQVLDIHKLKDVAKCHPDHSFTLGREKGKIRRSLSYIEKLSKSGNFLRQASNDSNDIVPNQGNSQSLETLDIYCTFPRKLTSFLIDDNKKLENKIMSTSFRKGPPPFQIKNIKDPLEKCFSNKNNSNSSEPNRRCPEVNVNSSSLRSTPEEITTNIRNIAPASFRKGPPPFEIKGTRPFGTCSSDGVDRRDKYGLDTEPFILTPRPEELISTSQENSPSIKKHSLQLTKGHPHEESFQVHSENHSKMASSQKDNLANTFFLPDEKHLSSSPDMSEKQNGKPLHKYKTTSTVTISGDEDNVKRLEVVSIYYTLPRKHNKKLCDFLKSDTQSISLSPESTTVEDATFPISFSKKQLNSSAQSLPETPVSPYAKASVSRCQWRKHSFSQDTETGALFQSPHSPYPGAEKPSAETLQEMVGGISLCGECNPTKTPSAKTISGDLQSKSVDTFSFIPGHQQGQEKWQNHSRYASVSPTELHNKLVRERKLENPKQSIKVYERESPSVIQTHLGDASNSPCRREILGKCGPCNIDAMSIGSRNYSGEEVNDKMNLVSGAKSFYDNVRESQPDSADGKLKTDDQKIIEKTCSALQSKDFSLSSNSVKLQPEERNHKGQPDLERSLREPKEVPQEKDTDKRSNTEKDRLAEVEDAPNTKANEKMQGLPYDQYSPPKVIDEIKCNLDCTKEKTNLEKRKNRPSVKQKLAAMSKVSRKFSTKDMSSRRHIATIFPQEEVNSSTNSLPQNTPEMAPSSAKSTLGIPESTHESKKSGTSGSESIALPTAEVSKTENPLQPPLDSIQKPITYVSEQKTTTSSSKPQKNKLENVTESPSSSTNFENAILMERGKCPQRLKTEHETPTQPMISSPGTKDFSDDLKRLSLQFPSKAACKAPDKRILPPSTQPQQKNISLQEWEPDSNLYRSKSLKNINEPSNQPQISQTQKMRERHFSACTFSDNAPDRGKLGDEFPVRSGHGRRFRSFSELSACDEKDTWTLGSDRARASGPRATSSISRPIDYGIFGKEQQLAFLENVKRSLTEGRLWRPNFLKNPGFLTDDANHPADKPESLTSGKMSKDGLSPREVLNIYQDAPVVGHSGSDTDTTTDDEYYLDEADKESEL

Target ORF information:

RefSeq Version	XM_016433873.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica exophilin 5 (EXPH5), transcript variant X3, mRNA.

Target ORF information:

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

XM_016433873.1

ORF Insert Sequence:

ATGAGGGAAG GAAGCAGCAT GCCTCCGTGG GATGCTTCCC AGCTAGAGAA TGAATTCTTT 
CAGGTTTTAG ATGACTTGGA CAACAAACTG GCTCAGGAAC AAGCCCTAAG TCCAGGGAAT 
ACCAGAACAC CAATCCACTA TGGATTCAGA ACACAGACCA GTTCTTATCA CACTGGGAGC 
AGAAATGGCA ATCTCATGGG AAGACATGGG AATAACTATG GAGAAATTTC TCATCCATCT 
ATCTATGATA TCCTAAGACC ATCCACTCCC AGACAAGGTT TTAGAACTTT CTCCTATAGA 
ACAAAAACAA TTTATGATAT GTATGGTACA AGAGAATACA CAGTTTCACA AGAGGAATAC 
AAGACCTTTG GCAGTTCATC TCTGTGTTCT GATAGGACAC AGCCACTAGC TTCTCCCACG 
TTAGGACATT TCACAGCAAA TAGCCTACAT CTACCGTCGT ACTCTGAGAG GAAGAGTGTT 
TTTTTACCAA GAAGCCATCA GCAGAGTCCA AGGAGAACTC CTTTGTCATC TATTATATGG 
AACAGGTCAT ATACTCCTGG AGATGTTCAA TACCAAGAAG AGTTTCTGAG GGCAGAATCC 
CCAATGGAAG TTGATCCTGT CCATCAGGAT GCATACCCTA ACCAGCCTCA AGGCAATGGG 
AGAAATAAAT TTTACCATTT CAGTAATGTA TATCAAAGTG TAAGGCCACA TGCTCCTTGG 
GATAGAACAA CCAGTCCTGA GTCATTTGAG AATTCTGAGA ACATTCCATT CCACCAACAT 
GAAAACAAAT TCTCACAGTC ATATTATTAC AATACCACGG GTCCTAGAAG ATTACAAAAA 
TTTGGAGAAA GTCCTTTTTG GAATAAAAAA GAAGAGTTTC CATCCTTATC TGACTTTCAT 
CACAGAAACA AAGAATTCAA TTCTTCCAAC AGAGACTTTG AAATGATTTC AACTGATGTA 
AATGAGGTGT CGGCTATCTA TAATGATAGC ATTCCTGTAC CATCTCAACC TTGGAGAGCA 
AATTTTTCTA GAAATAAAGA GTCAATTCAT AGAGAGTTTA ATTTTCAGAC ATGTGTATCG 
GAGGACATGG AAGTCCTATC ACAAGATAAT GGTACCCAAG TAGACTTAAA GGAAAAATAT 
GAGCATTTGC CCACACCTTC CATGGATACA ATGGGAAACA AATTCTGGAA TGCCCCAGAT 
ATTTACTCAA GGAGTCAAGT CAAACTGGAT ATGCTAGGAA GTCAACAGAA GTGGCCTCCA 
ATGGAAGCAA AATCAAATTC AAAAACCAAC TTACCTGAAA CCACTCAGAA TTTGGCATCC 
TCAGTCCAGA TTCCACATAG AACAGAAACC TTTCAACACT CTGACTGCCA GAATGCTCCC 
ACTATGTCAT GGGACCCCAA AAGGGATGCT CCTGATGAAT CTGCCTCTTT CCCTTTAAGA 
AGCCAAAAAG AATTTATTGA AACCAGTGGT GATTCTATCA CTGTTAATAG AAACCAGTCA 
AACACTTGGA TCACTGAGTT GAATCCTGAA AAAGACTTGA TCAAATCTAT GTCAGAAAAA 
ATGGGGCACC TAAACAAGGT TGATGAGACA AGCCAGGTAG ATAAAACAGT ACCAATTGTC 
TCTCAGTCAA CTATTATGGA GACAACACCT GATTATCAGC TTTCTCTTTC TAGGGACTCA 
ACCACCCTTT CCAGCAATAA ATTTGTTTTT AATGCACCTG TCTCCATAGT TTCAAAAAAG 
CCAACTGGAG TCTTTGGCAA AAGAGATATT TCCAAAATCT ACATATCAAA CAAAGATAAA 
GCAAATGCAC TTAAAAAAGA AAAGGATTCT ACCATGGAAA GAAAACCAGA TTCAGGAACT 
TCATTTCCTT TCTCTCAGGA AAACAGAACA ACATTATCTT TTCCCAAACA AAATCAAGGT 
TTTCAGCAAG AATCAGCAAA AAACAATGTT GGTATTTCCA ACATCAAAAA TGAAGACTGG 
AAACTAGAAA CTGCCAGTAA TCGAAACCCA CAATATAAAG GAGACTCATT TGTTTTAGAT 
GCCAACAATA TGCAAGGTGG TCAATTGAAA AATGCTTTGG TTCCTCCTAC CAATTGTTCC 
AGGTTTGCTG AAAACCATCA TGGCCCATCA GATCACTCCC CAGATCTATT GCCAGATGAT 
GGGCAAAGTC TTCCATCATC TTTTCCTGTT GACAGCACTT CCTTAGCTTC TTTAGTAACT 
