scaf8 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	scaf8
Entrez Gene ID	100101752
Full Name	SR-related CTD associated factor 8
Synonyms	rbm16
General protein information	Preferred Names SR-related CTD associated factor 8 Names protein SCAF8 RNA binding motif protein 16
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002931527.4	XP_002931573.1	protein SCAF8 isoform X2
XM_004914646.4	XP_004914703.2	SR-related and CTD-associated factor 8 isoform X1
XM_004914646.3	XP_004914703.1	protein SCAF8 isoform X1
XM_002931527.5	XP_002931573.2	SR-related and CTD-associated factor 8 isoform X2
XM_031903015.1	XP_031758875.1	SR-related and CTD-associated factor 8 isoform X1

Pathways from BioSystems

Homologies

Bos taurus (cattle)	SCAF8	XP_002690401.2
Homo sapiens (human)	SCAF8	NP_001273123.1
Pan troglodytes (chimpanzee)	SCAF8	XP_003311605.1
Xenopus tropicalis (tropical clawed frog)	scaf8	XP_002931573.1
Rattus norvegicus (Norway rat)	Scaf8	NP_620794.1
Gallus gallus (chicken)	SCAF8	XP_004935697.1
Mus musculus (house mouse)	Scaf8	NP_598884.2
Danio rerio (zebrafish)	wu:fd99c08	XP_002665299.3

Gene Ontology

The following scaf8 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the scaf8 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)
OXa59319	XM_031903015.1 Latest version!	Xenopus tropicalis SR-related CTD associated factor 8 (scaf8), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa59319	XM_004914646.4 Latest version!	Xenopus tropicalis SR-related CTD associated factor 8 (scaf8), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa59320	XM_002931527.5 Latest version!	Xenopus tropicalis SR-related CTD associated factor 8 (scaf8), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa10655	XM_004914646.3 Latest version!	Xenopus tropicalis SR-related CTD-associated factor 8 (scaf8), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa10656	XM_002931527.4 Latest version!	Xenopus tropicalis SR-related CTD-associated factor 8 (scaf8), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00

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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)

scaf8 ( XM_004914646.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004914703.2 Xenopus tropicalis SR-related CTD associated factor 8 (scaf8), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa59319
Clone ID Related Accession (Same CDS sequence)	XM_004914646.4 , XM_031903015.1
Accession Version	XM_004914646.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3861bp) 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	SR-related and CTD-associated factor 8 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_004914646.3. ##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##

ATGGAGGCCG TCAAAACCTT TAACAGCGAG GGTCGACATC AGGGTATAGA AGTGCCCCTT 
TATCGTACTA GTCAGCTATA TTCACTGAAT GACTACAGGC CACCTATTTC TAAAGCCAAA 
ATGACCCAGA TAACTAAGGC TGCTATCAAA GCTATTAAGT TTTACAAGCA TGTTGTTCAA 
AGTGTTGAGA AATTCATCCA GAAGTGCAAG CCAGAATATA AGGTTCCTGG ACTATATGTC 
ATTGATTCAA TTGTCCGTCA ATCCAGACAT CAGTTTGGTC AAGATAAGGA TCTTTTTGCA 
CCCCGGTTTA GCAATAACAT AATTAATACT TTCCAGAATC TGTACCGTTG TCCTGCAGAT 
GACAAGAGCA AAATTGTAAG AGTTCTGAAT CTCTGGCAGA AGAATAATGT GTTTAAGAGT 
GAAATTATTC AGCCACTTCT TGATATGGCT GCTGGTATCC CTCCTCCAGT TGTCACTCCG 
GTGTTACCCA GTACTACTGC TGCAGTGAGC AACACTCCAG GAACACCAGT AACCCCAGTT 
ACACCAGCAA ATATTGTTCA GGGAATACCT GATCCGTGGA TTGCACAGAT AAACAATACA 
GATACCCTTG CTGCTGTGGC ACAGATTCTG CAAAGCCCTC AAGGGCAACA GCTTCAACAG 
CTTGTACAGT CTTTGCACAT CCAACAGCAG AAGCCTCAGC CTTCTCTCCT ACAAGCACTA 
GATGCTGGCC TTGTAGTTCA ATTGCAGGCA CTTACAGCTC AACTTACAGC AGCAGCTGCT 
TCTACTAATC CTCTCAACCA ATTAGAACAA AGTGTTTCAC TCAGCAAGAA ATTAATGGAT 
AGGTTTGATT TTGGAGATGA CTCGAACCAG CAAGAAGATC CAAAAAAGGA GACCCAACAA 
ATCCCTCTGA TTCCAGAATC TGTGAATAAC TCAATTTTCC ATCAACTTGC GGAACATTTG 
CAGCAACAAA ATCTTGAGCA TCTTCGACAG CAATTACTGG AACAGCAACA TTCTACAAAG 
GTAACAGCTC AGGAAACTCA GGACTTTATG TCTGAATCAG AAAATTCTGC AACACCTTCA 
CAGGATGACA GTCAACAGCC ATTTCTGGAG TCTGAATCCC AAATGCATGC CTCCATGAAC 
ATGCAACAAG AAGATATGGA CATTGAGGAA ACGCTAGATG GAAATGAAGA GATATTTGAA 
AAAGAGGAAA AGAAAGTAAT GAAAGAAGAA GCACCTAGGA CACGTTCAAA GTCTCACTCA 
AGGTCACCAA GGAAAAGACG ATCACGATCA CGGTCTGGCT CCAGGAAGCG CAAACACAGA 
AAACGCTCAC GTTCGCGGTC AAGAGAAAGA AAACGCAAAA CATCCCGCTC ATATTCAAGT 
GAAAGAAGAG CAAGAGAGCG AGAGAAGGAA CGGCAGAAAA AAGGCCTCCC TCCTATCAGA 
TCCAAAACAC TTAGTGTTTG CAGCACCACG CTTTGGGTTG GTCAAGTTGA CAAAAAAGCC 
ACACAGCAGG ATTTGACCAA TGTATTTGAA GAGTTTGGAC AGATTGAATC AATAAATATG 
ATTCCACCAA GGGGCTGCGC ATATGTCTGC ATGGTTCATA GACAAGATTC CTACCGGGCT 
CTTCAGAAGC TTAGTTCTAG CTCATGTAAG ATTGGATCCA AAATCATCAA GATTGCTTGG 
GCTTTGAACA AAGGTGTGAA AACAGAATAT AAGCAATTCT GGGATGTTGA TCTTGGAGTA 
ACATATATAC CATGGGAAAA AGTCAAAGTT GATGACTTAG AAGGATTTGC TGAAGGTGGA 
ATGATTGATC AGGAGAGTGT GAATAATGAC TGGAAAGCGC AGAAAAGTTC TGAAGCAGTT 
GGTGCTAAAG AGTCCACACC TGATAATGCA ACAGTAGTCC CTACTACCAT TGTCACCTCT 
GCTCCCATTC CAGTTGTCAC TACAGCTGCC CAGGCTTCAG CTGTTCAGAA GAATTCTACA 
GTAACCTCAC AGCCTGAGGC ATATACTCAG CCTGTTGCAG TGCTTCAGAT ACCAGTTGCT 
CCAGCTGTAA GCCTAGTTCC GCCAGCATTT CCTGTCTCAA TGACTGTACC TCCACCAGGC 
TATTCTGCAA TTCCACCACC TCCTTTCATG AGGGCTTCTT TTAATCCTTC GCAGCCACCA 
CCAGGTTTTA TCCCACCTCC TCTTCCTCCA CCTGCCATTC CTCCTCCAGC TATTAGCTCT 
GCACTTCCAG CAGCTACTCA AAGTACAGTG AACAGCAACA CTGGAATATT AGGTGTGCAA 
CCACCATCAT CAGTTACAGC AAACTTGCCT CATGTAAACA TCACTACTCG AATGACGGGT 
ATGCCTTTGT TAGATGTTCG CCAAGGCTTG CTTTCACAGA CTGCATCAAC AAGGTTCACT 
TTGTTACATC CAGGAATACC TCCACTCCCA CCACCACCAA GAAGCATGCT CCCTCCAGGA 
CTGATTGACC CAAATATTCA TCCATTGCCT TTCCCTCTAG GGGATATGGT GTCTCTTTCT 
GACAGATCTT TTGGAGTCCA AGGCAGATTA GATGCCGATA CTGTTAATGT AAAAGAAAAG 
AGGCAGCCTT TGCCAAACAG TAATATTCAG GAGGGAGATC AAGATTATCG TTTTCCTCCA 
GTTGAAAGTC GCCAAAATAC ATGTAAACCA TCTACGGAAA AACATGAAAG CGAGGCAATC 
TCAAGTGCAG GCAACAAAGA AATGCAAGGA GTAAGAGGTA CAGATGAAAG TGTTCAAGCA 
AGAAATGCAG ATGATGACCA TGAGCCACAG GACATGGCTG TTGTAGATCC TTCTGAAAGT 
CAAGAAAAAT CTATGGATGA GACTGGTGTA GCTCATTTAT CAAGTGAGGA GTTACATGGG 
GATGAAAGAA AGCCTGATAC AGATGCCTTT GAAGGTTTAA GACGGCCTGT CCAACAAGGA 
TATGACAATA AGGGAACAAA TATTCTAGAT GCTCATGAAG GCCAAGTAAG ACAACCACTA 
GATGACAAAC AACATTTTAG AGGCCCAGCA ATAGACATGT TAGCACCATT TCAAAGGTAT 
CCAGGAGAGA TTTTTCCTCG CCCAGCTTTA GGGAGAAGGG ATCACTTTGG AATGCCGTAT 
TTAGAGACAC ATGATCGTTT TGGCAGGCCA TCTATGGAGA GTCCTTTTAG ACCACCTCTT 
TTAGATGGCA GAAACCATTA TGGGAGGCCA CCAATGGATG GTAGAGAGCA TTTTGGAAGA 
CCACCTCCAG ATATAAGAGA AAATCATGGA AGAACATTTG TGGATAGTGC TGGGAAGCAA 
TTACATTTCC CAGCAGAAAA GCCATGGGGA CATCAAGAAG ATTTTGATGA AAGACCCCAC 
CCTTCTTTCA TTGGTTTTCA AGGACTAAAG GGCTTTCATG ATGAAAGGCA TCATCATGGA 
AACTTTAGAC AGGAGCATCG AAATACTCCA AACTGGAACA GAGGGTTTGA ACAAGCTAAA 
CATAGGGATT TTGATGACCG TCGTCACTCA TGGGAAAGAC AGGTTGATAG GGATGAAAGA 
GATTTTGATT TCCGTAGAGA AGTTAATGGT GACCCTTTTG GAAGAGAGAG ACAGTCCGAA 
AACTGGGCAC CTCCACAGCC TCAGCCACAT GCTTTTGAGT ATTTCCCAGA GGCCACTTCT 
GCTCAGAACA GTAGCGACCC TCAAGTTAAT GGAGAAAAAG CAGAGACTAG CAATCAAAAA 
GAAACTGTAA GCAAATCTGA TGATCTTGAA CTCTGTGAAC AGAAAGAGAC TTCAGTTAAA 
GAGAGCGAAG AGAATGACAC CAAGAAAACT GAGACAGAAA GTCAAATTGT GGTTGAAAGC 
ACAGAGACTG AAGGGACATA A

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

RefSeq	XP_004914703.2
CDS	629..4489
Translation	MEAVKTFNSEGRHQGIEVPLYRTSQLYSLNDYRPPISKAKMTQITKAAIKAIKFYKHVVQSVEKFIQKCKPEYKVPGLYVIDSIVRQSRHQFGQDKDLFAPRFSNNIINTFQNLYRCPADDKSKIVRVLNLWQKNNVFKSEIIQPLLDMAAGIPPPVVTPVLPSTTAAVSNTPGTPVTPVTPANIVQGIPDPWIAQINNTDTLAAVAQILQSPQGQQLQQLVQSLHIQQQKPQPSLLQALDAGLVVQLQALTAQLTAAAASTNPLNQLEQSVSLSKKLMDRFDFGDDSNQQEDPKKETQQIPLIPESVNNSIFHQLAEHLQQQNLEHLRQQLLEQQHSTKVTAQETQDFMSESENSATPSQDDSQQPFLESESQMHASMNMQQEDMDIEETLDGNEEIFEKEEKKVMKEEAPRTRSKSHSRSPRKRRSRSRSGSRKRKHRKRSRSRSRERKRKTSRSYSSERRAREREKERQKKGLPPIRSKTLSVCSTTLWVGQVDKKATQQDLTNVFEEFGQIESINMIPPRGCAYVCMVHRQDSYRALQKLSSSSCKIGSKIIKIAWALNKGVKTEYKQFWDVDLGVTYIPWEKVKVDDLEGFAEGGMIDQESVNNDWKAQKSSEAVGAKESTPDNATVVPTTIVTSAPIPVVTTAAQASAVQKNSTVTSQPEAYTQPVAVLQIPVAPAVSLVPPAFPVSMTVPPPGYSAIPPPPFMRASFNPSQPPPGFIPPPLPPPAIPPPAISSALPAATQSTVNSNTGILGVQPPSSVTANLPHVNITTRMTGMPLLDVRQGLLSQTASTRFTLLHPGIPPLPPPPRSMLPPGLIDPNIHPLPFPLGDMVSLSDRSFGVQGRLDADTVNVKEKRQPLPNSNIQEGDQDYRFPPVESRQNTCKPSTEKHESEAISSAGNKEMQGVRGTDESVQARNADDDHEPQDMAVVDPSESQEKSMDETGVAHLSSEELHGDERKPDTDAFEGLRRPVQQGYDNKGTNILDAHEGQVRQPLDDKQHFRGPAIDMLAPFQRYPGEIFPRPALGRRDHFGMPYLETHDRFGRPSMESPFRPPLLDGRNHYGRPPMDGREHFGRPPPDIRENHGRTFVDSAGKQLHFPAEKPWGHQEDFDERPHPSFIGFQGLKGFHDERHHHGNFRQEHRNTPNWNRGFEQAKHRDFDDRRHSWERQVDRDERDFDFRREVNGDPFGRERQSENWAPPQPQPHAFEYFPEATSAQNSSDPQVNGEKAETSNQKETVSKSDDLELCEQKETSVKESEENDTKKTETESQIVVESTETEGT

Target ORF information:

RefSeq Version	XM_004914646.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SR-related CTD associated factor 8 (scaf8), transcript variant X1, mRNA.

