aff2 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	aff2
Entrez Gene ID	100487096
Full Name	AF4/FMR2 family member 2
Synonyms	FMR-2,FMR2
General protein information	Preferred Names AF4/FMR2 family member 2 Names AF4/FMR2 family member 2 fragile X mental retardation 2
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002934547.4	XP_002934593.2	AF4/FMR2 family member 2
XM_002934547.5	XP_002934593.2	AF4/FMR2 family member 2

Pathways from BioSystems

Homologies

Xenopus tropicalis (tropical clawed frog)	aff2	XP_002934593.2
Homo sapiens (human)	AFF2	NP_001162593.1
Gallus gallus (chicken)	AFF2	XP_003641137.2
Danio rerio (zebrafish)	LOC100330019	XP_002664429.2
	AFF2	XP_001088220.2

Gene Ontology

The following aff2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the aff2 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)
OXa15265	XM_002934547.5 Latest version!	Xenopus tropicalis AF4/FMR2 family member 2 (aff2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
View Old Accession Versions >>
OXa15265	XM_002934547.4	Xenopus tropicalis AF4/FMR2 family member 2 (aff2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
Hide Old Accession Versions >>

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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)

aff2 ( XM_002934547.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002934593.2 Xenopus tropicalis AF4/FMR2 family member 2 (aff2), mRNA.