CCCTCAGGTA CTTCATTAAA TTTCACATCT AATGTATTAG CAAAAGAGGA AATGTTCTCA 
AAAAAAAGTC TTCTGGGAAA AGATGCATCT AAAAGGGAAA GTGAAGAAAA GGCCTGTTCT 
GGTAATACGG ATCAAAATTA TCAATTAACT GTCAGCACCT CAGAAAACCA AGCTAGTGGG 
GATATCCAGG TACTTGATAT TCACAAATTG AAGGATGTTG CTAAGTGCCA TCCAGACCAT 
TCTTTCACTT TGGGGAGAGA AAAAGGGAAA ATAAGGCGTT CATTATCCTA TATTGAGAAG 
TTAAGCAAAT CAGGAAATTT CTTGAGACAG GCAAGTAATG ACAGTAATGA CATAGTTCCT 
AATCAGGGTA ATTCCCAGTC TCTTGAGACC CTTGACATTT ACTGTACCTT CCCAAGAAAA 
TTGACCAGTT TCCTAATCGA TGACAACAAA AAACTAGAAA ACAAGATAAT GTCCACCTCA 
TTTAGGAAGG GGCCCCCTCC ATTCCAAATA AAAAACATCA AAGATCCACT AGAGAAATGC 
TTCTCAAACA AAAATAATTC CAATTCTTCT GAACCGAATA GGCGGTGCCC TGAAGTCAAC 
GTAAACTCTT CCTCATTAAG GTCTACACCT GAAGAGATAA CGACAAACAT TAGAAACATA 
GCACCTGCTT CTTTTAGAAA AGGGCCCCCT CCATTTGAAA TCAAAGGGAC CAGACCTTTT 
GGGACATGTT CCTCAGATGG AGTGGACAGA AGGGATAAAT ATGGCTTAGA CACAGAACCT 
TTTATTCTAA CACCAAGGCC TGAGGAGTTG ATCTCTACCT CTCAGGAAAA CAGCCCATCA 
ATTAAAAAAC ATTCTTTACA ACTAACCAAA GGTCATCCTC ATGAAGAAAG TTTTCAAGTC 
CACTCTGAAA ATCACAGCAA AATGGCTTCT TCCCAGAAAG ATAATCTTGC AAATACCTTC 
TTCCTCCCTG ATGAAAAACA TTTATCTTCC TCTCCAGACA TGTCAGAAAA GCAAAATGGA 
AAACCTCTAC ACAAATACAA GACAACAAGC ACAGTCACTA TTTCTGGTGA TGAAGACAAT 
GTAAAACGTC TTGAGGTGGT TTCCATCTAT TATACTTTAC CACGGAAGCA CAACAAAAAA 
TTATGTGACT TCCTCAAAAG TGACACACAA AGTATAAGTT TATCCCCAGA ATCAACCACA 
GTAGAGGATG CAACATTCCC TATTTCTTTT TCAAAGAAGC AACTCAATTC TTCGGCGCAG 
TCATTACCAG AAACACCTGT CTCTCCCTAT GCGAAGGCAT CTGTTAGCAG GTGTCAATGG 
AGAAAGCATT CTTTCTCCCA GGACACTGAG ACAGGAGCTC TTTTTCAGTC ACCACATAGT 
CCATATCCTG GGGCAGAGAA GCCCTCAGCA GAGACATTAC AAGAAATGGT TGGAGGCATT 
TCTCTTTGCG GAGAATGCAA TCCTACCAAG ACTCCTTCAG CTAAAACAAT CTCAGGTGAT 
TTGCAAAGCA AAAGTGTAGA TACCTTTTCT TTTATTCCTG GCCATCAACA GGGACAAGAA 
AAATGGCAGA ATCATAGCAG GTATGCCTCT GTCTCTCCCA CAGAGCTTCA TAATAAACTT 
GTTAGAGAAA GAAAGCTTGA AAATCCCAAA CAGTCCATTA AAGTATATGA AAGAGAGAGC 
CCTTCTGTCA TTCAGACCCA TTTGGGAGAT GCTAGTAACA GTCCTTGCAG AAGAGAAATC 
TTGGGAAAAT GTGGGCCTTG CAACATAGAT GCTATGTCTA TTGGAAGCAG AAATTATTCT 
GGTGAAGAAG TTAATGATAA AATGAACTTA GTATCTGGAG CTAAATCCTT CTATGACAAT 
GTAAGAGAGT CACAGCCAGA CTCAGCTGAT GGTAAACTGA AAACAGATGA CCAAAAAATT 
ATTGAAAAAA CATGTTCTGC TTTACAAAGT AAAGACTTCT CTCTCTCCTC CAATTCCGTC 
AAACTTCAGC CTGAGGAGAG GAACCATAAG GGTCAGCCTG ACTTAGAAAG GTCACTGAGG 
GAACCAAAGG AAGTACCTCA AGAAAAAGAT ACAGATAAGA GAAGTAATAC AGAAAAAGAC 
AGGTTGGCCG AAGTAGAAGA TGCCCCAAAC ACAAAGGCAA ATGAGAAAAT GCAGGGGCTG 
CCCTATGATC AGTATTCACC TCCCAAGGTA ATCGATGAAA TTAAGTGTAA TTTGGATTGC 
ACCAAAGAGA AAACCAACCT AGAGAAAAGG AAAAACAGAC CTTCTGTTAA ACAAAAACTG 
GCAGCTATGT CCAAGGTGAG CAGAAAATTC TCAACAAAAG ATATGAGCTC CAGAAGACAC 
ATTGCTACCA TTTTCCCACA AGAAGAAGTC AATTCCAGTA CCAATAGCTT ACCTCAAAAC 
ACACCAGAGA TGGCTCCATC ATCAGCCAAA TCCACCCTTG GGATCCCAGA ATCTACACAC 
GAATCTAAGA AGTCAGGCAC TAGTGGGTCT GAGAGCATTG CTCTCCCAAC AGCCGAAGTG 
AGTAAGACTG AGAACCCTCT CCAGCCTCCC TTGGATTCCA TCCAGAAGCC CATCACATAT 
GTAAGTGAGC AAAAGACAAC GACCAGTAGT TCCAAACCAC AGAAGAACAA ACTTGAGAAT 
GTAACAGAAT CACCATCGAG TAGCACAAAC TTTGAAAATG CAATACTAAT GGAAAGAGGC 
AAATGCCCTC AACGTTTGAA AACAGAGCAT GAAACCCCCA CCCAGCCCAT GATTTCCAGC 
CCGGGGACCA AGGATTTCTC TGATGATCTC AAGAGACTGA GCCTTCAGTT CCCCTCTAAG 
GCTGCATGCA AGGCTCCTGA TAAAAGAATC TTGCCGCCCA GTACTCAGCC ACAGCAAAAA 
AATATCTCAC TCCAAGAATG GGAGCCTGAC TCGAATCTCT ATCGTTCCAA GAGTTTGAAA 
AACATAAATG AGCCAAGTAA CCAGCCACAA ATAAGCCAAA CTCAGAAAAT GCGCGAGCGC 
CATTTTTCTG CATGTACTTT TTCTGACAAT GCCCCAGACA GAGGGAAACT TGGGGATGAA 
TTTCCTGTTC GAAGTGGGCA TGGAAGAAGG TTCCGATCTT TTTCTGAGCT CTCTGCCTGT 
GATGAAAAAG ACACCTGGAC TCTGGGCAGT GACAGGGCTA GGGCCAGTGG TCCCAGGGCG 
ACAAGCTCCA TCTCCAGACC GATTGACTAT GGGATTTTTG GGAAGGAACA GCAGCTGGCT 
TTCTTAGAGA ATGTCAAGAG GTCCCTCACA GAAGGGAGGC TGTGGAGGCC AAATTTCCTT 
AAAAACCCTG GCTTCCTAAC AGATGATGCG AATCATCCTG CTGACAAACC GGAATCGCTC 
ACCTCCGGCA AAATGTCCAA AGATGGTTTG TCTCCCAGGG AGGTGCTTAA CATCTATCAG 
GATGCACCTG TTGTGGGGCA TTCAGGATCT GACACCGACA CCACTACAGA TGACGAGTAC 
TACCTGGACG AAGCTGACAA GGAGTCTGAA CTCTGA