Target ORF information:

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

XM_004914646.4

ORF Insert Sequence:

ATGGAGGCCG TCAAAACCTT TAACAGCGAG GGTCGACATC AGGGTATAGA AGTGCCCCTT 
TATCGTACTA GTCAGCTATA TTCACTGAAT GACTACAGGC CACCTATTTC TAAAGCCAAA 
ATGACCCAGA TAACTAAGGC TGCTATCAAA GCTATTAAGT TTTACAAGCA TGTTGTTCAA 
AGTGTTGAGA AATTCATCCA GAAGTGCAAG CCAGAATATA AGGTTCCTGG ACTATATGTC 
ATTGATTCAA TTGTCCGTCA ATCCAGACAT CAGTTTGGTC AAGATAAGGA TCTTTTTGCA 
CCCCGGTTTA GCAATAACAT AATTAATACT TTCCAGAATC TGTACCGTTG TCCTGCAGAT 
GACAAGAGCA AAATTGTAAG AGTTCTGAAT CTCTGGCAGA AGAATAATGT GTTTAAGAGT 
GAAATTATTC AGCCACTTCT TGATATGGCT GCTGGTATCC CTCCTCCAGT TGTCACTCCG 
GTGTTACCCA GTACTACTGC TGCAGTGAGC AACACTCCAG GAACACCAGT AACCCCAGTT 
ACACCAGCAA ATATTGTTCA GGGAATACCT GATCCGTGGA TTGCACAGAT AAACAATACA 
GATACCCTTG CTGCTGTGGC ACAGATTCTG CAAAGCCCTC AAGGGCAACA GCTTCAACAG 
CTTGTACAGT CTTTGCACAT CCAACAGCAG AAGCCTCAGC CTTCTCTCCT ACAAGCACTA 
GATGCTGGCC TTGTAGTTCA ATTGCAGGCA CTTACAGCTC AACTTACAGC AGCAGCTGCT 
TCTACTAATC CTCTCAACCA ATTAGAACAA AGTGTTTCAC TCAGCAAGAA ATTAATGGAT 
AGGTTTGATT TTGGAGATGA CTCGAACCAG CAAGAAGATC CAAAAAAGGA GACCCAACAA 
ATCCCTCTGA TTCCAGAATC TGTGAATAAC TCAATTTTCC ATCAACTTGC GGAACATTTG 
CAGCAACAAA ATCTTGAGCA TCTTCGACAG CAATTACTGG AACAGCAACA TTCTACAAAG 
GTAACAGCTC AGGAAACTCA GGACTTTATG TCTGAATCAG AAAATTCTGC AACACCTTCA 
CAGGATGACA GTCAACAGCC ATTTCTGGAG TCTGAATCCC AAATGCATGC CTCCATGAAC 
ATGCAACAAG AAGATATGGA CATTGAGGAA ACGCTAGATG GAAATGAAGA GATATTTGAA 
AAAGAGGAAA AGAAAGTAAT GAAAGAAGAA GCACCTAGGA CACGTTCAAA GTCTCACTCA 
AGGTCACCAA GGAAAAGACG ATCACGATCA CGGTCTGGCT CCAGGAAGCG CAAACACAGA 
AAACGCTCAC GTTCGCGGTC AAGAGAAAGA AAACGCAAAA CATCCCGCTC ATATTCAAGT 
GAAAGAAGAG CAAGAGAGCG AGAGAAGGAA CGGCAGAAAA AAGGCCTCCC TCCTATCAGA 
TCCAAAACAC TTAGTGTTTG CAGCACCACG CTTTGGGTTG GTCAAGTTGA CAAAAAAGCC 
ACACAGCAGG ATTTGACCAA TGTATTTGAA GAGTTTGGAC AGATTGAATC AATAAATATG 
ATTCCACCAA GGGGCTGCGC ATATGTCTGC ATGGTTCATA GACAAGATTC CTACCGGGCT 
CTTCAGAAGC TTAGTTCTAG CTCATGTAAG ATTGGATCCA AAATCATCAA GATTGCTTGG 
GCTTTGAACA AAGGTGTGAA AACAGAATAT AAGCAATTCT GGGATGTTGA TCTTGGAGTA 
ACATATATAC CATGGGAAAA AGTCAAAGTT GATGACTTAG AAGGATTTGC TGAAGGTGGA 
ATGATTGATC AGGAGAGTGT GAATAATGAC TGGAAAGCGC AGAAAAGTTC TGAAGCAGTT 
GGTGCTAAAG AGTCCACACC TGATAATGCA ACAGTAGTCC CTACTACCAT TGTCACCTCT 
GCTCCCATTC CAGTTGTCAC TACAGCTGCC CAGGCTTCAG CTGTTCAGAA GAATTCTACA 
GTAACCTCAC AGCCTGAGGC ATATACTCAG CCTGTTGCAG TGCTTCAGAT ACCAGTTGCT 
CCAGCTGTAA GCCTAGTTCC GCCAGCATTT CCTGTCTCAA TGACTGTACC TCCACCAGGC 
TATTCTGCAA TTCCACCACC TCCTTTCATG AGGGCTTCTT TTAATCCTTC GCAGCCACCA 
CCAGGTTTTA TCCCACCTCC TCTTCCTCCA CCTGCCATTC CTCCTCCAGC TATTAGCTCT 
GCACTTCCAG CAGCTACTCA AAGTACAGTG AACAGCAACA CTGGAATATT AGGTGTGCAA 
CCACCATCAT CAGTTACAGC AAACTTGCCT CATGTAAACA TCACTACTCG AATGACGGGT 
ATGCCTTTGT TAGATGTTCG CCAAGGCTTG CTTTCACAGA CTGCATCAAC AAGGTTCACT 
TTGTTACATC CAGGAATACC TCCACTCCCA CCACCACCAA GAAGCATGCT CCCTCCAGGA 
CTGATTGACC CAAATATTCA TCCATTGCCT TTCCCTCTAG GGGATATGGT GTCTCTTTCT 
GACAGATCTT TTGGAGTCCA AGGCAGATTA GATGCCGATA CTGTTAATGT AAAAGAAAAG 
AGGCAGCCTT TGCCAAACAG TAATATTCAG GAGGGAGATC AAGATTATCG TTTTCCTCCA 
GTTGAAAGTC GCCAAAATAC ATGTAAACCA TCTACGGAAA AACATGAAAG CGAGGCAATC 
TCAAGTGCAG GCAACAAAGA AATGCAAGGA GTAAGAGGTA CAGATGAAAG TGTTCAAGCA 
AGAAATGCAG ATGATGACCA TGAGCCACAG GACATGGCTG TTGTAGATCC TTCTGAAAGT 
CAAGAAAAAT CTATGGATGA GACTGGTGTA GCTCATTTAT CAAGTGAGGA GTTACATGGG 
GATGAAAGAA AGCCTGATAC AGATGCCTTT GAAGGTTTAA GACGGCCTGT CCAACAAGGA 
TATGACAATA AGGGAACAAA TATTCTAGAT GCTCATGAAG GCCAAGTAAG ACAACCACTA 
GATGACAAAC AACATTTTAG AGGCCCAGCA ATAGACATGT TAGCACCATT TCAAAGGTAT 
CCAGGAGAGA TTTTTCCTCG CCCAGCTTTA GGGAGAAGGG ATCACTTTGG AATGCCGTAT 
TTAGAGACAC ATGATCGTTT TGGCAGGCCA TCTATGGAGA GTCCTTTTAG ACCACCTCTT 
TTAGATGGCA GAAACCATTA TGGGAGGCCA CCAATGGATG GTAGAGAGCA TTTTGGAAGA 
CCACCTCCAG ATATAAGAGA AAATCATGGA AGAACATTTG TGGATAGTGC TGGGAAGCAA 
TTACATTTCC CAGCAGAAAA GCCATGGGGA CATCAAGAAG ATTTTGATGA AAGACCCCAC 
CCTTCTTTCA TTGGTTTTCA AGGACTAAAG GGCTTTCATG ATGAAAGGCA TCATCATGGA 
AACTTTAGAC AGGAGCATCG AAATACTCCA AACTGGAACA GAGGGTTTGA ACAAGCTAAA 
CATAGGGATT TTGATGACCG TCGTCACTCA TGGGAAAGAC AGGTTGATAG GGATGAAAGA 
GATTTTGATT TCCGTAGAGA AGTTAATGGT GACCCTTTTG GAAGAGAGAG ACAGTCCGAA 
AACTGGGCAC CTCCACAGCC TCAGCCACAT GCTTTTGAGT ATTTCCCAGA GGCCACTTCT 
GCTCAGAACA GTAGCGACCC TCAAGTTAAT GGAGAAAAAG CAGAGACTAG CAATCAAAAA 
GAAACTGTAA GCAAATCTGA TGATCTTGAA CTCTGTGAAC AGAAAGAGAC TTCAGTTAAA 
GAGAGCGAAG AGAATGACAC CAAGAAAACT GAGACAGAAA GTCAAATTGT GGTTGAAAGC 
ACAGAGACTG AAGGGACATA A

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

scaf8 ( XM_031903015.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031758875.1 Xenopus tropicalis SR-related CTD associated factor 8 (scaf8), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa59319
Clone ID Related Accession (Same CDS sequence)	XM_004914646.4 , XM_031903015.1
Accession Version	XM_031903015.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3861bp) 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	SR-related and CTD-associated factor 8 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: 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##