Price & Availability↑

CloneID	OXa15265
Clone ID Related Accession (Same CDS sequence)	XM_002934547.4 , XM_002934547.5
Accession Version	XM_002934547.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3771bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	AF4/FMR2 family member 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_002934547.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATCTAT TCGACTTTTT CCGAGACTGG GACCTGGATC AGCAGTGTCA TTATGAACAA 
GATCGGAGTG CTCTTAAAAG AAAAGAATGG GAGAGAAGGA CACAAGAAGT CCAACAAGAT 
GAAGACCTGT TTGCTTCTGG CTTTAATCTG TTTGGAGAAC CATACAAGAC AAACAAAGGG 
GATGCTCTTG CAAACCGTGT TCAGAACACC TTGGGAAATT ATGATGAAAT GAAGGACTTA 
TTAACAAATC ACAACAATCA GAGCCATCTT GTAGGAATTC CAAAGAATTC AGTGCCACAG 
ACACCAGCTC CAGTAGAGAA AAACGAGCAG AGCTTTTTTC CAGATCAAAG AAACAGGCTG 
GCCCCATGCC ACCAAAGCAG TAGCCATCCA TCATCCTCAA TGCCACCTCC CTCTTCGTTG 
GCCCCAAATA CAACTTTGAC GCACAACCAT GAAGGGTCTA GGAAGTCACG AGTGGATTGG 
GCCCATGGAG GACACACTTC TTCTTGTACA CAATCTAACC AACTCAGCAA TCAACCAAGC 
AGATTAAAAC ACACTTCTTC ACATGATTTA CTACAAATAA GATATGAGGA CCTTTACAAC 
TGCCAAAATG ATCAATACAA AAGTGGTGTT ATTGATGAAC TCATACCTGC TACATCATCC 
TCACACTCCA GAAGGCACAA CCACCCTAAA GCATTAAGTG GGGAACATGT CTTTAAAGAG 
AATGCTCATT CAAAATCACC AGTAGACTCT GAAACCCTAG GACATGGTTC TGTCTCTCCC 
CTTCCATCTA CATCATTATT AGCTGCAAAC AACAGCCTTT CCTCCCAGAA CTTTCCTCCA 
GGAATACACA GTAAAACAAG CATGGTGCAG CAAAAACCTA CAGCTTATGT AAGGCCAATG 
GATGGTCAGG ATCAAGTACC CAATGACTCT CCTGAACTAA AGCCATCAAC TGAAATAGAT 
GATGGATATA ACAATCCTCT ATTTGGAACA CTGTTAGAGG GGAAAGTCAA TGTACCTGTT 
ACTAAGAGCA AACTGCCAAA GCTTACGATT CCCCAAGGAA ATGAGGTTAG TCTTCCAAAT 
GATCCCAACT GTGTAGAAGA AATCTTACGG GAAATGACAC ATTCATGGCC TCCTCCGCTG 
ACTGCAATTC ACACCCCATG TAAAGCTGAG CAGACCAAGT TTCCAATTCC TAGTAAGGAG 
TCTCAACATC TGACCTCAGG ATACAATGTA CAAAAGAGAT GTGATGCCAC TAACAAAACC 
ACAGCAAAAT CTGCTCCACA AAAATCTATG CTTGAAGATG ACTTAAAGCT CAGCAGCGAC 
GAAGAAGACA GCGAACAGGC AAATGAAAAA ACAAAGCCAA GAAACATTCC AGTAAATGGA 
CTTCCTTTGC AAGCAGTGCA CGGTGCCAAC CTTGTGAATT CCAGCGGAGG CTCTGGAAGC 
TCAAGTGAAT CTGAGAGCAG CTCGGAATCA GATTCTGATA GTGAGAGCAG CTCCAGTGAC 
AGTGAGTGCA ATGAACAAGC ACGCAGTGCA ACCCCTGAGC CTGAGCCACC TTCTACAAAC 
AAATGGCAGC TAGATAAGTG GCTAAATAAA GTTAATCCAC ACAATAAAAC AATAATTAGC 
AGTCAGAATG ATGTTCATTC TGAAAACAAT TCAGAGACTC AAAATAACCA GCAGGCTGAG 
GGAAAAGAGA AAACAGAACT TGACAATATT ACTTCTCAGC CTGATTCCAA AGAATTACTG 
AGCCCAGTAA GGGAAAAAAG CAAACCAAGG GCCACCCAAA AAAACCCTGA CTCAAAGCCC 
TTAAAACAGA AATCACCAGC TCCCAATGAA CCAATCACTC AAAGAGCGAC TGCTAAAAAG 
CAGCCGAAAA AGGTCGAAAG AACTTCCAGT GTAGAAGAAA ACACATGGAA CAAACCAAAT 
CCCACTTGCA GCACTCCCAA AGAAAAAGAG GTACGGGAAA CCCCAGAGCA ACCAAAAACA 
AGGACAAAGA CCACTGTTGC TAAAACTGCT CCTAGAAAAG AACAAAGGAC TAGTACAGGA 
AGTTCTTCTG AAAAAAAGAA AACCAGGGGA ACCAGCAAAA ATGTCCCCAA ATCTAGAGAA 
TTTGTTGAGA CAGATTCTGC ATCTGATTCC AACACAGACC AAGAAGAAGT GCTTCAGGTT 
AAAATCTCAA CAGCATGCAG TGGGCCTCCT AATCCCATCA AATCAAAGGA CTGCAGCGGC 
AACATTTTAA GTGTAAGCAG TTTAACCAGC AATAGCAGTA GCATATCTGT AGATCAAACA 
AATAATGACT TGGAAGAGCA TTTTTTCTCC CCTCTTCCTG TTGTTCAGAC TGAGCTCCTT 
TCACCCTTGC GGGATTTTGA AGAAGTTAAA TCATTATGGG TCAAAATAGA TCTCACGTTG 
TTATCAAGGA TACCCGGGCA AGAGACTTTT GATGTGTTGC CCTTGAAGAG TGACCCAAGA 
GAGTCAGGTT TTAAACACAA ACATCAAATA ATGAACACAG CAGTGGAGAA AAGTTCCACA 
AAATCCAGAA GGAAGCACAA GCAAACTGAA AGCTCTGATA CGCAGAGTGA TAACAAAAGG 
CAGAGACTGG AGGACAACAC TCCACCATGT TTACTTCCTC CCTGTATATC TCCAATACCC 
AGCACCAGGA TCACCAGCAC TAAAGAAACA AAAAGGACAA CAAAGAAAAG AGAGGAGAAA 
GTGTTTCCTC CTCTGCTGTC ACCATTAGGC GATGAGCCAA TCTGTAGAAG GCATTCCAGT 
GATAATGGCT CCTTCAGCCA GGAGAGCAAT GTCACAACCT CTATGCATAC AGCCAGCACT 
AATACACGGC ACAGAAAGAA CAGCAATATG GCAGCCAATG CAAAAATAAG CTGTGAGGAA 
GATCACAGCA GGCCAGCGAG TTGTGTTATT GAAAACATTG ATCATGATCA CTCAGAACCA 
GATATATGGT CAACAGAGAC TACATTAACT AATGGAAACA TTGATTATCG AAGATCAAAA 
ATAACTTTTG ATGATACGTT ACATAATGCT GACTATTACA TGCAGGAAGC TAAAAGACTG 
AAGCACAAAG CTGATGCACT GATGGAGAAG TTTGGCAAAG CTGTCAATTA TGCAGATGCT 
GCCCTCTCTT TCATTGAGTG TGGAAATGCC ATGGAGCGAG ATCCATTAGA AGCTAAATCC 
CCATACACTA TGTATTCAGA GACTGTGGAA CTCATCAGGT ATGCCATGAG ACTGAAGAAT 
TTCACAGGCT CAGCTGCCAC TGAAGGAGAA AAGAAGTTAG TGGTTTTATG CTACCGATGC 
TTGTCATTAC TCTACTTGAG AATGTTTAAG CTGAAGAAGG ACCATGCTAT GAAGTACTCC 
AGATCACTCA TGGAATATTT TAAGAACTCC TCGAAATCTT CACAAGCGCC CTCTCCATGG 
GGAGGCAATG GAAAAAATAC TGAGACACCA TCTCCGATGT CACTTAGCCC TTCTCCTGTG 
AACACTGCTG GAAATAGTAC TGGGACAGGA GCTTCCTCAT CCACTGGCAC CGTATCCATC 
CCCCAGAGGA TTCATCACAT GGCAGCCAGC CACGTTAATA TCACTAACAA TGTCTTACGG 
AGTTATGAAC ACTGGGACAT GGCTGACAAA CTTACAAAGG AAAACAAAGA GTTCTTTCAA 
GACCTTGATA CAGTGATGGA GCCTTTAACA CAACACAGCT CTATGACCTA CCTGGTCCGT 
TATGTTCGTC AAGGACTTCA CTGGTTGCGC ATAGAATCTC ACTTGTTGTA G