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

EXPH5 ( XM_007494874.2 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007494936.1 Monodelphis domestica exophilin 5 (EXPH5), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OMc21121
Clone ID Related Accession (Same CDS sequence)	XM_007494874.2
Accession Version	XM_007494874.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6285bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	exophilin-5 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008804.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 27, 2016 this sequence version replaced XM_007494874.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACGAAAG TTCCTCAGGG GTTTGATTTC AGTTTCTTAA ACGATGAAGA AGCCAGGCAG 
ATCCTGCAAG TCCTGGAGAG AAACGAGGAG CTCCAGAGGG CAGAGAAGGA CAGAATCAGC 
AAACTCCAGA AAACAAAGAG AGATATTAGA TGGCTCCAAG GAGTGACTGG CGAATGGTTT 
GAAGAAATCC AGAGAAAAAA GTTTCGCAAT GACACCGATG TCAACCAGAT GTTAAAACAA 
CCGCTCACAT ACAGGCTAAG GAAGGCAAAA AATGATGCCA TGCATTTACC CACATCAAGA 
TCCTCGAATC TTCCAAATCG AAATAATCCC TCATCCGCTC GCCGCCCAGG CTTCCCGTCT 
TCTCTGGCTT CACTCTTCTC TTTCAGAAAA TCAGGAAAGG AGATTCTAAA GCCTCAGACA 
CCATCACAAG GATATGATGG CTTTCCCAGA ACATCTGTTA CTGTAAAGGG AACCACTGGG 
GCTGGAATAT ACAACTCACC ATTGAACACT GAATCATCAA ATACAGCATT TACCCCAAAG 
CCTATAGGAA TGAGGGAAGG AAGCAGCATG CCTCCGTGGG ATGCTTCCCA GCTAGAGAAT 
GAATTCTTTC AGGTTTTAGA TGACTTGGAC AACAAACTGG CTCAGGAACA AGCCCTAAGT 
CCAGGGAATA CCAGAACACC AATCCACTAT GGATTCAGAA CACAGACCAG TTCTTATCAC 
ACTGGGAGCA GAAATGGCAA TCTCATGGGA AGACATGGGA ATAACTATGG AGAAATTTCT 
CATCCATCTA TCTATGATAT CCTAAGACCA TCCACTCCCA GACAAGGTTT TAGAACTTTC 
TCCTATAGAA CAAAAACAAT TTATGATATG TATGGTACAA GAGAATACAC AGTTTCACAA 
GAGGAATACA AGACCTTTGG CAGTTCATCT CTGTGTTCTG ATAGGACACA GCCACTAGCT 
TCTCCCACGT TAGGACATTT CACAGCAAAT AGCCTACATC TACCGTCGTA CTCTGAGAGG 
AAGAGTGTTT TTTTACCAAG AAGCCATCAG CAGAGTCCAA GGAGAACTCC TTTGTCATCT 
ATTATATGGA ACAGGTCATA TACTCCTGGA GATGTTCAAT ACCAAGAAGA GTTTCTGAGG 
GCAGAATCCC CAATGGAAGT TGATCCTGTC CATCAGGATG CATACCCTAA CCAGCCTCAA 
GGCAATGGGA GAAATAAATT TTACCATTTC AGTAATGTAT ATCAAAGTGT AAGGCCACAT 
GCTCCTTGGG ATAGAACAAC CAGTCCTGAG TCATTTGAGA ATTCTGAGAA CATTCCATTC 
CACCAACATG AAAACAAATT CTCACAGTCA TATTATTACA ATACCACGGG TCCTAGAAGA 
TTACAAAAAT TTGGAGAAAG TCCTTTTTGG AATAAAAAAG AAGAGTTTCC ATCCTTATCT 
GACTTTCATC ACAGAAACAA AGAATTCAAT TCTTCCAACA GAGACTTTGA AATGATTTCA 
ACTGATGTAA ATGAGGTGTC GGCTATCTAT AATGATAGCA TTCCTGTACC ATCTCAACCT 
TGGAGAGCAA ATTTTTCTAG AAATAAAGAG TCAATTCATA GAGAGTTTAA TTTTCAGACA 
TGTGTATCGG AGGACATGGA AGTCCTATCA CAAGATAATG GTACCCAAGT AGACTTAAAG 
GAAAAATATG AGCATTTGCC CACACCTTCC ATGGATACAA TGGGAAACAA ATTCTGGAAT 
GCCCCAGATA TTTACTCAAG GAGTCAAGTC AAACTGGATA TGCTAGGAAG TCAACAGAAG 
TGGCCTCCAA TGGAAGCAAA ATCAAATTCA AAAACCAACT TACCTGAAAC CACTCAGAAT 
TTGGCATCCT CAGTCCAGAT TCCACATAGA ACAGAAACCT TTCAACACTC TGACTGCCAG 
AATGCTCCCA CTATGTCATG GGACCCCAAA AGGGATGCTC CTGATGAATC TGCCTCTTTC 
CCTTTAAGAA GCCAAAAAGA ATTTATTGAA ACCAGTGGTG ATTCTATCAC TGTTAATAGA 
AACCAGTCAA ACACTTGGAT CACTGAGTTG AATCCTGAAA AAGACTTGAT CAAATCTATG 
TCAGAAAAAA TGGGGCACCT AAACAAGGTT GATGAGACAA GCCAGGTAGA TAAAACAGTA 
CCAATTGTCT CTCAGTCAAC TATTATGGAG ACAACACCTG ATTATCAGCT TTCTCTTTCT 
AGGGACTCAA CCACCCTTTC CAGCAATAAA TTTGTTTTTA ATGCACCTGT CTCCATAGTT 
TCAAAAAAGC CAACTGGAGT CTTTGGCAAA AGAGATATTT CCAAAATCTA CATATCAAAC 
AAAGATAAAG CAAATGCACT TAAAAAAGAA AAGGATTCTA CCATGGAAAG AAAACCAGAT 
TCAGGAACTT CATTTCCTTT CTCTCAGGAA AACAGAACAA CATTATCTTT TCCCAAACAA 
AATCAAGGTT TTCAGCAAGA ATCAGCAAAA AACAATGTTG GTATTTCCAA CATCAAAAAT 
GAAGACTGGA AACTAGAAAC TGCCAGTAAT CGAAACCCAC AATATAAAGG AGACTCATTT 
GTTTTAGATG CCAACAATAT GCAAGGTGGT CAATTGAAAA ATGCTTTGGT TCCTCCTACC 
AATTGTTCCA GGTTTGCTGA AAACCATCAT GGCCCATCAG ATCACTCCCC AGATCTATTG 
CCAGATGATG GGCAAAGTCT TCCATCATCT TTTCCTGTTG ACAGCACTTC CTTAGCTTCT 
TTAGTAACTC CCTCAGGTAC TTCATTAAAT TTCACATCTA ATGTATTAGC AAAAGAGGAA 
ATGTTCTCAA AAAAAAGTCT TCTGGGAAAA GATGCATCTA AAAGGGAAAG TGAAGAAAAG 
GCCTGTTCTG GTAATACGGA TCAAAATTAT CAATTAACTG TCAGCACCTC AGAAAACCAA 
GCTAGTGGGG ATATCCAGGT ACTTGATATT CACAAATTGA AGGATGTTGC TAAGTGCCAT 
CCAGACCATT CTTTCACTTT GGGGAGAGAA AAAGGGAAAA TAAGGCGTTC ATTATCCTAT 
ATTGAGAAGT TAAGCAAATC AGGAAATTTC TTGAGACAGG CAAGTAATGA CAGTAATGAC 
ATAGTTCCTA ATCAGGGTAA TTCCCAGTCT CTTGAGACCC TTGACATTTA CTGTACCTTC 
CCAAGAAAAT TGACCAGTTT CCTAATCGAT GACAACAAAA AACTAGAAAA CAAGATAATG 
TCCACCTCAT TTAGGAAGGG GCCCCCTCCA TTCCAAATAA AAAACATCAA AGATCCACTA 
GAGAAATGCT TCTCAAACAA AAATAATTCC AATTCTTCTG AACCGAATAG GCGGTGCCCT 
GAAGTCAACG TAAACTCTTC CTCATTAAGG TCTACACCTG AAGAGATAAC GACAAACATT 
AGAAACATAG CACCTGCTTC TTTTAGAAAA GGGCCCCCTC CATTTGAAAT CAAAGGGACC 
AGACCTTTTG GGACATGTTC CTCAGATGGA GTGGACAGAA GGGATAAATA TGGCTTAGAC 
ACAGAACCTT TTATTCTAAC ACCAAGGCCT GAGGAGTTGA TCTCTACCTC TCAGGAAAAC 
AGCCCATCAA TTAAAAAACA TTCTTTACAA CTAACCAAAG GTCATCCTCA TGAAGAAAGT 
TTTCAAGTCC ACTCTGAAAA TCACAGCAAA ATGGCTTCTT CCCAGAAAGA TAATCTTGCA 
AATACCTTCT TCCTCCCTGA TGAAAAACAT TTATCTTCCT CTCCAGACAT GTCAGAAAAG 
CAAAATGGAA AACCTCTACA CAAATACAAG ACAACAAGCA CAGTCACTAT TTCTGGTGAT 
GAAGACAATG TAAAACGTCT TGAGGTGGTT TCCATCTATT ATACTTTACC ACGGAAGCAC 
AACAAAAAAT TATGTGACTT CCTCAAAAGT GACACACAAA GTATAAGTTT ATCCCCAGAA 
TCAACCACAG TAGAGGATGC AACATTCCCT ATTTCTTTTT CAAAGAAGCA ACTCAATTCT 
TCGGCGCAGT CATTACCAGA AACACCTGTC TCTCCCTATG CGAAGGCATC TGTTAGCAGG 
TGTCAATGGA GAAAGCATTC TTTCTCCCAG GACACTGAGA CAGGAGCTCT TTTTCAGTCA 
CCACATAGTC CATATCCTGG GGCAGAGAAG CCCTCAGCAG AGACATTACA AGAAATGGTT 
GGAGGCATTT CTCTTTGCGG AGAATGCAAT CCTACCAAGA CTCCTTCAGC TAAAACAATC 
TCAGGTGATT TGCAAAGCAA AAGTGTAGAT ACCTTTTCTT TTATTCCTGG CCATCAACAG 
GGACAAGAAA AATGGCAGAA TCATAGCAGG TATGCCTCTG TCTCTCCCAC AGAGCTTCAT 
AATAAACTTG TTAGAGAAAG AAAGCTTGAA AATCCCAAAC AGTCCATTAA AGTATATGAA 
AGAGAGAGCC CTTCTGTCAT TCAGACCCAT TTGGGAGATG CTAGTAACAG TCCTTGCAGA 
AGAGAAATCT TGGGAAAATG TGGGCCTTGC AACATAGATG CTATGTCTAT TGGAAGCAGA 
AATTATTCTG GTGAAGAAGT TAATGATAAA ATGAACTTAG TATCTGGAGC TAAATCCTTC 
TATGACAATG TAAGAGAGTC ACAGCCAGAC TCAGCTGATG GTAAACTGAA AACAGATGAC 
CAAAAAATTA TTGAAAAAAC ATGTTCTGCT TTACAAAGTA AAGACTTCTC TCTCTCCTCC 
AATTCCGTCA AACTTCAGCC TGAGGAGAGG AACCATAAGG GTCAGCCTGA CTTAGAAAGG 
TCACTGAGGG AACCAAAGGA AGTACCTCAA GAAAAAGATA CAGATAAGAG AAGTAATACA 
GAAAAAGACA GGTTGGCCGA AGTAGAAGAT GCCCCAAACA CAAAGGCAAA TGAGAAAATG 
CAGGGGCTGC CCTATGATCA GTATTCACCT CCCAAGGTAA TCGATGAAAT TAAGTGTAAT 
TTGGATTGCA CCAAAGAGAA AACCAACCTA GAGAAAAGGA AAAACAGACC TTCTGTTAAA 
CAAAAACTGG CAGCTATGTC CAAGGTGAGC AGAAAATTCT CAACAAAAGA TATGAGCTCC 
AGAAGACACA TTGCTACCAT TTTCCCACAA GAAGAAGTCA ATTCCAGTAC CAATAGCTTA 
CCTCAAAACA CACCAGAGAT GGCTCCATCA TCAGCCAAAT CCACCCTTGG GATCCCAGAA 
TCTACACACG AATCTAAGAA GTCAGGCACT AGTGGGTCTG AGAGCATTGC TCTCCCAACA 
GCCGAAGTGA GTAAGACTGA GAACCCTCTC CAGCCTCCCT TGGATTCCAT CCAGAAGCCC 
ATCACATATG TAAGTGAGCA AAAGACAACG ACCAGTAGTT CCAAACCACA GAAGAACAAA 
CTTGAGAATG TAACAGAATC ACCATCGAGT AGCACAAACT TTGAAAATGC AATACTAATG 
GAAAGAGGCA AATGCCCTCA ACGTTTGAAA ACAGAGCATG AAACCCCCAC CCAGCCCATG 
ATTTCCAGCC CGGGGACCAA GGATTTCTCT GATGATCTCA AGAGACTGAG CCTTCAGTTC 
CCCTCTAAGG CTGCATGCAA GGCTCCTGAT AAAAGAATCT TGCCGCCCAG TACTCAGCCA 
CAGCAAAAAA ATATCTCACT CCAAGAATGG GAGCCTGACT CGAATCTCTA TCGTTCCAAG 
AGTTTGAAAA ACATAAATGA GCCAAGTAAC CAGCCACAAA TAAGCCAAAC TCAGAAAATG 
CGCGAGCGCC ATTTTTCTGC ATGTACTTTT TCTGACAATG CCCCAGACAG AGGGAAACTT 
GGGGATGAAT TTCCTGTTCG AAGTGGGCAT GGAAGAAGGT TCCGATCTTT TTCTGAGCTC 
TCTGCCTGTG ATGAAAAAGA CACCTGGACT CTGGGCAGTG ACAGGGCTAG GGCCAGTGGT 
CCCAGGGCGA CAAGCTCCAT CTCCAGACCG ATTGACTATG GGATTTTTGG GAAGGAACAG 
CAGCTGGCTT TCTTAGAGAA TGTCAAGAGG TCCCTCACAG AAGGGAGGCT GTGGAGGCCA 
AATTTCCTTA AAAACCCTGG CTTCCTAACA GATGATGCGA ATCATCCTGC TGACAAACCG 
GAATCGCTCA CCTCCGGCAA AATGTCCAAA GATGGTTTGT CTCCCAGGGA GGTGCTTAAC 
ATCTATCAGG ATGCACCTGT TGTGGGGCAT TCAGGATCTG ACACCGACAC CACTACAGAT 
GACGAGTACT ACCTGGACGA AGCTGACAAG GAGTCTGAAC TCTGA