ATGGAGGCCG TCAAAACCTT TAACAGCGAG GGTCGACATC AGGGTATAGA AGTGCCCCTT 
TATCGTACTA GTCAGCTATA TTCACTGAAT GACTACAGGC CACCTATTTC TAAAGCCAAA 
ATGACCCAGA TAACTAAGGC TGCTATCAAA GCTATTAAGT TTTACAAGCA TGTTGTTCAA 
AGTGTTGAGA AATTCATCCA GAAGTGCAAG CCAGAATATA AGGTTCCTGG ACTATATGTC 
ATTGATTCAA TTGTCCGTCA ATCCAGACAT CAGTTTGGTC AAGATAAGGA TCTTTTTGCA 
CCCCGGTTTA GCAATAACAT AATTAATACT TTCCAGAATC TGTACCGTTG TCCTGCAGAT 
GACAAGAGCA AAATTGTAAG AGTTCTGAAT CTCTGGCAGA AGAATAATGT GTTTAAGAGT 
GAAATTATTC AGCCACTTCT TGATATGGCT GCTGGTATCC CTCCTCCAGT TGTCACTCCG 
GTGTTACCCA GTACTACTGC TGCAGTGAGC AACACTCCAG GAACACCAGT AACCCCAGTT 
ACACCAGCAA ATATTGTTCA GGGAATACCT GATCCGTGGA TTGCACAGAT AAACAATACA 
GATACCCTTG CTGCTGTGGC ACAGATTCTG CAAAGCCCTC AAGGGCAACA GCTTCAACAG 
CTTGTACAGT CTTTGCACAT CCAACAGCAG AAGCCTCAGC CTTCTCTCCT ACAAGCACTA 
GATGCTGGCC TTGTAGTTCA ATTGCAGGCA CTTACAGCTC AACTTACAGC AGCAGCTGCT 
TCTACTAATC CTCTCAACCA ATTAGAACAA AGTGTTTCAC TCAGCAAGAA ATTAATGGAT 
AGGTTTGATT TTGGAGATGA CTCGAACCAG CAAGAAGATC CAAAAAAGGA GACCCAACAA 
ATCCCTCTGA TTCCAGAATC TGTGAATAAC TCAATTTTCC ATCAACTTGC GGAACATTTG 
CAGCAACAAA ATCTTGAGCA TCTTCGACAG CAATTACTGG AACAGCAACA TTCTACAAAG 
GTAACAGCTC AGGAAACTCA GGACTTTATG TCTGAATCAG AAAATTCTGC AACACCTTCA 
CAGGATGACA GTCAACAGCC ATTTCTGGAG TCTGAATCCC AAATGCATGC CTCCATGAAC 
ATGCAACAAG AAGATATGGA CATTGAGGAA ACGCTAGATG GAAATGAAGA GATATTTGAA 
AAAGAGGAAA AGAAAGTAAT GAAAGAAGAA GCACCTAGGA CACGTTCAAA GTCTCACTCA 
AGGTCACCAA GGAAAAGACG ATCACGATCA CGGTCTGGCT CCAGGAAGCG CAAACACAGA 
AAACGCTCAC GTTCGCGGTC AAGAGAAAGA AAACGCAAAA CATCCCGCTC ATATTCAAGT 
GAAAGAAGAG CAAGAGAGCG AGAGAAGGAA CGGCAGAAAA AAGGCCTCCC TCCTATCAGA 
TCCAAAACAC TTAGTGTTTG CAGCACCACG CTTTGGGTTG GTCAAGTTGA CAAAAAAGCC 
ACACAGCAGG ATTTGACCAA TGTATTTGAA GAGTTTGGAC AGATTGAATC AATAAATATG 
ATTCCACCAA GGGGCTGCGC ATATGTCTGC ATGGTTCATA GACAAGATTC CTACCGGGCT 
CTTCAGAAGC TTAGTTCTAG CTCATGTAAG ATTGGATCCA AAATCATCAA GATTGCTTGG 
GCTTTGAACA AAGGTGTGAA AACAGAATAT AAGCAATTCT GGGATGTTGA TCTTGGAGTA 
ACATATATAC CATGGGAAAA AGTCAAAGTT GATGACTTAG AAGGATTTGC TGAAGGTGGA 
ATGATTGATC AGGAGAGTGT GAATAATGAC TGGAAAGCGC AGAAAAGTTC TGAAGCAGTT 
GGTGCTAAAG AGTCCACACC TGATAATGCA ACAGTAGTCC CTACTACCAT TGTCACCTCT 
GCTCCCATTC CAGTTGTCAC TACAGCTGCC CAGGCTTCAG CTGTTCAGAA GAATTCTACA 
GTAACCTCAC AGCCTGAGGC ATATACTCAG CCTGTTGCAG TGCTTCAGAT ACCAGTTGCT 
CCAGCTGTAA GCCTAGTTCC GCCAGCATTT CCTGTCTCAA TGACTGTACC TCCACCAGGC 
TATTCTGCAA TTCCACCACC TCCTTTCATG AGGGCTTCTT TTAATCCTTC GCAGCCACCA 
CCAGGTTTTA TCCCACCTCC TCTTCCTCCA CCTGCCATTC CTCCTCCAGC TATTAGCTCT 
GCACTTCCAG CAGCTACTCA AAGTACAGTG AACAGCAACA CTGGAATATT AGGTGTGCAA 
CCACCATCAT CAGTTACAGC AAACTTGCCT CATGTAAACA TCACTACTCG AATGACGGGT 
ATGCCTTTGT TAGATGTTCG CCAAGGCTTG CTTTCACAGA CTGCATCAAC AAGGTTCACT 
TTGTTACATC CAGGAATACC TCCACTCCCA CCACCACCAA GAAGCATGCT CCCTCCAGGA 
CTGATTGACC CAAATATTCA TCCATTGCCT TTCCCTCTAG GGGATATGGT GTCTCTTTCT 
GACAGATCTT TTGGAGTCCA AGGCAGATTA GATGCCGATA CTGTTAATGT AAAAGAAAAG 
AGGCAGCCTT TGCCAAACAG TAATATTCAG GAGGGAGATC AAGATTATCG TTTTCCTCCA 
GTTGAAAGTC GCCAAAATAC ATGTAAACCA TCTACGGAAA AACATGAAAG CGAGGCAATC 
TCAAGTGCAG GCAACAAAGA AATGCAAGGA GTAAGAGGTA CAGATGAAAG TGTTCAAGCA 
AGAAATGCAG ATGATGACCA TGAGCCACAG GACATGGCTG TTGTAGATCC TTCTGAAAGT 
CAAGAAAAAT CTATGGATGA GACTGGTGTA GCTCATTTAT CAAGTGAGGA GTTACATGGG 
GATGAAAGAA AGCCTGATAC AGATGCCTTT GAAGGTTTAA GACGGCCTGT CCAACAAGGA 
TATGACAATA AGGGAACAAA TATTCTAGAT GCTCATGAAG GCCAAGTAAG ACAACCACTA 
GATGACAAAC AACATTTTAG AGGCCCAGCA ATAGACATGT TAGCACCATT TCAAAGGTAT 
CCAGGAGAGA TTTTTCCTCG CCCAGCTTTA GGGAGAAGGG ATCACTTTGG AATGCCGTAT 
TTAGAGACAC ATGATCGTTT TGGCAGGCCA TCTATGGAGA GTCCTTTTAG ACCACCTCTT 
TTAGATGGCA GAAACCATTA TGGGAGGCCA CCAATGGATG GTAGAGAGCA TTTTGGAAGA 
CCACCTCCAG ATATAAGAGA AAATCATGGA AGAACATTTG TGGATAGTGC TGGGAAGCAA 
TTACATTTCC CAGCAGAAAA GCCATGGGGA CATCAAGAAG ATTTTGATGA AAGACCCCAC 
CCTTCTTTCA TTGGTTTTCA AGGACTAAAG GGCTTTCATG ATGAAAGGCA TCATCATGGA 
AACTTTAGAC AGGAGCATCG AAATACTCCA AACTGGAACA GAGGGTTTGA ACAAGCTAAA 
CATAGGGATT TTGATGACCG TCGTCACTCA TGGGAAAGAC AGGTTGATAG GGATGAAAGA 
GATTTTGATT TCCGTAGAGA AGTTAATGGT GACCCTTTTG GAAGAGAGAG ACAGTCCGAA 
AACTGGGCAC CTCCACAGCC TCAGCCACAT GCTTTTGAGT ATTTCCCAGA GGCCACTTCT 
GCTCAGAACA GTAGCGACCC TCAAGTTAAT GGAGAAAAAG CAGAGACTAG CAATCAAAAA 
GAAACTGTAA GCAAATCTGA TGATCTTGAA CTCTGTGAAC AGAAAGAGAC TTCAGTTAAA 
GAGAGCGAAG AGAATGACAC CAAGAAAACT GAGACAGAAA GTCAAATTGT GGTTGAAAGC 
ACAGAGACTG AAGGGACATA A

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

RefSeq	XP_031758875.1
CDS	629..4489
Translation	MEAVKTFNSEGRHQGIEVPLYRTSQLYSLNDYRPPISKAKMTQITKAAIKAIKFYKHVVQSVEKFIQKCKPEYKVPGLYVIDSIVRQSRHQFGQDKDLFAPRFSNNIINTFQNLYRCPADDKSKIVRVLNLWQKNNVFKSEIIQPLLDMAAGIPPPVVTPVLPSTTAAVSNTPGTPVTPVTPANIVQGIPDPWIAQINNTDTLAAVAQILQSPQGQQLQQLVQSLHIQQQKPQPSLLQALDAGLVVQLQALTAQLTAAAASTNPLNQLEQSVSLSKKLMDRFDFGDDSNQQEDPKKETQQIPLIPESVNNSIFHQLAEHLQQQNLEHLRQQLLEQQHSTKVTAQETQDFMSESENSATPSQDDSQQPFLESESQMHASMNMQQEDMDIEETLDGNEEIFEKEEKKVMKEEAPRTRSKSHSRSPRKRRSRSRSGSRKRKHRKRSRSRSRERKRKTSRSYSSERRAREREKERQKKGLPPIRSKTLSVCSTTLWVGQVDKKATQQDLTNVFEEFGQIESINMIPPRGCAYVCMVHRQDSYRALQKLSSSSCKIGSKIIKIAWALNKGVKTEYKQFWDVDLGVTYIPWEKVKVDDLEGFAEGGMIDQESVNNDWKAQKSSEAVGAKESTPDNATVVPTTIVTSAPIPVVTTAAQASAVQKNSTVTSQPEAYTQPVAVLQIPVAPAVSLVPPAFPVSMTVPPPGYSAIPPPPFMRASFNPSQPPPGFIPPPLPPPAIPPPAISSALPAATQSTVNSNTGILGVQPPSSVTANLPHVNITTRMTGMPLLDVRQGLLSQTASTRFTLLHPGIPPLPPPPRSMLPPGLIDPNIHPLPFPLGDMVSLSDRSFGVQGRLDADTVNVKEKRQPLPNSNIQEGDQDYRFPPVESRQNTCKPSTEKHESEAISSAGNKEMQGVRGTDESVQARNADDDHEPQDMAVVDPSESQEKSMDETGVAHLSSEELHGDERKPDTDAFEGLRRPVQQGYDNKGTNILDAHEGQVRQPLDDKQHFRGPAIDMLAPFQRYPGEIFPRPALGRRDHFGMPYLETHDRFGRPSMESPFRPPLLDGRNHYGRPPMDGREHFGRPPPDIRENHGRTFVDSAGKQLHFPAEKPWGHQEDFDERPHPSFIGFQGLKGFHDERHHHGNFRQEHRNTPNWNRGFEQAKHRDFDDRRHSWERQVDRDERDFDFRREVNGDPFGRERQSENWAPPQPQPHAFEYFPEATSAQNSSDPQVNGEKAETSNQKETVSKSDDLELCEQKETSVKESEENDTKKTETESQIVVESTETEGT

Target ORF information:

RefSeq Version	XM_031903015.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SR-related CTD associated factor 8 (scaf8), transcript variant X2, mRNA.

Target ORF information:

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

XM_031903015.1

ORF Insert Sequence:

ATGGAGGCCG TCAAAACCTT TAACAGCGAG GGTCGACATC AGGGTATAGA AGTGCCCCTT 
TATCGTACTA GTCAGCTATA TTCACTGAAT GACTACAGGC CACCTATTTC TAAAGCCAAA 
ATGACCCAGA TAACTAAGGC TGCTATCAAA GCTATTAAGT TTTACAAGCA TGTTGTTCAA 
AGTGTTGAGA AATTCATCCA GAAGTGCAAG CCAGAATATA AGGTTCCTGG ACTATATGTC 
ATTGATTCAA TTGTCCGTCA ATCCAGACAT CAGTTTGGTC AAGATAAGGA TCTTTTTGCA 
CCCCGGTTTA GCAATAACAT AATTAATACT TTCCAGAATC TGTACCGTTG TCCTGCAGAT 
GACAAGAGCA AAATTGTAAG AGTTCTGAAT CTCTGGCAGA AGAATAATGT GTTTAAGAGT 
GAAATTATTC AGCCACTTCT TGATATGGCT GCTGGTATCC CTCCTCCAGT TGTCACTCCG 
GTGTTACCCA GTACTACTGC TGCAGTGAGC AACACTCCAG GAACACCAGT AACCCCAGTT 
ACACCAGCAA ATATTGTTCA GGGAATACCT GATCCGTGGA TTGCACAGAT AAACAATACA 
GATACCCTTG CTGCTGTGGC ACAGATTCTG CAAAGCCCTC AAGGGCAACA GCTTCAACAG 
CTTGTACAGT CTTTGCACAT CCAACAGCAG AAGCCTCAGC CTTCTCTCCT ACAAGCACTA 
GATGCTGGCC TTGTAGTTCA ATTGCAGGCA CTTACAGCTC AACTTACAGC AGCAGCTGCT 
TCTACTAATC CTCTCAACCA ATTAGAACAA AGTGTTTCAC TCAGCAAGAA ATTAATGGAT 
AGGTTTGATT TTGGAGATGA CTCGAACCAG CAAGAAGATC CAAAAAAGGA GACCCAACAA 
ATCCCTCTGA TTCCAGAATC TGTGAATAAC TCAATTTTCC ATCAACTTGC GGAACATTTG 
CAGCAACAAA ATCTTGAGCA TCTTCGACAG CAATTACTGG AACAGCAACA TTCTACAAAG 
GTAACAGCTC AGGAAACTCA GGACTTTATG TCTGAATCAG AAAATTCTGC AACACCTTCA 
CAGGATGACA GTCAACAGCC ATTTCTGGAG TCTGAATCCC AAATGCATGC CTCCATGAAC 
ATGCAACAAG AAGATATGGA CATTGAGGAA ACGCTAGATG GAAATGAAGA GATATTTGAA 
AAAGAGGAAA AGAAAGTAAT GAAAGAAGAA GCACCTAGGA CACGTTCAAA GTCTCACTCA 
AGGTCACCAA GGAAAAGACG ATCACGATCA CGGTCTGGCT CCAGGAAGCG CAAACACAGA 
AAACGCTCAC GTTCGCGGTC AAGAGAAAGA AAACGCAAAA CATCCCGCTC ATATTCAAGT 
GAAAGAAGAG CAAGAGAGCG AGAGAAGGAA CGGCAGAAAA AAGGCCTCCC TCCTATCAGA 
TCCAAAACAC TTAGTGTTTG CAGCACCACG CTTTGGGTTG GTCAAGTTGA CAAAAAAGCC 
ACACAGCAGG ATTTGACCAA TGTATTTGAA GAGTTTGGAC AGATTGAATC AATAAATATG 
ATTCCACCAA GGGGCTGCGC ATATGTCTGC ATGGTTCATA GACAAGATTC CTACCGGGCT 
CTTCAGAAGC TTAGTTCTAG CTCATGTAAG ATTGGATCCA AAATCATCAA GATTGCTTGG 
GCTTTGAACA AAGGTGTGAA AACAGAATAT AAGCAATTCT GGGATGTTGA TCTTGGAGTA 
ACATATATAC CATGGGAAAA AGTCAAAGTT GATGACTTAG AAGGATTTGC TGAAGGTGGA 
ATGATTGATC AGGAGAGTGT GAATAATGAC TGGAAAGCGC AGAAAAGTTC TGAAGCAGTT 
GGTGCTAAAG AGTCCACACC TGATAATGCA ACAGTAGTCC CTACTACCAT TGTCACCTCT 
GCTCCCATTC CAGTTGTCAC TACAGCTGCC CAGGCTTCAG CTGTTCAGAA GAATTCTACA 
GTAACCTCAC AGCCTGAGGC ATATACTCAG CCTGTTGCAG TGCTTCAGAT ACCAGTTGCT 
CCAGCTGTAA GCCTAGTTCC GCCAGCATTT CCTGTCTCAA TGACTGTACC TCCACCAGGC 
TATTCTGCAA TTCCACCACC TCCTTTCATG AGGGCTTCTT TTAATCCTTC GCAGCCACCA 
CCAGGTTTTA TCCCACCTCC TCTTCCTCCA CCTGCCATTC CTCCTCCAGC TATTAGCTCT 
GCACTTCCAG CAGCTACTCA AAGTACAGTG AACAGCAACA CTGGAATATT AGGTGTGCAA 
CCACCATCAT CAGTTACAGC AAACTTGCCT CATGTAAACA TCACTACTCG AATGACGGGT 
ATGCCTTTGT TAGATGTTCG CCAAGGCTTG CTTTCACAGA CTGCATCAAC AAGGTTCACT 
TTGTTACATC CAGGAATACC TCCACTCCCA CCACCACCAA GAAGCATGCT CCCTCCAGGA 
CTGATTGACC CAAATATTCA TCCATTGCCT TTCCCTCTAG GGGATATGGT GTCTCTTTCT 
GACAGATCTT TTGGAGTCCA AGGCAGATTA GATGCCGATA CTGTTAATGT AAAAGAAAAG 
AGGCAGCCTT TGCCAAACAG TAATATTCAG GAGGGAGATC AAGATTATCG TTTTCCTCCA 
GTTGAAAGTC GCCAAAATAC ATGTAAACCA TCTACGGAAA AACATGAAAG CGAGGCAATC 
TCAAGTGCAG GCAACAAAGA AATGCAAGGA GTAAGAGGTA CAGATGAAAG TGTTCAAGCA 
AGAAATGCAG ATGATGACCA TGAGCCACAG GACATGGCTG TTGTAGATCC TTCTGAAAGT 
CAAGAAAAAT CTATGGATGA GACTGGTGTA GCTCATTTAT CAAGTGAGGA GTTACATGGG 
GATGAAAGAA AGCCTGATAC AGATGCCTTT GAAGGTTTAA GACGGCCTGT CCAACAAGGA 
TATGACAATA AGGGAACAAA TATTCTAGAT GCTCATGAAG GCCAAGTAAG ACAACCACTA 
GATGACAAAC AACATTTTAG AGGCCCAGCA ATAGACATGT TAGCACCATT TCAAAGGTAT 
CCAGGAGAGA TTTTTCCTCG CCCAGCTTTA GGGAGAAGGG ATCACTTTGG AATGCCGTAT 
TTAGAGACAC ATGATCGTTT TGGCAGGCCA TCTATGGAGA GTCCTTTTAG ACCACCTCTT 
TTAGATGGCA GAAACCATTA TGGGAGGCCA CCAATGGATG GTAGAGAGCA TTTTGGAAGA 
CCACCTCCAG ATATAAGAGA AAATCATGGA AGAACATTTG TGGATAGTGC TGGGAAGCAA 
TTACATTTCC CAGCAGAAAA GCCATGGGGA CATCAAGAAG ATTTTGATGA AAGACCCCAC 
CCTTCTTTCA TTGGTTTTCA AGGACTAAAG GGCTTTCATG ATGAAAGGCA TCATCATGGA 
AACTTTAGAC AGGAGCATCG AAATACTCCA AACTGGAACA GAGGGTTTGA ACAAGCTAAA 
CATAGGGATT TTGATGACCG TCGTCACTCA TGGGAAAGAC AGGTTGATAG GGATGAAAGA 
GATTTTGATT TCCGTAGAGA AGTTAATGGT GACCCTTTTG GAAGAGAGAG ACAGTCCGAA 
AACTGGGCAC CTCCACAGCC TCAGCCACAT GCTTTTGAGT ATTTCCCAGA GGCCACTTCT 
GCTCAGAACA GTAGCGACCC TCAAGTTAAT GGAGAAAAAG CAGAGACTAG CAATCAAAAA 
GAAACTGTAA GCAAATCTGA TGATCTTGAA CTCTGTGAAC AGAAAGAGAC TTCAGTTAAA 
GAGAGCGAAG AGAATGACAC CAAGAAAACT GAGACAGAAA GTCAAATTGT GGTTGAAAGC 
ACAGAGACTG AAGGGACATA A

