TTF2 cDNA ORF clone, Loxodonta africana(African savanna elephant)

Gene
Clones
gRNAs

Summary

Gene Symbol	TTF2
Entrez Gene ID	100656491
Full Name	transcription termination factor 2
Gene Type	protein-coding
Organism	Loxodonta africana(African savanna elephant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010589686.1	XP_010587988.1	LOW QUALITY PROTEIN: transcription termination factor 2
XM_023547528.1	XP_023403296.1	LOW QUALITY PROTEIN: transcription termination factor 2

Pathways from BioSystems
Gene Ontology

The following TTF2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTF2 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)	Select
OLo38847	XM_010589686.1 Latest version!	Loxodonta africana transcription termination factor, RNA polymerase II (TTF2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OLo98845	XM_023547528.1 Latest version!	Loxodonta africana transcription termination factor 2 (TTF2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00

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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)

TTF2 ( XM_010589686.1 ) cDNA ORF clone, Loxodonta africana(African savanna elephant) -> XP_010587988.1 Loxodonta africana transcription termination factor, RNA polymerase II (TTF2), mRNA.

Price & Availability↑

CloneID	OLo38847
Clone ID Related Accession (Same CDS sequence)	XM_010589686.1
Accession Version	XM_010589686.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3480bp) 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	1418140800000
Organism	Loxodonta africana(African savanna elephant)
Product	LOW QUALITY PROTEIN: transcription termination factor 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003573431.1) 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 :: Loxodonta africana Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases internal stop codons :: corrected 1 genomic stop codon ##RefSeq-Attributes-END##

