FRMPD4 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	FRMPD4
Entrez Gene ID	100031992
Full Name	FERM and PDZ domain containing 4
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_001381076.3	XP_001381113.3	FERM and PDZ domain-containing protein 4 isoform X1
XM_007500931.1	XP_007500993.1	FERM and PDZ domain-containing protein 4 isoform X2
XM_007500932.1	XP_007500994.1	FERM and PDZ domain-containing protein 4 isoform X3

Pathways from BioSystems
Gene Ontology

The following FRMPD4 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FRMPD4 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)
OMc30045	XM_007500932.1 Latest version!	Monodelphis domestica FERM and PDZ domain containing 4 (FRMPD4), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OMc30043	XM_001381076.3 Latest version!	Monodelphis domestica FERM and PDZ domain containing 4 (FRMPD4), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OMc30044	XM_007500931.1 Latest version!	Monodelphis domestica FERM and PDZ domain containing 4 (FRMPD4), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

FRMPD4 ( XM_007500932.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007500994.1 Monodelphis domestica FERM and PDZ domain containing 4 (FRMPD4), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OMc30045
Clone ID Related Accession (Same CDS sequence)	XM_007500932.1
Accession Version	XM_007500932.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3954bp) 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	FERM and PDZ domain-containing protein 4 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008807.1) 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##

ATGGATGTGT TCAGCTTTGT GAAGATTGCA AAGCTGTCAA GCCACAGAAC CAAGGCTTCA 
GGCTGGCCAC CTCCCTCAGG AACCTGGAGC TTGAACCAGG TGCCACCTTA TGGATGGGAG 
ATGACGGCAA ACAGAGATGG AAGAGATTAC TTCATCGATC ACATGACACA AGGGGTCACA 
TTTGAAGACC CTCGATTTGA TAGCTGCCAA ATCATCCCTC CTGCTCCTCG ACAAGTTGAG 
ATGAGGAGAG ATCCTGTCCT GGGATTTGGA TTTGTGGCGG GGAGTGAGAA ACCAGTGGTT 
GTCCGCTCAG TAACCCCAGG TGGCCCCTCA GAAGGAAAAC TTATCCCAGG AGATCAGATC 
GTAATGATTA ATGATGAGCC AGTCAGCACT GCTCCGAGGG AGAGAGTCAT TGACCTTGTC 
AGAAACTGCA AAGAATCGAT CCTCCTCACT GTCATTCAAC CTTACCCTTC TCCCAAGTCA 
GCATTTATTA GTGCTGCAAA AAAGGCAAGG TTGAAGTCCA ATCCTGTTAA AGTGCGTTTC 
TCAGAGGAGG TCATCATCAA TGGCCAGGTT TCGGAAACAG TTAAGGACAA TTCACTTCTT 
TTCATGCCAA ATGTCCTGAA GGTATACTTG GAAAATGGGC AAACCAAGTC ATTCCGTTTT 
GACTGCAGTA CTTCAATAAA GGATGTCATC TTAACTCTTC AAGAAAAACT TTCCATCAAG 
TGTATCGAGC ACTTTTCCCT GATGCTGGAG CAGAGGATGG AAGGAGCTGT AACCAGACTT 
CTCTTGCTAC ATGAACAGGA GACTCTTACT CAGGTGACCC AGAGACCCAG CTCCCATAAG 
ATGAGATGTC TTTTCCGAAT CAGCTTTGTC CCAAAAGATC CCATTGACCT TCTGAGAAGA 
GATCCAGTTG CTTTTGAGTA CCTATATGTG CAGAGCTGTA ATGATGTGGT TCAGGAGAGA 
TTTGGACCAG AGCTGAAATA TGACATCGCC CTGCGTCTAG CAGCATTACA AATGTACATC 
GCCACTGTCA CCACCAAGCA AACCCAAAAG ATCTCCCTCA AATACATCGA AAAAGAATGG 
GGATTAGAGA CTTTTCTTCC ATCTGCCGTA CTGCAAAGCA TGAAAGAGAA GAACATAAAG 
AAAGCACTTT CCCACCTTGT CAAAGCAAAT CAAAACCTAG TACCGCCGGG GAAAAAGCTA 
TCGGCTTTGC AAGCGAAGGT CCATTATCTC AAGTTCCTCA GTGATCTTCG ATTATATGGT 
GGCCGTGTGT TCAAGGCAAC ATTAGTGCAG GCAGAAAAGC GCTCAGAAGT GACTTTGCTA 
GTTGGACCCA GGTATGGAAT AAGTCACGTG ATAAACACCA AAACCAACTT GGTGGCTCTT 
TTGGCCGATT TCAGCCATGT CAATAGGATT GAGATGTTTA CAGAAGACGA AGGCTCTATT 
CGAGTGGAAC TCCATGTATT AGATGTGAAA CCAATTATTC TGCTAATGGA ACCATCAGAT 
GCCATGAACC TTGCCTGTCT AACAGCTGGA TATTACAGAC TACTAGTTGA TTCCAGACGG 
TCAATATTTA ACATGGCCAA CAAGAAAAAT GCAGGAAACA GAGAAACAGG ACCTGAAAAT 
AAAGGAAAGC ATAACCTCCT TGGCTCTGAT TGGAACTGTG TACCACAAAT GACCACTTTC 
ATTGCTGATG GGGAGCAAGA GCCCCAGATA ACATATATAG ACTCAAAACA CAAGAACGTC 
GATATTGCCG ATGATACCTT ATGTCCAAAA GACCACAGGC ATTTGTACAT CGAGGATACC 
TATCATTCAG ATGACCTTGA TCATCGTCTG ACCCAACAAG GTGACTCCAG CTGTGAGATG 
GAAAGCCGAG GCCTTGCTCA GCAGTCATTG CTGTCCCTTT CAGGTCTAGA GACAAGTCAA 
AAAGCACAGG ATTCTCCCAG GAGCGCCAAA GTATCCTTTA TTTTTGGAGA ACTTGCCTTG 
GATGACATTA ACCCCCAAAA TCTTGGGTAT GAAAGACTAT TGGATGAGAG TCCAGAAATG 
CTGGAAAAAC AAAGGGCTCT CTACCTGAGC AATACCAATG ACATTAAAGG CTTGGATCTC 
TCGCCTGACG CAGAAAGCAT ACAATTCGTG ACAAACTCTG TTTATGCAAA CATTAGCGAC 
GGGAAGAATT TTGAAGCTGC TGAAGGGATT GAAGAGCCTT TGCTGCATGA GATCTGTTAC 
TCAGAAAACA CAGACGATGC TGAGGATGAA GACGAAGTGA GTTGTGAGGA AGACTTGGTA 
GTCGGAGAAA TAAATAGACC TGCCATTCTC AACCTGTCTG GGTCCAGTGA TGACATCATT 
GACCTGACAT CCCTTCCTCC TCCTGAGGGT GATGACAACG AGGATGACTT CCTGTTACAC 
TCCTTAAACA TGGCCATCGC TGCTCCTCCG CCTGGCTTCC GGGACAGCTC CGATGAAGAG 
GATTCCCAGC ACCAAACGAC CCAGTTTAGA GAGGACAAGG AACAGGCTAG CAGCCTGCAG 
AATGATGAAA TCCCTGTGTC CCTCATAGAC GCTGTCCCTA CCAGCTCTGA AGGAAAGTGT 
GAGAAGGGGC TAGATGATGC TGTAGTATCC ACTCTGCAAG CCTTAGAGGC TTTAGCAGCA 
TCAGAGGAAC AGCAGACCAA TGACAATTCA GGTGTAGCAA TCTTGCGAGC TTATAGCCCT 
GAGTCTTCCT CAGATTCAGG TAATGAAACT AATTCTTCGG AAATGACTGA GAGTTCTGAA 
CTGGCCACAG CACAGAAGCA GTCAGAAAAC TCCACCCGCA TGTTCTTGGC CACTAGTGAC 
GGCTACCATC CCCTTGTAGA GGAACAGACA GAATTCCCCA TCTCCAAAAC CCCCTCAGGA 
GGCTTACCTG TGAAGTCCTC TCAGGCTCTG GCTGCTCGAC CGGCAGCTGA GCTACAGTCC 
AAAGTCGTGC CTTCAAAGCA GATTCTTCCC TCAGATAACA TGGAGATGGA ACCAGAAACC 
ATGGAGACCA AGTCGGTCAC AGACTATTTC AGCAAATTGC ACATGGGGTC TGTGGTGTAT 
TCTTGCACCA GCAAAAGGAA AGGCAAGCTG CCTGATGGGG AGGGGAAAAC AGCCCCTGAA 
GGGGGGAAAA AGCAGCAGGG ACCTAAAAAA GCAGAGATGG AAGAAAATGC CAAAGGGAAA 
TTTAGCACGC TGGCATCACG AGACAGTCCA CGATTAAGCA CTTTTAACCT GGAGAGAACT 
GCCTTTCGCA AGGACAGCCA AAGATGGTAT GCGGCTGCTG AGGGTGGAGC AGCTGAAAAA 
TCTGGACCAG AGATGGGGAC TGGGAAGGCC TTTCAAAGAG TGCCGGGCCT TGGGACCATG 
GAAACTGAGT GTAAGGATGA AGGCAATCCT GAAGGAGATA ACAGTGGTGC TCCAGGGCTT 
GGCCAAGGGG AGAGTTTTCT GCCTGATATG ACTTGTGTGT CCTCAGCCAA AGAAGTAAAC 
CATCATGAGG ATGCTGATCT AAGTGCTGAT GACCATCCTT CCAAGCTTCC TGAAGCTGAG 
CAGGGTGTGG CTCGCCTTTG TGACTATCAC TTGGCCAAGC GGATGTCATC TTTGCAAAGT 
GAAGGCCATT TTTCTCTGCA GAGCTCCCAG TGTTCTTCGG TGGATGCTGG GGGTAGCACA 
GGGAGCAGTA GCACCTGTGC TACGCCTATG GAATCGCCCC TCTGCACCTC AGAAGGGAAG 
CACATTATCT CAGATGCCTC AGGGAAGGGG ATGGCTTACA TTCCGGCAGA TGAAAGACCT 
GCTGGGCTTC CCAACCCTGG AGCCACTTTT AAAGAACTGC ACCAACAGAC TGATCCTATG 
TGTCACCGGA TGACAGTGCC TGTTATGCAT ACAGCTGTTA ATGCCGAGCC ACTGTTTGGC 
ACTTTGAGAG ATGGATGTCA TCGGATCCCC AAGATTAAAG AAACCACAGT GTAG