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

scaf8 ( XM_002931527.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002931573.2 Xenopus tropicalis SR-related CTD associated factor 8 (scaf8), transcript variant X3, mRNA.

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CloneID	OXa59320
Clone ID Related Accession (Same CDS sequence)	XM_002931527.5
Accession Version	XM_002931527.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3816bp) 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	SR-related and CTD-associated factor 8 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_002931527.4. ##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##

ATGGAGGCCG TCAAAACCTT TAACAGCGAG CTATATTCAC TGAATGACTA CAGGCCACCT 
ATTTCTAAAG CCAAAATGAC CCAGATAACT AAGGCTGCTA TCAAAGCTAT TAAGTTTTAC 
AAGCATGTTG TTCAAAGTGT TGAGAAATTC ATCCAGAAGT GCAAGCCAGA ATATAAGGTT 
CCTGGACTAT ATGTCATTGA TTCAATTGTC CGTCAATCCA GACATCAGTT TGGTCAAGAT 
AAGGATCTTT TTGCACCCCG GTTTAGCAAT AACATAATTA ATACTTTCCA GAATCTGTAC 
CGTTGTCCTG CAGATGACAA GAGCAAAATT GTAAGAGTTC TGAATCTCTG GCAGAAGAAT 
AATGTGTTTA AGAGTGAAAT TATTCAGCCA CTTCTTGATA TGGCTGCTGG TATCCCTCCT 
CCAGTTGTCA CTCCGGTGTT ACCCAGTACT ACTGCTGCAG TGAGCAACAC TCCAGGAACA 
CCAGTAACCC CAGTTACACC AGCAAATATT GTTCAGGGAA TACCTGATCC GTGGATTGCA 
CAGATAAACA ATACAGATAC CCTTGCTGCT GTGGCACAGA TTCTGCAAAG CCCTCAAGGG 
CAACAGCTTC AACAGCTTGT ACAGTCTTTG CACATCCAAC AGCAGAAGCC TCAGCCTTCT 
CTCCTACAAG CACTAGATGC TGGCCTTGTA GTTCAATTGC AGGCACTTAC AGCTCAACTT 
ACAGCAGCAG CTGCTTCTAC TAATCCTCTC AACCAATTAG AACAAAGTGT TTCACTCAGC 
AAGAAATTAA TGGATAGGTT TGATTTTGGA GATGACTCGA ACCAGCAAGA AGATCCAAAA 
AAGGAGACCC AACAAATCCC TCTGATTCCA GAATCTGTGA ATAACTCAAT TTTCCATCAA 
CTTGCGGAAC ATTTGCAGCA ACAAAATCTT GAGCATCTTC GACAGCAATT ACTGGAACAG 
CAACATTCTA CAAAGGTAAC AGCTCAGGAA ACTCAGGACT TTATGTCTGA ATCAGAAAAT 
TCTGCAACAC CTTCACAGGA TGACAGTCAA CAGCCATTTC TGGAGTCTGA ATCCCAAATG 
CATGCCTCCA TGAACATGCA ACAAGAAGAT ATGGACATTG AGGAAACGCT AGATGGAAAT 
GAAGAGATAT TTGAAAAAGA GGAAAAGAAA GTAATGAAAG AAGAAGCACC TAGGACACGT 
TCAAAGTCTC ACTCAAGGTC ACCAAGGAAA AGACGATCAC GATCACGGTC TGGCTCCAGG 
AAGCGCAAAC ACAGAAAACG CTCACGTTCG CGGTCAAGAG AAAGAAAACG CAAAACATCC 
CGCTCATATT CAAGTGAAAG AAGAGCAAGA GAGCGAGAGA AGGAACGGCA GAAAAAAGGC 
CTCCCTCCTA TCAGATCCAA AACACTTAGT GTTTGCAGCA CCACGCTTTG GGTTGGTCAA 
GTTGACAAAA AAGCCACACA GCAGGATTTG ACCAATGTAT TTGAAGAGTT TGGACAGATT 
GAATCAATAA ATATGATTCC ACCAAGGGGC TGCGCATATG TCTGCATGGT TCATAGACAA 
GATTCCTACC GGGCTCTTCA GAAGCTTAGT TCTAGCTCAT GTAAGATTGG ATCCAAAATC 
ATCAAGATTG CTTGGGCTTT GAACAAAGGT GTGAAAACAG AATATAAGCA ATTCTGGGAT 
GTTGATCTTG GAGTAACATA TATACCATGG GAAAAAGTCA AAGTTGATGA CTTAGAAGGA 
TTTGCTGAAG GTGGAATGAT TGATCAGGAG AGTGTGAATA ATGACTGGAA AGCGCAGAAA 
AGTTCTGAAG CAGTTGGTGC TAAAGAGTCC ACACCTGATA ATGCAACAGT AGTCCCTACT 
ACCATTGTCA CCTCTGCTCC CATTCCAGTT GTCACTACAG CTGCCCAGGC TTCAGCTGTT 
CAGAAGAATT CTACAGTAAC CTCACAGCCT GAGGCATATA CTCAGCCTGT TGCAGTGCTT 
CAGATACCAG TTGCTCCAGC TGTAAGCCTA GTTCCGCCAG CATTTCCTGT CTCAATGACT 
GTACCTCCAC CAGGCTATTC TGCAATTCCA CCACCTCCTT TCATGAGGGC TTCTTTTAAT 
CCTTCGCAGC CACCACCAGG TTTTATCCCA CCTCCTCTTC CTCCACCTGC CATTCCTCCT 
CCAGCTATTA GCTCTGCACT TCCAGCAGCT ACTCAAAGTA CAGTGAACAG CAACACTGGA 
ATATTAGGTG TGCAACCACC ATCATCAGTT ACAGCAAACT TGCCTCATGT AAACATCACT 
ACTCGAATGA CGGGTATGCC TTTGTTAGAT GTTCGCCAAG GCTTGCTTTC ACAGACTGCA 
TCAACAAGGT TCACTTTGTT ACATCCAGGA ATACCTCCAC TCCCACCACC ACCAAGAAGC 
ATGCTCCCTC CAGGACTGAT TGACCCAAAT ATTCATCCAT TGCCTTTCCC TCTAGGGGAT 
ATGGTGTCTC TTTCTGACAG ATCTTTTGGA GTCCAAGGCA GATTAGATGC CGATACTGTT 
AATGTAAAAG AAAAGAGGCA GCCTTTGCCA AACAGTAATA TTCAGGAGGG AGATCAAGAT 
TATCGTTTTC CTCCAGTTGA AAGTCGCCAA AATACATGTA AACCATCTAC GGAAAAACAT 
GAAAGCGAGG CAATCTCAAG TGCAGGCAAC AAAGAAATGC AAGGAGTAAG AGGTACAGAT 
GAAAGTGTTC AAGCAAGAAA TGCAGATGAT GACCATGAGC CACAGGACAT GGCTGTTGTA 
GATCCTTCTG AAAGTCAAGA AAAATCTATG GATGAGACTG GTGTAGCTCA TTTATCAAGT 
GAGGAGTTAC ATGGGGATGA AAGAAAGCCT GATACAGATG CCTTTGAAGG TTTAAGACGG 
CCTGTCCAAC AAGGATATGA CAATAAGGGA ACAAATATTC TAGATGCTCA TGAAGGCCAA 
GTAAGACAAC CACTAGATGA CAAACAACAT TTTAGAGGCC CAGCAATAGA CATGTTAGCA 
CCATTTCAAA GGTATCCAGG AGAGATTTTT CCTCGCCCAG CTTTAGGGAG AAGGGATCAC 
TTTGGAATGC CGTATTTAGA GACACATGAT CGTTTTGGCA GGCCATCTAT GGAGAGTCCT 
TTTAGACCAC CTCTTTTAGA TGGCAGAAAC CATTATGGGA GGCCACCAAT GGATGGTAGA 
GAGCATTTTG GAAGACCACC TCCAGATATA AGAGAAAATC ATGGAAGAAC ATTTGTGGAT 
AGTGCTGGGA AGCAATTACA TTTCCCAGCA GAAAAGCCAT GGGGACATCA AGAAGATTTT 
GATGAAAGAC CCCACCCTTC TTTCATTGGT TTTCAAGGAC TAAAGGGCTT TCATGATGAA 
AGGCATCATC ATGGAAACTT TAGACAGGAG CATCGAAATA CTCCAAACTG GAACAGAGGG 
TTTGAACAAG CTAAACATAG GGATTTTGAT GACCGTCGTC ACTCATGGGA AAGACAGGTT 
GATAGGGATG AAAGAGATTT TGATTTCCGT AGAGAAGTTA ATGGTGACCC TTTTGGAAGA 
GAGAGACAGT CCGAAAACTG GGCACCTCCA CAGCCTCAGC CACATGCTTT TGAGTATTTC 
CCAGAGGCCA CTTCTGCTCA GAACAGTAGC GACCCTCAAG TTAATGGAGA AAAAGCAGAG 
ACTAGCAATC AAAAAGAAAC TGTAAGCAAA TCTGATGATC TTGAACTCTG TGAACAGAAA 
GAGACTTCAG TTAAAGAGAG CGAAGAGAAT GACACCAAGA AAACTGAGAC AGAAAGTCAA 
ATTGTGGTTG AAAGCACAGA GACTGAAGGG ACATAA