ATGGAAGTAG TTAAGTGCCC GGAGCACGGG ACCTTTTGTT TTCTGAAGAC TGGCGTCCGC 
GATGGTCCGA ATAAAGGAAA GAGCTTCTAC GTGTGCTCGG CGGGCCCATG CAATTTCGTG 
CAGGCTACGA ACATTCCTGT GTCTTATTGT TTATTGCATG AGGACTCTGT AGTAGATCTT 
CAGGGTTTGC TTCTACCACA GGGCAAGAGT GAATACAGAG TGTTCTACCG ATGCACTGCA 
AGTAAGGCAA AAGGGAAGCC CTGGTGTGGA AGTATTCCTT GTCAGGATCC TAATTCCAAA 
GAATATTCTG TAACCAATAA GGCTCAGGAT GCCTCTGAGC CATTTCTTCA TCTTTCCAGC 
CAGCAGAGAA ACCCATTCAA GGTCCTTGAC AAGAATCAAG AACCGTCTGT CTGGAAGCAG 
CTCATCAGAG GTGAAGGTGA GGAAAAGATG GCTGATAAGA AGCAAGGGGA AAAGGGAGAT 
CAGCTCTTCA GTCAAAAGAA GGAACAGAAG CCTGAATCTA AATGCTGGGT GGAGAAAGAT 
CTCTCATCCG ACATGGTGGT AAAGAATAAA AAACCTGTAG TTCAAGAGAA GAAGCCAGGT 
GAGAGAAGAG AGTTACCGTG TGAAGCCAAG GAGACTGAAG GGGCACACAA AAGAAATCTT 
TCTGAAATTA AACCGAAACA GTTCCCTGGT AATGAACTGA GAAAACCATC TGCATCTTCT 
CGGGAGAAAT CAAATGGAGA GAGTGGTGAT GTCCAAAAAC AATCAGAACC TCTGAGAGGA 
AAGGAAACCA GACTTTTGCC TCTAAATGTT CAGCATCAGA ATTCAATAAG CAAGCCCCAG 
AAAGGGGGCC ACCTCAGCAA GGACCACCCC AAGAACTGGG AGGCTGGAGA GACAAAAGCA 
GAGGGTGACA CAAGCTCGCA GACTGTCCAG AAGAGGCTAC CCCATGGGAA TTTGCAGACA 
CAGTTGGAGT GTCCTGATGT GCCTTCTGCG CAAGGACCAG CTGACCAGTT TGCACCACCA 
GCAGCGGGCC TTTCCCTGGG TGAGCGTCGG AGAGCTGACA CAAGCGGCAA TGACCGCAAG 
GAAGAGGATA TTGTTTTTGT TTCTTCTAAG CCAGGGAACC CCCTGCTTGA CTTGACTTTG 
AATTCACAGA AGAAGGAAAA TCTGAAATTA CCTCATCAAA GTGAACAAAA AAAAATCTCT 
CCAATCTCAG GCGTTTCCAA GAAGGTAGAG CCTTCAGACT CAGCAGCTCA ACAAGTGCAT 
CTCACAACTC AACTGAAGCA AAGAAGCACA CTGGCATCGG TGAACATCCA GGCTCTTCCA 
GACAAGGGTC AGAGGTTGCT TAATCAAATC CAGGCATTGG AGGATGCTCT CAGTGCTCTC 
ACCCTCTCCC CAGAGCAAGG AACTAACGAG AAGAAAAACA CTCAAGTACC ACAACAGGGT 
AGCTGCACCA AAACTACCAT TGACCCTCCC CACTTGGTGC CTCCCAAGCC CCTGCGGGGT 
CAGGATCTTC AGCCTCCCAG TTCTCTGGGA CTAAATGCTG GAGGATCCAG TCAATACTTT 
GGAACCCATA CAAGCCGAGA TCGCCTTCAT GCAGTGTGGA AAATCACAGG TGAAGCCATC 
GATGAGCTGC ATCGATCACT TGCGTCGTGT CCTCGTGAGA CAGCGGTGGT GGAAGATCCC 
CCTGGGTTGA AGGTGAGCCA GGGGAGACTC ACAGTACAGA GTGTCCTAGA GCAGCTGACC 
ACCACCCACA AAGAAAGAGA CCACTGTGAA ACTGCCCGGC AGACGGATGA TATGGGCTTA 
GGAAAAACCC TGACAATGAT TGCACTTATC CTGACCCAGA AGAACCAACA GAAAAACAAA 
GAGAAGGACA AAAACTCAAT TACATCTAAA GAGTCCTCTA ACTTTACTTC CCAAGGAACA 
CTAATTATCT GTCCTGCTTC CTTGATCCAT CATTGGAAAA ATTAGGTAGA GAAATGTGTG 
AGCCTCAACA AACTGAGAGT CTATCTCTAT CATGGGCCAA ACCGGGATCA ACGTGCAAAA 
GTCCTCTCCT CATATGACAT CGTGATCACT ACCTATAGCC TTCTGGCTAA GGAGGTCCCC 
ACAAAGAAGC AAGAGGGCGA GGTCCCGGCT GCAAGCCTCA GTGGGGAGGG TATCTCAACA 
CCTTTACTTC GCATAGTCTG GGCTCGAATC ATATTGGATG AAGCTCACAA TATTAAGAAC 
CCCCGAGTGC AGGCTTCCGT TGCTGTGTGT AAGCTACAAG CCTGTGCCCG TTGGGCTGTC 
ACTGGGACCC CCATTCAGAA CAACCTGTTG GACATGTACT CCCTGCTGAA ATTTCTCCGT 
TGTTCTCCAT TTGATGAATT TAATCTGTGG AAGAGTCAGG TTGACAATGG TTCAAAGAAA 
GGAGGAGAAC GGTTAAGTAT TTTAACCAAG AGCCTTTTGC TGAGGAGAAC CAAGGACCAG 
CTGGACTCCA CTGGCAAACC TTTGGTGATG CTGCCCCTGC GTAAATTTCA GTTGCACAAG 
TTAAAGCTTT CAGAAGATGA AGAGACTGTT TACAATGTCC TTTTTGCACG ATCAAGGTCA 
GCTCTGCAGT CTTATCTAAA AAGACATGAA AACGGGGACC ACCAGTATGG AAGAAGCCCT 
GATAATCCCT TCAGTAAAGT GGAACAAGAG TTTGGATACA GTGGGCCTGG AAACTCGGTA 
GCGGCAGACT CTCCGAGATC CAGCACCGTC CACATATTGT CGCAGTTGCT GAGACTCCGT 
CAGTGTTGCT GCCATCTGTC TTTACTGAAG TCGGCCTTGG ATCCAACAGA ACTGAGTAGA 
GAAGGCCTCG TCCTTTCCCT GGAAGAGCAG CTCAGTGCAT TGACCCTGTC TGAACTCCAC 
AGCTCAGAGT CATCTTCCAT GGTTTGCATG AATGGCACAT CCTTCAAGGT GGAGCTTTTC 
GAAGACACAA GGGAGAGCAC TAAGATATCA TCTCTGTTGG CAGAATTGGA GGCAATCCGA 
AGAAATTCAG GGTCCCAGAA GAGTGTCATT GTCTCTCAAT GGACCAGCCT GCTGAAAGTT 
GTAGCTTTGC ACCTTAAGAG GCATGGAGTG ACTTACGCCA CCATTGATGG CTCTGTCAAC 
CCCAAAGAGA GAATAGACTT GACTGAGGCA TTCAACAATC ATTCTAGGGG TCCACAGGTT 
ATGCTAATCT CTCTCTTGGC TGGAGGTGTT GGTCTGAACT TGACTGGAGG AAACCATCTC 
TTTCTTCTTG ACATGCACTG GAATCCATCA CTTGAAGAGC AAGCTTGTGA CCGAATTTAC 
CGAGTAGGAC AGCAGAAAGA TGTTGTTATA CACAAATTTG TTTGCGAGAG AACCGTGGAA 
GAGAAGATAC TGCAGCTCCA AGAAAAAAAG AAAAATTTGG CCAAAGAGGT CCTTTCGGGT 
TTGGGAGAAT CTGTCACCAA ACTCACTCTG GCTGACCTCA AAGTCCTTTT TGGCATCTAA