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

RefSeq	XP_007500994.1
CDS	327..4280
Translation	MDVFSFVKIAKLSSHRTKASGWPPPSGTWSLNQVPPYGWEMTANRDGRDYFIDHMTQGVTFEDPRFDSCQIIPPAPRQVEMRRDPVLGFGFVAGSEKPVVVRSVTPGGPSEGKLIPGDQIVMINDEPVSTAPRERVIDLVRNCKESILLTVIQPYPSPKSAFISAAKKARLKSNPVKVRFSEEVIINGQVSETVKDNSLLFMPNVLKVYLENGQTKSFRFDCSTSIKDVILTLQEKLSIKCIEHFSLMLEQRMEGAVTRLLLLHEQETLTQVTQRPSSHKMRCLFRISFVPKDPIDLLRRDPVAFEYLYVQSCNDVVQERFGPELKYDIALRLAALQMYIATVTTKQTQKISLKYIEKEWGLETFLPSAVLQSMKEKNIKKALSHLVKANQNLVPPGKKLSALQAKVHYLKFLSDLRLYGGRVFKATLVQAEKRSEVTLLVGPRYGISHVINTKTNLVALLADFSHVNRIEMFTEDEGSIRVELHVLDVKPIILLMEPSDAMNLACLTAGYYRLLVDSRRSIFNMANKKNAGNRETGPENKGKHNLLGSDWNCVPQMTTFIADGEQEPQITYIDSKHKNVDIADDTLCPKDHRHLYIEDTYHSDDLDHRLTQQGDSSCEMESRGLAQQSLLSLSGLETSQKAQDSPRSAKVSFIFGELALDDINPQNLGYERLLDESPEMLEKQRALYLSNTNDIKGLDLSPDAESIQFVTNSVYANISDGKNFEAAEGIEEPLLHEICYSENTDDAEDEDEVSCEEDLVVGEINRPAILNLSGSSDDIIDLTSLPPPEGDDNEDDFLLHSLNMAIAAPPPGFRDSSDEEDSQHQTTQFREDKEQASSLQNDEIPVSLIDAVPTSSEGKCEKGLDDAVVSTLQALEALAASEEQQTNDNSGVAILRAYSPESSSDSGNETNSSEMTESSELATAQKQSENSTRMFLATSDGYHPLVEEQTEFPISKTPSGGLPVKSSQALAARPAAELQSKVVPSKQILPSDNMEMEPETMETKSVTDYFSKLHMGSVVYSCTSKRKGKLPDGEGKTAPEGGKKQQGPKKAEMEENAKGKFSTLASRDSPRLSTFNLERTAFRKDSQRWYAAAEGGAAEKSGPEMGTGKAFQRVPGLGTMETECKDEGNPEGDNSGAPGLGQGESFLPDMTCVSSAKEVNHHEDADLSADDHPSKLPEAEQGVARLCDYHLAKRMSSLQSEGHFSLQSSQCSSVDAGGSTGSSSTCATPMESPLCTSEGKHIISDASGKGMAYIPADERPAGLPNPGATFKELHQQTDPMCHRMTVPVMHTAVNAEPLFGTLRDGCHRIPKIKETTV

Target ORF information:

RefSeq Version	XM_007500932.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica FERM and PDZ domain containing 4 (FRMPD4), transcript variant X3, mRNA.

Target ORF information:

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

XM_007500932.1

ORF Insert Sequence:

ATGGATGTGT TCAGCTTTGT GAAGATTGCA AAGCTGTCAA GCCACAGAAC CAAGGCTTCA 
GGCTGGCCAC CTCCCTCAGG AACCTGGAGC TTGAACCAGG TGCCACCTTA TGGATGGGAG 
ATGACGGCAA ACAGAGATGG AAGAGATTAC TTCATCGATC ACATGACACA AGGGGTCACA 
TTTGAAGACC CTCGATTTGA TAGCTGCCAA ATCATCCCTC CTGCTCCTCG ACAAGTTGAG 
ATGAGGAGAG ATCCTGTCCT GGGATTTGGA TTTGTGGCGG GGAGTGAGAA ACCAGTGGTT 
GTCCGCTCAG TAACCCCAGG TGGCCCCTCA GAAGGAAAAC TTATCCCAGG AGATCAGATC 
GTAATGATTA ATGATGAGCC AGTCAGCACT GCTCCGAGGG AGAGAGTCAT TGACCTTGTC 
AGAAACTGCA AAGAATCGAT CCTCCTCACT GTCATTCAAC CTTACCCTTC TCCCAAGTCA 
GCATTTATTA GTGCTGCAAA AAAGGCAAGG TTGAAGTCCA ATCCTGTTAA AGTGCGTTTC 
TCAGAGGAGG TCATCATCAA TGGCCAGGTT TCGGAAACAG TTAAGGACAA TTCACTTCTT 
TTCATGCCAA ATGTCCTGAA GGTATACTTG GAAAATGGGC AAACCAAGTC ATTCCGTTTT 
GACTGCAGTA CTTCAATAAA GGATGTCATC TTAACTCTTC AAGAAAAACT TTCCATCAAG 
TGTATCGAGC ACTTTTCCCT GATGCTGGAG CAGAGGATGG AAGGAGCTGT AACCAGACTT 
CTCTTGCTAC ATGAACAGGA GACTCTTACT CAGGTGACCC AGAGACCCAG CTCCCATAAG 
ATGAGATGTC TTTTCCGAAT CAGCTTTGTC CCAAAAGATC CCATTGACCT TCTGAGAAGA 
GATCCAGTTG CTTTTGAGTA CCTATATGTG CAGAGCTGTA ATGATGTGGT TCAGGAGAGA 
TTTGGACCAG AGCTGAAATA TGACATCGCC CTGCGTCTAG CAGCATTACA AATGTACATC 
GCCACTGTCA CCACCAAGCA AACCCAAAAG ATCTCCCTCA AATACATCGA AAAAGAATGG 
GGATTAGAGA CTTTTCTTCC ATCTGCCGTA CTGCAAAGCA TGAAAGAGAA GAACATAAAG 
AAAGCACTTT CCCACCTTGT CAAAGCAAAT CAAAACCTAG TACCGCCGGG GAAAAAGCTA 
TCGGCTTTGC AAGCGAAGGT CCATTATCTC AAGTTCCTCA GTGATCTTCG ATTATATGGT 
GGCCGTGTGT TCAAGGCAAC ATTAGTGCAG GCAGAAAAGC GCTCAGAAGT GACTTTGCTA 
GTTGGACCCA GGTATGGAAT AAGTCACGTG ATAAACACCA AAACCAACTT GGTGGCTCTT 
TTGGCCGATT TCAGCCATGT CAATAGGATT GAGATGTTTA CAGAAGACGA AGGCTCTATT 
CGAGTGGAAC TCCATGTATT AGATGTGAAA CCAATTATTC TGCTAATGGA ACCATCAGAT 
GCCATGAACC TTGCCTGTCT AACAGCTGGA TATTACAGAC TACTAGTTGA TTCCAGACGG 
TCAATATTTA ACATGGCCAA CAAGAAAAAT GCAGGAAACA GAGAAACAGG ACCTGAAAAT 
AAAGGAAAGC ATAACCTCCT TGGCTCTGAT TGGAACTGTG TACCACAAAT GACCACTTTC 
ATTGCTGATG GGGAGCAAGA GCCCCAGATA ACATATATAG ACTCAAAACA CAAGAACGTC 
GATATTGCCG ATGATACCTT ATGTCCAAAA GACCACAGGC ATTTGTACAT CGAGGATACC 
TATCATTCAG ATGACCTTGA TCATCGTCTG ACCCAACAAG GTGACTCCAG CTGTGAGATG 
GAAAGCCGAG GCCTTGCTCA GCAGTCATTG CTGTCCCTTT CAGGTCTAGA GACAAGTCAA 
AAAGCACAGG ATTCTCCCAG GAGCGCCAAA GTATCCTTTA TTTTTGGAGA ACTTGCCTTG 
GATGACATTA ACCCCCAAAA TCTTGGGTAT GAAAGACTAT TGGATGAGAG TCCAGAAATG 
CTGGAAAAAC AAAGGGCTCT CTACCTGAGC AATACCAATG ACATTAAAGG CTTGGATCTC 
TCGCCTGACG CAGAAAGCAT ACAATTCGTG ACAAACTCTG TTTATGCAAA CATTAGCGAC 
GGGAAGAATT TTGAAGCTGC TGAAGGGATT GAAGAGCCTT TGCTGCATGA GATCTGTTAC 
TCAGAAAACA CAGACGATGC TGAGGATGAA GACGAAGTGA GTTGTGAGGA AGACTTGGTA 
GTCGGAGAAA TAAATAGACC TGCCATTCTC AACCTGTCTG GGTCCAGTGA TGACATCATT 
GACCTGACAT CCCTTCCTCC TCCTGAGGGT GATGACAACG AGGATGACTT CCTGTTACAC 
TCCTTAAACA TGGCCATCGC TGCTCCTCCG CCTGGCTTCC GGGACAGCTC CGATGAAGAG 
GATTCCCAGC ACCAAACGAC CCAGTTTAGA GAGGACAAGG AACAGGCTAG CAGCCTGCAG 
AATGATGAAA TCCCTGTGTC CCTCATAGAC GCTGTCCCTA CCAGCTCTGA AGGAAAGTGT 
GAGAAGGGGC TAGATGATGC TGTAGTATCC ACTCTGCAAG CCTTAGAGGC TTTAGCAGCA 
TCAGAGGAAC AGCAGACCAA TGACAATTCA GGTGTAGCAA TCTTGCGAGC TTATAGCCCT 
GAGTCTTCCT CAGATTCAGG TAATGAAACT AATTCTTCGG AAATGACTGA GAGTTCTGAA 
CTGGCCACAG CACAGAAGCA GTCAGAAAAC TCCACCCGCA TGTTCTTGGC CACTAGTGAC 
GGCTACCATC CCCTTGTAGA GGAACAGACA GAATTCCCCA TCTCCAAAAC CCCCTCAGGA 
GGCTTACCTG TGAAGTCCTC TCAGGCTCTG GCTGCTCGAC CGGCAGCTGA GCTACAGTCC 
AAAGTCGTGC CTTCAAAGCA GATTCTTCCC TCAGATAACA TGGAGATGGA ACCAGAAACC 
ATGGAGACCA AGTCGGTCAC AGACTATTTC AGCAAATTGC ACATGGGGTC TGTGGTGTAT 
TCTTGCACCA GCAAAAGGAA AGGCAAGCTG CCTGATGGGG AGGGGAAAAC AGCCCCTGAA 
GGGGGGAAAA AGCAGCAGGG ACCTAAAAAA GCAGAGATGG AAGAAAATGC CAAAGGGAAA 
TTTAGCACGC TGGCATCACG AGACAGTCCA CGATTAAGCA CTTTTAACCT GGAGAGAACT 
GCCTTTCGCA AGGACAGCCA AAGATGGTAT GCGGCTGCTG AGGGTGGAGC AGCTGAAAAA 
TCTGGACCAG AGATGGGGAC TGGGAAGGCC TTTCAAAGAG TGCCGGGCCT TGGGACCATG 
GAAACTGAGT GTAAGGATGA AGGCAATCCT GAAGGAGATA ACAGTGGTGC TCCAGGGCTT 
GGCCAAGGGG AGAGTTTTCT GCCTGATATG ACTTGTGTGT CCTCAGCCAA AGAAGTAAAC 
CATCATGAGG ATGCTGATCT AAGTGCTGAT GACCATCCTT CCAAGCTTCC TGAAGCTGAG 
CAGGGTGTGG CTCGCCTTTG TGACTATCAC TTGGCCAAGC GGATGTCATC TTTGCAAAGT 
GAAGGCCATT TTTCTCTGCA GAGCTCCCAG TGTTCTTCGG TGGATGCTGG GGGTAGCACA 
GGGAGCAGTA GCACCTGTGC TACGCCTATG GAATCGCCCC TCTGCACCTC AGAAGGGAAG 
CACATTATCT CAGATGCCTC AGGGAAGGGG ATGGCTTACA TTCCGGCAGA TGAAAGACCT 
GCTGGGCTTC CCAACCCTGG AGCCACTTTT AAAGAACTGC ACCAACAGAC TGATCCTATG 
TGTCACCGGA TGACAGTGCC TGTTATGCAT ACAGCTGTTA ATGCCGAGCC ACTGTTTGGC 
ACTTTGAGAG ATGGATGTCA TCGGATCCCC AAGATTAAAG AAACCACAGT GTAG