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

RefSeq	XP_007494936.1
CDS	600..6884
Translation	MTKVPQGFDFSFLNDEEARQILQVLERNEELQRAEKDRISKLQKTKRDIRWLQGVTGEWFEEIQRKKFRNDTDVNQMLKQPLTYRLRKAKNDAMHLPTSRSSNLPNRNNPSSARRPGFPSSLASLFSFRKSGKEILKPQTPSQGYDGFPRTSVTVKGTTGAGIYNSPLNTESSNTAFTPKPIGMREGSSMPPWDASQLENEFFQVLDDLDNKLAQEQALSPGNTRTPIHYGFRTQTSSYHTGSRNGNLMGRHGNNYGEISHPSIYDILRPSTPRQGFRTFSYRTKTIYDMYGTREYTVSQEEYKTFGSSSLCSDRTQPLASPTLGHFTANSLHLPSYSERKSVFLPRSHQQSPRRTPLSSIIWNRSYTPGDVQYQEEFLRAESPMEVDPVHQDAYPNQPQGNGRNKFYHFSNVYQSVRPHAPWDRTTSPESFENSENIPFHQHENKFSQSYYYNTTGPRRLQKFGESPFWNKKEEFPSLSDFHHRNKEFNSSNRDFEMISTDVNEVSAIYNDSIPVPSQPWRANFSRNKESIHREFNFQTCVSEDMEVLSQDNGTQVDLKEKYEHLPTPSMDTMGNKFWNAPDIYSRSQVKLDMLGSQQKWPPMEAKSNSKTNLPETTQNLASSVQIPHRTETFQHSDCQNAPTMSWDPKRDAPDESASFPLRSQKEFIETSGDSITVNRNQSNTWITELNPEKDLIKSMSEKMGHLNKVDETSQVDKTVPIVSQSTIMETTPDYQLSLSRDSTTLSSNKFVFNAPVSIVSKKPTGVFGKRDISKIYISNKDKANALKKEKDSTMERKPDSGTSFPFSQENRTTLSFPKQNQGFQQESAKNNVGISNIKNEDWKLETASNRNPQYKGDSFVLDANNMQGGQLKNALVPPTNCSRFAENHHGPSDHSPDLLPDDGQSLPSSFPVDSTSLASLVTPSGTSLNFTSNVLAKEEMFSKKSLLGKDASKRESEEKACSGNTDQNYQLTVSTSENQASGDIQVLDIHKLKDVAKCHPDHSFTLGREKGKIRRSLSYIEKLSKSGNFLRQASNDSNDIVPNQGNSQSLETLDIYCTFPRKLTSFLIDDNKKLENKIMSTSFRKGPPPFQIKNIKDPLEKCFSNKNNSNSSEPNRRCPEVNVNSSSLRSTPEEITTNIRNIAPASFRKGPPPFEIKGTRPFGTCSSDGVDRRDKYGLDTEPFILTPRPEELISTSQENSPSIKKHSLQLTKGHPHEESFQVHSENHSKMASSQKDNLANTFFLPDEKHLSSSPDMSEKQNGKPLHKYKTTSTVTISGDEDNVKRLEVVSIYYTLPRKHNKKLCDFLKSDTQSISLSPESTTVEDATFPISFSKKQLNSSAQSLPETPVSPYAKASVSRCQWRKHSFSQDTETGALFQSPHSPYPGAEKPSAETLQEMVGGISLCGECNPTKTPSAKTISGDLQSKSVDTFSFIPGHQQGQEKWQNHSRYASVSPTELHNKLVRERKLENPKQSIKVYERESPSVIQTHLGDASNSPCRREILGKCGPCNIDAMSIGSRNYSGEEVNDKMNLVSGAKSFYDNVRESQPDSADGKLKTDDQKIIEKTCSALQSKDFSLSSNSVKLQPEERNHKGQPDLERSLREPKEVPQEKDTDKRSNTEKDRLAEVEDAPNTKANEKMQGLPYDQYSPPKVIDEIKCNLDCTKEKTNLEKRKNRPSVKQKLAAMSKVSRKFSTKDMSSRRHIATIFPQEEVNSSTNSLPQNTPEMAPSSAKSTLGIPESTHESKKSGTSGSESIALPTAEVSKTENPLQPPLDSIQKPITYVSEQKTTTSSSKPQKNKLENVTESPSSSTNFENAILMERGKCPQRLKTEHETPTQPMISSPGTKDFSDDLKRLSLQFPSKAACKAPDKRILPPSTQPQQKNISLQEWEPDSNLYRSKSLKNINEPSNQPQISQTQKMRERHFSACTFSDNAPDRGKLGDEFPVRSGHGRRFRSFSELSACDEKDTWTLGSDRARASGPRATSSISRPIDYGIFGKEQQLAFLENVKRSLTEGRLWRPNFLKNPGFLTDDANHPADKPESLTSGKMSKDGLSPREVLNIYQDAPVVGHSGSDTDTTTDDEYYLDEADKESEL

Target ORF information:

RefSeq Version	XM_007494874.2
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica exophilin 5 (EXPH5), transcript variant X1, mRNA.

Target ORF information:

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

XM_007494874.2

ORF Insert Sequence:

ATGACGAAAG TTCCTCAGGG GTTTGATTTC AGTTTCTTAA ACGATGAAGA AGCCAGGCAG 
ATCCTGCAAG TCCTGGAGAG AAACGAGGAG CTCCAGAGGG CAGAGAAGGA CAGAATCAGC 
AAACTCCAGA AAACAAAGAG AGATATTAGA TGGCTCCAAG GAGTGACTGG CGAATGGTTT 
GAAGAAATCC AGAGAAAAAA GTTTCGCAAT GACACCGATG TCAACCAGAT GTTAAAACAA 
CCGCTCACAT ACAGGCTAAG GAAGGCAAAA AATGATGCCA TGCATTTACC CACATCAAGA 
TCCTCGAATC TTCCAAATCG AAATAATCCC TCATCCGCTC GCCGCCCAGG CTTCCCGTCT 
TCTCTGGCTT CACTCTTCTC TTTCAGAAAA TCAGGAAAGG AGATTCTAAA GCCTCAGACA 
CCATCACAAG GATATGATGG CTTTCCCAGA ACATCTGTTA CTGTAAAGGG AACCACTGGG 
GCTGGAATAT ACAACTCACC ATTGAACACT GAATCATCAA ATACAGCATT TACCCCAAAG 
CCTATAGGAA TGAGGGAAGG AAGCAGCATG CCTCCGTGGG ATGCTTCCCA GCTAGAGAAT 
GAATTCTTTC AGGTTTTAGA TGACTTGGAC AACAAACTGG CTCAGGAACA AGCCCTAAGT 
CCAGGGAATA CCAGAACACC AATCCACTAT GGATTCAGAA CACAGACCAG TTCTTATCAC 
ACTGGGAGCA GAAATGGCAA TCTCATGGGA AGACATGGGA ATAACTATGG AGAAATTTCT 
CATCCATCTA TCTATGATAT CCTAAGACCA TCCACTCCCA GACAAGGTTT TAGAACTTTC 
TCCTATAGAA CAAAAACAAT TTATGATATG TATGGTACAA GAGAATACAC AGTTTCACAA 
GAGGAATACA AGACCTTTGG CAGTTCATCT CTGTGTTCTG ATAGGACACA GCCACTAGCT 
TCTCCCACGT TAGGACATTT CACAGCAAAT AGCCTACATC TACCGTCGTA CTCTGAGAGG 
AAGAGTGTTT TTTTACCAAG AAGCCATCAG CAGAGTCCAA GGAGAACTCC TTTGTCATCT 
ATTATATGGA ACAGGTCATA TACTCCTGGA GATGTTCAAT ACCAAGAAGA GTTTCTGAGG 
GCAGAATCCC CAATGGAAGT TGATCCTGTC CATCAGGATG CATACCCTAA CCAGCCTCAA 
GGCAATGGGA GAAATAAATT TTACCATTTC AGTAATGTAT ATCAAAGTGT AAGGCCACAT 
GCTCCTTGGG ATAGAACAAC CAGTCCTGAG TCATTTGAGA ATTCTGAGAA CATTCCATTC 
CACCAACATG AAAACAAATT CTCACAGTCA TATTATTACA ATACCACGGG TCCTAGAAGA 
TTACAAAAAT TTGGAGAAAG TCCTTTTTGG AATAAAAAAG AAGAGTTTCC ATCCTTATCT 
GACTTTCATC ACAGAAACAA AGAATTCAAT TCTTCCAACA GAGACTTTGA AATGATTTCA 
ACTGATGTAA ATGAGGTGTC GGCTATCTAT AATGATAGCA TTCCTGTACC ATCTCAACCT 
TGGAGAGCAA ATTTTTCTAG AAATAAAGAG TCAATTCATA GAGAGTTTAA TTTTCAGACA 
TGTGTATCGG AGGACATGGA AGTCCTATCA CAAGATAATG GTACCCAAGT AGACTTAAAG 
GAAAAATATG AGCATTTGCC CACACCTTCC ATGGATACAA TGGGAAACAA ATTCTGGAAT 
GCCCCAGATA TTTACTCAAG GAGTCAAGTC AAACTGGATA TGCTAGGAAG TCAACAGAAG 
TGGCCTCCAA TGGAAGCAAA ATCAAATTCA AAAACCAACT TACCTGAAAC CACTCAGAAT 
TTGGCATCCT CAGTCCAGAT TCCACATAGA ACAGAAACCT TTCAACACTC TGACTGCCAG 
AATGCTCCCA CTATGTCATG GGACCCCAAA AGGGATGCTC CTGATGAATC TGCCTCTTTC 
CCTTTAAGAA GCCAAAAAGA ATTTATTGAA ACCAGTGGTG ATTCTATCAC TGTTAATAGA 
AACCAGTCAA ACACTTGGAT CACTGAGTTG AATCCTGAAA AAGACTTGAT CAAATCTATG 
TCAGAAAAAA TGGGGCACCT AAACAAGGTT GATGAGACAA GCCAGGTAGA TAAAACAGTA 
CCAATTGTCT CTCAGTCAAC TATTATGGAG ACAACACCTG ATTATCAGCT TTCTCTTTCT 
AGGGACTCAA CCACCCTTTC CAGCAATAAA TTTGTTTTTA ATGCACCTGT CTCCATAGTT 
TCAAAAAAGC CAACTGGAGT CTTTGGCAAA AGAGATATTT CCAAAATCTA CATATCAAAC 
AAAGATAAAG CAAATGCACT TAAAAAAGAA AAGGATTCTA CCATGGAAAG AAAACCAGAT 
TCAGGAACTT CATTTCCTTT CTCTCAGGAA AACAGAACAA CATTATCTTT TCCCAAACAA 
AATCAAGGTT TTCAGCAAGA ATCAGCAAAA AACAATGTTG GTATTTCCAA CATCAAAAAT 
GAAGACTGGA AACTAGAAAC TGCCAGTAAT CGAAACCCAC AATATAAAGG AGACTCATTT 
GTTTTAGATG CCAACAATAT GCAAGGTGGT CAATTGAAAA ATGCTTTGGT TCCTCCTACC 
AATTGTTCCA GGTTTGCTGA AAACCATCAT GGCCCATCAG ATCACTCCCC AGATCTATTG 
CCAGATGATG GGCAAAGTCT TCCATCATCT TTTCCTGTTG ACAGCACTTC CTTAGCTTCT 
TTAGTAACTC CCTCAGGTAC TTCATTAAAT TTCACATCTA ATGTATTAGC AAAAGAGGAA 
ATGTTCTCAA AAAAAAGTCT TCTGGGAAAA GATGCATCTA AAAGGGAAAG TGAAGAAAAG 
GCCTGTTCTG GTAATACGGA TCAAAATTAT CAATTAACTG TCAGCACCTC AGAAAACCAA 
GCTAGTGGGG ATATCCAGGT ACTTGATATT CACAAATTGA AGGATGTTGC TAAGTGCCAT 
CCAGACCATT CTTTCACTTT GGGGAGAGAA AAAGGGAAAA TAAGGCGTTC ATTATCCTAT 
ATTGAGAAGT TAAGCAAATC AGGAAATTTC TTGAGACAGG CAAGTAATGA CAGTAATGAC 
ATAGTTCCTA ATCAGGGTAA TTCCCAGTCT CTTGAGACCC TTGACATTTA CTGTACCTTC 
CCAAGAAAAT TGACCAGTTT CCTAATCGAT GACAACAAAA AACTAGAAAA CAAGATAATG 
TCCACCTCAT TTAGGAAGGG GCCCCCTCCA TTCCAAATAA AAAACATCAA AGATCCACTA 
GAGAAATGCT TCTCAAACAA AAATAATTCC AATTCTTCTG AACCGAATAG GCGGTGCCCT 
GAAGTCAACG TAAACTCTTC CTCATTAAGG TCTACACCTG AAGAGATAAC GACAAACATT 
AGAAACATAG CACCTGCTTC TTTTAGAAAA GGGCCCCCTC CATTTGAAAT CAAAGGGACC 
AGACCTTTTG GGACATGTTC CTCAGATGGA GTGGACAGAA GGGATAAATA TGGCTTAGAC 
ACAGAACCTT TTATTCTAAC ACCAAGGCCT GAGGAGTTGA TCTCTACCTC TCAGGAAAAC 
AGCCCATCAA TTAAAAAACA TTCTTTACAA CTAACCAAAG GTCATCCTCA TGAAGAAAGT 
TTTCAAGTCC ACTCTGAAAA TCACAGCAAA ATGGCTTCTT CCCAGAAAGA TAATCTTGCA 
AATACCTTCT TCCTCCCTGA TGAAAAACAT TTATCTTCCT CTCCAGACAT GTCAGAAAAG 
CAAAATGGAA AACCTCTACA CAAATACAAG ACAACAAGCA CAGTCACTAT TTCTGGTGAT 
GAAGACAATG TAAAACGTCT TGAGGTGGTT TCCATCTATT ATACTTTACC ACGGAAGCAC 
AACAAAAAAT TATGTGACTT CCTCAAAAGT GACACACAAA GTATAAGTTT ATCCCCAGAA 
TCAACCACAG TAGAGGATGC AACATTCCCT ATTTCTTTTT CAAAGAAGCA ACTCAATTCT 
TCGGCGCAGT CATTACCAGA AACACCTGTC TCTCCCTATG CGAAGGCATC TGTTAGCAGG 
TGTCAATGGA GAAAGCATTC TTTCTCCCAG GACACTGAGA CAGGAGCTCT TTTTCAGTCA 
CCACATAGTC CATATCCTGG GGCAGAGAAG CCCTCAGCAG AGACATTACA AGAAATGGTT 
GGAGGCATTT CTCTTTGCGG AGAATGCAAT CCTACCAAGA CTCCTTCAGC TAAAACAATC 
TCAGGTGATT TGCAAAGCAA AAGTGTAGAT ACCTTTTCTT TTATTCCTGG CCATCAACAG 
GGACAAGAAA AATGGCAGAA TCATAGCAGG TATGCCTCTG TCTCTCCCAC AGAGCTTCAT 
AATAAACTTG TTAGAGAAAG AAAGCTTGAA AATCCCAAAC AGTCCATTAA AGTATATGAA 
AGAGAGAGCC CTTCTGTCAT TCAGACCCAT TTGGGAGATG CTAGTAACAG TCCTTGCAGA 
AGAGAAATCT TGGGAAAATG TGGGCCTTGC AACATAGATG CTATGTCTAT TGGAAGCAGA 
AATTATTCTG GTGAAGAAGT TAATGATAAA ATGAACTTAG TATCTGGAGC TAAATCCTTC 
TATGACAATG TAAGAGAGTC ACAGCCAGAC TCAGCTGATG GTAAACTGAA AACAGATGAC 
CAAAAAATTA TTGAAAAAAC ATGTTCTGCT TTACAAAGTA AAGACTTCTC TCTCTCCTCC 
AATTCCGTCA AACTTCAGCC TGAGGAGAGG AACCATAAGG GTCAGCCTGA CTTAGAAAGG 
TCACTGAGGG AACCAAAGGA AGTACCTCAA GAAAAAGATA CAGATAAGAG AAGTAATACA 
GAAAAAGACA GGTTGGCCGA AGTAGAAGAT GCCCCAAACA CAAAGGCAAA TGAGAAAATG 
CAGGGGCTGC CCTATGATCA GTATTCACCT CCCAAGGTAA TCGATGAAAT TAAGTGTAAT 
TTGGATTGCA CCAAAGAGAA AACCAACCTA GAGAAAAGGA AAAACAGACC TTCTGTTAAA 
CAAAAACTGG CAGCTATGTC CAAGGTGAGC AGAAAATTCT CAACAAAAGA TATGAGCTCC 
AGAAGACACA TTGCTACCAT TTTCCCACAA GAAGAAGTCA ATTCCAGTAC CAATAGCTTA 
CCTCAAAACA CACCAGAGAT GGCTCCATCA TCAGCCAAAT CCACCCTTGG GATCCCAGAA 
TCTACACACG AATCTAAGAA GTCAGGCACT AGTGGGTCTG AGAGCATTGC TCTCCCAACA 
GCCGAAGTGA GTAAGACTGA GAACCCTCTC CAGCCTCCCT TGGATTCCAT CCAGAAGCCC 
ATCACATATG TAAGTGAGCA AAAGACAACG ACCAGTAGTT CCAAACCACA GAAGAACAAA 
CTTGAGAATG TAACAGAATC ACCATCGAGT AGCACAAACT TTGAAAATGC AATACTAATG 
GAAAGAGGCA AATGCCCTCA ACGTTTGAAA ACAGAGCATG AAACCCCCAC CCAGCCCATG 
ATTTCCAGCC CGGGGACCAA GGATTTCTCT GATGATCTCA AGAGACTGAG CCTTCAGTTC 
CCCTCTAAGG CTGCATGCAA GGCTCCTGAT AAAAGAATCT TGCCGCCCAG TACTCAGCCA 
CAGCAAAAAA ATATCTCACT CCAAGAATGG GAGCCTGACT CGAATCTCTA TCGTTCCAAG 
AGTTTGAAAA ACATAAATGA GCCAAGTAAC CAGCCACAAA TAAGCCAAAC TCAGAAAATG 
CGCGAGCGCC ATTTTTCTGC ATGTACTTTT TCTGACAATG CCCCAGACAG AGGGAAACTT 
GGGGATGAAT TTCCTGTTCG AAGTGGGCAT GGAAGAAGGT TCCGATCTTT TTCTGAGCTC 
TCTGCCTGTG ATGAAAAAGA CACCTGGACT CTGGGCAGTG ACAGGGCTAG GGCCAGTGGT 
CCCAGGGCGA CAAGCTCCAT CTCCAGACCG ATTGACTATG GGATTTTTGG GAAGGAACAG 
CAGCTGGCTT TCTTAGAGAA TGTCAAGAGG TCCCTCACAG AAGGGAGGCT GTGGAGGCCA 
AATTTCCTTA AAAACCCTGG CTTCCTAACA GATGATGCGA ATCATCCTGC TGACAAACCG 
GAATCGCTCA CCTCCGGCAA AATGTCCAAA GATGGTTTGT CTCCCAGGGA GGTGCTTAAC 
ATCTATCAGG ATGCACCTGT TGTGGGGCAT TCAGGATCTG ACACCGACAC CACTACAGAT 
GACGAGTACT ACCTGGACGA AGCTGACAAG GAGTCTGAAC TCTGA

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

EXPH5 ( XM_007494875.2 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007494937.1 Monodelphis domestica exophilin 5 (EXPH5), transcript variant X2, mRNA.