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

RefSeq	XP_002934593.2
CDS	421..4191
Translation	MDLFDFFRDWDLDQQCHYEQDRSALKRKEWERRTQEVQQDEDLFASGFNLFGEPYKTNKGDALANRVQNTLGNYDEMKDLLTNHNNQSHLVGIPKNSVPQTPAPVEKNEQSFFPDQRNRLAPCHQSSSHPSSSMPPPSSLAPNTTLTHNHEGSRKSRVDWAHGGHTSSCTQSNQLSNQPSRLKHTSSHDLLQIRYEDLYNCQNDQYKSGVIDELIPATSSSHSRRHNHPKALSGEHVFKENAHSKSPVDSETLGHGSVSPLPSTSLLAANNSLSSQNFPPGIHSKTSMVQQKPTAYVRPMDGQDQVPNDSPELKPSTEIDDGYNNPLFGTLLEGKVNVPVTKSKLPKLTIPQGNEVSLPNDPNCVEEILREMTHSWPPPLTAIHTPCKAEQTKFPIPSKESQHLTSGYNVQKRCDATNKTTAKSAPQKSMLEDDLKLSSDEEDSEQANEKTKPRNIPVNGLPLQAVHGANLVNSSGGSGSSSESESSSESDSDSESSSSDSECNEQARSATPEPEPPSTNKWQLDKWLNKVNPHNKTIISSQNDVHSENNSETQNNQQAEGKEKTELDNITSQPDSKELLSPVREKSKPRATQKNPDSKPLKQKSPAPNEPITQRATAKKQPKKVERTSSVEENTWNKPNPTCSTPKEKEVRETPEQPKTRTKTTVAKTAPRKEQRTSTGSSSEKKKTRGTSKNVPKSREFVETDSASDSNTDQEEVLQVKISTACSGPPNPIKSKDCSGNILSVSSLTSNSSSISVDQTNNDLEEHFFSPLPVVQTELLSPLRDFEEVKSLWVKIDLTLLSRIPGQETFDVLPLKSDPRESGFKHKHQIMNTAVEKSSTKSRRKHKQTESSDTQSDNKRQRLEDNTPPCLLPPCISPIPSTRITSTKETKRTTKKREEKVFPPLLSPLGDEPICRRHSSDNGSFSQESNVTTSMHTASTNTRHRKNSNMAANAKISCEEDHSRPASCVIENIDHDHSEPDIWSTETTLTNGNIDYRRSKITFDDTLHNADYYMQEAKRLKHKADALMEKFGKAVNYADAALSFIECGNAMERDPLEAKSPYTMYSETVELIRYAMRLKNFTGSAATEGEKKLVVLCYRCLSLLYLRMFKLKKDHAMKYSRSLMEYFKNSSKSSQAPSPWGGNGKNTETPSPMSLSPSPVNTAGNSTGTGASSSTGTVSIPQRIHHMAASHVNITNNVLRSYEHWDMADKLTKENKEFFQDLDTVMEPLTQHSSMTYLVRYVRQGLHWLRIESHLL

Target ORF information:

RefSeq Version	XM_002934547.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis AF4/FMR2 family member 2 (aff2), mRNA.

Target ORF information:

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

XM_002934547.5

ORF Insert Sequence:

ATGGATCTAT TCGACTTTTT CCGAGACTGG GACCTGGATC AGCAGTGTCA TTATGAACAA 
GATCGGAGTG CTCTTAAAAG AAAAGAATGG GAGAGAAGGA CACAAGAAGT CCAACAAGAT 
GAAGACCTGT TTGCTTCTGG CTTTAATCTG TTTGGAGAAC CATACAAGAC AAACAAAGGG 
GATGCTCTTG CAAACCGTGT TCAGAACACC TTGGGAAATT ATGATGAAAT GAAGGACTTA 
TTAACAAATC ACAACAATCA GAGCCATCTT GTAGGAATTC CAAAGAATTC AGTGCCACAG 
ACACCAGCTC CAGTAGAGAA AAACGAGCAG AGCTTTTTTC CAGATCAAAG AAACAGGCTG 
GCCCCATGCC ACCAAAGCAG TAGCCATCCA TCATCCTCAA TGCCACCTCC CTCTTCGTTG 
GCCCCAAATA CAACTTTGAC GCACAACCAT GAAGGGTCTA GGAAGTCACG AGTGGATTGG 
GCCCATGGAG GACACACTTC TTCTTGTACA CAATCTAACC AACTCAGCAA TCAACCAAGC 
AGATTAAAAC ACACTTCTTC ACATGATTTA CTACAAATAA GATATGAGGA CCTTTACAAC 
TGCCAAAATG ATCAATACAA AAGTGGTGTT ATTGATGAAC TCATACCTGC TACATCATCC 
TCACACTCCA GAAGGCACAA CCACCCTAAA GCATTAAGTG GGGAACATGT CTTTAAAGAG 
AATGCTCATT CAAAATCACC AGTAGACTCT GAAACCCTAG GACATGGTTC TGTCTCTCCC 
CTTCCATCTA CATCATTATT AGCTGCAAAC AACAGCCTTT CCTCCCAGAA CTTTCCTCCA 
GGAATACACA GTAAAACAAG CATGGTGCAG CAAAAACCTA CAGCTTATGT AAGGCCAATG 
GATGGTCAGG ATCAAGTACC CAATGACTCT CCTGAACTAA AGCCATCAAC TGAAATAGAT 
GATGGATATA ACAATCCTCT ATTTGGAACA CTGTTAGAGG GGAAAGTCAA TGTACCTGTT 
ACTAAGAGCA AACTGCCAAA GCTTACGATT CCCCAAGGAA ATGAGGTTAG TCTTCCAAAT 
GATCCCAACT GTGTAGAAGA AATCTTACGG GAAATGACAC ATTCATGGCC TCCTCCGCTG 
ACTGCAATTC ACACCCCATG TAAAGCTGAG CAGACCAAGT TTCCAATTCC TAGTAAGGAG 
TCTCAACATC TGACCTCAGG ATACAATGTA CAAAAGAGAT GTGATGCCAC TAACAAAACC 
ACAGCAAAAT CTGCTCCACA AAAATCTATG CTTGAAGATG ACTTAAAGCT CAGCAGCGAC 
GAAGAAGACA GCGAACAGGC AAATGAAAAA ACAAAGCCAA GAAACATTCC AGTAAATGGA 
CTTCCTTTGC AAGCAGTGCA CGGTGCCAAC CTTGTGAATT CCAGCGGAGG CTCTGGAAGC 
TCAAGTGAAT CTGAGAGCAG CTCGGAATCA GATTCTGATA GTGAGAGCAG CTCCAGTGAC 
AGTGAGTGCA ATGAACAAGC ACGCAGTGCA ACCCCTGAGC CTGAGCCACC TTCTACAAAC 
AAATGGCAGC TAGATAAGTG GCTAAATAAA GTTAATCCAC ACAATAAAAC AATAATTAGC 
AGTCAGAATG ATGTTCATTC TGAAAACAAT TCAGAGACTC AAAATAACCA GCAGGCTGAG 
GGAAAAGAGA AAACAGAACT TGACAATATT ACTTCTCAGC CTGATTCCAA AGAATTACTG 
AGCCCAGTAA GGGAAAAAAG CAAACCAAGG GCCACCCAAA AAAACCCTGA CTCAAAGCCC 
TTAAAACAGA AATCACCAGC TCCCAATGAA CCAATCACTC AAAGAGCGAC TGCTAAAAAG 
CAGCCGAAAA AGGTCGAAAG AACTTCCAGT GTAGAAGAAA ACACATGGAA CAAACCAAAT 
CCCACTTGCA GCACTCCCAA AGAAAAAGAG GTACGGGAAA CCCCAGAGCA ACCAAAAACA 
AGGACAAAGA CCACTGTTGC TAAAACTGCT CCTAGAAAAG AACAAAGGAC TAGTACAGGA 
AGTTCTTCTG AAAAAAAGAA AACCAGGGGA ACCAGCAAAA ATGTCCCCAA ATCTAGAGAA 
TTTGTTGAGA CAGATTCTGC ATCTGATTCC AACACAGACC AAGAAGAAGT GCTTCAGGTT 
AAAATCTCAA CAGCATGCAG TGGGCCTCCT AATCCCATCA AATCAAAGGA CTGCAGCGGC 
AACATTTTAA GTGTAAGCAG TTTAACCAGC AATAGCAGTA GCATATCTGT AGATCAAACA 
AATAATGACT TGGAAGAGCA TTTTTTCTCC CCTCTTCCTG TTGTTCAGAC TGAGCTCCTT 
TCACCCTTGC GGGATTTTGA AGAAGTTAAA TCATTATGGG TCAAAATAGA TCTCACGTTG 
TTATCAAGGA TACCCGGGCA AGAGACTTTT GATGTGTTGC CCTTGAAGAG TGACCCAAGA 
GAGTCAGGTT TTAAACACAA ACATCAAATA ATGAACACAG CAGTGGAGAA AAGTTCCACA 
AAATCCAGAA GGAAGCACAA GCAAACTGAA AGCTCTGATA CGCAGAGTGA TAACAAAAGG 
CAGAGACTGG AGGACAACAC TCCACCATGT TTACTTCCTC CCTGTATATC TCCAATACCC 
AGCACCAGGA TCACCAGCAC TAAAGAAACA AAAAGGACAA CAAAGAAAAG AGAGGAGAAA 
GTGTTTCCTC CTCTGCTGTC ACCATTAGGC GATGAGCCAA TCTGTAGAAG GCATTCCAGT 
GATAATGGCT CCTTCAGCCA GGAGAGCAAT GTCACAACCT CTATGCATAC AGCCAGCACT 
AATACACGGC ACAGAAAGAA CAGCAATATG GCAGCCAATG CAAAAATAAG CTGTGAGGAA 
GATCACAGCA GGCCAGCGAG TTGTGTTATT GAAAACATTG ATCATGATCA CTCAGAACCA 
GATATATGGT CAACAGAGAC TACATTAACT AATGGAAACA TTGATTATCG AAGATCAAAA 
ATAACTTTTG ATGATACGTT ACATAATGCT GACTATTACA TGCAGGAAGC TAAAAGACTG 
AAGCACAAAG CTGATGCACT GATGGAGAAG TTTGGCAAAG CTGTCAATTA TGCAGATGCT 
GCCCTCTCTT TCATTGAGTG TGGAAATGCC ATGGAGCGAG ATCCATTAGA AGCTAAATCC 
CCATACACTA TGTATTCAGA GACTGTGGAA CTCATCAGGT ATGCCATGAG ACTGAAGAAT 
TTCACAGGCT CAGCTGCCAC TGAAGGAGAA AAGAAGTTAG TGGTTTTATG CTACCGATGC 
TTGTCATTAC TCTACTTGAG AATGTTTAAG CTGAAGAAGG ACCATGCTAT GAAGTACTCC 
AGATCACTCA TGGAATATTT TAAGAACTCC TCGAAATCTT CACAAGCGCC CTCTCCATGG 
GGAGGCAATG GAAAAAATAC TGAGACACCA TCTCCGATGT CACTTAGCCC TTCTCCTGTG 
AACACTGCTG GAAATAGTAC TGGGACAGGA GCTTCCTCAT CCACTGGCAC CGTATCCATC 
CCCCAGAGGA TTCATCACAT GGCAGCCAGC CACGTTAATA TCACTAACAA TGTCTTACGG 
AGTTATGAAC ACTGGGACAT GGCTGACAAA CTTACAAAGG AAAACAAAGA GTTCTTTCAA 
GACCTTGATA CAGTGATGGA GCCTTTAACA CAACACAGCT CTATGACCTA CCTGGTCCGT 
TATGTTCGTC AAGGACTTCA CTGGTTGCGC ATAGAATCTC ACTTGTTGTA G

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

aff2 ( XM_002934547.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002934593.2 Xenopus tropicalis AF4/FMR2 family member 2 (aff2), mRNA.