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

FRMPD4 ( XM_001381076.3 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_001381113.3 Monodelphis domestica FERM and PDZ domain containing 4 (FRMPD4), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OMc30043
Clone ID Related Accession (Same CDS sequence)	XM_001381076.3
Accession Version	XM_001381076.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5295bp) 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	FERM and PDZ domain-containing protein 4 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008807.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 14, 2014 this sequence version replaced XM_001381076.2. ##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##

ATGGATGTGT TCAGCTTTGT GAAGATTGCA AAGCTGTCAA GCCACAGAAC CAAGGCTTCA 
GGCTGGCCAC CTCCCTCAGG AACCTGGAGC TTGAACCAGG TGCCACCTTA TGGATGGGAG 
ATGACGGCAA ACAGAGATGG AAGAGATTAC TTCATCGATC ACATGACACA AGGGGTCACA 
TTTGAAGACC CTCGATTTGA TAGCTGCCAA ATCATCCCTC CTGCTCCTCG ACAAGTTGAG 
ATGAGGAGAG ATCCTGTCCT GGGATTTGGA TTTGTGGCGG GGAGTGAGAA ACCAGTGGTT 
GTCCGCTCAG TAACCCCAGG TGGCCCCTCA GAAGGAAAAC TTATCCCAGG AGATCAGATC 
GTAATGATTA ATGATGAGCC AGTCAGCACT GCTCCGAGGG AGAGAGTCAT TGACCTTGTC 
AGAAACTGCA AAGAATCGAT CCTCCTCACT GTCATTCAAC CTTACCCTTC TCCCAAGTCA 
GCATTTATTA GTGCTGCAAA AAAGGCAAGG TTGAAGTCCA ATCCTGTTAA AGTGCGTTTC 
TCAGAGGAGG TCATCATCAA TGGCCAGGTT TCGGAAACAG TTAAGGACAA TTCACTTCTT 
TTCATGCCAA ATGTCCTGAA GGTATACTTG GAAAATGGGC AAACCAAGTC ATTCCGTTTT 
GACTGCAGTA CTTCAATAAA GGATGTCATC TTAACTCTTC AAGAAAAACT TTCCATCAAG 
TGTATCGAGC ACTTTTCCCT GATGCTGGAG CAGAGGATGG AAGGAGCTGT AACCAGACTT 
CTCTTGCTAC ATGAACAGGA GACTCTTACT CAGGTGACCC AGAGACCCAG CTCCCATAAG 
ATGAGATGTC TTTTCCGAAT CAGCTTTGTC CCAAAAGATC CCATTGACCT TCTGAGAAGA 
GATCCAGTTG CTTTTGAGTA CCTATATGTG CAGAGCTGTA ATGATGTGGT TCAGGAGAGA 
TTTGGACCAG AGCTGAAATA TGACATCGCC CTGCGTCTAG CAGCATTACA AATGTACATC 
GCCACTGTCA CCACCAAGCA AACCCAAAAG ATCTCCCTCA AATACATCGA AAAAGAATGG 
GGATTAGAGA CTTTTCTTCC ATCTGCCGTA CTGCAAAGCA TGAAAGAGAA GAACATAAAG 
AAAGCACTTT CCCACCTTGT CAAAGCAAAT CAAAACCTAG TACCGCCGGG GAAAAAGCTA 
TCGGCTTTGC AAGCGAAGGT CCATTATCTC AAGTTCCTCA GTGATCTTCG ATTATATGGT 
GGCCGTGTGT TCAAGGCAAC ATTAGTGCAG GCAGAAAAGC GCTCAGAAGT GACTTTGCTA 
GTTGGACCCA GGTATGGAAT AAGTCACGTG ATAAACACCA AAACCAACTT GGTGGCTCTT 
TTGGCCGATT TCAGCCATGT CAATAGGATT GAGATGTTTA CAGAAGACGA AGGCTCTATT 
CGAGTGGAAC TCCATGTATT AGATGTGAAA CCAATTATTC TGCTAATGGA ACCATCAGAT 
GCCATGAACC TTGCCTGTCT AACAGCTGGA TATTACAGAC TACTAGTTGA TTCCAGACGG 
TCAATATTTA ACATGGCCAA CAAGAAAAAT GCAGGAAACA GAGAAACAGG ACCTGAAAAT 
AAAGGAAAGC ATAACCTCCT TGGCTCTGAT TGGAACTGTG TACCACAAAT GACCACTTTC 
ATTGCTGATG GGGAGCAAGA GCCCCAGATA ACATATATAG ACTCAAAACA CAAGAACGTC 
GATATTGCCG ATGATACCTT ATGTCCAAAA GACCACAGGC ATTTGTACAT CGAGGATACC 
TATCATTCAG ATGACCTTGA TCATCGTCTG ACCCAACAAG GTGACTCCAG CTGTGAGATG 
GAAAGCCGAG GCCTTGCTCA GCAGTCATTG CTGTCCCTTT CAGGTCTAGA GACAAGTCAA 
AAAGCACAGG ATTCTCCCAG GAGCGCCAAA GTATCCTTTA TTTTTGGAGA ACTTGCCTTG 
GATGACATTA ACCCCCAAAA TCTTGGGTAT GAAAGACTAT TGGATGAGAG TCCAGAAATG 
CTGGAAAAAC AAAGGGCTCT CTACCTGAGC AATACCAATG ACATTAAAGG CTTGGATCTC 
TCGCCTGACG CAGAAAGCAT ACAATTCGTG ACAAACTCTG TTTATGCAAA CATTAGCGAC 
GGGAAGAATT TTGAAGCTGC TGAAGGGATT GAAGAGCCTT TGCTGCATGA GATCTGTTAC 
TCAGAAAACA CAGACGATGC TGAGGATGAA GACGAAGTGA GTTGTGAGGA AGACTTGGTA 
GTCGGAGAAA TAAATAGACC TGCCATTCTC AACCTGTCTG GGTCCAGTGA TGACATCATT 
GACCTGACAT CCCTTCCTCC TCCTGAGGGT GATGACAACG AGGATGACTT CCTGTTACAC 
TCCTTAAACA TGGCCATCGC TGCTCCTCCG CCTGGCTTCC GGGACAGCTC CGATGAAGAG 
GATTCCCAGC ACCAAACGAC CCAGTTTAGA GAGGACAAGG AACAGGCTAG CAGCCTGCAG 
AATGATGAAA TCCCTGTGTC CCTCATAGAC GCTGTCCCTA CCAGCTCTGA AGGAAAGTGT 
GAGAAGGGGC TAGATGATGC TGTAGTATCC ACTCTGCAAG CCTTAGAGGC TTTAGCAGCA 
TCAGAGGAAC AGCAGACCAA TGACAATTCA GGTGTAGCAA TCTTGCGAGC TTATAGCCCT 
GAGTCTTCCT CAGATTCAGG TAATGAAACT AATTCTTCGG AAATGACTGA GAGTTCTGAA 
CTGGCCACAG CACAGAAGCA GTCAGAAAAC TCCACCCGCA TGTTCTTGGC CACTAGTGAC 
GGCTACCATC CCCTTGTAGA GGAACAGACA GAATTCCCCA TCTCCAAAAC CCCCTCAGGA 
GGCTTACCTG TGAAGTCCTC TCAGGCTCTG GCTGCTCGAC CGGCAGCTGA GCTACAGTCC 
AAAGTCGTGC CTTCAAAGCA GATTCTTCCC TCAGATAACA TGGAGATGGA ACCAGAAACC 
ATGGAGACCA AGTCGGTCAC AGACTATTTC AGCAAATTGC ACATGGGGTC TGTGGTGTAT 
TCTTGCACCA GCAAAAGGAA AGGCAAGCTG CCTGATGGGG AGGGGAAAAC AGCCCCTGAA 
GGGGGGAAAA AGCAGCAGGG ACCTAAAAAA GCAGAGATGG AAGAAAATGC CAAAGGGAAA 
TTTAGCACGC TGGCATCACG AGACAGTCCA CGATTAAGCA CTTTTAACCT GGAGAGAACT 
GCCTTTCGCA AGGACAGCCA AAGATGGTAT GCGGCTGCTG AGGGTGGAGC AGCTGAAAAA 
TCTGGACCAG AGATGGGGAC TGGGAAGGCC TTTCAAAGAG TGCCGGGCCT TGGGACCATG 
GAAACTGAGT GTAAGGATGA AGGCAATCCT GAAGGAGATA ACAGTGGTGC TCCAGGGCTT 
GGCCAAGGGG AGAGTTTTCT GCCTGATATG ACTTGTGTGT CCTCAGCCAA AGAAGTAAAC 
CATCATGAGG ATGCTGATCT AAGTGCTGAT GACCATCCTT CCAAGCTTCC TGAAGCTGAG 
CAGGGTGTGG CTCGCCTTTG TGACTATCAC TTGGCCAAGC GGATGTCATC TTTGCAAAGT 
GAAGGCCATT TTTCTCTGCA GAGCTCCCAG TGTTCTTCGG TGGATGCTGG GGGTAGCACA 
GGGAGCAGTA GCACCTGTGC TACGCCTATG GAATCGCCCC TCTGCACCTC AGAAGGGAAG 
CACATTATCT CAGATGCCTC AGGGAAGGGG ATGGCTTACA TTCCGGCAGA TGAAAGACCT 
GCTGGGCTTC CCAACCCTGG AGCCACTTTT AAAGAACTGC ACCAACAGAC TGATCCTATG 
TGTCACCGGA TGACAGTGCC TGTTATGCAT ACAGCTGTTA ATGCCGAGCC ACTGTTTGGC 
ACTTTGAGAG ATGGATGTCA TCGGATCCCC AAGATTAAAG AAACCACAGC TTTCACAGAG 
CCTGGGAAGG GAAGACGAGG AGGCATGTCT TCAGCTTTTT CTCAACATCC TAAAGCTGAT 
TCCATCATGC TATCATCCAA CATTCACTCT GAATCAAAGG TGCCAAGTCC AAAACAAGAC 
CCTAATGATT TTCCCAAAGC GAACCAGGCC TACGGAGTGG CAATGAGTTT GTGGCCATGT 
GAGCTGAGGG GAGGGAGCCT CCGAACGCCA CAGAACAGGA GGGTTCTGAG ACGGAGCAGC 
AGTGTCATCT CGGGATCCCC AGGTTTGGAA ACATTCCTGG AGAGGAAGAA GGCTGCTGCC 
GGCTTGAAGG GTTCTGGCAT CCCAGAAGCC GATGAGTCCA AATCGGAAAA AAGGGGCGAA 
ATTCCCCTAG GCAAAAAGTT AACCAAAAGC TACTCACAAA ATTCCGTGCA CTTAGGCCCT 
GAAGGGAAAG AGAAGAGGAA GTTTTCAGCG GCCCACAAGG ACTCCAAGCT GTACAGAACG 
TTACCTTTGC GGAAGCTCGA GGCCAGCAAC TGGAGATGCC GAGGACCCTT TAGTCGTTGC 
TTCCTGAGTC GAGGGCAAGA TGAGGATGGG GACGAAGAAG AGGAAGAACA TAGCGAGGCC 
CGTAGCCGAG TCTCCTGCCT CTATCAACCA GAGCTGTCCC GCCAGCTGCC AGAACCAGCC 
AGCCCGCCCC TCCCTGCTGA ACTCCAGAAG AAGGTGGTGG TGGTGGGGGA GACGTCCAAA 
GTTCTCCCGG GCGGAACGCA AGCCCCCAGC AGCCCGGCCT CGGATTTTAA CTTGAACCCC 
TGCGAGCTGG CCTTCGAGGC GCGCATAGCA AGGATCAACA CCCTGAAGGA GAGCAAGTAC 
ACGACGCCCA GCGGATTCGT AGCCGCCCAA AACGATGCCA ACGAGCTGCT CTGCCTGGTC 
CGGTCCTGTT CCAGGAAGAG AGAGGAGTCG TCGCCCCAGG CAACCAAGCA CGACCTGAAG 
CTCTCCCAAT ACAAGCAGCT GTTGTCCATA GAGTCCAGAC ATCTGGGAAG TGCCTGCAGG 
AAAATGGCCA TGGCCGACAA GAGCCCGGAG GAGATGCTGG CGGCCGTCAC CTCCAGCTTC 
CAAGTGCTCT GCTGCCTGAC TGAGGCCTGC CTCCGGCTGG TCAAGGTCGT GAGCTCCGAA 
GCACAGCGCC AGGAGATCGT GGCCAAGATT GATGAGGTGG TCATCAACTA CATCTGCCTG 
CTGAGAGCCG CCGAGGTAGC CACTGGGAAG AAGTCCGGGG ACCCCAGCTT GCGACTCTTG 
GCCCGACACT CGACCACCAT GGCTGCCATT GTAAGCACAC TAACACGTTC TCTGAAGATG 
CTTTTAAATA AATAA