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CloneID	OMc21122
Clone ID Related Accession (Same CDS sequence)	XM_007494875.2
Accession Version	XM_007494875.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6270bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	exophilin-5 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008804.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 27, 2016 this sequence version replaced XM_007494875.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGCTGC CGCCGCCGCC ACCGCCGCCG CTGCTGCTGC CGCTGTCGCT GCCGCCAGCG 
GAATTTAGCC TCTGGGGGCC GAGGAGGGTG GAGATGAAAA GCTGCAAACT CCAGAAAACA 
AAGAGAGATA TTAGATGGCT CCAAGGAGTG ACTGGCGAAT GGTTTGAAGA AATCCAGAGA 
AAAAAGTTTC GCAATGACAC CGATGTCAAC CAGATGTTAA AACAACCGCT CACATACAGG 
CTAAGGAAGG CAAAAAATGA TGCCATGCAT TTACCCACAT CAAGATCCTC GAATCTTCCA 
AATCGAAATA ATCCCTCATC CGCTCGCCGC CCAGGCTTCC CGTCTTCTCT GGCTTCACTC 
TTCTCTTTCA GAAAATCAGG AAAGGAGATT CTAAAGCCTC AGACACCATC ACAAGGATAT 
GATGGCTTTC CCAGAACATC TGTTACTGTA AAGGGAACCA CTGGGGCTGG AATATACAAC 
TCACCATTGA ACACTGAATC ATCAAATACA GCATTTACCC CAAAGCCTAT AGGAATGAGG 
GAAGGAAGCA GCATGCCTCC GTGGGATGCT TCCCAGCTAG AGAATGAATT CTTTCAGGTT 
TTAGATGACT TGGACAACAA ACTGGCTCAG GAACAAGCCC TAAGTCCAGG GAATACCAGA 
ACACCAATCC ACTATGGATT CAGAACACAG ACCAGTTCTT ATCACACTGG GAGCAGAAAT 
GGCAATCTCA TGGGAAGACA TGGGAATAAC TATGGAGAAA TTTCTCATCC ATCTATCTAT 
GATATCCTAA GACCATCCAC TCCCAGACAA GGTTTTAGAA CTTTCTCCTA TAGAACAAAA 
ACAATTTATG ATATGTATGG TACAAGAGAA TACACAGTTT CACAAGAGGA ATACAAGACC 
TTTGGCAGTT CATCTCTGTG TTCTGATAGG ACACAGCCAC TAGCTTCTCC CACGTTAGGA 
CATTTCACAG CAAATAGCCT ACATCTACCG TCGTACTCTG AGAGGAAGAG TGTTTTTTTA 
CCAAGAAGCC ATCAGCAGAG TCCAAGGAGA ACTCCTTTGT CATCTATTAT ATGGAACAGG 
TCATATACTC CTGGAGATGT TCAATACCAA GAAGAGTTTC TGAGGGCAGA ATCCCCAATG 
GAAGTTGATC CTGTCCATCA GGATGCATAC CCTAACCAGC CTCAAGGCAA TGGGAGAAAT 
AAATTTTACC ATTTCAGTAA TGTATATCAA AGTGTAAGGC CACATGCTCC TTGGGATAGA 
ACAACCAGTC CTGAGTCATT TGAGAATTCT GAGAACATTC CATTCCACCA ACATGAAAAC 
AAATTCTCAC AGTCATATTA TTACAATACC ACGGGTCCTA GAAGATTACA AAAATTTGGA 
GAAAGTCCTT TTTGGAATAA AAAAGAAGAG TTTCCATCCT TATCTGACTT TCATCACAGA 
AACAAAGAAT TCAATTCTTC CAACAGAGAC TTTGAAATGA TTTCAACTGA TGTAAATGAG 
GTGTCGGCTA TCTATAATGA TAGCATTCCT GTACCATCTC AACCTTGGAG AGCAAATTTT 
TCTAGAAATA AAGAGTCAAT TCATAGAGAG TTTAATTTTC AGACATGTGT ATCGGAGGAC 
ATGGAAGTCC TATCACAAGA TAATGGTACC CAAGTAGACT TAAAGGAAAA ATATGAGCAT 
TTGCCCACAC CTTCCATGGA TACAATGGGA AACAAATTCT GGAATGCCCC AGATATTTAC 
TCAAGGAGTC AAGTCAAACT GGATATGCTA GGAAGTCAAC AGAAGTGGCC TCCAATGGAA 
GCAAAATCAA ATTCAAAAAC CAACTTACCT GAAACCACTC AGAATTTGGC ATCCTCAGTC 
CAGATTCCAC ATAGAACAGA AACCTTTCAA CACTCTGACT GCCAGAATGC TCCCACTATG 
TCATGGGACC CCAAAAGGGA TGCTCCTGAT GAATCTGCCT CTTTCCCTTT AAGAAGCCAA 
AAAGAATTTA TTGAAACCAG TGGTGATTCT ATCACTGTTA ATAGAAACCA GTCAAACACT 
TGGATCACTG AGTTGAATCC TGAAAAAGAC TTGATCAAAT CTATGTCAGA AAAAATGGGG 
CACCTAAACA AGGTTGATGA GACAAGCCAG GTAGATAAAA CAGTACCAAT TGTCTCTCAG 
TCAACTATTA TGGAGACAAC ACCTGATTAT CAGCTTTCTC TTTCTAGGGA CTCAACCACC 
CTTTCCAGCA ATAAATTTGT TTTTAATGCA CCTGTCTCCA TAGTTTCAAA AAAGCCAACT 
GGAGTCTTTG GCAAAAGAGA TATTTCCAAA ATCTACATAT CAAACAAAGA TAAAGCAAAT 
GCACTTAAAA AAGAAAAGGA TTCTACCATG GAAAGAAAAC CAGATTCAGG AACTTCATTT 
CCTTTCTCTC AGGAAAACAG AACAACATTA TCTTTTCCCA AACAAAATCA AGGTTTTCAG 
CAAGAATCAG CAAAAAACAA TGTTGGTATT TCCAACATCA AAAATGAAGA CTGGAAACTA 
GAAACTGCCA GTAATCGAAA CCCACAATAT AAAGGAGACT CATTTGTTTT AGATGCCAAC 
AATATGCAAG GTGGTCAATT GAAAAATGCT TTGGTTCCTC CTACCAATTG TTCCAGGTTT 
GCTGAAAACC ATCATGGCCC ATCAGATCAC TCCCCAGATC TATTGCCAGA TGATGGGCAA 
AGTCTTCCAT CATCTTTTCC TGTTGACAGC ACTTCCTTAG CTTCTTTAGT AACTCCCTCA 
GGTACTTCAT TAAATTTCAC ATCTAATGTA TTAGCAAAAG AGGAAATGTT CTCAAAAAAA 
AGTCTTCTGG GAAAAGATGC ATCTAAAAGG GAAAGTGAAG AAAAGGCCTG TTCTGGTAAT 
ACGGATCAAA ATTATCAATT AACTGTCAGC ACCTCAGAAA ACCAAGCTAG TGGGGATATC 
CAGGTACTTG ATATTCACAA ATTGAAGGAT GTTGCTAAGT GCCATCCAGA CCATTCTTTC 
ACTTTGGGGA GAGAAAAAGG GAAAATAAGG CGTTCATTAT CCTATATTGA GAAGTTAAGC 
AAATCAGGAA ATTTCTTGAG ACAGGCAAGT AATGACAGTA ATGACATAGT TCCTAATCAG 
GGTAATTCCC AGTCTCTTGA GACCCTTGAC ATTTACTGTA CCTTCCCAAG AAAATTGACC 
AGTTTCCTAA TCGATGACAA CAAAAAACTA GAAAACAAGA TAATGTCCAC CTCATTTAGG 
AAGGGGCCCC CTCCATTCCA AATAAAAAAC ATCAAAGATC CACTAGAGAA ATGCTTCTCA 
AACAAAAATA ATTCCAATTC TTCTGAACCG AATAGGCGGT GCCCTGAAGT CAACGTAAAC 
TCTTCCTCAT TAAGGTCTAC ACCTGAAGAG ATAACGACAA ACATTAGAAA CATAGCACCT 
GCTTCTTTTA GAAAAGGGCC CCCTCCATTT GAAATCAAAG GGACCAGACC TTTTGGGACA 
TGTTCCTCAG ATGGAGTGGA CAGAAGGGAT AAATATGGCT TAGACACAGA ACCTTTTATT 
CTAACACCAA GGCCTGAGGA GTTGATCTCT ACCTCTCAGG AAAACAGCCC ATCAATTAAA 
AAACATTCTT TACAACTAAC CAAAGGTCAT CCTCATGAAG AAAGTTTTCA AGTCCACTCT 
GAAAATCACA GCAAAATGGC TTCTTCCCAG AAAGATAATC TTGCAAATAC CTTCTTCCTC 
CCTGATGAAA AACATTTATC TTCCTCTCCA GACATGTCAG AAAAGCAAAA TGGAAAACCT 
CTACACAAAT ACAAGACAAC AAGCACAGTC ACTATTTCTG GTGATGAAGA CAATGTAAAA 
CGTCTTGAGG TGGTTTCCAT CTATTATACT TTACCACGGA AGCACAACAA AAAATTATGT 
GACTTCCTCA AAAGTGACAC ACAAAGTATA AGTTTATCCC CAGAATCAAC CACAGTAGAG 
GATGCAACAT TCCCTATTTC TTTTTCAAAG AAGCAACTCA ATTCTTCGGC GCAGTCATTA 
CCAGAAACAC CTGTCTCTCC CTATGCGAAG GCATCTGTTA GCAGGTGTCA ATGGAGAAAG 
CATTCTTTCT CCCAGGACAC TGAGACAGGA GCTCTTTTTC AGTCACCACA TAGTCCATAT 
CCTGGGGCAG AGAAGCCCTC AGCAGAGACA TTACAAGAAA TGGTTGGAGG CATTTCTCTT 
TGCGGAGAAT GCAATCCTAC CAAGACTCCT TCAGCTAAAA CAATCTCAGG TGATTTGCAA 
AGCAAAAGTG TAGATACCTT TTCTTTTATT CCTGGCCATC AACAGGGACA AGAAAAATGG 
CAGAATCATA GCAGGTATGC CTCTGTCTCT CCCACAGAGC TTCATAATAA ACTTGTTAGA 
GAAAGAAAGC TTGAAAATCC CAAACAGTCC ATTAAAGTAT ATGAAAGAGA GAGCCCTTCT 
GTCATTCAGA CCCATTTGGG AGATGCTAGT AACAGTCCTT GCAGAAGAGA AATCTTGGGA 
AAATGTGGGC CTTGCAACAT AGATGCTATG TCTATTGGAA GCAGAAATTA TTCTGGTGAA 
GAAGTTAATG ATAAAATGAA CTTAGTATCT GGAGCTAAAT CCTTCTATGA CAATGTAAGA 
GAGTCACAGC CAGACTCAGC TGATGGTAAA CTGAAAACAG ATGACCAAAA AATTATTGAA 
AAAACATGTT CTGCTTTACA AAGTAAAGAC TTCTCTCTCT CCTCCAATTC CGTCAAACTT 
CAGCCTGAGG AGAGGAACCA TAAGGGTCAG CCTGACTTAG AAAGGTCACT GAGGGAACCA 
AAGGAAGTAC CTCAAGAAAA AGATACAGAT AAGAGAAGTA ATACAGAAAA AGACAGGTTG 
GCCGAAGTAG AAGATGCCCC AAACACAAAG GCAAATGAGA AAATGCAGGG GCTGCCCTAT 
GATCAGTATT CACCTCCCAA GGTAATCGAT GAAATTAAGT GTAATTTGGA TTGCACCAAA 
GAGAAAACCA ACCTAGAGAA AAGGAAAAAC AGACCTTCTG TTAAACAAAA ACTGGCAGCT 
ATGTCCAAGG TGAGCAGAAA ATTCTCAACA AAAGATATGA GCTCCAGAAG ACACATTGCT 
ACCATTTTCC CACAAGAAGA AGTCAATTCC AGTACCAATA GCTTACCTCA AAACACACCA 
GAGATGGCTC CATCATCAGC CAAATCCACC CTTGGGATCC CAGAATCTAC ACACGAATCT 
AAGAAGTCAG GCACTAGTGG GTCTGAGAGC ATTGCTCTCC CAACAGCCGA AGTGAGTAAG 
ACTGAGAACC CTCTCCAGCC TCCCTTGGAT TCCATCCAGA AGCCCATCAC ATATGTAAGT 
GAGCAAAAGA CAACGACCAG TAGTTCCAAA CCACAGAAGA ACAAACTTGA GAATGTAACA 
GAATCACCAT CGAGTAGCAC AAACTTTGAA AATGCAATAC TAATGGAAAG AGGCAAATGC 
CCTCAACGTT TGAAAACAGA GCATGAAACC CCCACCCAGC CCATGATTTC CAGCCCGGGG 
ACCAAGGATT TCTCTGATGA TCTCAAGAGA CTGAGCCTTC AGTTCCCCTC TAAGGCTGCA 
TGCAAGGCTC CTGATAAAAG AATCTTGCCG CCCAGTACTC AGCCACAGCA AAAAAATATC 
TCACTCCAAG AATGGGAGCC TGACTCGAAT CTCTATCGTT CCAAGAGTTT GAAAAACATA 
AATGAGCCAA GTAACCAGCC ACAAATAAGC CAAACTCAGA AAATGCGCGA GCGCCATTTT 
TCTGCATGTA CTTTTTCTGA CAATGCCCCA GACAGAGGGA AACTTGGGGA TGAATTTCCT 
GTTCGAAGTG GGCATGGAAG AAGGTTCCGA TCTTTTTCTG AGCTCTCTGC CTGTGATGAA 
AAAGACACCT GGACTCTGGG CAGTGACAGG GCTAGGGCCA GTGGTCCCAG GGCGACAAGC 
TCCATCTCCA GACCGATTGA CTATGGGATT TTTGGGAAGG AACAGCAGCT GGCTTTCTTA 
GAGAATGTCA AGAGGTCCCT CACAGAAGGG AGGCTGTGGA GGCCAAATTT CCTTAAAAAC 
CCTGGCTTCC TAACAGATGA TGCGAATCAT CCTGCTGACA AACCGGAATC GCTCACCTCC 
GGCAAAATGT CCAAAGATGG TTTGTCTCCC AGGGAGGTGC TTAACATCTA TCAGGATGCA 
CCTGTTGTGG GGCATTCAGG ATCTGACACC GACACCACTA CAGATGACGA GTACTACCTG 
GACGAAGCTG ACAAGGAGTC TGAACTCTGA