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

RefSeq	XP_010587988.1
CDS	33..3512
Translation	MEVVKCPEHGTFCFLKTGVRDGPNKGKSFYVCSAGPCNFVQATNIPVSYCLLHEDSVVDLQGLLLPQGKSEYRVFYRCTASKAKGKPWCGSIPCQDPNSKEYSVTNKAQDASEPFLHLSSQQRNPFKVLDKNQEPSVWKQLIRGEGEEKMADKKQGEKGDQLFSQKKEQKPESKCWVEKDLSSDMVVKNKKPVVQEKKPGERRELPCEAKETEGAHKRNLSEIKPKQFPGNELRKPSASSREKSNGESGDVQKQSEPLRGKETRLLPLNVQHQNSISKPQKGGHLSKDHPKNWEAGETKAEGDTSSQTVQKRLPHGNLQTQLECPDVPSAQGPADQFAPPAAGLSLGERRRADTSGNDRKEEDIVFVSSKPGNPLLDLTLNSQKKENLKLPHQSEQKKISPISGVSKKVEPSDSAAQQVHLTTQLKQRSTLASVNIQALPDKGQRLLNQIQALEDALSALTLSPEQGTNEKKNTQVPQQGSCTKTTIDPPHLVPPKPLRGQDLQPPSSLGLNAGGSSQYFGTHTSRDRLHAVWKITGEAIDELHRSLASCPRETAVVEDPPGLKVSQGRLTVQSVLEQLTTTHKERDHCETARQTDDMGLGKTLTMIALILTQKNQQKNKEKDKNSITSKESSNFTSQGTLIICPASLIHHWKN*VEKCVSLNKLRVYLYHGPNRDQRAKVLSSYDIVITTYSLLAKEVPTKKQEGEVPAASLSGEGISTPLLRIVWARIILDEAHNIKNPRVQASVAVCKLQACARWAVTGTPIQNNLLDMYSLLKFLRCSPFDEFNLWKSQVDNGSKKGGERLSILTKSLLLRRTKDQLDSTGKPLVMLPLRKFQLHKLKLSEDEETVYNVLFARSRSALQSYLKRHENGDHQYGRSPDNPFSKVEQEFGYSGPGNSVAADSPRSSTVHILSQLLRLRQCCCHLSLLKSALDPTELSREGLVLSLEEQLSALTLSELHSSESSSMVCMNGTSFKVELFEDTRESTKISSLLAELEAIRRNSGSQKSVIVSQWTSLLKVVALHLKRHGVTYATIDGSVNPKERIDLTEAFNNHSRGPQVMLISLLAGGVGLNLTGGNHLFLLDMHWNPSLEEQACDRIYRVGQQKDVVIHKFVCERTVEEKILQLQEKKKNLAKEVLSGLGESVTKLTLADLKVLFGI

Target ORF information:

RefSeq Version	XM_010589686.1
Organism	Loxodonta africana(African savanna elephant)
Definition	Loxodonta africana transcription termination factor, RNA polymerase II (TTF2), mRNA.

Target ORF information:

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

XM_010589686.1

ORF Insert Sequence:

ATGGAAGTAG TTAAGTGCCC GGAGCACGGG ACCTTTTGTT TTCTGAAGAC TGGCGTCCGC 
GATGGTCCGA ATAAAGGAAA GAGCTTCTAC GTGTGCTCGG CGGGCCCATG CAATTTCGTG 
CAGGCTACGA ACATTCCTGT GTCTTATTGT TTATTGCATG AGGACTCTGT AGTAGATCTT 
CAGGGTTTGC TTCTACCACA GGGCAAGAGT GAATACAGAG TGTTCTACCG ATGCACTGCA 
AGTAAGGCAA AAGGGAAGCC CTGGTGTGGA AGTATTCCTT GTCAGGATCC TAATTCCAAA 
GAATATTCTG TAACCAATAA GGCTCAGGAT GCCTCTGAGC CATTTCTTCA TCTTTCCAGC 
CAGCAGAGAA ACCCATTCAA GGTCCTTGAC AAGAATCAAG AACCGTCTGT CTGGAAGCAG 
CTCATCAGAG GTGAAGGTGA GGAAAAGATG GCTGATAAGA AGCAAGGGGA AAAGGGAGAT 
CAGCTCTTCA GTCAAAAGAA GGAACAGAAG CCTGAATCTA AATGCTGGGT GGAGAAAGAT 
CTCTCATCCG ACATGGTGGT AAAGAATAAA AAACCTGTAG TTCAAGAGAA GAAGCCAGGT 
GAGAGAAGAG AGTTACCGTG TGAAGCCAAG GAGACTGAAG GGGCACACAA AAGAAATCTT 
TCTGAAATTA AACCGAAACA GTTCCCTGGT AATGAACTGA GAAAACCATC TGCATCTTCT 
CGGGAGAAAT CAAATGGAGA GAGTGGTGAT GTCCAAAAAC AATCAGAACC TCTGAGAGGA 
AAGGAAACCA GACTTTTGCC TCTAAATGTT CAGCATCAGA ATTCAATAAG CAAGCCCCAG 
AAAGGGGGCC ACCTCAGCAA GGACCACCCC AAGAACTGGG AGGCTGGAGA GACAAAAGCA 
GAGGGTGACA CAAGCTCGCA GACTGTCCAG AAGAGGCTAC CCCATGGGAA TTTGCAGACA 
CAGTTGGAGT GTCCTGATGT GCCTTCTGCG CAAGGACCAG CTGACCAGTT TGCACCACCA 
GCAGCGGGCC TTTCCCTGGG TGAGCGTCGG AGAGCTGACA CAAGCGGCAA TGACCGCAAG 
GAAGAGGATA TTGTTTTTGT TTCTTCTAAG CCAGGGAACC CCCTGCTTGA CTTGACTTTG 
AATTCACAGA AGAAGGAAAA TCTGAAATTA CCTCATCAAA GTGAACAAAA AAAAATCTCT 
CCAATCTCAG GCGTTTCCAA GAAGGTAGAG CCTTCAGACT CAGCAGCTCA ACAAGTGCAT 
CTCACAACTC AACTGAAGCA AAGAAGCACA CTGGCATCGG TGAACATCCA GGCTCTTCCA 
GACAAGGGTC AGAGGTTGCT TAATCAAATC CAGGCATTGG AGGATGCTCT CAGTGCTCTC 
ACCCTCTCCC CAGAGCAAGG AACTAACGAG AAGAAAAACA CTCAAGTACC ACAACAGGGT 
AGCTGCACCA AAACTACCAT TGACCCTCCC CACTTGGTGC CTCCCAAGCC CCTGCGGGGT 
CAGGATCTTC AGCCTCCCAG TTCTCTGGGA CTAAATGCTG GAGGATCCAG TCAATACTTT 
GGAACCCATA CAAGCCGAGA TCGCCTTCAT GCAGTGTGGA AAATCACAGG TGAAGCCATC 
GATGAGCTGC ATCGATCACT TGCGTCGTGT CCTCGTGAGA CAGCGGTGGT GGAAGATCCC 
CCTGGGTTGA AGGTGAGCCA GGGGAGACTC ACAGTACAGA GTGTCCTAGA GCAGCTGACC 
ACCACCCACA AAGAAAGAGA CCACTGTGAA ACTGCCCGGC AGACGGATGA TATGGGCTTA 
GGAAAAACCC TGACAATGAT TGCACTTATC CTGACCCAGA AGAACCAACA GAAAAACAAA 
GAGAAGGACA AAAACTCAAT TACATCTAAA GAGTCCTCTA ACTTTACTTC CCAAGGAACA 
CTAATTATCT GTCCTGCTTC CTTGATCCAT CATTGGAAAA ATTAGGTAGA GAAATGTGTG 
AGCCTCAACA AACTGAGAGT CTATCTCTAT CATGGGCCAA ACCGGGATCA ACGTGCAAAA 
GTCCTCTCCT CATATGACAT CGTGATCACT ACCTATAGCC TTCTGGCTAA GGAGGTCCCC 
ACAAAGAAGC AAGAGGGCGA GGTCCCGGCT GCAAGCCTCA GTGGGGAGGG TATCTCAACA 
CCTTTACTTC GCATAGTCTG GGCTCGAATC ATATTGGATG AAGCTCACAA TATTAAGAAC 
CCCCGAGTGC AGGCTTCCGT TGCTGTGTGT AAGCTACAAG CCTGTGCCCG TTGGGCTGTC 
ACTGGGACCC CCATTCAGAA CAACCTGTTG GACATGTACT CCCTGCTGAA ATTTCTCCGT 
TGTTCTCCAT TTGATGAATT TAATCTGTGG AAGAGTCAGG TTGACAATGG TTCAAAGAAA 
GGAGGAGAAC GGTTAAGTAT TTTAACCAAG AGCCTTTTGC TGAGGAGAAC CAAGGACCAG 
CTGGACTCCA CTGGCAAACC TTTGGTGATG CTGCCCCTGC GTAAATTTCA GTTGCACAAG 
TTAAAGCTTT CAGAAGATGA AGAGACTGTT TACAATGTCC TTTTTGCACG ATCAAGGTCA 
GCTCTGCAGT CTTATCTAAA AAGACATGAA AACGGGGACC ACCAGTATGG AAGAAGCCCT 
GATAATCCCT TCAGTAAAGT GGAACAAGAG TTTGGATACA GTGGGCCTGG AAACTCGGTA 
GCGGCAGACT CTCCGAGATC CAGCACCGTC CACATATTGT CGCAGTTGCT GAGACTCCGT 
CAGTGTTGCT GCCATCTGTC TTTACTGAAG TCGGCCTTGG ATCCAACAGA ACTGAGTAGA 
GAAGGCCTCG TCCTTTCCCT GGAAGAGCAG CTCAGTGCAT TGACCCTGTC TGAACTCCAC 
AGCTCAGAGT CATCTTCCAT GGTTTGCATG AATGGCACAT CCTTCAAGGT GGAGCTTTTC 
GAAGACACAA GGGAGAGCAC TAAGATATCA TCTCTGTTGG CAGAATTGGA GGCAATCCGA 
AGAAATTCAG GGTCCCAGAA GAGTGTCATT GTCTCTCAAT GGACCAGCCT GCTGAAAGTT 
GTAGCTTTGC ACCTTAAGAG GCATGGAGTG ACTTACGCCA CCATTGATGG CTCTGTCAAC 
CCCAAAGAGA GAATAGACTT GACTGAGGCA TTCAACAATC ATTCTAGGGG TCCACAGGTT 
ATGCTAATCT CTCTCTTGGC TGGAGGTGTT GGTCTGAACT TGACTGGAGG AAACCATCTC 
TTTCTTCTTG ACATGCACTG GAATCCATCA CTTGAAGAGC AAGCTTGTGA CCGAATTTAC 
CGAGTAGGAC AGCAGAAAGA TGTTGTTATA CACAAATTTG TTTGCGAGAG AACCGTGGAA 
GAGAAGATAC TGCAGCTCCA AGAAAAAAAG AAAAATTTGG CCAAAGAGGT CCTTTCGGGT 
TTGGGAGAAT CTGTCACCAA ACTCACTCTG GCTGACCTCA AAGTCCTTTT TGGCATCTAA

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

TTF2 ( XM_023547528.1 ) cDNA ORF clone, Loxodonta africana(African savanna elephant) -> XP_023403296.1 Loxodonta africana transcription termination factor 2 (TTF2), mRNA.