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

RefSeq	XP_001381113.3
CDS	327..5621
Translation	MDVFSFVKIAKLSSHRTKASGWPPPSGTWSLNQVPPYGWEMTANRDGRDYFIDHMTQGVTFEDPRFDSCQIIPPAPRQVEMRRDPVLGFGFVAGSEKPVVVRSVTPGGPSEGKLIPGDQIVMINDEPVSTAPRERVIDLVRNCKESILLTVIQPYPSPKSAFISAAKKARLKSNPVKVRFSEEVIINGQVSETVKDNSLLFMPNVLKVYLENGQTKSFRFDCSTSIKDVILTLQEKLSIKCIEHFSLMLEQRMEGAVTRLLLLHEQETLTQVTQRPSSHKMRCLFRISFVPKDPIDLLRRDPVAFEYLYVQSCNDVVQERFGPELKYDIALRLAALQMYIATVTTKQTQKISLKYIEKEWGLETFLPSAVLQSMKEKNIKKALSHLVKANQNLVPPGKKLSALQAKVHYLKFLSDLRLYGGRVFKATLVQAEKRSEVTLLVGPRYGISHVINTKTNLVALLADFSHVNRIEMFTEDEGSIRVELHVLDVKPIILLMEPSDAMNLACLTAGYYRLLVDSRRSIFNMANKKNAGNRETGPENKGKHNLLGSDWNCVPQMTTFIADGEQEPQITYIDSKHKNVDIADDTLCPKDHRHLYIEDTYHSDDLDHRLTQQGDSSCEMESRGLAQQSLLSLSGLETSQKAQDSPRSAKVSFIFGELALDDINPQNLGYERLLDESPEMLEKQRALYLSNTNDIKGLDLSPDAESIQFVTNSVYANISDGKNFEAAEGIEEPLLHEICYSENTDDAEDEDEVSCEEDLVVGEINRPAILNLSGSSDDIIDLTSLPPPEGDDNEDDFLLHSLNMAIAAPPPGFRDSSDEEDSQHQTTQFREDKEQASSLQNDEIPVSLIDAVPTSSEGKCEKGLDDAVVSTLQALEALAASEEQQTNDNSGVAILRAYSPESSSDSGNETNSSEMTESSELATAQKQSENSTRMFLATSDGYHPLVEEQTEFPISKTPSGGLPVKSSQALAARPAAELQSKVVPSKQILPSDNMEMEPETMETKSVTDYFSKLHMGSVVYSCTSKRKGKLPDGEGKTAPEGGKKQQGPKKAEMEENAKGKFSTLASRDSPRLSTFNLERTAFRKDSQRWYAAAEGGAAEKSGPEMGTGKAFQRVPGLGTMETECKDEGNPEGDNSGAPGLGQGESFLPDMTCVSSAKEVNHHEDADLSADDHPSKLPEAEQGVARLCDYHLAKRMSSLQSEGHFSLQSSQCSSVDAGGSTGSSSTCATPMESPLCTSEGKHIISDASGKGMAYIPADERPAGLPNPGATFKELHQQTDPMCHRMTVPVMHTAVNAEPLFGTLRDGCHRIPKIKETTAFTEPGKGRRGGMSSAFSQHPKADSIMLSSNIHSESKVPSPKQDPNDFPKANQAYGVAMSLWPCELRGGSLRTPQNRRVLRRSSSVISGSPGLETFLERKKAAAGLKGSGIPEADESKSEKRGEIPLGKKLTKSYSQNSVHLGPEGKEKRKFSAAHKDSKLYRTLPLRKLEASNWRCRGPFSRCFLSRGQDEDGDEEEEEHSEARSRVSCLYQPELSRQLPEPASPPLPAELQKKVVVVGETSKVLPGGTQAPSSPASDFNLNPCELAFEARIARINTLKESKYTTPSGFVAAQNDANELLCLVRSCSRKREESSPQATKHDLKLSQYKQLLSIESRHLGSACRKMAMADKSPEEMLAAVTSSFQVLCCLTEACLRLVKVVSSEAQRQEIVAKIDEVVINYICLLRAAEVATGKKSGDPSLRLLARHSTTMAAIVSTLTRSLKMLLNK

Target ORF information:

RefSeq Version	XM_001381076.3
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica FERM and PDZ domain containing 4 (FRMPD4), transcript variant X1, mRNA.