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

RefSeq	XP_007494937.1
CDS	281..6550
Translation	MLLPPPPPPPLLLPLSLPPAEFSLWGPRRVEMKSCKLQKTKRDIRWLQGVTGEWFEEIQRKKFRNDTDVNQMLKQPLTYRLRKAKNDAMHLPTSRSSNLPNRNNPSSARRPGFPSSLASLFSFRKSGKEILKPQTPSQGYDGFPRTSVTVKGTTGAGIYNSPLNTESSNTAFTPKPIGMREGSSMPPWDASQLENEFFQVLDDLDNKLAQEQALSPGNTRTPIHYGFRTQTSSYHTGSRNGNLMGRHGNNYGEISHPSIYDILRPSTPRQGFRTFSYRTKTIYDMYGTREYTVSQEEYKTFGSSSLCSDRTQPLASPTLGHFTANSLHLPSYSERKSVFLPRSHQQSPRRTPLSSIIWNRSYTPGDVQYQEEFLRAESPMEVDPVHQDAYPNQPQGNGRNKFYHFSNVYQSVRPHAPWDRTTSPESFENSENIPFHQHENKFSQSYYYNTTGPRRLQKFGESPFWNKKEEFPSLSDFHHRNKEFNSSNRDFEMISTDVNEVSAIYNDSIPVPSQPWRANFSRNKESIHREFNFQTCVSEDMEVLSQDNGTQVDLKEKYEHLPTPSMDTMGNKFWNAPDIYSRSQVKLDMLGSQQKWPPMEAKSNSKTNLPETTQNLASSVQIPHRTETFQHSDCQNAPTMSWDPKRDAPDESASFPLRSQKEFIETSGDSITVNRNQSNTWITELNPEKDLIKSMSEKMGHLNKVDETSQVDKTVPIVSQSTIMETTPDYQLSLSRDSTTLSSNKFVFNAPVSIVSKKPTGVFGKRDISKIYISNKDKANALKKEKDSTMERKPDSGTSFPFSQENRTTLSFPKQNQGFQQESAKNNVGISNIKNEDWKLETASNRNPQYKGDSFVLDANNMQGGQLKNALVPPTNCSRFAENHHGPSDHSPDLLPDDGQSLPSSFPVDSTSLASLVTPSGTSLNFTSNVLAKEEMFSKKSLLGKDASKRESEEKACSGNTDQNYQLTVSTSENQASGDIQVLDIHKLKDVAKCHPDHSFTLGREKGKIRRSLSYIEKLSKSGNFLRQASNDSNDIVPNQGNSQSLETLDIYCTFPRKLTSFLIDDNKKLENKIMSTSFRKGPPPFQIKNIKDPLEKCFSNKNNSNSSEPNRRCPEVNVNSSSLRSTPEEITTNIRNIAPASFRKGPPPFEIKGTRPFGTCSSDGVDRRDKYGLDTEPFILTPRPEELISTSQENSPSIKKHSLQLTKGHPHEESFQVHSENHSKMASSQKDNLANTFFLPDEKHLSSSPDMSEKQNGKPLHKYKTTSTVTISGDEDNVKRLEVVSIYYTLPRKHNKKLCDFLKSDTQSISLSPESTTVEDATFPISFSKKQLNSSAQSLPETPVSPYAKASVSRCQWRKHSFSQDTETGALFQSPHSPYPGAEKPSAETLQEMVGGISLCGECNPTKTPSAKTISGDLQSKSVDTFSFIPGHQQGQEKWQNHSRYASVSPTELHNKLVRERKLENPKQSIKVYERESPSVIQTHLGDASNSPCRREILGKCGPCNIDAMSIGSRNYSGEEVNDKMNLVSGAKSFYDNVRESQPDSADGKLKTDDQKIIEKTCSALQSKDFSLSSNSVKLQPEERNHKGQPDLERSLREPKEVPQEKDTDKRSNTEKDRLAEVEDAPNTKANEKMQGLPYDQYSPPKVIDEIKCNLDCTKEKTNLEKRKNRPSVKQKLAAMSKVSRKFSTKDMSSRRHIATIFPQEEVNSSTNSLPQNTPEMAPSSAKSTLGIPESTHESKKSGTSGSESIALPTAEVSKTENPLQPPLDSIQKPITYVSEQKTTTSSSKPQKNKLENVTESPSSSTNFENAILMERGKCPQRLKTEHETPTQPMISSPGTKDFSDDLKRLSLQFPSKAACKAPDKRILPPSTQPQQKNISLQEWEPDSNLYRSKSLKNINEPSNQPQISQTQKMRERHFSACTFSDNAPDRGKLGDEFPVRSGHGRRFRSFSELSACDEKDTWTLGSDRARASGPRATSSISRPIDYGIFGKEQQLAFLENVKRSLTEGRLWRPNFLKNPGFLTDDANHPADKPESLTSGKMSKDGLSPREVLNIYQDAPVVGHSGSDTDTTTDDEYYLDEADKESEL

Target ORF information:

RefSeq Version	XM_007494875.2
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica exophilin 5 (EXPH5), transcript variant X2, mRNA.

Target ORF information:

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

XM_007494875.2

ORF Insert Sequence:

ATGCTGCTGC CGCCGCCGCC ACCGCCGCCG CTGCTGCTGC CGCTGTCGCT GCCGCCAGCG 
GAATTTAGCC TCTGGGGGCC GAGGAGGGTG GAGATGAAAA GCTGCAAACT CCAGAAAACA 
AAGAGAGATA TTAGATGGCT CCAAGGAGTG ACTGGCGAAT GGTTTGAAGA AATCCAGAGA 
AAAAAGTTTC GCAATGACAC CGATGTCAAC CAGATGTTAA AACAACCGCT CACATACAGG 
CTAAGGAAGG CAAAAAATGA TGCCATGCAT TTACCCACAT CAAGATCCTC GAATCTTCCA 
AATCGAAATA ATCCCTCATC CGCTCGCCGC CCAGGCTTCC CGTCTTCTCT GGCTTCACTC 
TTCTCTTTCA GAAAATCAGG AAAGGAGATT CTAAAGCCTC AGACACCATC ACAAGGATAT 
GATGGCTTTC CCAGAACATC TGTTACTGTA AAGGGAACCA CTGGGGCTGG AATATACAAC 
TCACCATTGA ACACTGAATC ATCAAATACA GCATTTACCC CAAAGCCTAT AGGAATGAGG 
GAAGGAAGCA GCATGCCTCC GTGGGATGCT TCCCAGCTAG AGAATGAATT CTTTCAGGTT 
TTAGATGACT TGGACAACAA ACTGGCTCAG GAACAAGCCC TAAGTCCAGG GAATACCAGA 
ACACCAATCC ACTATGGATT CAGAACACAG ACCAGTTCTT ATCACACTGG GAGCAGAAAT 
GGCAATCTCA TGGGAAGACA TGGGAATAAC TATGGAGAAA TTTCTCATCC ATCTATCTAT 
GATATCCTAA GACCATCCAC TCCCAGACAA GGTTTTAGAA CTTTCTCCTA TAGAACAAAA 
ACAATTTATG ATATGTATGG TACAAGAGAA TACACAGTTT CACAAGAGGA ATACAAGACC 
TTTGGCAGTT CATCTCTGTG TTCTGATAGG ACACAGCCAC TAGCTTCTCC CACGTTAGGA 
CATTTCACAG CAAATAGCCT ACATCTACCG TCGTACTCTG AGAGGAAGAG TGTTTTTTTA 
CCAAGAAGCC ATCAGCAGAG TCCAAGGAGA ACTCCTTTGT CATCTATTAT ATGGAACAGG 
TCATATACTC CTGGAGATGT TCAATACCAA GAAGAGTTTC TGAGGGCAGA ATCCCCAATG 
GAAGTTGATC CTGTCCATCA GGATGCATAC CCTAACCAGC CTCAAGGCAA TGGGAGAAAT 
AAATTTTACC ATTTCAGTAA TGTATATCAA AGTGTAAGGC CACATGCTCC TTGGGATAGA 
ACAACCAGTC CTGAGTCATT TGAGAATTCT GAGAACATTC CATTCCACCA ACATGAAAAC 
AAATTCTCAC AGTCATATTA TTACAATACC ACGGGTCCTA GAAGATTACA AAAATTTGGA 
GAAAGTCCTT TTTGGAATAA AAAAGAAGAG TTTCCATCCT TATCTGACTT TCATCACAGA 
AACAAAGAAT TCAATTCTTC CAACAGAGAC TTTGAAATGA TTTCAACTGA TGTAAATGAG 
GTGTCGGCTA TCTATAATGA TAGCATTCCT GTACCATCTC AACCTTGGAG AGCAAATTTT 
TCTAGAAATA AAGAGTCAAT TCATAGAGAG TTTAATTTTC AGACATGTGT ATCGGAGGAC 
ATGGAAGTCC TATCACAAGA TAATGGTACC CAAGTAGACT TAAAGGAAAA ATATGAGCAT 
TTGCCCACAC CTTCCATGGA TACAATGGGA AACAAATTCT GGAATGCCCC AGATATTTAC 
TCAAGGAGTC AAGTCAAACT GGATATGCTA GGAAGTCAAC AGAAGTGGCC TCCAATGGAA 
GCAAAATCAA ATTCAAAAAC CAACTTACCT GAAACCACTC AGAATTTGGC ATCCTCAGTC 
CAGATTCCAC ATAGAACAGA AACCTTTCAA CACTCTGACT GCCAGAATGC TCCCACTATG 
TCATGGGACC CCAAAAGGGA TGCTCCTGAT GAATCTGCCT CTTTCCCTTT AAGAAGCCAA 
AAAGAATTTA TTGAAACCAG TGGTGATTCT ATCACTGTTA ATAGAAACCA GTCAAACACT 
TGGATCACTG AGTTGAATCC TGAAAAAGAC TTGATCAAAT CTATGTCAGA AAAAATGGGG 
CACCTAAACA AGGTTGATGA GACAAGCCAG GTAGATAAAA CAGTACCAAT TGTCTCTCAG 
TCAACTATTA TGGAGACAAC ACCTGATTAT CAGCTTTCTC TTTCTAGGGA CTCAACCACC 
CTTTCCAGCA ATAAATTTGT TTTTAATGCA CCTGTCTCCA TAGTTTCAAA AAAGCCAACT 
GGAGTCTTTG GCAAAAGAGA TATTTCCAAA ATCTACATAT CAAACAAAGA TAAAGCAAAT 
GCACTTAAAA AAGAAAAGGA TTCTACCATG GAAAGAAAAC CAGATTCAGG AACTTCATTT 
CCTTTCTCTC AGGAAAACAG AACAACATTA TCTTTTCCCA AACAAAATCA AGGTTTTCAG 
CAAGAATCAG CAAAAAACAA TGTTGGTATT TCCAACATCA AAAATGAAGA CTGGAAACTA 
GAAACTGCCA GTAATCGAAA CCCACAATAT AAAGGAGACT CATTTGTTTT AGATGCCAAC 
AATATGCAAG GTGGTCAATT GAAAAATGCT TTGGTTCCTC CTACCAATTG TTCCAGGTTT 
GCTGAAAACC ATCATGGCCC ATCAGATCAC TCCCCAGATC TATTGCCAGA TGATGGGCAA 
AGTCTTCCAT CATCTTTTCC TGTTGACAGC ACTTCCTTAG CTTCTTTAGT AACTCCCTCA 
GGTACTTCAT TAAATTTCAC ATCTAATGTA TTAGCAAAAG AGGAAATGTT CTCAAAAAAA 
AGTCTTCTGG GAAAAGATGC ATCTAAAAGG GAAAGTGAAG AAAAGGCCTG TTCTGGTAAT 
ACGGATCAAA ATTATCAATT AACTGTCAGC ACCTCAGAAA ACCAAGCTAG TGGGGATATC 
CAGGTACTTG ATATTCACAA ATTGAAGGAT GTTGCTAAGT GCCATCCAGA CCATTCTTTC 
ACTTTGGGGA GAGAAAAAGG GAAAATAAGG CGTTCATTAT CCTATATTGA GAAGTTAAGC 
AAATCAGGAA ATTTCTTGAG ACAGGCAAGT AATGACAGTA ATGACATAGT TCCTAATCAG 
GGTAATTCCC AGTCTCTTGA GACCCTTGAC ATTTACTGTA CCTTCCCAAG AAAATTGACC 
AGTTTCCTAA TCGATGACAA CAAAAAACTA GAAAACAAGA TAATGTCCAC CTCATTTAGG 
AAGGGGCCCC CTCCATTCCA AATAAAAAAC ATCAAAGATC CACTAGAGAA ATGCTTCTCA 
AACAAAAATA ATTCCAATTC TTCTGAACCG AATAGGCGGT GCCCTGAAGT CAACGTAAAC 
TCTTCCTCAT TAAGGTCTAC ACCTGAAGAG ATAACGACAA ACATTAGAAA CATAGCACCT 
GCTTCTTTTA GAAAAGGGCC CCCTCCATTT GAAATCAAAG GGACCAGACC TTTTGGGACA 
TGTTCCTCAG ATGGAGTGGA CAGAAGGGAT AAATATGGCT TAGACACAGA ACCTTTTATT 
CTAACACCAA GGCCTGAGGA GTTGATCTCT ACCTCTCAGG AAAACAGCCC ATCAATTAAA 
AAACATTCTT TACAACTAAC CAAAGGTCAT CCTCATGAAG AAAGTTTTCA AGTCCACTCT 
GAAAATCACA GCAAAATGGC TTCTTCCCAG AAAGATAATC TTGCAAATAC CTTCTTCCTC 
CCTGATGAAA AACATTTATC TTCCTCTCCA GACATGTCAG AAAAGCAAAA TGGAAAACCT 
CTACACAAAT ACAAGACAAC AAGCACAGTC ACTATTTCTG GTGATGAAGA CAATGTAAAA 
CGTCTTGAGG TGGTTTCCAT CTATTATACT TTACCACGGA AGCACAACAA AAAATTATGT 
GACTTCCTCA AAAGTGACAC ACAAAGTATA AGTTTATCCC CAGAATCAAC CACAGTAGAG 
GATGCAACAT TCCCTATTTC TTTTTCAAAG AAGCAACTCA ATTCTTCGGC GCAGTCATTA 
CCAGAAACAC CTGTCTCTCC CTATGCGAAG GCATCTGTTA GCAGGTGTCA ATGGAGAAAG 
CATTCTTTCT CCCAGGACAC TGAGACAGGA GCTCTTTTTC AGTCACCACA TAGTCCATAT 
CCTGGGGCAG AGAAGCCCTC AGCAGAGACA TTACAAGAAA TGGTTGGAGG CATTTCTCTT 
TGCGGAGAAT GCAATCCTAC CAAGACTCCT TCAGCTAAAA CAATCTCAGG TGATTTGCAA 
AGCAAAAGTG TAGATACCTT TTCTTTTATT CCTGGCCATC AACAGGGACA AGAAAAATGG 
CAGAATCATA GCAGGTATGC CTCTGTCTCT CCCACAGAGC TTCATAATAA ACTTGTTAGA 
GAAAGAAAGC TTGAAAATCC CAAACAGTCC ATTAAAGTAT ATGAAAGAGA GAGCCCTTCT 
GTCATTCAGA CCCATTTGGG AGATGCTAGT AACAGTCCTT GCAGAAGAGA AATCTTGGGA 
AAATGTGGGC CTTGCAACAT AGATGCTATG TCTATTGGAA GCAGAAATTA TTCTGGTGAA 
GAAGTTAATG ATAAAATGAA CTTAGTATCT GGAGCTAAAT CCTTCTATGA CAATGTAAGA 
GAGTCACAGC CAGACTCAGC TGATGGTAAA CTGAAAACAG ATGACCAAAA AATTATTGAA 
AAAACATGTT CTGCTTTACA AAGTAAAGAC TTCTCTCTCT CCTCCAATTC CGTCAAACTT 
CAGCCTGAGG AGAGGAACCA TAAGGGTCAG CCTGACTTAG AAAGGTCACT GAGGGAACCA 
AAGGAAGTAC CTCAAGAAAA AGATACAGAT AAGAGAAGTA ATACAGAAAA AGACAGGTTG 
GCCGAAGTAG AAGATGCCCC AAACACAAAG GCAAATGAGA AAATGCAGGG GCTGCCCTAT 
GATCAGTATT CACCTCCCAA GGTAATCGAT GAAATTAAGT GTAATTTGGA TTGCACCAAA 
GAGAAAACCA ACCTAGAGAA AAGGAAAAAC AGACCTTCTG TTAAACAAAA ACTGGCAGCT 
ATGTCCAAGG TGAGCAGAAA ATTCTCAACA AAAGATATGA GCTCCAGAAG ACACATTGCT 
ACCATTTTCC CACAAGAAGA AGTCAATTCC AGTACCAATA GCTTACCTCA AAACACACCA 
GAGATGGCTC CATCATCAGC CAAATCCACC CTTGGGATCC CAGAATCTAC ACACGAATCT 
AAGAAGTCAG GCACTAGTGG GTCTGAGAGC ATTGCTCTCC CAACAGCCGA AGTGAGTAAG 
ACTGAGAACC CTCTCCAGCC TCCCTTGGAT TCCATCCAGA AGCCCATCAC ATATGTAAGT 
GAGCAAAAGA CAACGACCAG TAGTTCCAAA CCACAGAAGA ACAAACTTGA GAATGTAACA 
GAATCACCAT CGAGTAGCAC AAACTTTGAA AATGCAATAC TAATGGAAAG AGGCAAATGC 
CCTCAACGTT TGAAAACAGA GCATGAAACC CCCACCCAGC CCATGATTTC CAGCCCGGGG 
ACCAAGGATT TCTCTGATGA TCTCAAGAGA CTGAGCCTTC AGTTCCCCTC TAAGGCTGCA 
TGCAAGGCTC CTGATAAAAG AATCTTGCCG CCCAGTACTC AGCCACAGCA AAAAAATATC 
TCACTCCAAG AATGGGAGCC TGACTCGAAT CTCTATCGTT CCAAGAGTTT GAAAAACATA 
AATGAGCCAA GTAACCAGCC ACAAATAAGC CAAACTCAGA AAATGCGCGA GCGCCATTTT 
TCTGCATGTA CTTTTTCTGA CAATGCCCCA GACAGAGGGA AACTTGGGGA TGAATTTCCT 
GTTCGAAGTG GGCATGGAAG AAGGTTCCGA TCTTTTTCTG AGCTCTCTGC CTGTGATGAA 
AAAGACACCT GGACTCTGGG CAGTGACAGG GCTAGGGCCA GTGGTCCCAG GGCGACAAGC 
TCCATCTCCA GACCGATTGA CTATGGGATT TTTGGGAAGG AACAGCAGCT GGCTTTCTTA 
GAGAATGTCA AGAGGTCCCT CACAGAAGGG AGGCTGTGGA GGCCAAATTT CCTTAAAAAC 
CCTGGCTTCC TAACAGATGA TGCGAATCAT CCTGCTGACA AACCGGAATC GCTCACCTCC 
GGCAAAATGT CCAAAGATGG TTTGTCTCCC AGGGAGGTGC TTAACATCTA TCAGGATGCA 
CCTGTTGTGG GGCATTCAGG ATCTGACACC GACACCACTA CAGATGACGA GTACTACCTG 
GACGAAGCTG ACAAGGAGTC TGAACTCTGA

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

PubMed

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EXPH5 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene

Clones

gRNAs

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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