Price & Availability↑

CloneID	OLo98845
Clone ID Related Accession (Same CDS sequence)	XM_023547528.1
Accession Version	XM_023547528.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3537bp) 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	1515945600000
Organism	Loxodonta africana(African savanna elephant)
Product	LOW QUALITY PROTEIN: transcription termination factor 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003573431.1) 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 Name :: Loxodonta africana Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases internal stop codons :: corrected 1 genomic stop codon ##RefSeq-Attributes-END##

ATGGAAGTAG TTAAGTGCCC GGAGCACGGG ACCTTTTGTT TTCTGAAGAC TGGCGTCCGC 
GATGGTCCGA ATAAAGGAAA GAGCTTCTAC GTGTGCTCGG CGGGCCCATG CAATTTCGTG 
CAGGCTACGA ACATTCCTGT GTCTTATTGT TTATTGCATG AGGACTCTGT AGTAGATCTT 
CAGGGTTTGC TTCTACCACA GGGCAAGAGT GAATACAGAG TGTTCTACCG ATGCACTGCA 
AGTAAGGCAA AAGGGAAGCC CTGGTGTGGA AGTATTCCTT GTCAGGATCC TAATTCCAAA 
GAATATTCTG TAACCAATAA GGCTCAGGAT GCCTCTGAGC CATTTCTTCA TCTTTCCAGC 
CAGCAGAGAA ACCCATTCAA GGTCCTTGAC AAGAATCAAG AACCGTCTGT CTGGAAGCAG 
CTCATCAGAG GTGAAGGTGA GGAAAAGATG GCTGATAAGA AGCAAGGGGA AAAGGGAGAT 
CAGCTCTTCA GTCAAAAGAA GGAACAGAAG CCTGAATCTA AATGCTGGGT GGAGAAAGAT 
CTCTCATCCG ACATGGTGGT AAAGAATAAA AAACCTGTAG TTCAAGAGAA GAAGCCAGGT 
GAGAGAAGAG AGTTACCGTG TGAAGCCAAG GAGACTGAAG GGGCACACAA AAGAAATCTT 
TCTGAAATTA AACCGAAACA GTTCCCTGGT AATGAACTGA GAAAACCATC TGCATCTTCT 
CGGGAGAAAT CAAATGGAGA GAGTGGTGAT GTCCAAAAAC AATCAGAACC TCTGAGAGGA 
AAGGAAACCA GACTTTTGCC TCTAAATGTT CAGCATCAGA ATTCAATAAG CAAGCCCCAG 
AAAGGGGGCC ACCTCAGCAA GGACCACCCC AAGAACTGGG AGGCTGGAGA GACAAAAGCA 
GAGGGTGACA CAAGCTCGCA GACTGTCCAG AAGAGGCTAC CCCATGGGAA TTTGCAGACA 
CAGTTGGAGT GTCCTGATGT GCCTTCTGCG CAAGGACCAG CTGACCAGTT TGCACCACCA 
GCAGCGGGCC TTTCCCTGGG TGAGCGTCGG AGAGCTGACA CAAGCGGCAA TGACCGCAAG 
GAAGAGGATA TTGTTTTTGT TTCTTCTAAG CCAGGGAACC CCCTGCTTGA CTTGACTTTG 
AATTCACAGA AGAAGGAAAA TCTGAAATTA CCTCATCAAA GTGAACAAAA AAAAATCTCT 
CCAATCTCAG GCGTTTCCAA GAAGGTAGAG CCTTCAGACT CAGCAGCTCA ACAAGTGCAT 
CTCACAACTC AACTGAAGCA AAGAAGCACA CTGGCATCGG TGAACATCCA GGCTCTTCCA 
GACAAGGGTC AGAGGTTGCT TAATCAAATC CAGGCATTGG AGGATGCTCT CAGTGCTCTC 
ACCCTCTCCC CAGAGCAAGG AACTAACGAG AAGAAAAACA CTCAAGTACC ACAACAGGGT 
AGCTGCACCA AAACTACCAT TGACCCTCCC CACTTGGTGC CTCCCAAGCC CCTGCGGGGT 