Target ORF information:

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

XM_001381076.3

ORF Insert Sequence:

ATGGATGTGT TCAGCTTTGT GAAGATTGCA AAGCTGTCAA GCCACAGAAC CAAGGCTTCA 
GGCTGGCCAC CTCCCTCAGG AACCTGGAGC TTGAACCAGG TGCCACCTTA TGGATGGGAG 
ATGACGGCAA ACAGAGATGG AAGAGATTAC TTCATCGATC ACATGACACA AGGGGTCACA 
TTTGAAGACC CTCGATTTGA TAGCTGCCAA ATCATCCCTC CTGCTCCTCG ACAAGTTGAG 
ATGAGGAGAG ATCCTGTCCT GGGATTTGGA TTTGTGGCGG GGAGTGAGAA ACCAGTGGTT 
GTCCGCTCAG TAACCCCAGG TGGCCCCTCA GAAGGAAAAC TTATCCCAGG AGATCAGATC 
GTAATGATTA ATGATGAGCC AGTCAGCACT GCTCCGAGGG AGAGAGTCAT TGACCTTGTC 
AGAAACTGCA AAGAATCGAT CCTCCTCACT GTCATTCAAC CTTACCCTTC TCCCAAGTCA 
GCATTTATTA GTGCTGCAAA AAAGGCAAGG TTGAAGTCCA ATCCTGTTAA AGTGCGTTTC 
TCAGAGGAGG TCATCATCAA TGGCCAGGTT TCGGAAACAG TTAAGGACAA TTCACTTCTT 
TTCATGCCAA ATGTCCTGAA GGTATACTTG GAAAATGGGC AAACCAAGTC ATTCCGTTTT 
GACTGCAGTA CTTCAATAAA GGATGTCATC TTAACTCTTC AAGAAAAACT TTCCATCAAG 
TGTATCGAGC ACTTTTCCCT GATGCTGGAG CAGAGGATGG AAGGAGCTGT AACCAGACTT 
CTCTTGCTAC ATGAACAGGA GACTCTTACT CAGGTGACCC AGAGACCCAG CTCCCATAAG 
ATGAGATGTC TTTTCCGAAT CAGCTTTGTC CCAAAAGATC CCATTGACCT TCTGAGAAGA 
GATCCAGTTG CTTTTGAGTA CCTATATGTG CAGAGCTGTA ATGATGTGGT TCAGGAGAGA 
TTTGGACCAG AGCTGAAATA TGACATCGCC CTGCGTCTAG CAGCATTACA AATGTACATC 
GCCACTGTCA CCACCAAGCA AACCCAAAAG ATCTCCCTCA AATACATCGA AAAAGAATGG 
GGATTAGAGA CTTTTCTTCC ATCTGCCGTA CTGCAAAGCA TGAAAGAGAA GAACATAAAG 
AAAGCACTTT CCCACCTTGT CAAAGCAAAT CAAAACCTAG TACCGCCGGG GAAAAAGCTA 
TCGGCTTTGC AAGCGAAGGT CCATTATCTC AAGTTCCTCA GTGATCTTCG ATTATATGGT 
GGCCGTGTGT TCAAGGCAAC ATTAGTGCAG GCAGAAAAGC GCTCAGAAGT GACTTTGCTA 
GTTGGACCCA GGTATGGAAT AAGTCACGTG ATAAACACCA AAACCAACTT GGTGGCTCTT 
TTGGCCGATT TCAGCCATGT CAATAGGATT GAGATGTTTA CAGAAGACGA AGGCTCTATT 
CGAGTGGAAC TCCATGTATT AGATGTGAAA CCAATTATTC TGCTAATGGA ACCATCAGAT 
GCCATGAACC TTGCCTGTCT AACAGCTGGA TATTACAGAC TACTAGTTGA TTCCAGACGG 
TCAATATTTA ACATGGCCAA CAAGAAAAAT GCAGGAAACA GAGAAACAGG ACCTGAAAAT 
AAAGGAAAGC ATAACCTCCT TGGCTCTGAT TGGAACTGTG TACCACAAAT GACCACTTTC 
ATTGCTGATG GGGAGCAAGA GCCCCAGATA ACATATATAG ACTCAAAACA CAAGAACGTC 
GATATTGCCG ATGATACCTT ATGTCCAAAA GACCACAGGC ATTTGTACAT CGAGGATACC 
TATCATTCAG ATGACCTTGA TCATCGTCTG ACCCAACAAG GTGACTCCAG CTGTGAGATG 
GAAAGCCGAG GCCTTGCTCA GCAGTCATTG CTGTCCCTTT CAGGTCTAGA GACAAGTCAA 
AAAGCACAGG ATTCTCCCAG GAGCGCCAAA GTATCCTTTA TTTTTGGAGA ACTTGCCTTG 
GATGACATTA ACCCCCAAAA TCTTGGGTAT GAAAGACTAT TGGATGAGAG TCCAGAAATG 
CTGGAAAAAC AAAGGGCTCT CTACCTGAGC AATACCAATG ACATTAAAGG CTTGGATCTC 
TCGCCTGACG CAGAAAGCAT ACAATTCGTG ACAAACTCTG TTTATGCAAA CATTAGCGAC 
GGGAAGAATT TTGAAGCTGC TGAAGGGATT GAAGAGCCTT TGCTGCATGA GATCTGTTAC 
TCAGAAAACA CAGACGATGC TGAGGATGAA GACGAAGTGA GTTGTGAGGA AGACTTGGTA 
GTCGGAGAAA TAAATAGACC TGCCATTCTC AACCTGTCTG GGTCCAGTGA TGACATCATT 
GACCTGACAT CCCTTCCTCC TCCTGAGGGT GATGACAACG AGGATGACTT CCTGTTACAC 
TCCTTAAACA TGGCCATCGC TGCTCCTCCG CCTGGCTTCC GGGACAGCTC CGATGAAGAG 
GATTCCCAGC ACCAAACGAC CCAGTTTAGA GAGGACAAGG AACAGGCTAG CAGCCTGCAG 
AATGATGAAA TCCCTGTGTC CCTCATAGAC GCTGTCCCTA CCAGCTCTGA AGGAAAGTGT 
GAGAAGGGGC TAGATGATGC TGTAGTATCC ACTCTGCAAG CCTTAGAGGC TTTAGCAGCA 
TCAGAGGAAC AGCAGACCAA TGACAATTCA GGTGTAGCAA TCTTGCGAGC TTATAGCCCT 
GAGTCTTCCT CAGATTCAGG TAATGAAACT AATTCTTCGG AAATGACTGA GAGTTCTGAA 
CTGGCCACAG CACAGAAGCA GTCAGAAAAC TCCACCCGCA TGTTCTTGGC CACTAGTGAC 
GGCTACCATC CCCTTGTAGA GGAACAGACA GAATTCCCCA TCTCCAAAAC CCCCTCAGGA 
GGCTTACCTG TGAAGTCCTC TCAGGCTCTG GCTGCTCGAC CGGCAGCTGA GCTACAGTCC 
AAAGTCGTGC CTTCAAAGCA GATTCTTCCC TCAGATAACA TGGAGATGGA ACCAGAAACC 
ATGGAGACCA AGTCGGTCAC AGACTATTTC AGCAAATTGC ACATGGGGTC TGTGGTGTAT 
TCTTGCACCA GCAAAAGGAA AGGCAAGCTG CCTGATGGGG AGGGGAAAAC AGCCCCTGAA 
GGGGGGAAAA AGCAGCAGGG ACCTAAAAAA GCAGAGATGG AAGAAAATGC CAAAGGGAAA 
TTTAGCACGC TGGCATCACG AGACAGTCCA CGATTAAGCA CTTTTAACCT GGAGAGAACT 
GCCTTTCGCA AGGACAGCCA AAGATGGTAT GCGGCTGCTG AGGGTGGAGC AGCTGAAAAA 
TCTGGACCAG AGATGGGGAC TGGGAAGGCC TTTCAAAGAG TGCCGGGCCT TGGGACCATG 
GAAACTGAGT GTAAGGATGA AGGCAATCCT GAAGGAGATA ACAGTGGTGC TCCAGGGCTT 
GGCCAAGGGG AGAGTTTTCT GCCTGATATG ACTTGTGTGT CCTCAGCCAA AGAAGTAAAC 
CATCATGAGG ATGCTGATCT AAGTGCTGAT GACCATCCTT CCAAGCTTCC TGAAGCTGAG 
CAGGGTGTGG CTCGCCTTTG TGACTATCAC TTGGCCAAGC GGATGTCATC TTTGCAAAGT 
GAAGGCCATT TTTCTCTGCA GAGCTCCCAG TGTTCTTCGG TGGATGCTGG GGGTAGCACA 
GGGAGCAGTA GCACCTGTGC TACGCCTATG GAATCGCCCC TCTGCACCTC AGAAGGGAAG 
CACATTATCT CAGATGCCTC AGGGAAGGGG ATGGCTTACA TTCCGGCAGA TGAAAGACCT 
GCTGGGCTTC CCAACCCTGG AGCCACTTTT AAAGAACTGC ACCAACAGAC TGATCCTATG 
TGTCACCGGA TGACAGTGCC TGTTATGCAT ACAGCTGTTA ATGCCGAGCC ACTGTTTGGC 
ACTTTGAGAG ATGGATGTCA TCGGATCCCC AAGATTAAAG AAACCACAGC TTTCACAGAG 
CCTGGGAAGG GAAGACGAGG AGGCATGTCT TCAGCTTTTT CTCAACATCC TAAAGCTGAT 
TCCATCATGC TATCATCCAA CATTCACTCT GAATCAAAGG TGCCAAGTCC AAAACAAGAC 
CCTAATGATT TTCCCAAAGC GAACCAGGCC TACGGAGTGG CAATGAGTTT GTGGCCATGT 
GAGCTGAGGG GAGGGAGCCT CCGAACGCCA CAGAACAGGA GGGTTCTGAG ACGGAGCAGC 
AGTGTCATCT CGGGATCCCC AGGTTTGGAA ACATTCCTGG AGAGGAAGAA GGCTGCTGCC 
GGCTTGAAGG GTTCTGGCAT CCCAGAAGCC GATGAGTCCA AATCGGAAAA AAGGGGCGAA 
ATTCCCCTAG GCAAAAAGTT AACCAAAAGC TACTCACAAA ATTCCGTGCA CTTAGGCCCT 
GAAGGGAAAG AGAAGAGGAA GTTTTCAGCG GCCCACAAGG ACTCCAAGCT GTACAGAACG 
TTACCTTTGC GGAAGCTCGA GGCCAGCAAC TGGAGATGCC GAGGACCCTT TAGTCGTTGC 
TTCCTGAGTC GAGGGCAAGA TGAGGATGGG GACGAAGAAG AGGAAGAACA TAGCGAGGCC 
CGTAGCCGAG TCTCCTGCCT CTATCAACCA GAGCTGTCCC GCCAGCTGCC AGAACCAGCC 
AGCCCGCCCC TCCCTGCTGA ACTCCAGAAG AAGGTGGTGG TGGTGGGGGA GACGTCCAAA 
GTTCTCCCGG GCGGAACGCA AGCCCCCAGC AGCCCGGCCT CGGATTTTAA CTTGAACCCC 
TGCGAGCTGG CCTTCGAGGC GCGCATAGCA AGGATCAACA CCCTGAAGGA GAGCAAGTAC 
ACGACGCCCA GCGGATTCGT AGCCGCCCAA AACGATGCCA ACGAGCTGCT CTGCCTGGTC 
CGGTCCTGTT CCAGGAAGAG AGAGGAGTCG TCGCCCCAGG CAACCAAGCA CGACCTGAAG 
CTCTCCCAAT ACAAGCAGCT GTTGTCCATA GAGTCCAGAC ATCTGGGAAG TGCCTGCAGG 
AAAATGGCCA TGGCCGACAA GAGCCCGGAG GAGATGCTGG CGGCCGTCAC CTCCAGCTTC 
CAAGTGCTCT GCTGCCTGAC TGAGGCCTGC CTCCGGCTGG TCAAGGTCGT GAGCTCCGAA 
GCACAGCGCC AGGAGATCGT GGCCAAGATT GATGAGGTGG TCATCAACTA CATCTGCCTG 
CTGAGAGCCG CCGAGGTAGC CACTGGGAAG AAGTCCGGGG ACCCCAGCTT GCGACTCTTG 
GCCCGACACT CGACCACCAT GGCTGCCATT GTAAGCACAC TAACACGTTC TCTGAAGATG 
CTTTTAAATA AATAA

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

FRMPD4 ( XM_007500931.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007500993.1 Monodelphis domestica FERM and PDZ domain containing 4 (FRMPD4), transcript variant X2, mRNA.