Price & Availability↑

CloneID	OXa15265
Clone ID Related Accession (Same CDS sequence)	XM_002934547.4 , XM_002934547.5
Accession Version	XM_002934547.4	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3771bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	AF4/FMR2 family member 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_002934547.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATCTAT TCGACTTTTT CCGAGACTGG GACCTGGATC AGCAGTGTCA TTATGAACAA 
GATCGGAGTG CTCTTAAAAG AAAAGAATGG GAGAGAAGGA CACAAGAAGT CCAACAAGAT 
GAAGACCTGT TTGCTTCTGG CTTTAATCTG TTTGGAGAAC CATACAAGAC AAACAAAGGG 
GATGCTCTTG CAAACCGTGT TCAGAACACC TTGGGAAATT ATGATGAAAT GAAGGACTTA 
TTAACAAATC ACAACAATCA GAGCCATCTT GTAGGAATTC CAAAGAATTC AGTGCCACAG 
ACACCAGCTC CAGTAGAGAA AAACGAGCAG AGCTTTTTTC CAGATCAAAG AAACAGGCTG 
GCCCCATGCC ACCAAAGCAG TAGCCATCCA TCATCCTCAA TGCCACCTCC CTCTTCGTTG 
GCCCCAAATA CAACTTTGAC GCACAACCAT GAAGGGTCTA GGAAGTCACG AGTGGATTGG 
GCCCATGGAG GACACACTTC TTCTTGTACA CAATCTAACC AACTCAGCAA TCAACCAAGC 
AGATTAAAAC ACACTTCTTC ACATGATTTA CTACAAATAA GATATGAGGA CCTTTACAAC 
TGCCAAAATG ATCAATACAA AAGTGGTGTT ATTGATGAAC TCATACCTGC TACATCATCC 
TCACACTCCA GAAGGCACAA CCACCCTAAA GCATTAAGTG GGGAACATGT CTTTAAAGAG 
AATGCTCATT CAAAATCACC AGTAGACTCT GAAACCCTAG GACATGGTTC TGTCTCTCCC 
CTTCCATCTA CATCATTATT AGCTGCAAAC AACAGCCTTT CCTCCCAGAA CTTTCCTCCA 
GGAATACACA GTAAAACAAG CATGGTGCAG CAAAAACCTA CAGCTTATGT AAGGCCAATG 
GATGGTCAGG ATCAAGTACC CAATGACTCT CCTGAACTAA AGCCATCAAC TGAAATAGAT 
GATGGATATA ACAATCCTCT ATTTGGAACA CTGTTAGAGG GGAAAGTCAA TGTACCTGTT 
ACTAAGAGCA AACTGCCAAA GCTTACGATT CCCCAAGGAA ATGAGGTTAG TCTTCCAAAT 
GATCCCAACT GTGTAGAAGA AATCTTACGG GAAATGACAC ATTCATGGCC TCCTCCGCTG 
ACTGCAATTC ACACCCCATG TAAAGCTGAG CAGACCAAGT TTCCAATTCC TAGTAAGGAG 
TCTCAACATC TGACCTCAGG ATACAATGTA CAAAAGAGAT GTGATGCCAC TAACAAAACC 
ACAGCAAAAT CTGCTCCACA AAAATCTATG CTTGAAGATG ACTTAAAGCT CAGCAGCGAC 
GAAGAAGACA GCGAACAGGC AAATGAAAAA ACAAAGCCAA GAAACATTCC AGTAAATGGA 
CTTCCTTTGC AAGCAGTGCA CGGTGCCAAC CTTGTGAATT CCAGCGGAGG CTCTGGAAGC 
TCAAGTGAAT CTGAGAGCAG CTCGGAATCA GATTCTGATA GTGAGAGCAG CTCCAGTGAC 
AGTGAGTGCA ATGAACAAGC ACGCAGTGCA ACCCCTGAGC CTGAGCCACC TTCTACAAAC 
AAATGGCAGC TAGATAAGTG GCTAAATAAA GTTAATCCAC ACAATAAAAC AATAATTAGC 
AGTCAGAATG ATGTTCATTC TGAAAACAAT TCAGAGACTC AAAATAACCA GCAGGCTGAG 