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

RefSeq	XP_002931573.2
CDS	629..4444
Translation	MEAVKTFNSELYSLNDYRPPISKAKMTQITKAAIKAIKFYKHVVQSVEKFIQKCKPEYKVPGLYVIDSIVRQSRHQFGQDKDLFAPRFSNNIINTFQNLYRCPADDKSKIVRVLNLWQKNNVFKSEIIQPLLDMAAGIPPPVVTPVLPSTTAAVSNTPGTPVTPVTPANIVQGIPDPWIAQINNTDTLAAVAQILQSPQGQQLQQLVQSLHIQQQKPQPSLLQALDAGLVVQLQALTAQLTAAAASTNPLNQLEQSVSLSKKLMDRFDFGDDSNQQEDPKKETQQIPLIPESVNNSIFHQLAEHLQQQNLEHLRQQLLEQQHSTKVTAQETQDFMSESENSATPSQDDSQQPFLESESQMHASMNMQQEDMDIEETLDGNEEIFEKEEKKVMKEEAPRTRSKSHSRSPRKRRSRSRSGSRKRKHRKRSRSRSRERKRKTSRSYSSERRAREREKERQKKGLPPIRSKTLSVCSTTLWVGQVDKKATQQDLTNVFEEFGQIESINMIPPRGCAYVCMVHRQDSYRALQKLSSSSCKIGSKIIKIAWALNKGVKTEYKQFWDVDLGVTYIPWEKVKVDDLEGFAEGGMIDQESVNNDWKAQKSSEAVGAKESTPDNATVVPTTIVTSAPIPVVTTAAQASAVQKNSTVTSQPEAYTQPVAVLQIPVAPAVSLVPPAFPVSMTVPPPGYSAIPPPPFMRASFNPSQPPPGFIPPPLPPPAIPPPAISSALPAATQSTVNSNTGILGVQPPSSVTANLPHVNITTRMTGMPLLDVRQGLLSQTASTRFTLLHPGIPPLPPPPRSMLPPGLIDPNIHPLPFPLGDMVSLSDRSFGVQGRLDADTVNVKEKRQPLPNSNIQEGDQDYRFPPVESRQNTCKPSTEKHESEAISSAGNKEMQGVRGTDESVQARNADDDHEPQDMAVVDPSESQEKSMDETGVAHLSSEELHGDERKPDTDAFEGLRRPVQQGYDNKGTNILDAHEGQVRQPLDDKQHFRGPAIDMLAPFQRYPGEIFPRPALGRRDHFGMPYLETHDRFGRPSMESPFRPPLLDGRNHYGRPPMDGREHFGRPPPDIRENHGRTFVDSAGKQLHFPAEKPWGHQEDFDERPHPSFIGFQGLKGFHDERHHHGNFRQEHRNTPNWNRGFEQAKHRDFDDRRHSWERQVDRDERDFDFRREVNGDPFGRERQSENWAPPQPQPHAFEYFPEATSAQNSSDPQVNGEKAETSNQKETVSKSDDLELCEQKETSVKESEENDTKKTETESQIVVESTETEGT

Target ORF information:

RefSeq Version	XM_002931527.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SR-related CTD associated factor 8 (scaf8), transcript variant X3, mRNA.

Target ORF information:

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

XM_002931527.5

ORF Insert Sequence:

ATGGAGGCCG TCAAAACCTT TAACAGCGAG CTATATTCAC TGAATGACTA CAGGCCACCT 
ATTTCTAAAG CCAAAATGAC CCAGATAACT AAGGCTGCTA TCAAAGCTAT TAAGTTTTAC 
AAGCATGTTG TTCAAAGTGT TGAGAAATTC ATCCAGAAGT GCAAGCCAGA ATATAAGGTT 
CCTGGACTAT ATGTCATTGA TTCAATTGTC CGTCAATCCA GACATCAGTT TGGTCAAGAT 
AAGGATCTTT TTGCACCCCG GTTTAGCAAT AACATAATTA ATACTTTCCA GAATCTGTAC 
CGTTGTCCTG CAGATGACAA GAGCAAAATT GTAAGAGTTC TGAATCTCTG GCAGAAGAAT 
AATGTGTTTA AGAGTGAAAT TATTCAGCCA CTTCTTGATA TGGCTGCTGG TATCCCTCCT 
CCAGTTGTCA CTCCGGTGTT ACCCAGTACT ACTGCTGCAG TGAGCAACAC TCCAGGAACA 
CCAGTAACCC CAGTTACACC AGCAAATATT GTTCAGGGAA TACCTGATCC GTGGATTGCA 
CAGATAAACA ATACAGATAC CCTTGCTGCT GTGGCACAGA TTCTGCAAAG CCCTCAAGGG 
CAACAGCTTC AACAGCTTGT ACAGTCTTTG CACATCCAAC AGCAGAAGCC TCAGCCTTCT 
CTCCTACAAG CACTAGATGC TGGCCTTGTA GTTCAATTGC AGGCACTTAC AGCTCAACTT 
ACAGCAGCAG CTGCTTCTAC TAATCCTCTC AACCAATTAG AACAAAGTGT TTCACTCAGC 
AAGAAATTAA TGGATAGGTT TGATTTTGGA GATGACTCGA ACCAGCAAGA AGATCCAAAA 
AAGGAGACCC AACAAATCCC TCTGATTCCA GAATCTGTGA ATAACTCAAT TTTCCATCAA 
CTTGCGGAAC ATTTGCAGCA ACAAAATCTT GAGCATCTTC GACAGCAATT ACTGGAACAG 
CAACATTCTA CAAAGGTAAC AGCTCAGGAA ACTCAGGACT TTATGTCTGA ATCAGAAAAT 
TCTGCAACAC CTTCACAGGA TGACAGTCAA CAGCCATTTC TGGAGTCTGA ATCCCAAATG 
CATGCCTCCA TGAACATGCA ACAAGAAGAT ATGGACATTG AGGAAACGCT AGATGGAAAT 
GAAGAGATAT TTGAAAAAGA GGAAAAGAAA GTAATGAAAG AAGAAGCACC TAGGACACGT 
TCAAAGTCTC ACTCAAGGTC ACCAAGGAAA AGACGATCAC GATCACGGTC TGGCTCCAGG 
AAGCGCAAAC ACAGAAAACG CTCACGTTCG CGGTCAAGAG AAAGAAAACG CAAAACATCC 
CGCTCATATT CAAGTGAAAG AAGAGCAAGA GAGCGAGAGA AGGAACGGCA GAAAAAAGGC 
CTCCCTCCTA TCAGATCCAA AACACTTAGT GTTTGCAGCA CCACGCTTTG GGTTGGTCAA 
GTTGACAAAA AAGCCACACA GCAGGATTTG ACCAATGTAT TTGAAGAGTT TGGACAGATT 
GAATCAATAA ATATGATTCC ACCAAGGGGC TGCGCATATG TCTGCATGGT TCATAGACAA 
GATTCCTACC GGGCTCTTCA GAAGCTTAGT TCTAGCTCAT GTAAGATTGG ATCCAAAATC 
ATCAAGATTG CTTGGGCTTT GAACAAAGGT GTGAAAACAG AATATAAGCA ATTCTGGGAT 
GTTGATCTTG GAGTAACATA TATACCATGG GAAAAAGTCA AAGTTGATGA CTTAGAAGGA 
TTTGCTGAAG GTGGAATGAT TGATCAGGAG AGTGTGAATA ATGACTGGAA AGCGCAGAAA 
AGTTCTGAAG CAGTTGGTGC TAAAGAGTCC ACACCTGATA ATGCAACAGT AGTCCCTACT 
ACCATTGTCA CCTCTGCTCC CATTCCAGTT GTCACTACAG CTGCCCAGGC TTCAGCTGTT 
CAGAAGAATT CTACAGTAAC CTCACAGCCT GAGGCATATA CTCAGCCTGT TGCAGTGCTT 
CAGATACCAG TTGCTCCAGC TGTAAGCCTA GTTCCGCCAG CATTTCCTGT CTCAATGACT 
GTACCTCCAC CAGGCTATTC TGCAATTCCA CCACCTCCTT TCATGAGGGC TTCTTTTAAT 
CCTTCGCAGC CACCACCAGG TTTTATCCCA CCTCCTCTTC CTCCACCTGC CATTCCTCCT 
CCAGCTATTA GCTCTGCACT TCCAGCAGCT ACTCAAAGTA CAGTGAACAG CAACACTGGA 
ATATTAGGTG TGCAACCACC ATCATCAGTT ACAGCAAACT TGCCTCATGT AAACATCACT 
ACTCGAATGA CGGGTATGCC TTTGTTAGAT GTTCGCCAAG GCTTGCTTTC ACAGACTGCA 
TCAACAAGGT TCACTTTGTT ACATCCAGGA ATACCTCCAC TCCCACCACC ACCAAGAAGC 
ATGCTCCCTC CAGGACTGAT TGACCCAAAT ATTCATCCAT TGCCTTTCCC TCTAGGGGAT 
ATGGTGTCTC TTTCTGACAG ATCTTTTGGA GTCCAAGGCA GATTAGATGC CGATACTGTT 
AATGTAAAAG AAAAGAGGCA GCCTTTGCCA AACAGTAATA TTCAGGAGGG AGATCAAGAT 
TATCGTTTTC CTCCAGTTGA AAGTCGCCAA AATACATGTA AACCATCTAC GGAAAAACAT 
GAAAGCGAGG CAATCTCAAG TGCAGGCAAC AAAGAAATGC AAGGAGTAAG AGGTACAGAT 
GAAAGTGTTC AAGCAAGAAA TGCAGATGAT GACCATGAGC CACAGGACAT GGCTGTTGTA 
GATCCTTCTG AAAGTCAAGA AAAATCTATG GATGAGACTG GTGTAGCTCA TTTATCAAGT 
GAGGAGTTAC ATGGGGATGA AAGAAAGCCT GATACAGATG CCTTTGAAGG TTTAAGACGG 
CCTGTCCAAC AAGGATATGA CAATAAGGGA ACAAATATTC TAGATGCTCA TGAAGGCCAA 
GTAAGACAAC CACTAGATGA CAAACAACAT TTTAGAGGCC CAGCAATAGA CATGTTAGCA 
CCATTTCAAA GGTATCCAGG AGAGATTTTT CCTCGCCCAG CTTTAGGGAG AAGGGATCAC 
TTTGGAATGC CGTATTTAGA GACACATGAT CGTTTTGGCA GGCCATCTAT GGAGAGTCCT 
TTTAGACCAC CTCTTTTAGA TGGCAGAAAC CATTATGGGA GGCCACCAAT GGATGGTAGA 
GAGCATTTTG GAAGACCACC TCCAGATATA AGAGAAAATC ATGGAAGAAC ATTTGTGGAT 
AGTGCTGGGA AGCAATTACA TTTCCCAGCA GAAAAGCCAT GGGGACATCA AGAAGATTTT 
GATGAAAGAC CCCACCCTTC TTTCATTGGT TTTCAAGGAC TAAAGGGCTT TCATGATGAA 
AGGCATCATC ATGGAAACTT TAGACAGGAG CATCGAAATA CTCCAAACTG GAACAGAGGG 
TTTGAACAAG CTAAACATAG GGATTTTGAT GACCGTCGTC ACTCATGGGA AAGACAGGTT 
GATAGGGATG AAAGAGATTT TGATTTCCGT AGAGAAGTTA ATGGTGACCC TTTTGGAAGA 
GAGAGACAGT CCGAAAACTG GGCACCTCCA CAGCCTCAGC CACATGCTTT TGAGTATTTC 
CCAGAGGCCA CTTCTGCTCA GAACAGTAGC GACCCTCAAG TTAATGGAGA AAAAGCAGAG 
ACTAGCAATC AAAAAGAAAC TGTAAGCAAA TCTGATGATC TTGAACTCTG TGAACAGAAA 
GAGACTTCAG TTAAAGAGAG CGAAGAGAAT GACACCAAGA AAACTGAGAC AGAAAGTCAA 
ATTGTGGTTG AAAGCACAGA GACTGAAGGG ACATAA

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

scaf8 ( XM_004914646.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004914703.1 Xenopus tropicalis SR-related CTD-associated factor 8 (scaf8), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa10655
Clone ID Related Accession (Same CDS sequence)	XM_004914646.3
Accession Version	XM_004914646.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3861bp) 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	protein SCAF8 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_004914646.2. ##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##