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CloneID	OMc30044
Clone ID Related Accession (Same CDS sequence)	XM_007500931.1
Accession Version	XM_007500931.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5274bp) 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	FERM and PDZ domain-containing protein 4 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008807.1) 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##

ATGACTTTTG GCATGTCCAG CCACAGAACC AAGGCTTCAG GCTGGCCACC TCCCTCAGGA 
ACCTGGAGCT TGAACCAGGT GCCACCTTAT GGATGGGAGA TGACGGCAAA CAGAGATGGA 
AGAGATTACT TCATCGATCA CATGACACAA GGGGTCACAT TTGAAGACCC TCGATTTGAT 
AGCTGCCAAA TCATCCCTCC TGCTCCTCGA CAAGTTGAGA TGAGGAGAGA TCCTGTCCTG 
GGATTTGGAT TTGTGGCGGG GAGTGAGAAA CCAGTGGTTG TCCGCTCAGT AACCCCAGGT 
GGCCCCTCAG AAGGAAAACT TATCCCAGGA GATCAGATCG TAATGATTAA TGATGAGCCA 
GTCAGCACTG CTCCGAGGGA GAGAGTCATT GACCTTGTCA GAAACTGCAA AGAATCGATC 
CTCCTCACTG TCATTCAACC TTACCCTTCT CCCAAGTCAG CATTTATTAG TGCTGCAAAA 
AAGGCAAGGT TGAAGTCCAA TCCTGTTAAA GTGCGTTTCT CAGAGGAGGT CATCATCAAT 
GGCCAGGTTT CGGAAACAGT TAAGGACAAT TCACTTCTTT TCATGCCAAA TGTCCTGAAG 
GTATACTTGG AAAATGGGCA AACCAAGTCA TTCCGTTTTG ACTGCAGTAC TTCAATAAAG 
GATGTCATCT TAACTCTTCA AGAAAAACTT TCCATCAAGT GTATCGAGCA CTTTTCCCTG 
ATGCTGGAGC AGAGGATGGA AGGAGCTGTA ACCAGACTTC TCTTGCTACA TGAACAGGAG 
ACTCTTACTC AGGTGACCCA GAGACCCAGC TCCCATAAGA TGAGATGTCT TTTCCGAATC 
AGCTTTGTCC CAAAAGATCC CATTGACCTT CTGAGAAGAG ATCCAGTTGC TTTTGAGTAC 
CTATATGTGC AGAGCTGTAA TGATGTGGTT CAGGAGAGAT TTGGACCAGA GCTGAAATAT 
GACATCGCCC TGCGTCTAGC AGCATTACAA ATGTACATCG CCACTGTCAC CACCAAGCAA 
ACCCAAAAGA TCTCCCTCAA ATACATCGAA AAAGAATGGG GATTAGAGAC TTTTCTTCCA 
TCTGCCGTAC TGCAAAGCAT GAAAGAGAAG AACATAAAGA AAGCACTTTC CCACCTTGTC 
AAAGCAAATC AAAACCTAGT ACCGCCGGGG AAAAAGCTAT CGGCTTTGCA AGCGAAGGTC 
CATTATCTCA AGTTCCTCAG TGATCTTCGA TTATATGGTG GCCGTGTGTT CAAGGCAACA 
TTAGTGCAGG CAGAAAAGCG CTCAGAAGTG ACTTTGCTAG TTGGACCCAG GTATGGAATA 
AGTCACGTGA TAAACACCAA AACCAACTTG GTGGCTCTTT TGGCCGATTT CAGCCATGTC 
AATAGGATTG AGATGTTTAC AGAAGACGAA GGCTCTATTC GAGTGGAACT CCATGTATTA 
GATGTGAAAC CAATTATTCT GCTAATGGAA CCATCAGATG CCATGAACCT TGCCTGTCTA 
ACAGCTGGAT ATTACAGACT ACTAGTTGAT TCCAGACGGT CAATATTTAA CATGGCCAAC 
AAGAAAAATG CAGGAAACAG AGAAACAGGA CCTGAAAATA AAGGAAAGCA TAACCTCCTT 
GGCTCTGATT GGAACTGTGT ACCACAAATG ACCACTTTCA TTGCTGATGG GGAGCAAGAG 
CCCCAGATAA CATATATAGA CTCAAAACAC AAGAACGTCG ATATTGCCGA TGATACCTTA 
TGTCCAAAAG ACCACAGGCA TTTGTACATC GAGGATACCT ATCATTCAGA TGACCTTGAT 
CATCGTCTGA CCCAACAAGG TGACTCCAGC TGTGAGATGG AAAGCCGAGG CCTTGCTCAG 
CAGTCATTGC TGTCCCTTTC AGGTCTAGAG ACAAGTCAAA AAGCACAGGA TTCTCCCAGG 
AGCGCCAAAG TATCCTTTAT TTTTGGAGAA CTTGCCTTGG ATGACATTAA CCCCCAAAAT 
CTTGGGTATG AAAGACTATT GGATGAGAGT CCAGAAATGC TGGAAAAACA AAGGGCTCTC 
TACCTGAGCA ATACCAATGA CATTAAAGGC TTGGATCTCT CGCCTGACGC AGAAAGCATA 
CAATTCGTGA CAAACTCTGT TTATGCAAAC ATTAGCGACG GGAAGAATTT TGAAGCTGCT 
GAAGGGATTG AAGAGCCTTT GCTGCATGAG ATCTGTTACT CAGAAAACAC AGACGATGCT 
GAGGATGAAG ACGAAGTGAG TTGTGAGGAA GACTTGGTAG TCGGAGAAAT AAATAGACCT 
GCCATTCTCA ACCTGTCTGG GTCCAGTGAT GACATCATTG ACCTGACATC CCTTCCTCCT 
CCTGAGGGTG ATGACAACGA GGATGACTTC CTGTTACACT CCTTAAACAT GGCCATCGCT 
GCTCCTCCGC CTGGCTTCCG GGACAGCTCC GATGAAGAGG ATTCCCAGCA CCAAACGACC 
CAGTTTAGAG AGGACAAGGA ACAGGCTAGC AGCCTGCAGA ATGATGAAAT CCCTGTGTCC 
CTCATAGACG CTGTCCCTAC CAGCTCTGAA GGAAAGTGTG AGAAGGGGCT AGATGATGCT 
GTAGTATCCA CTCTGCAAGC CTTAGAGGCT TTAGCAGCAT CAGAGGAACA GCAGACCAAT 
GACAATTCAG GTGTAGCAAT CTTGCGAGCT TATAGCCCTG AGTCTTCCTC AGATTCAGGT 
AATGAAACTA ATTCTTCGGA AATGACTGAG AGTTCTGAAC TGGCCACAGC ACAGAAGCAG 
TCAGAAAACT CCACCCGCAT GTTCTTGGCC ACTAGTGACG GCTACCATCC CCTTGTAGAG 
GAACAGACAG AATTCCCCAT CTCCAAAACC CCCTCAGGAG GCTTACCTGT GAAGTCCTCT 
CAGGCTCTGG CTGCTCGACC GGCAGCTGAG CTACAGTCCA AAGTCGTGCC TTCAAAGCAG 
ATTCTTCCCT CAGATAACAT GGAGATGGAA CCAGAAACCA TGGAGACCAA GTCGGTCACA 
GACTATTTCA GCAAATTGCA CATGGGGTCT GTGGTGTATT CTTGCACCAG CAAAAGGAAA 
GGCAAGCTGC CTGATGGGGA GGGGAAAACA GCCCCTGAAG GGGGGAAAAA GCAGCAGGGA 
CCTAAAAAAG CAGAGATGGA AGAAAATGCC AAAGGGAAAT TTAGCACGCT GGCATCACGA 
GACAGTCCAC GATTAAGCAC TTTTAACCTG GAGAGAACTG CCTTTCGCAA GGACAGCCAA 
AGATGGTATG CGGCTGCTGA GGGTGGAGCA GCTGAAAAAT CTGGACCAGA GATGGGGACT 
GGGAAGGCCT TTCAAAGAGT GCCGGGCCTT GGGACCATGG AAACTGAGTG TAAGGATGAA 
GGCAATCCTG AAGGAGATAA CAGTGGTGCT CCAGGGCTTG GCCAAGGGGA GAGTTTTCTG 
CCTGATATGA CTTGTGTGTC CTCAGCCAAA GAAGTAAACC ATCATGAGGA TGCTGATCTA 
AGTGCTGATG ACCATCCTTC CAAGCTTCCT GAAGCTGAGC AGGGTGTGGC TCGCCTTTGT 
GACTATCACT TGGCCAAGCG GATGTCATCT TTGCAAAGTG AAGGCCATTT TTCTCTGCAG 
AGCTCCCAGT GTTCTTCGGT GGATGCTGGG GGTAGCACAG GGAGCAGTAG CACCTGTGCT 
ACGCCTATGG AATCGCCCCT CTGCACCTCA GAAGGGAAGC ACATTATCTC AGATGCCTCA 
GGGAAGGGGA TGGCTTACAT TCCGGCAGAT GAAAGACCTG CTGGGCTTCC CAACCCTGGA 
GCCACTTTTA AAGAACTGCA CCAACAGACT GATCCTATGT GTCACCGGAT GACAGTGCCT 
GTTATGCATA CAGCTGTTAA TGCCGAGCCA CTGTTTGGCA CTTTGAGAGA TGGATGTCAT 
CGGATCCCCA AGATTAAAGA AACCACAGCT TTCACAGAGC CTGGGAAGGG AAGACGAGGA 
GGCATGTCTT CAGCTTTTTC TCAACATCCT AAAGCTGATT CCATCATGCT ATCATCCAAC 
ATTCACTCTG AATCAAAGGT GCCAAGTCCA AAACAAGACC CTAATGATTT TCCCAAAGCG 
AACCAGGCCT ACGGAGTGGC AATGAGTTTG TGGCCATGTG AGCTGAGGGG AGGGAGCCTC 
CGAACGCCAC AGAACAGGAG GGTTCTGAGA CGGAGCAGCA GTGTCATCTC GGGATCCCCA 
GGTTTGGAAA CATTCCTGGA GAGGAAGAAG GCTGCTGCCG GCTTGAAGGG TTCTGGCATC 
CCAGAAGCCG ATGAGTCCAA ATCGGAAAAA AGGGGCGAAA TTCCCCTAGG CAAAAAGTTA 
ACCAAAAGCT ACTCACAAAA TTCCGTGCAC TTAGGCCCTG AAGGGAAAGA GAAGAGGAAG 
TTTTCAGCGG CCCACAAGGA CTCCAAGCTG TACAGAACGT TACCTTTGCG GAAGCTCGAG 
GCCAGCAACT GGAGATGCCG AGGACCCTTT AGTCGTTGCT TCCTGAGTCG AGGGCAAGAT 
GAGGATGGGG ACGAAGAAGA GGAAGAACAT AGCGAGGCCC GTAGCCGAGT CTCCTGCCTC 
TATCAACCAG AGCTGTCCCG CCAGCTGCCA GAACCAGCCA GCCCGCCCCT CCCTGCTGAA 
CTCCAGAAGA AGGTGGTGGT GGTGGGGGAG ACGTCCAAAG TTCTCCCGGG CGGAACGCAA 
GCCCCCAGCA GCCCGGCCTC GGATTTTAAC TTGAACCCCT GCGAGCTGGC CTTCGAGGCG 
CGCATAGCAA GGATCAACAC CCTGAAGGAG AGCAAGTACA CGACGCCCAG CGGATTCGTA 
GCCGCCCAAA ACGATGCCAA CGAGCTGCTC TGCCTGGTCC GGTCCTGTTC CAGGAAGAGA 
GAGGAGTCGT CGCCCCAGGC AACCAAGCAC GACCTGAAGC TCTCCCAATA CAAGCAGCTG 
TTGTCCATAG AGTCCAGACA TCTGGGAAGT GCCTGCAGGA AAATGGCCAT GGCCGACAAG 
AGCCCGGAGG AGATGCTGGC GGCCGTCACC TCCAGCTTCC AAGTGCTCTG CTGCCTGACT 
GAGGCCTGCC TCCGGCTGGT CAAGGTCGTG AGCTCCGAAG CACAGCGCCA GGAGATCGTG 
GCCAAGATTG ATGAGGTGGT CATCAACTAC ATCTGCCTGC TGAGAGCCGC CGAGGTAGCC 
ACTGGGAAGA AGTCCGGGGA CCCCAGCTTG CGACTCTTGG CCCGACACTC GACCACCATG 
GCTGCCATTG TAAGCACACT AACACGTTCT CTGAAGATGC TTTTAAATAA ATAA