GGAAAAGAGA AAACAGAACT TGACAATATT ACTTCTCAGC CTGATTCCAA AGAATTACTG 
AGCCCAGTAA GGGAAAAAAG CAAACCAAGG GCCACCCAAA AAAACCCTGA CTCAAAGCCC 
TTAAAACAGA AATCACCAGC TCCCAATGAA CCAATCACTC AAAGAGCGAC TGCTAAAAAG 
CAGCCGAAAA AGGTCGAAAG AACTTCCAGT GTAGAAGAAA ACACATGGAA CAAACCAAAT 
CCCACTTGCA GCACTCCCAA AGAAAAAGAG GTACGGGAAA CCCCAGAGCA ACCAAAAACA 
AGGACAAAGA CCACTGTTGC TAAAACTGCT CCTAGAAAAG AACAAAGGAC TAGTACAGGA 
AGTTCTTCTG AAAAAAAGAA AACCAGGGGA ACCAGCAAAA ATGTCCCCAA ATCTAGAGAA 
TTTGTTGAGA CAGATTCTGC ATCTGATTCC AACACAGACC AAGAAGAAGT GCTTCAGGTT 
AAAATCTCAA CAGCATGCAG TGGGCCTCCT AATCCCATCA AATCAAAGGA CTGCAGCGGC 
AACATTTTAA GTGTAAGCAG TTTAACCAGC AATAGCAGTA GCATATCTGT AGATCAAACA 
AATAATGACT TGGAAGAGCA TTTTTTCTCC CCTCTTCCTG TTGTTCAGAC TGAGCTCCTT 
TCACCCTTGC GGGATTTTGA AGAAGTTAAA TCATTATGGG TCAAAATAGA TCTCACGTTG 
TTATCAAGGA TACCCGGGCA AGAGACTTTT GATGTGTTGC CCTTGAAGAG TGACCCAAGA 
GAGTCAGGTT TTAAACACAA ACATCAAATA ATGAACACAG CAGTGGAGAA AAGTTCCACA 
AAATCCAGAA GGAAGCACAA GCAAACTGAA AGCTCTGATA CGCAGAGTGA TAACAAAAGG 
CAGAGACTGG AGGACAACAC TCCACCATGT TTACTTCCTC CCTGTATATC TCCAATACCC 
AGCACCAGGA TCACCAGCAC TAAAGAAACA AAAAGGACAA CAAAGAAAAG AGAGGAGAAA 
GTGTTTCCTC CTCTGCTGTC ACCATTAGGC GATGAGCCAA TCTGTAGAAG GCATTCCAGT 
GATAATGGCT CCTTCAGCCA GGAGAGCAAT GTCACAACCT CTATGCATAC AGCCAGCACT 
AATACACGGC ACAGAAAGAA CAGCAATATG GCAGCCAATG CAAAAATAAG CTGTGAGGAA 
GATCACAGCA GGCCAGCGAG TTGTGTTATT GAAAACATTG ATCATGATCA CTCAGAACCA 
GATATATGGT CAACAGAGAC TACATTAACT AATGGAAACA TTGATTATCG AAGATCAAAA 
ATAACTTTTG ATGATACGTT ACATAATGCT GACTATTACA TGCAGGAAGC TAAAAGACTG 
AAGCACAAAG CTGATGCACT GATGGAGAAG TTTGGCAAAG CTGTCAATTA TGCAGATGCT 
GCCCTCTCTT TCATTGAGTG TGGAAATGCC ATGGAGCGAG ATCCATTAGA AGCTAAATCC 
CCATACACTA TGTATTCAGA GACTGTGGAA CTCATCAGGT ATGCCATGAG ACTGAAGAAT 
TTCACAGGCT CAGCTGCCAC TGAAGGAGAA AAGAAGTTAG TGGTTTTATG CTACCGATGC 
TTGTCATTAC TCTACTTGAG AATGTTTAAG CTGAAGAAGG ACCATGCTAT GAAGTACTCC 
AGATCACTCA TGGAATATTT TAAGAACTCC TCGAAATCTT CACAAGCGCC CTCTCCATGG 
GGAGGCAATG GAAAAAATAC TGAGACACCA TCTCCGATGT CACTTAGCCC TTCTCCTGTG 
AACACTGCTG GAAATAGTAC TGGGACAGGA GCTTCCTCAT CCACTGGCAC CGTATCCATC 
CCCCAGAGGA TTCATCACAT GGCAGCCAGC CACGTTAATA TCACTAACAA TGTCTTACGG 
AGTTATGAAC ACTGGGACAT GGCTGACAAA CTTACAAAGG AAAACAAAGA GTTCTTTCAA 
GACCTTGATA CAGTGATGGA GCCTTTAACA CAACACAGCT CTATGACCTA CCTGGTCCGT 
TATGTTCGTC AAGGACTTCA CTGGTTGCGC ATAGAATCTC ACTTGTTGTA G