ATGGAGGCCG TCAAAACCTT TAACAGCGAG GGTCGACATC AGGGTATAGA AGTGCCCCTT 
TATCGTACTA GTCAGCTATA TTCACTGAAT GACTACAGGC CACCTATTTC TAAAGCCAAA 
ATGACCCAGA TAACTAAGGC TGCTATCAAA GCTATTAAGT TTTACAAGCA TGTTGTTCAA 
AGTGTTGAGA AATTCATCCA GAAGTGCAAG CCAGAATATA AGGTTCCTGG ACTATATGTC 
ATTGATTCAA TTGTCCGTCA ATCCAGACAT CAGTTTGGTC AAGATAAGGA TCTTTTTGCA 
CCCCGGTTTA GCAATAACAT AATTAATACT TTCCAGAATC TGTACCGTTG TCCTGCAGAT 
GACAAGAGCA AAATTGTAAG AGTTCTGAAT CTCTGGCAGA AGAATAATGT GTTTAAGAGT 
GAAATTATTC AGCCACTTCT TGATATGGCT GCTGGTATCC CTCCTCCAGT TGTCACTCCG 
GTGTTACCCA GTACTACTGC TGCAGTGAGC AACACTCCAG GAACACCAGT AACCCCAGTT 
ACACCAGCAA ATATTGTTCA GGGAATACCT GATCCGTGGA TTGCACAGAT AAACAATACA 
GATACCCTTG CTGCTGTGGC ACAGATTCTG CAAAGCCCTC AAGGGCAACA GCTTCAACAG 
CTTGTACAGT CTTTGCACAT CCAACAGCAG AAGCCTCAGC CTTCTCTCCT ACAAGCACTA 
GATGCTGGCC TTGTAGTTCA ATTGCAGGCA CTTACAGCTC AACTTACAGC AGCAGCTGCT 
TCTACTAATC CTCTCAACCA ATTAGAACAA AGTGTTTCAC TCAGCAAGAA ATTAATGGAT 
AGGTTTGATT TTGGAGATGA CTCGAACCAG CAAGAAGATC CAAAAAAGGA GACCCAACAA 
ATCCCTCTGA TTCCAGAATC TGTGAATAAC TCAATTTTCC ATCAACTTGC GGAACATTTG 
CAGCAACAAA ATCTTGAGCA TCTTCGACAG CAATTACTGG AACAGCAACA TTCTACAAAG 
GTAACAGCTC AGGAAACTCA GGACTTTATG TCTGAATCAG AAAATTCTGC AACACCTTCA 
CAGGATGACA GTCAACAGCC ATTTCTGGAG TCTGAATCCC AAATGCATGC CTCCATGAAC 
ATGCAACAAG AAGATATGGA CATTGAGGAA ACGCTAGATG GAAATGAAGA GATATTTGAA 
AAAGAGGAAA AGAAAGTAAT GAAAGAAGAA GCACCTAGGA CACGTTCAAA GTCTCACTCA 
AGGTCACCAA GGAAAAGACG ATCACGATCA CGGTCTGGCT CCAGGAAGCG CAAACACAGA 
AAACGCTCAC GTTCGCGGTC AAGAGAAAGA AAACGCAAAA CATCCCGCTC ATATTCAAGT 
GAAAGAAGAG CAAGAGAGCG AGAGAAGGAA CGGCAGAAAA AAGGCCTCCC TCCTATCAGA 
TCCAAAACAC TTAGTGTTTG CAGCACCACG CTTTGGGTTG GTCAAGTTGA CAAAAAAGCC 
ACACAGCAGG ATTTGACCAA TGTATTTGAA GAGTTTGGAC AGATTGAATC AATAAATATG 
ATTCCACCAA GGGGCTGCGC ATATGTCTGC ATGGTTCATA GACAAGATTC CTACCGGGCT 
CTTCAGAAGC TTAGTTCTAG CTCATGTAAG ATTGGATCCA AAATCATCAA GATTGCTTGG 
GCTTTGAACA AAGGTGTGAA AACAGAATAT AAGCAATTCT GGGATGTTGA TCTTGGAGTA 
ACATATATAC CATGGGAAAA AGTCAAAGTT GATGACTTAG AAGGATTTGC TGAAGGTGGA 
ATGATTGATC AGGAGAGTGT GAATAATGAC TGGAAAGCGC AGAAAAGTTC TGAAGCAGTT 
GGTGCTAAAG AGTCCACACC TGATAATGCA ACAGTAGTCC CTACTACCAT TGTCACCTCT 
GCTCCCATTC CAGTTGTCAC TACAGCTGCC CAGGCTTCAG CTGTTCAGAA GAATTCTACA 
GTAACCTCAC AGCCTGAGGC ATATACTCAG CCTGTTGCAG TGCTTCAGAT ACCAGTTGCT 
CCAGCTGTAA GCCTAGTTCC GCCAGCATTT CCTGTCTCAA TGACTGTACC TCCACCAGGC 
TATTCTGCAA TTCCACCACC TCCTTTCATG AGGGCTTCTT TTAATCCTTC GCAGCCACCA 
CCAGGTTTTA TCCCACCTCC TCTTCCTCCA CCTGCCATTC CTCCTCCAGC TATTAGCTCT 
GCACTTCCAG CAGCTACTCA AAGTACAGTG AACAGCAACA CTGGAATATT AGGTGTGCAA 
CCACCATCAT CAGTTACAGC AAACTTGCCT CATGTAAACA TCACTACTCG AATGACGGGT 
ATGCCTTTGT TAGATGTTCG CCAAGGCTTG CTTTCACAGA CTGCATCAAC AAGGTTCACT 
TTGTTACATC CAGGAATACC TCCACTCCCA CCACCACCAA GAAGCATGCT CCCTCCAGGA 
CTGATTGACC CAAATATTCA TCCATTGCCT TTCCCTCTAG GGGATATGGT GTCTCTTTCT 
GACAGATCTT TTGGAGTCCA AGGCAGATTA GATGCCGATA CTGTTAATGT AAAAGAAAAG 
AGGCAGCCTT TGCCAAACAG TAATATTCAG GAGGGAGATC AAGATTATCG TTTTCCTCCA 
GTTGAAAGTC GCCAAAATAC ATGTAAACCA TCTACGGAAA AACATGAAAG CGAGGCAATC 
TCAAGTGCAG GCAACAAAGA AATGCAAGGA GTAAGAGGTA CAGATGAAAG TGTTCAAGCA 
AGAAATGCAG ATGATGACCA TGAGCCACAG GACATGGCTG TTGTAGATCC TTCTGAAAGT 
CAAGAAAAAT CTATGGATGA GACTGGTGTA GCTCATTTAT CAAGTGAGGA GTTACATGGG 
GATGAAAGAA AGCCTGATAC AGATGCCTTT GAAGGTTTAA GACGGCCTGT CCAACAAGGA 
TATGACAATA AGGGAACAAA TATTCTAGAT GCTCATGAAG GCCAAGTAAG ACAACCACTA 
GATGACAAAC AACATTTTAG AGGCCCAGCA ATAGACATGT TAGCACCATT TCAAAGGTAT 
CCAGGAGAGA TTTTTCCTCG CCCAGCTTTA GGGAGAAGGG ATCACTTTGG AATGCCGTAT 
TTAGAGACAC ATGATCGTTT TGGCAGGCCA TCTATGGAGA GTCCTTTTAG ACCACCTCTT 
TTAGATGGCA GAAACCATTA TGGGAGGCCA CCAATGGATG GTAGAGAGCA TTTTGGAAGA 
CCACCTCCAG ATATAAGAGA AAATCATGGA AGAACATTTG TGGATAGTGC TGGGAAGCAA 
TTACATTTCC CAGCAGAAAA GCCATGGGGA CATCAAGAAG ATTTTGATGA AAGACCCCAC 
CCTTCTTTCA TTGGTTTTCA AGGACTAAAG GGCTTTCATG ATGAAAGGCA TCATCATGGA 
AACTTTAGAC AGGAGCATCG AAATACTCCA AACTGGAACA GAGGGTTTGA ACAAGCTAAA 
CATAGGGATT TTGATGACCG TCGTCACTCA TGGGAAAGAC AGGTTGATAG GGATGAAAGA 
GATTTTGATT TCCGTAGAGA AGTTAATGGT GACCCTTTTG GAAGAGAGAG ACAGTCCGAA 
AACTGGGCAC CTCCACAGCC TCAGCCACAT GCTTTTGAGT ATTTCCCAGA GGCCACTTCT 
GCTCAGAACA GTAGCGACCC TCAAGTTAAT GGAGAAAAAA CAGAGACTAG CAATCAAAAA 
GAAACTGTAA GCAAATCTGA TGATCTTGAA CTCTGTGAAC AGAAAGAGAC TTCAGTTAAA 
GAGAGCGAAG AGAATGACAC CAAGAAAACT GAGACAGAAA GTCAAATTGT GGTTGAAAGC 
ACAGAGACTG AAGGGACATA A

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

RefSeq	XP_004914703.1
CDS	630..4490
Translation	MEAVKTFNSEGRHQGIEVPLYRTSQLYSLNDYRPPISKAKMTQITKAAIKAIKFYKHVVQSVEKFIQKCKPEYKVPGLYVIDSIVRQSRHQFGQDKDLFAPRFSNNIINTFQNLYRCPADDKSKIVRVLNLWQKNNVFKSEIIQPLLDMAAGIPPPVVTPVLPSTTAAVSNTPGTPVTPVTPANIVQGIPDPWIAQINNTDTLAAVAQILQSPQGQQLQQLVQSLHIQQQKPQPSLLQALDAGLVVQLQALTAQLTAAAASTNPLNQLEQSVSLSKKLMDRFDFGDDSNQQEDPKKETQQIPLIPESVNNSIFHQLAEHLQQQNLEHLRQQLLEQQHSTKVTAQETQDFMSESENSATPSQDDSQQPFLESESQMHASMNMQQEDMDIEETLDGNEEIFEKEEKKVMKEEAPRTRSKSHSRSPRKRRSRSRSGSRKRKHRKRSRSRSRERKRKTSRSYSSERRAREREKERQKKGLPPIRSKTLSVCSTTLWVGQVDKKATQQDLTNVFEEFGQIESINMIPPRGCAYVCMVHRQDSYRALQKLSSSSCKIGSKIIKIAWALNKGVKTEYKQFWDVDLGVTYIPWEKVKVDDLEGFAEGGMIDQESVNNDWKAQKSSEAVGAKESTPDNATVVPTTIVTSAPIPVVTTAAQASAVQKNSTVTSQPEAYTQPVAVLQIPVAPAVSLVPPAFPVSMTVPPPGYSAIPPPPFMRASFNPSQPPPGFIPPPLPPPAIPPPAISSALPAATQSTVNSNTGILGVQPPSSVTANLPHVNITTRMTGMPLLDVRQGLLSQTASTRFTLLHPGIPPLPPPPRSMLPPGLIDPNIHPLPFPLGDMVSLSDRSFGVQGRLDADTVNVKEKRQPLPNSNIQEGDQDYRFPPVESRQNTCKPSTEKHESEAISSAGNKEMQGVRGTDESVQARNADDDHEPQDMAVVDPSESQEKSMDETGVAHLSSEELHGDERKPDTDAFEGLRRPVQQGYDNKGTNILDAHEGQVRQPLDDKQHFRGPAIDMLAPFQRYPGEIFPRPALGRRDHFGMPYLETHDRFGRPSMESPFRPPLLDGRNHYGRPPMDGREHFGRPPPDIRENHGRTFVDSAGKQLHFPAEKPWGHQEDFDERPHPSFIGFQGLKGFHDERHHHGNFRQEHRNTPNWNRGFEQAKHRDFDDRRHSWERQVDRDERDFDFRREVNGDPFGRERQSENWAPPQPQPHAFEYFPEATSAQNSSDPQVNGEKTETSNQKETVSKSDDLELCEQKETSVKESEENDTKKTETESQIVVESTETEGT

Target ORF information:

RefSeq Version	XM_004914646.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SR-related CTD-associated factor 8 (scaf8), transcript variant X1, mRNA.

Target ORF information:

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

XM_004914646.3

ORF Insert Sequence:

ATGGAGGCCG TCAAAACCTT TAACAGCGAG GGTCGACATC AGGGTATAGA AGTGCCCCTT 
TATCGTACTA GTCAGCTATA TTCACTGAAT GACTACAGGC CACCTATTTC TAAAGCCAAA 
ATGACCCAGA TAACTAAGGC TGCTATCAAA GCTATTAAGT TTTACAAGCA TGTTGTTCAA 
AGTGTTGAGA AATTCATCCA GAAGTGCAAG CCAGAATATA AGGTTCCTGG ACTATATGTC 
ATTGATTCAA TTGTCCGTCA ATCCAGACAT CAGTTTGGTC AAGATAAGGA TCTTTTTGCA 
CCCCGGTTTA GCAATAACAT AATTAATACT TTCCAGAATC TGTACCGTTG TCCTGCAGAT 
GACAAGAGCA AAATTGTAAG AGTTCTGAAT CTCTGGCAGA AGAATAATGT GTTTAAGAGT 
GAAATTATTC AGCCACTTCT TGATATGGCT GCTGGTATCC CTCCTCCAGT TGTCACTCCG 
GTGTTACCCA GTACTACTGC TGCAGTGAGC AACACTCCAG GAACACCAGT AACCCCAGTT 
ACACCAGCAA ATATTGTTCA GGGAATACCT GATCCGTGGA TTGCACAGAT AAACAATACA 
GATACCCTTG CTGCTGTGGC ACAGATTCTG CAAAGCCCTC AAGGGCAACA GCTTCAACAG 
CTTGTACAGT CTTTGCACAT CCAACAGCAG AAGCCTCAGC CTTCTCTCCT ACAAGCACTA 
GATGCTGGCC TTGTAGTTCA ATTGCAGGCA CTTACAGCTC AACTTACAGC AGCAGCTGCT 
TCTACTAATC CTCTCAACCA ATTAGAACAA AGTGTTTCAC TCAGCAAGAA ATTAATGGAT 
AGGTTTGATT TTGGAGATGA CTCGAACCAG CAAGAAGATC CAAAAAAGGA GACCCAACAA 
ATCCCTCTGA TTCCAGAATC TGTGAATAAC TCAATTTTCC ATCAACTTGC GGAACATTTG 
CAGCAACAAA ATCTTGAGCA TCTTCGACAG CAATTACTGG AACAGCAACA TTCTACAAAG 
GTAACAGCTC AGGAAACTCA GGACTTTATG TCTGAATCAG AAAATTCTGC AACACCTTCA 
CAGGATGACA GTCAACAGCC ATTTCTGGAG TCTGAATCCC AAATGCATGC CTCCATGAAC 
ATGCAACAAG AAGATATGGA CATTGAGGAA ACGCTAGATG GAAATGAAGA GATATTTGAA 
AAAGAGGAAA AGAAAGTAAT GAAAGAAGAA GCACCTAGGA CACGTTCAAA GTCTCACTCA 
AGGTCACCAA GGAAAAGACG ATCACGATCA CGGTCTGGCT CCAGGAAGCG CAAACACAGA 
AAACGCTCAC GTTCGCGGTC AAGAGAAAGA AAACGCAAAA CATCCCGCTC ATATTCAAGT 
GAAAGAAGAG CAAGAGAGCG AGAGAAGGAA CGGCAGAAAA AAGGCCTCCC TCCTATCAGA 
TCCAAAACAC TTAGTGTTTG CAGCACCACG CTTTGGGTTG GTCAAGTTGA CAAAAAAGCC 
ACACAGCAGG ATTTGACCAA TGTATTTGAA GAGTTTGGAC AGATTGAATC AATAAATATG 
ATTCCACCAA GGGGCTGCGC ATATGTCTGC ATGGTTCATA GACAAGATTC CTACCGGGCT 
CTTCAGAAGC TTAGTTCTAG CTCATGTAAG ATTGGATCCA AAATCATCAA GATTGCTTGG 
GCTTTGAACA AAGGTGTGAA AACAGAATAT AAGCAATTCT GGGATGTTGA TCTTGGAGTA 
ACATATATAC CATGGGAAAA AGTCAAAGTT GATGACTTAG AAGGATTTGC TGAAGGTGGA 
ATGATTGATC AGGAGAGTGT GAATAATGAC TGGAAAGCGC AGAAAAGTTC TGAAGCAGTT 
GGTGCTAAAG AGTCCACACC TGATAATGCA ACAGTAGTCC CTACTACCAT TGTCACCTCT 
GCTCCCATTC CAGTTGTCAC TACAGCTGCC CAGGCTTCAG CTGTTCAGAA GAATTCTACA 
GTAACCTCAC AGCCTGAGGC ATATACTCAG CCTGTTGCAG TGCTTCAGAT ACCAGTTGCT 
CCAGCTGTAA GCCTAGTTCC GCCAGCATTT CCTGTCTCAA TGACTGTACC TCCACCAGGC 
TATTCTGCAA TTCCACCACC TCCTTTCATG AGGGCTTCTT TTAATCCTTC GCAGCCACCA 
CCAGGTTTTA TCCCACCTCC TCTTCCTCCA CCTGCCATTC CTCCTCCAGC TATTAGCTCT 
GCACTTCCAG CAGCTACTCA AAGTACAGTG AACAGCAACA CTGGAATATT AGGTGTGCAA 
CCACCATCAT CAGTTACAGC AAACTTGCCT CATGTAAACA TCACTACTCG AATGACGGGT 
ATGCCTTTGT TAGATGTTCG CCAAGGCTTG CTTTCACAGA CTGCATCAAC AAGGTTCACT 
TTGTTACATC CAGGAATACC TCCACTCCCA CCACCACCAA GAAGCATGCT CCCTCCAGGA 
CTGATTGACC CAAATATTCA TCCATTGCCT TTCCCTCTAG GGGATATGGT GTCTCTTTCT 
GACAGATCTT TTGGAGTCCA AGGCAGATTA GATGCCGATA CTGTTAATGT AAAAGAAAAG 
AGGCAGCCTT TGCCAAACAG TAATATTCAG GAGGGAGATC AAGATTATCG TTTTCCTCCA 
GTTGAAAGTC GCCAAAATAC ATGTAAACCA TCTACGGAAA AACATGAAAG CGAGGCAATC 
TCAAGTGCAG GCAACAAAGA AATGCAAGGA GTAAGAGGTA CAGATGAAAG TGTTCAAGCA 
AGAAATGCAG ATGATGACCA TGAGCCACAG GACATGGCTG TTGTAGATCC TTCTGAAAGT 
CAAGAAAAAT CTATGGATGA GACTGGTGTA GCTCATTTAT CAAGTGAGGA GTTACATGGG 
GATGAAAGAA AGCCTGATAC AGATGCCTTT GAAGGTTTAA GACGGCCTGT CCAACAAGGA 
TATGACAATA AGGGAACAAA TATTCTAGAT GCTCATGAAG GCCAAGTAAG ACAACCACTA 
GATGACAAAC AACATTTTAG AGGCCCAGCA ATAGACATGT TAGCACCATT TCAAAGGTAT 
CCAGGAGAGA TTTTTCCTCG CCCAGCTTTA GGGAGAAGGG ATCACTTTGG AATGCCGTAT 
TTAGAGACAC ATGATCGTTT TGGCAGGCCA TCTATGGAGA GTCCTTTTAG ACCACCTCTT 
TTAGATGGCA GAAACCATTA TGGGAGGCCA CCAATGGATG GTAGAGAGCA TTTTGGAAGA 
CCACCTCCAG ATATAAGAGA AAATCATGGA AGAACATTTG TGGATAGTGC TGGGAAGCAA 
TTACATTTCC CAGCAGAAAA GCCATGGGGA CATCAAGAAG ATTTTGATGA AAGACCCCAC 
CCTTCTTTCA TTGGTTTTCA AGGACTAAAG GGCTTTCATG ATGAAAGGCA TCATCATGGA 
AACTTTAGAC AGGAGCATCG AAATACTCCA AACTGGAACA GAGGGTTTGA ACAAGCTAAA 
CATAGGGATT TTGATGACCG TCGTCACTCA TGGGAAAGAC AGGTTGATAG GGATGAAAGA 
GATTTTGATT TCCGTAGAGA AGTTAATGGT GACCCTTTTG GAAGAGAGAG ACAGTCCGAA 
AACTGGGCAC CTCCACAGCC TCAGCCACAT GCTTTTGAGT ATTTCCCAGA GGCCACTTCT 
GCTCAGAACA GTAGCGACCC TCAAGTTAAT GGAGAAAAAA CAGAGACTAG CAATCAAAAA 
GAAACTGTAA GCAAATCTGA TGATCTTGAA CTCTGTGAAC AGAAAGAGAC TTCAGTTAAA 
GAGAGCGAAG AGAATGACAC CAAGAAAACT GAGACAGAAA GTCAAATTGT GGTTGAAAGC 
ACAGAGACTG AAGGGACATA A

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

scaf8 ( XM_002931527.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002931573.1 Xenopus tropicalis SR-related CTD-associated factor 8 (scaf8), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OXa10656
Clone ID Related Accession (Same CDS sequence)	XM_002931527.4
Accession Version	XM_002931527.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3816bp) 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	protein SCAF8 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_002931527.3. ##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##

ATGGAGGCCG TCAAAACCTT TAACAGCGAG CTATATTCAC TGAATGACTA CAGGCCACCT 
ATTTCTAAAG CCAAAATGAC CCAGATAACT AAGGCTGCTA TCAAAGCTAT TAAGTTTTAC 
AAGCATGTTG TTCAAAGTGT TGAGAAATTC ATCCAGAAGT GCAAGCCAGA ATATAAGGTT 
CCTGGACTAT ATGTCATTGA TTCAATTGTC CGTCAATCCA GACATCAGTT TGGTCAAGAT 
AAGGATCTTT TTGCACCCCG GTTTAGCAAT AACATAATTA ATACTTTCCA GAATCTGTAC 
CGTTGTCCTG CAGATGACAA GAGCAAAATT GTAAGAGTTC TGAATCTCTG GCAGAAGAAT 
AATGTGTTTA AGAGTGAAAT TATTCAGCCA CTTCTTGATA TGGCTGCTGG TATCCCTCCT 
CCAGTTGTCA CTCCGGTGTT ACCCAGTACT ACTGCTGCAG TGAGCAACAC TCCAGGAACA 
CCAGTAACCC CAGTTACACC AGCAAATATT GTTCAGGGAA TACCTGATCC GTGGATTGCA 
CAGATAAACA ATACAGATAC CCTTGCTGCT GTGGCACAGA TTCTGCAAAG CCCTCAAGGG 
CAACAGCTTC AACAGCTTGT ACAGTCTTTG CACATCCAAC AGCAGAAGCC TCAGCCTTCT 
CTCCTACAAG CACTAGATGC TGGCCTTGTA GTTCAATTGC AGGCACTTAC AGCTCAACTT 
ACAGCAGCAG CTGCTTCTAC TAATCCTCTC AACCAATTAG AACAAAGTGT TTCACTCAGC 
AAGAAATTAA TGGATAGGTT TGATTTTGGA GATGACTCGA ACCAGCAAGA AGATCCAAAA 
AAGGAGACCC AACAAATCCC TCTGATTCCA GAATCTGTGA ATAACTCAAT TTTCCATCAA 
CTTGCGGAAC ATTTGCAGCA ACAAAATCTT GAGCATCTTC GACAGCAATT ACTGGAACAG 
CAACATTCTA CAAAGGTAAC AGCTCAGGAA ACTCAGGACT TTATGTCTGA ATCAGAAAAT 
TCTGCAACAC CTTCACAGGA TGACAGTCAA CAGCCATTTC TGGAGTCTGA ATCCCAAATG 
CATGCCTCCA TGAACATGCA ACAAGAAGAT ATGGACATTG AGGAAACGCT AGATGGAAAT 
GAAGAGATAT TTGAAAAAGA GGAAAAGAAA GTAATGAAAG AAGAAGCACC TAGGACACGT 
TCAAAGTCTC ACTCAAGGTC ACCAAGGAAA AGACGATCAC GATCACGGTC TGGCTCCAGG 
AAGCGCAAAC ACAGAAAACG CTCACGTTCG CGGTCAAGAG AAAGAAAACG CAAAACATCC 
CGCTCATATT CAAGTGAAAG AAGAGCAAGA GAGCGAGAGA AGGAACGGCA GAAAAAAGGC 
CTCCCTCCTA TCAGATCCAA AACACTTAGT GTTTGCAGCA CCACGCTTTG GGTTGGTCAA 
GTTGACAAAA AAGCCACACA GCAGGATTTG ACCAATGTAT TTGAAGAGTT TGGACAGATT 
GAATCAATAA ATATGATTCC ACCAAGGGGC TGCGCATATG TCTGCATGGT TCATAGACAA 
GATTCCTACC GGGCTCTTCA GAAGCTTAGT TCTAGCTCAT GTAAGATTGG ATCCAAAATC 
ATCAAGATTG CTTGGGCTTT GAACAAAGGT GTGAAAACAG AATATAAGCA ATTCTGGGAT 
GTTGATCTTG GAGTAACATA TATACCATGG GAAAAAGTCA AAGTTGATGA CTTAGAAGGA 
TTTGCTGAAG GTGGAATGAT TGATCAGGAG AGTGTGAATA ATGACTGGAA AGCGCAGAAA 
AGTTCTGAAG CAGTTGGTGC TAAAGAGTCC ACACCTGATA ATGCAACAGT AGTCCCTACT 
ACCATTGTCA CCTCTGCTCC CATTCCAGTT GTCACTACAG CTGCCCAGGC TTCAGCTGTT 
CAGAAGAATT CTACAGTAAC CTCACAGCCT GAGGCATATA CTCAGCCTGT TGCAGTGCTT 
CAGATACCAG TTGCTCCAGC TGTAAGCCTA GTTCCGCCAG CATTTCCTGT CTCAATGACT 
GTACCTCCAC CAGGCTATTC TGCAATTCCA CCACCTCCTT TCATGAGGGC TTCTTTTAAT 
CCTTCGCAGC CACCACCAGG TTTTATCCCA CCTCCTCTTC CTCCACCTGC CATTCCTCCT 
CCAGCTATTA GCTCTGCACT TCCAGCAGCT ACTCAAAGTA CAGTGAACAG CAACACTGGA 
ATATTAGGTG TGCAACCACC ATCATCAGTT ACAGCAAACT TGCCTCATGT AAACATCACT 
ACTCGAATGA CGGGTATGCC TTTGTTAGAT GTTCGCCAAG GCTTGCTTTC ACAGACTGCA 
TCAACAAGGT TCACTTTGTT ACATCCAGGA ATACCTCCAC TCCCACCACC ACCAAGAAGC 
ATGCTCCCTC CAGGACTGAT TGACCCAAAT ATTCATCCAT TGCCTTTCCC TCTAGGGGAT 
ATGGTGTCTC TTTCTGACAG ATCTTTTGGA GTCCAAGGCA GATTAGATGC CGATACTGTT 
AATGTAAAAG AAAAGAGGCA GCCTTTGCCA AACAGTAATA TTCAGGAGGG AGATCAAGAT 
TATCGTTTTC CTCCAGTTGA AAGTCGCCAA AATACATGTA AACCATCTAC GGAAAAACAT 
GAAAGCGAGG CAATCTCAAG TGCAGGCAAC AAAGAAATGC AAGGAGTAAG AGGTACAGAT 
GAAAGTGTTC AAGCAAGAAA TGCAGATGAT GACCATGAGC CACAGGACAT GGCTGTTGTA 
GATCCTTCTG AAAGTCAAGA AAAATCTATG GATGAGACTG GTGTAGCTCA TTTATCAAGT 
GAGGAGTTAC ATGGGGATGA AAGAAAGCCT GATACAGATG CCTTTGAAGG TTTAAGACGG 
CCTGTCCAAC AAGGATATGA CAATAAGGGA ACAAATATTC TAGATGCTCA TGAAGGCCAA 
GTAAGACAAC CACTAGATGA CAAACAACAT TTTAGAGGCC CAGCAATAGA CATGTTAGCA 
CCATTTCAAA GGTATCCAGG AGAGATTTTT CCTCGCCCAG CTTTAGGGAG AAGGGATCAC 
TTTGGAATGC CGTATTTAGA GACACATGAT CGTTTTGGCA GGCCATCTAT GGAGAGTCCT 
TTTAGACCAC CTCTTTTAGA TGGCAGAAAC CATTATGGGA GGCCACCAAT GGATGGTAGA 
GAGCATTTTG GAAGACCACC TCCAGATATA AGAGAAAATC ATGGAAGAAC ATTTGTGGAT 
AGTGCTGGGA AGCAATTACA TTTCCCAGCA GAAAAGCCAT GGGGACATCA AGAAGATTTT 
GATGAAAGAC CCCACCCTTC TTTCATTGGT TTTCAAGGAC TAAAGGGCTT TCATGATGAA 
AGGCATCATC ATGGAAACTT TAGACAGGAG CATCGAAATA CTCCAAACTG GAACAGAGGG 
TTTGAACAAG CTAAACATAG GGATTTTGAT GACCGTCGTC ACTCATGGGA AAGACAGGTT 
GATAGGGATG AAAGAGATTT TGATTTCCGT AGAGAAGTTA ATGGTGACCC TTTTGGAAGA 
GAGAGACAGT CCGAAAACTG GGCACCTCCA CAGCCTCAGC CACATGCTTT TGAGTATTTC 
CCAGAGGCCA CTTCTGCTCA GAACAGTAGC GACCCTCAAG TTAATGGAGA AAAAACAGAG 
ACTAGCAATC AAAAAGAAAC TGTAAGCAAA TCTGATGATC TTGAACTCTG TGAACAGAAA 
GAGACTTCAG TTAAAGAGAG CGAAGAGAAT GACACCAAGA AAACTGAGAC AGAAAGTCAA 
ATTGTGGTTG AAAGCACAGA GACTGAAGGG ACATAA