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

RefSeq	XP_007500993.1
CDS	398..5671
Translation	MTFGMSSHRTKASGWPPPSGTWSLNQVPPYGWEMTANRDGRDYFIDHMTQGVTFEDPRFDSCQIIPPAPRQVEMRRDPVLGFGFVAGSEKPVVVRSVTPGGPSEGKLIPGDQIVMINDEPVSTAPRERVIDLVRNCKESILLTVIQPYPSPKSAFISAAKKARLKSNPVKVRFSEEVIINGQVSETVKDNSLLFMPNVLKVYLENGQTKSFRFDCSTSIKDVILTLQEKLSIKCIEHFSLMLEQRMEGAVTRLLLLHEQETLTQVTQRPSSHKMRCLFRISFVPKDPIDLLRRDPVAFEYLYVQSCNDVVQERFGPELKYDIALRLAALQMYIATVTTKQTQKISLKYIEKEWGLETFLPSAVLQSMKEKNIKKALSHLVKANQNLVPPGKKLSALQAKVHYLKFLSDLRLYGGRVFKATLVQAEKRSEVTLLVGPRYGISHVINTKTNLVALLADFSHVNRIEMFTEDEGSIRVELHVLDVKPIILLMEPSDAMNLACLTAGYYRLLVDSRRSIFNMANKKNAGNRETGPENKGKHNLLGSDWNCVPQMTTFIADGEQEPQITYIDSKHKNVDIADDTLCPKDHRHLYIEDTYHSDDLDHRLTQQGDSSCEMESRGLAQQSLLSLSGLETSQKAQDSPRSAKVSFIFGELALDDINPQNLGYERLLDESPEMLEKQRALYLSNTNDIKGLDLSPDAESIQFVTNSVYANISDGKNFEAAEGIEEPLLHEICYSENTDDAEDEDEVSCEEDLVVGEINRPAILNLSGSSDDIIDLTSLPPPEGDDNEDDFLLHSLNMAIAAPPPGFRDSSDEEDSQHQTTQFREDKEQASSLQNDEIPVSLIDAVPTSSEGKCEKGLDDAVVSTLQALEALAASEEQQTNDNSGVAILRAYSPESSSDSGNETNSSEMTESSELATAQKQSENSTRMFLATSDGYHPLVEEQTEFPISKTPSGGLPVKSSQALAARPAAELQSKVVPSKQILPSDNMEMEPETMETKSVTDYFSKLHMGSVVYSCTSKRKGKLPDGEGKTAPEGGKKQQGPKKAEMEENAKGKFSTLASRDSPRLSTFNLERTAFRKDSQRWYAAAEGGAAEKSGPEMGTGKAFQRVPGLGTMETECKDEGNPEGDNSGAPGLGQGESFLPDMTCVSSAKEVNHHEDADLSADDHPSKLPEAEQGVARLCDYHLAKRMSSLQSEGHFSLQSSQCSSVDAGGSTGSSSTCATPMESPLCTSEGKHIISDASGKGMAYIPADERPAGLPNPGATFKELHQQTDPMCHRMTVPVMHTAVNAEPLFGTLRDGCHRIPKIKETTAFTEPGKGRRGGMSSAFSQHPKADSIMLSSNIHSESKVPSPKQDPNDFPKANQAYGVAMSLWPCELRGGSLRTPQNRRVLRRSSSVISGSPGLETFLERKKAAAGLKGSGIPEADESKSEKRGEIPLGKKLTKSYSQNSVHLGPEGKEKRKFSAAHKDSKLYRTLPLRKLEASNWRCRGPFSRCFLSRGQDEDGDEEEEEHSEARSRVSCLYQPELSRQLPEPASPPLPAELQKKVVVVGETSKVLPGGTQAPSSPASDFNLNPCELAFEARIARINTLKESKYTTPSGFVAAQNDANELLCLVRSCSRKREESSPQATKHDLKLSQYKQLLSIESRHLGSACRKMAMADKSPEEMLAAVTSSFQVLCCLTEACLRLVKVVSSEAQRQEIVAKIDEVVINYICLLRAAEVATGKKSGDPSLRLLARHSTTMAAIVSTLTRSLKMLLNK

Target ORF information:

RefSeq Version	XM_007500931.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica FERM and PDZ domain containing 4 (FRMPD4), transcript variant X2, mRNA.

Target ORF information:

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

XM_007500931.1

ORF Insert Sequence:

ATGACTTTTG GCATGTCCAG CCACAGAACC AAGGCTTCAG GCTGGCCACC TCCCTCAGGA 
ACCTGGAGCT TGAACCAGGT GCCACCTTAT GGATGGGAGA TGACGGCAAA CAGAGATGGA 
AGAGATTACT TCATCGATCA CATGACACAA GGGGTCACAT TTGAAGACCC TCGATTTGAT 
AGCTGCCAAA TCATCCCTCC TGCTCCTCGA CAAGTTGAGA TGAGGAGAGA TCCTGTCCTG 
GGATTTGGAT TTGTGGCGGG GAGTGAGAAA CCAGTGGTTG TCCGCTCAGT AACCCCAGGT 
GGCCCCTCAG AAGGAAAACT TATCCCAGGA GATCAGATCG TAATGATTAA TGATGAGCCA 
GTCAGCACTG CTCCGAGGGA GAGAGTCATT GACCTTGTCA GAAACTGCAA AGAATCGATC 
CTCCTCACTG TCATTCAACC TTACCCTTCT CCCAAGTCAG CATTTATTAG TGCTGCAAAA 
AAGGCAAGGT TGAAGTCCAA TCCTGTTAAA GTGCGTTTCT CAGAGGAGGT CATCATCAAT 
GGCCAGGTTT CGGAAACAGT TAAGGACAAT TCACTTCTTT TCATGCCAAA TGTCCTGAAG 
GTATACTTGG AAAATGGGCA AACCAAGTCA TTCCGTTTTG ACTGCAGTAC TTCAATAAAG 
GATGTCATCT TAACTCTTCA AGAAAAACTT TCCATCAAGT GTATCGAGCA CTTTTCCCTG 
ATGCTGGAGC AGAGGATGGA AGGAGCTGTA ACCAGACTTC TCTTGCTACA TGAACAGGAG 
ACTCTTACTC AGGTGACCCA GAGACCCAGC TCCCATAAGA TGAGATGTCT TTTCCGAATC 
AGCTTTGTCC CAAAAGATCC CATTGACCTT CTGAGAAGAG ATCCAGTTGC TTTTGAGTAC 
CTATATGTGC AGAGCTGTAA TGATGTGGTT CAGGAGAGAT TTGGACCAGA GCTGAAATAT 
GACATCGCCC TGCGTCTAGC AGCATTACAA ATGTACATCG CCACTGTCAC CACCAAGCAA 
ACCCAAAAGA TCTCCCTCAA ATACATCGAA AAAGAATGGG GATTAGAGAC TTTTCTTCCA 
TCTGCCGTAC TGCAAAGCAT GAAAGAGAAG AACATAAAGA AAGCACTTTC CCACCTTGTC 
AAAGCAAATC AAAACCTAGT ACCGCCGGGG AAAAAGCTAT CGGCTTTGCA AGCGAAGGTC 
CATTATCTCA AGTTCCTCAG TGATCTTCGA TTATATGGTG GCCGTGTGTT CAAGGCAACA 
TTAGTGCAGG CAGAAAAGCG CTCAGAAGTG ACTTTGCTAG TTGGACCCAG GTATGGAATA 
AGTCACGTGA TAAACACCAA AACCAACTTG GTGGCTCTTT TGGCCGATTT CAGCCATGTC 
AATAGGATTG AGATGTTTAC AGAAGACGAA GGCTCTATTC GAGTGGAACT CCATGTATTA 
GATGTGAAAC CAATTATTCT GCTAATGGAA CCATCAGATG CCATGAACCT TGCCTGTCTA 
ACAGCTGGAT ATTACAGACT ACTAGTTGAT TCCAGACGGT CAATATTTAA CATGGCCAAC 
AAGAAAAATG CAGGAAACAG AGAAACAGGA CCTGAAAATA AAGGAAAGCA TAACCTCCTT 
GGCTCTGATT GGAACTGTGT ACCACAAATG ACCACTTTCA TTGCTGATGG GGAGCAAGAG 
CCCCAGATAA CATATATAGA CTCAAAACAC AAGAACGTCG ATATTGCCGA TGATACCTTA 
TGTCCAAAAG ACCACAGGCA TTTGTACATC GAGGATACCT ATCATTCAGA TGACCTTGAT 
CATCGTCTGA CCCAACAAGG TGACTCCAGC TGTGAGATGG AAAGCCGAGG CCTTGCTCAG 
CAGTCATTGC TGTCCCTTTC AGGTCTAGAG ACAAGTCAAA AAGCACAGGA TTCTCCCAGG 
AGCGCCAAAG TATCCTTTAT TTTTGGAGAA CTTGCCTTGG ATGACATTAA CCCCCAAAAT 
CTTGGGTATG AAAGACTATT GGATGAGAGT CCAGAAATGC TGGAAAAACA AAGGGCTCTC 
TACCTGAGCA ATACCAATGA CATTAAAGGC TTGGATCTCT CGCCTGACGC AGAAAGCATA 
CAATTCGTGA CAAACTCTGT TTATGCAAAC ATTAGCGACG GGAAGAATTT TGAAGCTGCT 
GAAGGGATTG AAGAGCCTTT GCTGCATGAG ATCTGTTACT CAGAAAACAC AGACGATGCT 
GAGGATGAAG ACGAAGTGAG TTGTGAGGAA GACTTGGTAG TCGGAGAAAT AAATAGACCT 
GCCATTCTCA ACCTGTCTGG GTCCAGTGAT GACATCATTG ACCTGACATC CCTTCCTCCT 
CCTGAGGGTG ATGACAACGA GGATGACTTC CTGTTACACT CCTTAAACAT GGCCATCGCT 
GCTCCTCCGC CTGGCTTCCG GGACAGCTCC GATGAAGAGG ATTCCCAGCA CCAAACGACC 
CAGTTTAGAG AGGACAAGGA ACAGGCTAGC AGCCTGCAGA ATGATGAAAT CCCTGTGTCC 
CTCATAGACG CTGTCCCTAC CAGCTCTGAA GGAAAGTGTG AGAAGGGGCT AGATGATGCT 
GTAGTATCCA CTCTGCAAGC CTTAGAGGCT TTAGCAGCAT CAGAGGAACA GCAGACCAAT 
GACAATTCAG GTGTAGCAAT CTTGCGAGCT TATAGCCCTG AGTCTTCCTC AGATTCAGGT 
AATGAAACTA ATTCTTCGGA AATGACTGAG AGTTCTGAAC TGGCCACAGC ACAGAAGCAG 
TCAGAAAACT CCACCCGCAT GTTCTTGGCC ACTAGTGACG GCTACCATCC CCTTGTAGAG 
GAACAGACAG AATTCCCCAT CTCCAAAACC CCCTCAGGAG GCTTACCTGT GAAGTCCTCT 
CAGGCTCTGG CTGCTCGACC GGCAGCTGAG CTACAGTCCA AAGTCGTGCC TTCAAAGCAG 
ATTCTTCCCT CAGATAACAT GGAGATGGAA CCAGAAACCA TGGAGACCAA GTCGGTCACA 
GACTATTTCA GCAAATTGCA CATGGGGTCT GTGGTGTATT CTTGCACCAG CAAAAGGAAA 
GGCAAGCTGC CTGATGGGGA GGGGAAAACA GCCCCTGAAG GGGGGAAAAA GCAGCAGGGA 
CCTAAAAAAG CAGAGATGGA AGAAAATGCC AAAGGGAAAT TTAGCACGCT GGCATCACGA 
GACAGTCCAC GATTAAGCAC TTTTAACCTG GAGAGAACTG CCTTTCGCAA GGACAGCCAA 
AGATGGTATG CGGCTGCTGA GGGTGGAGCA GCTGAAAAAT CTGGACCAGA GATGGGGACT 
GGGAAGGCCT TTCAAAGAGT GCCGGGCCTT GGGACCATGG AAACTGAGTG TAAGGATGAA 
GGCAATCCTG AAGGAGATAA CAGTGGTGCT CCAGGGCTTG GCCAAGGGGA GAGTTTTCTG 
CCTGATATGA CTTGTGTGTC CTCAGCCAAA GAAGTAAACC ATCATGAGGA TGCTGATCTA 
AGTGCTGATG ACCATCCTTC CAAGCTTCCT GAAGCTGAGC AGGGTGTGGC TCGCCTTTGT 
GACTATCACT TGGCCAAGCG GATGTCATCT TTGCAAAGTG AAGGCCATTT TTCTCTGCAG 
AGCTCCCAGT GTTCTTCGGT GGATGCTGGG GGTAGCACAG GGAGCAGTAG CACCTGTGCT 
ACGCCTATGG AATCGCCCCT CTGCACCTCA GAAGGGAAGC ACATTATCTC AGATGCCTCA 
GGGAAGGGGA TGGCTTACAT TCCGGCAGAT GAAAGACCTG CTGGGCTTCC CAACCCTGGA 
GCCACTTTTA AAGAACTGCA CCAACAGACT GATCCTATGT GTCACCGGAT GACAGTGCCT 
GTTATGCATA CAGCTGTTAA TGCCGAGCCA CTGTTTGGCA CTTTGAGAGA TGGATGTCAT 
CGGATCCCCA AGATTAAAGA AACCACAGCT TTCACAGAGC CTGGGAAGGG AAGACGAGGA 
GGCATGTCTT CAGCTTTTTC TCAACATCCT AAAGCTGATT CCATCATGCT ATCATCCAAC 
ATTCACTCTG AATCAAAGGT GCCAAGTCCA AAACAAGACC CTAATGATTT TCCCAAAGCG 
AACCAGGCCT ACGGAGTGGC AATGAGTTTG TGGCCATGTG AGCTGAGGGG AGGGAGCCTC 
CGAACGCCAC AGAACAGGAG GGTTCTGAGA CGGAGCAGCA GTGTCATCTC GGGATCCCCA 
GGTTTGGAAA CATTCCTGGA GAGGAAGAAG GCTGCTGCCG GCTTGAAGGG TTCTGGCATC 
CCAGAAGCCG ATGAGTCCAA ATCGGAAAAA AGGGGCGAAA TTCCCCTAGG CAAAAAGTTA 
ACCAAAAGCT ACTCACAAAA TTCCGTGCAC TTAGGCCCTG AAGGGAAAGA GAAGAGGAAG 
TTTTCAGCGG CCCACAAGGA CTCCAAGCTG TACAGAACGT TACCTTTGCG GAAGCTCGAG 
GCCAGCAACT GGAGATGCCG AGGACCCTTT AGTCGTTGCT TCCTGAGTCG AGGGCAAGAT 
GAGGATGGGG ACGAAGAAGA GGAAGAACAT AGCGAGGCCC GTAGCCGAGT CTCCTGCCTC 
TATCAACCAG AGCTGTCCCG CCAGCTGCCA GAACCAGCCA GCCCGCCCCT CCCTGCTGAA 
CTCCAGAAGA AGGTGGTGGT GGTGGGGGAG ACGTCCAAAG TTCTCCCGGG CGGAACGCAA 
GCCCCCAGCA GCCCGGCCTC GGATTTTAAC TTGAACCCCT GCGAGCTGGC CTTCGAGGCG 
CGCATAGCAA GGATCAACAC CCTGAAGGAG AGCAAGTACA CGACGCCCAG CGGATTCGTA 
GCCGCCCAAA ACGATGCCAA CGAGCTGCTC TGCCTGGTCC GGTCCTGTTC CAGGAAGAGA 
GAGGAGTCGT CGCCCCAGGC AACCAAGCAC GACCTGAAGC TCTCCCAATA CAAGCAGCTG 
TTGTCCATAG AGTCCAGACA TCTGGGAAGT GCCTGCAGGA AAATGGCCAT GGCCGACAAG 
AGCCCGGAGG AGATGCTGGC GGCCGTCACC TCCAGCTTCC AAGTGCTCTG CTGCCTGACT 
GAGGCCTGCC TCCGGCTGGT CAAGGTCGTG AGCTCCGAAG CACAGCGCCA GGAGATCGTG 
GCCAAGATTG ATGAGGTGGT CATCAACTAC ATCTGCCTGC TGAGAGCCGC CGAGGTAGCC 
ACTGGGAAGA AGTCCGGGGA CCCCAGCTTG CGACTCTTGG CCCGACACTC GACCACCATG 
GCTGCCATTG TAAGCACACT AACACGTTCT CTGAAGATGC TTTTAAATAA ATAA

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

PubMed

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FRMPD4 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:

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