CAGGATCTTC AGCCTCCCAG TTCTCTGGGA CTAAATGCTG GAGGATCCAG TCAATACTTT 
GGAACCCATA CAAGCCGAGA TCGCCTTCAT GCAGTGTGGA AAATCACAGG TGAAGCCATC 
GATGAGCTGC ATCGATCACT TGCGTCGTGT CCTCGTGAGA CAGCGGTGGT GGAAGATCCC 
CCTGGGTTGA AGGTGAGCCA GGGGAGACTC ACAGTACAGA GTGTCCTAGA GCAGCTGACC 
ACCACCCACA AAGAAAGAGA CCACTGTGAA ACTGCCCGGC AGAGTGCCAT TCTGTTAGAT 
CTTCTCTACC GACCGAAGTT TTATTTCCCC CCGCCAGCGG ATGATATGGG CTTAGGAAAA 
ACCCTGACAA TGATTGCACT TATCCTGACC CAGAAGAACC AACAGAAAAA CAAAGAGAAG 
GACAAAAACT CAATTACATC TAAAGGTGAG TCCTCTAACT TTACTTCCCA AGGAACACTA 
ATTATCTGTC CTGCTTCCTT GATCCATCAT TGGAAAAATT AGGTAGAGAA ATGTGTGAGC 
CTCAACAAAC TGAGAGTCTA TCTCTATCAT GGGCCAAACC GGGATCAACG TGCAAAAGTC 
CTCTCCTCAT ATGACATCGT GATCACTACC TATAGCCTTC TGGCTAAGGA GGTCCCCACA 
AAGAAGCAAG AGGGCGAGGT CCCGGCTGCA AGCCTCAGTG GGGAGGGTAT CTCAACACCT 
TTACTTCGCA TAGTCTGGGC TCGAATCATA TTGGATGAAG CTCACAATAT TAAGAACCCC 
CGAGTGCAGG CTTCCGTTGC TGTGTGTAAG CTACAAGCCT GTGCCCGTTG GGCTGTCACT 
GGGACCCCCA TTCAGAACAA CCTGTTGGAC ATGTACTCCC TGCTGAAATT TCTCCGTTGT 
TCTCCATTTG ATGAATTTAA TCTGTGGAAG AGTCAGGTTG ACAATGGTTC AAAGAAAGGA 
GGAGAACGGT TAAGTATTTT AACCAAGAGC CTTTTGCTGA GGAGAACCAA GGACCAGCTG 
GACTCCACTG GCAAACCTTT GGTGATGCTG CCCCTGCGTA AATTTCAGTT GCACAAGTTA 
AAGCTTTCAG AAGATGAAGA GACTGTTTAC AATGTCCTTT TTGCACGATC AAGGTCAGCT 
CTGCAGTCTT ATCTAAAAAG ACATGAAAAC GGGGACCACC AGTATGGAAG AAGCCCTGAT 
AATCCCTTCA GTAAAGTGGA ACAAGAGTTT GGATACAGTG GGCCTGGAAA CTCGGTAGCG 
GCAGACTCTC CGAGATCCAG CACCGTCCAC ATATTGTCGC AGTTGCTGAG ACTCCGTCAG 
TGTTGCTGCC ATCTGTCTTT ACTGAAGTCG GCCTTGGATC CAACAGAACT GAGTAGAGAA 
GGCCTCGTCC TTTCCCTGGA AGAGCAGCTC AGTGCATTGA CCCTGTCTGA ACTCCACAGC 
TCAGAGTCAT CTTCCATGGT TTGCATGAAT GGCACATCCT TCAAGGTGGA GCTTTTCGAA 
GACACAAGGG AGAGCACTAA GATATCATCT CTGTTGGCAG AATTGGAGGC AATCCGAAGA 
AATTCAGGGT CCCAGAAGAG TGTCATTGTC TCTCAATGGA CCAGCCTGCT GAAAGTTGTA 
GCTTTGCACC TTAAGAGGCA TGGAGTGACT TACGCCACCA TTGATGGCTC TGTCAACCCC 
AAAGAGAGAA TAGACTTGAC TGAGGCATTC AACAATCATT CTAGGGGTCC ACAGGTTATG 
CTAATCTCTC TCTTGGCTGG AGGTGTTGGT CTGAACTTGA CTGGAGGAAA CCATCTCTTT 
CTTCTTGACA TGCACTGGAA TCCATCACTT GAAGAGCAAG CTTGTGACCG AATTTACCGA 
GTAGGACAGC AGAAAGATGT TGTTATACAC AAATTTGTTT GCGAGAGAAC CGTGGAAGAG 
AAGATACTGC AGCTCCAAGA AAAAAAGAAA AATTTGGCCA AAGAGGTCCT TTCGGGTTTG 
GGAGAATCTG TCACCAAACT CACTCTGGCT GACCTCAAAG TCCTTTTTGG CATCTAA