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

RefSeq	XP_002931573.1
CDS	630..4445
Translation	MEAVKTFNSELYSLNDYRPPISKAKMTQITKAAIKAIKFYKHVVQSVEKFIQKCKPEYKVPGLYVIDSIVRQSRHQFGQDKDLFAPRFSNNIINTFQNLYRCPADDKSKIVRVLNLWQKNNVFKSEIIQPLLDMAAGIPPPVVTPVLPSTTAAVSNTPGTPVTPVTPANIVQGIPDPWIAQINNTDTLAAVAQILQSPQGQQLQQLVQSLHIQQQKPQPSLLQALDAGLVVQLQALTAQLTAAAASTNPLNQLEQSVSLSKKLMDRFDFGDDSNQQEDPKKETQQIPLIPESVNNSIFHQLAEHLQQQNLEHLRQQLLEQQHSTKVTAQETQDFMSESENSATPSQDDSQQPFLESESQMHASMNMQQEDMDIEETLDGNEEIFEKEEKKVMKEEAPRTRSKSHSRSPRKRRSRSRSGSRKRKHRKRSRSRSRERKRKTSRSYSSERRAREREKERQKKGLPPIRSKTLSVCSTTLWVGQVDKKATQQDLTNVFEEFGQIESINMIPPRGCAYVCMVHRQDSYRALQKLSSSSCKIGSKIIKIAWALNKGVKTEYKQFWDVDLGVTYIPWEKVKVDDLEGFAEGGMIDQESVNNDWKAQKSSEAVGAKESTPDNATVVPTTIVTSAPIPVVTTAAQASAVQKNSTVTSQPEAYTQPVAVLQIPVAPAVSLVPPAFPVSMTVPPPGYSAIPPPPFMRASFNPSQPPPGFIPPPLPPPAIPPPAISSALPAATQSTVNSNTGILGVQPPSSVTANLPHVNITTRMTGMPLLDVRQGLLSQTASTRFTLLHPGIPPLPPPPRSMLPPGLIDPNIHPLPFPLGDMVSLSDRSFGVQGRLDADTVNVKEKRQPLPNSNIQEGDQDYRFPPVESRQNTCKPSTEKHESEAISSAGNKEMQGVRGTDESVQARNADDDHEPQDMAVVDPSESQEKSMDETGVAHLSSEELHGDERKPDTDAFEGLRRPVQQGYDNKGTNILDAHEGQVRQPLDDKQHFRGPAIDMLAPFQRYPGEIFPRPALGRRDHFGMPYLETHDRFGRPSMESPFRPPLLDGRNHYGRPPMDGREHFGRPPPDIRENHGRTFVDSAGKQLHFPAEKPWGHQEDFDERPHPSFIGFQGLKGFHDERHHHGNFRQEHRNTPNWNRGFEQAKHRDFDDRRHSWERQVDRDERDFDFRREVNGDPFGRERQSENWAPPQPQPHAFEYFPEATSAQNSSDPQVNGEKTETSNQKETVSKSDDLELCEQKETSVKESEENDTKKTETESQIVVESTETEGT

Target ORF information:

RefSeq Version	XM_002931527.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SR-related CTD-associated factor 8 (scaf8), transcript variant X5, mRNA.

Target ORF information:

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

XM_002931527.4

ORF Insert Sequence:

ATGGAGGCCG TCAAAACCTT TAACAGCGAG CTATATTCAC TGAATGACTA CAGGCCACCT 
ATTTCTAAAG CCAAAATGAC CCAGATAACT AAGGCTGCTA TCAAAGCTAT TAAGTTTTAC 
AAGCATGTTG TTCAAAGTGT TGAGAAATTC ATCCAGAAGT GCAAGCCAGA ATATAAGGTT 
CCTGGACTAT ATGTCATTGA TTCAATTGTC CGTCAATCCA GACATCAGTT TGGTCAAGAT 
AAGGATCTTT TTGCACCCCG GTTTAGCAAT AACATAATTA ATACTTTCCA GAATCTGTAC 
CGTTGTCCTG CAGATGACAA GAGCAAAATT GTAAGAGTTC TGAATCTCTG GCAGAAGAAT 
AATGTGTTTA AGAGTGAAAT TATTCAGCCA CTTCTTGATA TGGCTGCTGG TATCCCTCCT 
CCAGTTGTCA CTCCGGTGTT ACCCAGTACT ACTGCTGCAG TGAGCAACAC TCCAGGAACA 
CCAGTAACCC CAGTTACACC AGCAAATATT GTTCAGGGAA TACCTGATCC GTGGATTGCA 
CAGATAAACA ATACAGATAC CCTTGCTGCT GTGGCACAGA TTCTGCAAAG CCCTCAAGGG 
CAACAGCTTC AACAGCTTGT ACAGTCTTTG CACATCCAAC AGCAGAAGCC TCAGCCTTCT 
CTCCTACAAG CACTAGATGC TGGCCTTGTA GTTCAATTGC AGGCACTTAC AGCTCAACTT 
ACAGCAGCAG CTGCTTCTAC TAATCCTCTC AACCAATTAG AACAAAGTGT TTCACTCAGC 
AAGAAATTAA TGGATAGGTT TGATTTTGGA GATGACTCGA ACCAGCAAGA AGATCCAAAA 
AAGGAGACCC AACAAATCCC TCTGATTCCA GAATCTGTGA ATAACTCAAT TTTCCATCAA 
CTTGCGGAAC ATTTGCAGCA ACAAAATCTT GAGCATCTTC GACAGCAATT ACTGGAACAG 
CAACATTCTA CAAAGGTAAC AGCTCAGGAA ACTCAGGACT TTATGTCTGA ATCAGAAAAT 
TCTGCAACAC CTTCACAGGA TGACAGTCAA CAGCCATTTC TGGAGTCTGA ATCCCAAATG 
CATGCCTCCA TGAACATGCA ACAAGAAGAT ATGGACATTG AGGAAACGCT AGATGGAAAT 
GAAGAGATAT TTGAAAAAGA GGAAAAGAAA GTAATGAAAG AAGAAGCACC TAGGACACGT 
TCAAAGTCTC ACTCAAGGTC ACCAAGGAAA AGACGATCAC GATCACGGTC TGGCTCCAGG 
AAGCGCAAAC ACAGAAAACG CTCACGTTCG CGGTCAAGAG AAAGAAAACG CAAAACATCC 
CGCTCATATT CAAGTGAAAG AAGAGCAAGA GAGCGAGAGA AGGAACGGCA GAAAAAAGGC 
CTCCCTCCTA TCAGATCCAA AACACTTAGT GTTTGCAGCA CCACGCTTTG GGTTGGTCAA 
GTTGACAAAA AAGCCACACA GCAGGATTTG ACCAATGTAT TTGAAGAGTT TGGACAGATT 
GAATCAATAA ATATGATTCC ACCAAGGGGC TGCGCATATG TCTGCATGGT TCATAGACAA 
GATTCCTACC GGGCTCTTCA GAAGCTTAGT TCTAGCTCAT GTAAGATTGG ATCCAAAATC 
ATCAAGATTG CTTGGGCTTT GAACAAAGGT GTGAAAACAG AATATAAGCA ATTCTGGGAT 
GTTGATCTTG GAGTAACATA TATACCATGG GAAAAAGTCA AAGTTGATGA CTTAGAAGGA 
TTTGCTGAAG GTGGAATGAT TGATCAGGAG AGTGTGAATA ATGACTGGAA AGCGCAGAAA 
AGTTCTGAAG CAGTTGGTGC TAAAGAGTCC ACACCTGATA ATGCAACAGT AGTCCCTACT 
ACCATTGTCA CCTCTGCTCC CATTCCAGTT GTCACTACAG CTGCCCAGGC TTCAGCTGTT 
CAGAAGAATT CTACAGTAAC CTCACAGCCT GAGGCATATA CTCAGCCTGT TGCAGTGCTT 
CAGATACCAG TTGCTCCAGC TGTAAGCCTA GTTCCGCCAG CATTTCCTGT CTCAATGACT 
GTACCTCCAC CAGGCTATTC TGCAATTCCA CCACCTCCTT TCATGAGGGC TTCTTTTAAT 
CCTTCGCAGC CACCACCAGG TTTTATCCCA CCTCCTCTTC CTCCACCTGC CATTCCTCCT 
CCAGCTATTA GCTCTGCACT TCCAGCAGCT ACTCAAAGTA CAGTGAACAG CAACACTGGA 
ATATTAGGTG TGCAACCACC ATCATCAGTT ACAGCAAACT TGCCTCATGT AAACATCACT 
ACTCGAATGA CGGGTATGCC TTTGTTAGAT GTTCGCCAAG GCTTGCTTTC ACAGACTGCA 
TCAACAAGGT TCACTTTGTT ACATCCAGGA ATACCTCCAC TCCCACCACC ACCAAGAAGC 
ATGCTCCCTC CAGGACTGAT TGACCCAAAT ATTCATCCAT TGCCTTTCCC TCTAGGGGAT 
ATGGTGTCTC TTTCTGACAG ATCTTTTGGA GTCCAAGGCA GATTAGATGC CGATACTGTT 
AATGTAAAAG AAAAGAGGCA GCCTTTGCCA AACAGTAATA TTCAGGAGGG AGATCAAGAT 
TATCGTTTTC CTCCAGTTGA AAGTCGCCAA AATACATGTA AACCATCTAC GGAAAAACAT 
GAAAGCGAGG CAATCTCAAG TGCAGGCAAC AAAGAAATGC AAGGAGTAAG AGGTACAGAT 
GAAAGTGTTC AAGCAAGAAA TGCAGATGAT GACCATGAGC CACAGGACAT GGCTGTTGTA 
GATCCTTCTG AAAGTCAAGA AAAATCTATG GATGAGACTG GTGTAGCTCA TTTATCAAGT 
GAGGAGTTAC ATGGGGATGA AAGAAAGCCT GATACAGATG CCTTTGAAGG TTTAAGACGG 
CCTGTCCAAC AAGGATATGA CAATAAGGGA ACAAATATTC TAGATGCTCA TGAAGGCCAA 
GTAAGACAAC CACTAGATGA CAAACAACAT TTTAGAGGCC CAGCAATAGA CATGTTAGCA 
CCATTTCAAA GGTATCCAGG AGAGATTTTT CCTCGCCCAG CTTTAGGGAG AAGGGATCAC 
TTTGGAATGC CGTATTTAGA GACACATGAT CGTTTTGGCA GGCCATCTAT GGAGAGTCCT 
TTTAGACCAC CTCTTTTAGA TGGCAGAAAC CATTATGGGA GGCCACCAAT GGATGGTAGA 
GAGCATTTTG GAAGACCACC TCCAGATATA AGAGAAAATC ATGGAAGAAC ATTTGTGGAT 
AGTGCTGGGA AGCAATTACA TTTCCCAGCA GAAAAGCCAT GGGGACATCA AGAAGATTTT 
GATGAAAGAC CCCACCCTTC TTTCATTGGT TTTCAAGGAC TAAAGGGCTT TCATGATGAA 
AGGCATCATC ATGGAAACTT TAGACAGGAG CATCGAAATA CTCCAAACTG GAACAGAGGG 
TTTGAACAAG CTAAACATAG GGATTTTGAT GACCGTCGTC ACTCATGGGA AAGACAGGTT 
GATAGGGATG AAAGAGATTT TGATTTCCGT AGAGAAGTTA ATGGTGACCC TTTTGGAAGA 
GAGAGACAGT CCGAAAACTG GGCACCTCCA CAGCCTCAGC CACATGCTTT TGAGTATTTC 
CCAGAGGCCA CTTCTGCTCA GAACAGTAGC GACCCTCAAG TTAATGGAGA AAAAACAGAG 
ACTAGCAATC AAAAAGAAAC TGTAAGCAAA TCTGATGATC TTGAACTCTG TGAACAGAAA 
GAGACTTCAG TTAAAGAGAG CGAAGAGAAT GACACCAAGA AAACTGAGAC AGAAAGTCAA 
ATTGTGGTTG AAAGCACAGA GACTGAAGGG ACATAA

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

PubMed

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scaf8 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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