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

RefSeq	XP_002934593.2
CDS	342..4112
Translation	MDLFDFFRDWDLDQQCHYEQDRSALKRKEWERRTQEVQQDEDLFASGFNLFGEPYKTNKGDALANRVQNTLGNYDEMKDLLTNHNNQSHLVGIPKNSVPQTPAPVEKNEQSFFPDQRNRLAPCHQSSSHPSSSMPPPSSLAPNTTLTHNHEGSRKSRVDWAHGGHTSSCTQSNQLSNQPSRLKHTSSHDLLQIRYEDLYNCQNDQYKSGVIDELIPATSSSHSRRHNHPKALSGEHVFKENAHSKSPVDSETLGHGSVSPLPSTSLLAANNSLSSQNFPPGIHSKTSMVQQKPTAYVRPMDGQDQVPNDSPELKPSTEIDDGYNNPLFGTLLEGKVNVPVTKSKLPKLTIPQGNEVSLPNDPNCVEEILREMTHSWPPPLTAIHTPCKAEQTKFPIPSKESQHLTSGYNVQKRCDATNKTTAKSAPQKSMLEDDLKLSSDEEDSEQANEKTKPRNIPVNGLPLQAVHGANLVNSSGGSGSSSESESSSESDSDSESSSSDSECNEQARSATPEPEPPSTNKWQLDKWLNKVNPHNKTIISSQNDVHSENNSETQNNQQAEGKEKTELDNITSQPDSKELLSPVREKSKPRATQKNPDSKPLKQKSPAPNEPITQRATAKKQPKKVERTSSVEENTWNKPNPTCSTPKEKEVRETPEQPKTRTKTTVAKTAPRKEQRTSTGSSSEKKKTRGTSKNVPKSREFVETDSASDSNTDQEEVLQVKISTACSGPPNPIKSKDCSGNILSVSSLTSNSSSISVDQTNNDLEEHFFSPLPVVQTELLSPLRDFEEVKSLWVKIDLTLLSRIPGQETFDVLPLKSDPRESGFKHKHQIMNTAVEKSSTKSRRKHKQTESSDTQSDNKRQRLEDNTPPCLLPPCISPIPSTRITSTKETKRTTKKREEKVFPPLLSPLGDEPICRRHSSDNGSFSQESNVTTSMHTASTNTRHRKNSNMAANAKISCEEDHSRPASCVIENIDHDHSEPDIWSTETTLTNGNIDYRRSKITFDDTLHNADYYMQEAKRLKHKADALMEKFGKAVNYADAALSFIECGNAMERDPLEAKSPYTMYSETVELIRYAMRLKNFTGSAATEGEKKLVVLCYRCLSLLYLRMFKLKKDHAMKYSRSLMEYFKNSSKSSQAPSPWGGNGKNTETPSPMSLSPSPVNTAGNSTGTGASSSTGTVSIPQRIHHMAASHVNITNNVLRSYEHWDMADKLTKENKEFFQDLDTVMEPLTQHSSMTYLVRYVRQGLHWLRIESHLL

Target ORF information:

RefSeq Version	XM_002934547.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis AF4/FMR2 family member 2 (aff2), mRNA.

Target ORF information:

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

XM_002934547.4

ORF Insert Sequence:

ATGGATCTAT TCGACTTTTT CCGAGACTGG GACCTGGATC AGCAGTGTCA TTATGAACAA 
GATCGGAGTG CTCTTAAAAG AAAAGAATGG GAGAGAAGGA CACAAGAAGT CCAACAAGAT 
GAAGACCTGT TTGCTTCTGG CTTTAATCTG TTTGGAGAAC CATACAAGAC AAACAAAGGG 
GATGCTCTTG CAAACCGTGT TCAGAACACC TTGGGAAATT ATGATGAAAT GAAGGACTTA 
TTAACAAATC ACAACAATCA GAGCCATCTT GTAGGAATTC CAAAGAATTC AGTGCCACAG 
ACACCAGCTC CAGTAGAGAA AAACGAGCAG AGCTTTTTTC CAGATCAAAG AAACAGGCTG 
GCCCCATGCC ACCAAAGCAG TAGCCATCCA TCATCCTCAA TGCCACCTCC CTCTTCGTTG 
GCCCCAAATA CAACTTTGAC GCACAACCAT GAAGGGTCTA GGAAGTCACG AGTGGATTGG 
GCCCATGGAG GACACACTTC TTCTTGTACA CAATCTAACC AACTCAGCAA TCAACCAAGC 
AGATTAAAAC ACACTTCTTC ACATGATTTA CTACAAATAA GATATGAGGA CCTTTACAAC 
TGCCAAAATG ATCAATACAA AAGTGGTGTT ATTGATGAAC TCATACCTGC TACATCATCC 
TCACACTCCA GAAGGCACAA CCACCCTAAA GCATTAAGTG GGGAACATGT CTTTAAAGAG 
AATGCTCATT CAAAATCACC AGTAGACTCT GAAACCCTAG GACATGGTTC TGTCTCTCCC 
CTTCCATCTA CATCATTATT AGCTGCAAAC AACAGCCTTT CCTCCCAGAA CTTTCCTCCA 
GGAATACACA GTAAAACAAG CATGGTGCAG CAAAAACCTA CAGCTTATGT AAGGCCAATG 
GATGGTCAGG ATCAAGTACC CAATGACTCT CCTGAACTAA AGCCATCAAC TGAAATAGAT 
GATGGATATA ACAATCCTCT ATTTGGAACA CTGTTAGAGG GGAAAGTCAA TGTACCTGTT 
ACTAAGAGCA AACTGCCAAA GCTTACGATT CCCCAAGGAA ATGAGGTTAG TCTTCCAAAT 
GATCCCAACT GTGTAGAAGA AATCTTACGG GAAATGACAC ATTCATGGCC TCCTCCGCTG 
ACTGCAATTC ACACCCCATG TAAAGCTGAG CAGACCAAGT TTCCAATTCC TAGTAAGGAG 
TCTCAACATC TGACCTCAGG ATACAATGTA CAAAAGAGAT GTGATGCCAC TAACAAAACC 
ACAGCAAAAT CTGCTCCACA AAAATCTATG CTTGAAGATG ACTTAAAGCT CAGCAGCGAC 
GAAGAAGACA GCGAACAGGC AAATGAAAAA ACAAAGCCAA GAAACATTCC AGTAAATGGA 
CTTCCTTTGC AAGCAGTGCA CGGTGCCAAC CTTGTGAATT CCAGCGGAGG CTCTGGAAGC 
TCAAGTGAAT CTGAGAGCAG CTCGGAATCA GATTCTGATA GTGAGAGCAG CTCCAGTGAC 
AGTGAGTGCA ATGAACAAGC ACGCAGTGCA ACCCCTGAGC CTGAGCCACC TTCTACAAAC 
AAATGGCAGC TAGATAAGTG GCTAAATAAA GTTAATCCAC ACAATAAAAC AATAATTAGC 
AGTCAGAATG ATGTTCATTC TGAAAACAAT TCAGAGACTC AAAATAACCA GCAGGCTGAG 
GGAAAAGAGA AAACAGAACT TGACAATATT ACTTCTCAGC CTGATTCCAA AGAATTACTG 
AGCCCAGTAA GGGAAAAAAG CAAACCAAGG GCCACCCAAA AAAACCCTGA CTCAAAGCCC 
TTAAAACAGA AATCACCAGC TCCCAATGAA CCAATCACTC AAAGAGCGAC TGCTAAAAAG 
CAGCCGAAAA AGGTCGAAAG AACTTCCAGT GTAGAAGAAA ACACATGGAA CAAACCAAAT 
CCCACTTGCA GCACTCCCAA AGAAAAAGAG GTACGGGAAA CCCCAGAGCA ACCAAAAACA 
AGGACAAAGA CCACTGTTGC TAAAACTGCT CCTAGAAAAG AACAAAGGAC TAGTACAGGA 
AGTTCTTCTG AAAAAAAGAA AACCAGGGGA ACCAGCAAAA ATGTCCCCAA ATCTAGAGAA 
TTTGTTGAGA CAGATTCTGC ATCTGATTCC AACACAGACC AAGAAGAAGT GCTTCAGGTT 
AAAATCTCAA CAGCATGCAG TGGGCCTCCT AATCCCATCA AATCAAAGGA CTGCAGCGGC 
AACATTTTAA GTGTAAGCAG TTTAACCAGC AATAGCAGTA GCATATCTGT AGATCAAACA 
AATAATGACT TGGAAGAGCA TTTTTTCTCC CCTCTTCCTG TTGTTCAGAC TGAGCTCCTT 
TCACCCTTGC GGGATTTTGA AGAAGTTAAA TCATTATGGG TCAAAATAGA TCTCACGTTG 
TTATCAAGGA TACCCGGGCA AGAGACTTTT GATGTGTTGC CCTTGAAGAG TGACCCAAGA 
GAGTCAGGTT TTAAACACAA ACATCAAATA ATGAACACAG CAGTGGAGAA AAGTTCCACA 
AAATCCAGAA GGAAGCACAA GCAAACTGAA AGCTCTGATA CGCAGAGTGA TAACAAAAGG 
CAGAGACTGG AGGACAACAC TCCACCATGT TTACTTCCTC CCTGTATATC TCCAATACCC 
AGCACCAGGA TCACCAGCAC TAAAGAAACA AAAAGGACAA CAAAGAAAAG AGAGGAGAAA 
GTGTTTCCTC CTCTGCTGTC ACCATTAGGC GATGAGCCAA TCTGTAGAAG GCATTCCAGT 
GATAATGGCT CCTTCAGCCA GGAGAGCAAT GTCACAACCT CTATGCATAC AGCCAGCACT 
AATACACGGC ACAGAAAGAA CAGCAATATG GCAGCCAATG CAAAAATAAG CTGTGAGGAA 
GATCACAGCA GGCCAGCGAG TTGTGTTATT GAAAACATTG ATCATGATCA CTCAGAACCA 
GATATATGGT CAACAGAGAC TACATTAACT AATGGAAACA TTGATTATCG AAGATCAAAA 
ATAACTTTTG ATGATACGTT ACATAATGCT GACTATTACA TGCAGGAAGC TAAAAGACTG 
AAGCACAAAG CTGATGCACT GATGGAGAAG TTTGGCAAAG CTGTCAATTA TGCAGATGCT 
GCCCTCTCTT TCATTGAGTG TGGAAATGCC ATGGAGCGAG ATCCATTAGA AGCTAAATCC 
CCATACACTA TGTATTCAGA GACTGTGGAA CTCATCAGGT ATGCCATGAG ACTGAAGAAT 
TTCACAGGCT CAGCTGCCAC TGAAGGAGAA AAGAAGTTAG TGGTTTTATG CTACCGATGC 
TTGTCATTAC TCTACTTGAG AATGTTTAAG CTGAAGAAGG ACCATGCTAT GAAGTACTCC 
AGATCACTCA TGGAATATTT TAAGAACTCC TCGAAATCTT CACAAGCGCC CTCTCCATGG 
GGAGGCAATG GAAAAAATAC TGAGACACCA TCTCCGATGT CACTTAGCCC TTCTCCTGTG 
AACACTGCTG GAAATAGTAC TGGGACAGGA GCTTCCTCAT CCACTGGCAC CGTATCCATC 
CCCCAGAGGA TTCATCACAT GGCAGCCAGC CACGTTAATA TCACTAACAA TGTCTTACGG 
AGTTATGAAC ACTGGGACAT GGCTGACAAA CTTACAAAGG AAAACAAAGA GTTCTTTCAA 
GACCTTGATA CAGTGATGGA GCCTTTAACA CAACACAGCT CTATGACCTA CCTGGTCCGT 
TATGTTCGTC AAGGACTTCA CTGGTTGCGC ATAGAATCTC ACTTGTTGTA G