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

RefSeq	XP_023403296.1
CDS	526..4062
Translation	MEVVKCPEHGTFCFLKTGVRDGPNKGKSFYVCSAGPCNFVQATNIPVSYCLLHEDSVVDLQGLLLPQGKSEYRVFYRCTASKAKGKPWCGSIPCQDPNSKEYSVTNKAQDASEPFLHLSSQQRNPFKVLDKNQEPSVWKQLIRGEGEEKMADKKQGEKGDQLFSQKKEQKPESKCWVEKDLSSDMVVKNKKPVVQEKKPGERRELPCEAKETEGAHKRNLSEIKPKQFPGNELRKPSASSREKSNGESGDVQKQSEPLRGKETRLLPLNVQHQNSISKPQKGGHLSKDHPKNWEAGETKAEGDTSSQTVQKRLPHGNLQTQLECPDVPSAQGPADQFAPPAAGLSLGERRRADTSGNDRKEEDIVFVSSKPGNPLLDLTLNSQKKENLKLPHQSEQKKISPISGVSKKVEPSDSAAQQVHLTTQLKQRSTLASVNIQALPDKGQRLLNQIQALEDALSALTLSPEQGTNEKKNTQVPQQGSCTKTTIDPPHLVPPKPLRGQDLQPPSSLGLNAGGSSQYFGTHTSRDRLHAVWKITGEAIDELHRSLASCPRETAVVEDPPGLKVSQGRLTVQSVLEQLTTTHKERDHCETARQSAILLDLLYRPKFYFPPPADDMGLGKTLTMIALILTQKNQQKNKEKDKNSITSKGESSNFTSQGTLIICPASLIHHWKN*VEKCVSLNKLRVYLYHGPNRDQRAKVLSSYDIVITTYSLLAKEVPTKKQEGEVPAASLSGEGISTPLLRIVWARIILDEAHNIKNPRVQASVAVCKLQACARWAVTGTPIQNNLLDMYSLLKFLRCSPFDEFNLWKSQVDNGSKKGGERLSILTKSLLLRRTKDQLDSTGKPLVMLPLRKFQLHKLKLSEDEETVYNVLFARSRSALQSYLKRHENGDHQYGRSPDNPFSKVEQEFGYSGPGNSVAADSPRSSTVHILSQLLRLRQCCCHLSLLKSALDPTELSREGLVLSLEEQLSALTLSELHSSESSSMVCMNGTSFKVELFEDTRESTKISSLLAELEAIRRNSGSQKSVIVSQWTSLLKVVALHLKRHGVTYATIDGSVNPKERIDLTEAFNNHSRGPQVMLISLLAGGVGLNLTGGNHLFLLDMHWNPSLEEQACDRIYRVGQQKDVVIHKFVCERTVEEKILQLQEKKKNLAKEVLSGLGESVTKLTLADLKVLFGI

Target ORF information:

RefSeq Version	XM_023547528.1
Organism	Loxodonta africana(African savanna elephant)
Definition	Loxodonta africana transcription termination factor 2 (TTF2), mRNA.

Target ORF information:

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

XM_023547528.1

ORF Insert Sequence:

ATGGAAGTAG TTAAGTGCCC GGAGCACGGG ACCTTTTGTT TTCTGAAGAC TGGCGTCCGC 
GATGGTCCGA ATAAAGGAAA GAGCTTCTAC GTGTGCTCGG CGGGCCCATG CAATTTCGTG 
CAGGCTACGA ACATTCCTGT GTCTTATTGT TTATTGCATG AGGACTCTGT AGTAGATCTT 
CAGGGTTTGC TTCTACCACA GGGCAAGAGT GAATACAGAG TGTTCTACCG ATGCACTGCA 
AGTAAGGCAA AAGGGAAGCC CTGGTGTGGA AGTATTCCTT GTCAGGATCC TAATTCCAAA 
GAATATTCTG TAACCAATAA GGCTCAGGAT GCCTCTGAGC CATTTCTTCA TCTTTCCAGC 
CAGCAGAGAA ACCCATTCAA GGTCCTTGAC AAGAATCAAG AACCGTCTGT CTGGAAGCAG 
CTCATCAGAG GTGAAGGTGA GGAAAAGATG GCTGATAAGA AGCAAGGGGA AAAGGGAGAT 
CAGCTCTTCA GTCAAAAGAA GGAACAGAAG CCTGAATCTA AATGCTGGGT GGAGAAAGAT 
CTCTCATCCG ACATGGTGGT AAAGAATAAA AAACCTGTAG TTCAAGAGAA GAAGCCAGGT 
GAGAGAAGAG AGTTACCGTG TGAAGCCAAG GAGACTGAAG GGGCACACAA AAGAAATCTT 
TCTGAAATTA AACCGAAACA GTTCCCTGGT AATGAACTGA GAAAACCATC TGCATCTTCT 
CGGGAGAAAT CAAATGGAGA GAGTGGTGAT GTCCAAAAAC AATCAGAACC TCTGAGAGGA 
AAGGAAACCA GACTTTTGCC TCTAAATGTT CAGCATCAGA ATTCAATAAG CAAGCCCCAG 
AAAGGGGGCC ACCTCAGCAA GGACCACCCC AAGAACTGGG AGGCTGGAGA GACAAAAGCA 
GAGGGTGACA CAAGCTCGCA GACTGTCCAG AAGAGGCTAC CCCATGGGAA TTTGCAGACA 
CAGTTGGAGT GTCCTGATGT GCCTTCTGCG CAAGGACCAG CTGACCAGTT TGCACCACCA 
GCAGCGGGCC TTTCCCTGGG TGAGCGTCGG AGAGCTGACA CAAGCGGCAA TGACCGCAAG 
GAAGAGGATA TTGTTTTTGT TTCTTCTAAG CCAGGGAACC CCCTGCTTGA CTTGACTTTG 
AATTCACAGA AGAAGGAAAA TCTGAAATTA CCTCATCAAA GTGAACAAAA AAAAATCTCT 
CCAATCTCAG GCGTTTCCAA GAAGGTAGAG CCTTCAGACT CAGCAGCTCA ACAAGTGCAT 
CTCACAACTC AACTGAAGCA AAGAAGCACA CTGGCATCGG TGAACATCCA GGCTCTTCCA 
GACAAGGGTC AGAGGTTGCT TAATCAAATC CAGGCATTGG AGGATGCTCT CAGTGCTCTC 
ACCCTCTCCC CAGAGCAAGG AACTAACGAG AAGAAAAACA CTCAAGTACC ACAACAGGGT 
AGCTGCACCA AAACTACCAT TGACCCTCCC CACTTGGTGC CTCCCAAGCC CCTGCGGGGT 
CAGGATCTTC AGCCTCCCAG TTCTCTGGGA CTAAATGCTG GAGGATCCAG TCAATACTTT 
GGAACCCATA CAAGCCGAGA TCGCCTTCAT GCAGTGTGGA AAATCACAGG TGAAGCCATC 
GATGAGCTGC ATCGATCACT TGCGTCGTGT CCTCGTGAGA CAGCGGTGGT GGAAGATCCC 
CCTGGGTTGA AGGTGAGCCA GGGGAGACTC ACAGTACAGA GTGTCCTAGA GCAGCTGACC 
ACCACCCACA AAGAAAGAGA CCACTGTGAA ACTGCCCGGC AGAGTGCCAT TCTGTTAGAT 
CTTCTCTACC GACCGAAGTT TTATTTCCCC CCGCCAGCGG ATGATATGGG CTTAGGAAAA 
ACCCTGACAA TGATTGCACT TATCCTGACC CAGAAGAACC AACAGAAAAA CAAAGAGAAG 
GACAAAAACT CAATTACATC TAAAGGTGAG TCCTCTAACT TTACTTCCCA AGGAACACTA 
ATTATCTGTC CTGCTTCCTT GATCCATCAT TGGAAAAATT AGGTAGAGAA ATGTGTGAGC 
CTCAACAAAC TGAGAGTCTA TCTCTATCAT GGGCCAAACC GGGATCAACG TGCAAAAGTC 
CTCTCCTCAT ATGACATCGT GATCACTACC TATAGCCTTC TGGCTAAGGA GGTCCCCACA 
AAGAAGCAAG AGGGCGAGGT CCCGGCTGCA AGCCTCAGTG GGGAGGGTAT CTCAACACCT 
TTACTTCGCA TAGTCTGGGC TCGAATCATA TTGGATGAAG CTCACAATAT TAAGAACCCC 
CGAGTGCAGG CTTCCGTTGC TGTGTGTAAG CTACAAGCCT GTGCCCGTTG GGCTGTCACT 
GGGACCCCCA TTCAGAACAA CCTGTTGGAC ATGTACTCCC TGCTGAAATT TCTCCGTTGT 
TCTCCATTTG ATGAATTTAA TCTGTGGAAG AGTCAGGTTG ACAATGGTTC AAAGAAAGGA 
GGAGAACGGT TAAGTATTTT AACCAAGAGC CTTTTGCTGA GGAGAACCAA GGACCAGCTG 
GACTCCACTG GCAAACCTTT GGTGATGCTG CCCCTGCGTA AATTTCAGTT GCACAAGTTA 
AAGCTTTCAG AAGATGAAGA GACTGTTTAC AATGTCCTTT TTGCACGATC AAGGTCAGCT 
CTGCAGTCTT ATCTAAAAAG ACATGAAAAC GGGGACCACC AGTATGGAAG AAGCCCTGAT 
AATCCCTTCA GTAAAGTGGA ACAAGAGTTT GGATACAGTG GGCCTGGAAA CTCGGTAGCG 
GCAGACTCTC CGAGATCCAG CACCGTCCAC ATATTGTCGC AGTTGCTGAG ACTCCGTCAG 
TGTTGCTGCC ATCTGTCTTT ACTGAAGTCG GCCTTGGATC CAACAGAACT GAGTAGAGAA 
GGCCTCGTCC TTTCCCTGGA AGAGCAGCTC AGTGCATTGA CCCTGTCTGA ACTCCACAGC 
TCAGAGTCAT CTTCCATGGT TTGCATGAAT GGCACATCCT TCAAGGTGGA GCTTTTCGAA 
GACACAAGGG AGAGCACTAA GATATCATCT CTGTTGGCAG AATTGGAGGC AATCCGAAGA 
AATTCAGGGT CCCAGAAGAG TGTCATTGTC TCTCAATGGA CCAGCCTGCT GAAAGTTGTA 
GCTTTGCACC TTAAGAGGCA TGGAGTGACT TACGCCACCA TTGATGGCTC TGTCAACCCC 
AAAGAGAGAA TAGACTTGAC TGAGGCATTC AACAATCATT CTAGGGGTCC ACAGGTTATG 
CTAATCTCTC TCTTGGCTGG AGGTGTTGGT CTGAACTTGA CTGGAGGAAA CCATCTCTTT 
CTTCTTGACA TGCACTGGAA TCCATCACTT GAAGAGCAAG CTTGTGACCG AATTTACCGA 
GTAGGACAGC AGAAAGATGT TGTTATACAC AAATTTGTTT GCGAGAGAAC CGTGGAAGAG 
AAGATACTGC AGCTCCAAGA AAAAAAGAAA AATTTGGCCA AAGAGGTCCT TTCGGGTTTG 
GGAGAATCTG TCACCAAACT CACTCTGGCT GACCTCAAAG TCCTTTTTGG CATCTAA

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

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TTF2 cDNA ORF clone, Loxodonta africana(African savanna elephant)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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