| Gene Symbol | TTC6 |
| Entrez Gene ID | 100469525 |
| Full Name | tetratricopeptide repeat domain 6 |
| Gene Type | protein-coding |
| Organism | Ailuropoda melanoleuca(giant panda) |
- REAGENT SERVICES Hot!
-
PRODUCTS
-
Most Popular Reagents
-
Instruments
-
Antibodies
-
ELISA Kits
-
Protein Electrophoresis and Blotting
-
Protein and Antibody Purification
-
Recombinant Proteins
-
Molecular Biology
-
Stable Cell Lines
-
Cell Isolation and Activation
-
IVD Raw Materials
-
Therapy Applications
-
Resources
-
![AmMag™ Quatro Automated Plasmid Purification]()
AmMag™ Quatro automated plasmid purification
-
![Anti-Camelid VHH]()
MonoRab™ Anti-VHH Antibodies
-
![ELISA Kits]()
ELISA Kits
-
![Precast Gels]()
SurePAGE™ Precast Gels
-
![Quatro ProAb Automated Protein and Antibody Purification System]()
AmMag™ Quatro ProAb Automated Protein and Antibody Purification System
-
![Target Proteins]()
Target Proteins
-
![AmMag™ Quatro Automated Plasmid Purification]()
AmMag™ Quatro automated plasmid purification
-
![Stable Cell Lines]()
Stable Cell Lines
-
![Cell Isolation and Activation]()
Cell Isolation and Activation
-
![Quick
Order]()
Quick Order
-
![Quick
Order]()
Quick Order
- APPLICATIONS
- RESOURCES
- ABOUT US
TTC6 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)
-
Gene
-
Clones
gRNAs
The following TTC6 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTC6 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.
-
Reference Sequences (Refseq)
CloneID OAc97358 Clone ID Related Accession (Same CDS sequence) XM_011233001.2 Accession Version XM_011233001.2 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 5622bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector 
User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1482768000000 Organism Ailuropoda melanoleuca(giant panda) Product LOW QUALITY PROTEIN: tetratricopeptide repeat protein 6 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218283.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_011233001.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 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 frameshifts :: corrected 2 indels ##RefSeq-Attributes-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581ATGCTACCCG CTTGTGCCTC TGGGAGCACA CCGAGTTCTG CCGACAAATT AGTCAAGATG
TCCACAGTTT CGAAGCATTT TGGACTGAAA TACAAAGAAG AATCGTACAT CTTTAAAGAG
CTCGAGAAGA TTCGCCAGGA AACTAAAAAG GATCTTCTCC GATTCAAGCA GAAGTTGGCC
TCCAAGCCGG CTGTGGATGA AGCCCCAGCG TGCTGCCTCC AGGCCCCCGG CCCTGTCGGT
CCTGGGGAGA AGGGCAGCGC CGCCTACGAT GGACCCCCAA AGCCATCAGG GTCCCCTCGA
GCTAAAGGCC CTTCGAGCGC CGCGGCAGCC CTCCTGCAGC AGGCGCCCCG AGGCGTAGCG
CGGCCCCCGG CCCCGAGGGA GGCGGCCGCT CCCGGGAAGA CCCGGCCGTT TCGCCCCCAG
GACTTCTACT TGCGGAGCTC TGCGTTCCTC CGGCACCCGC CCCAGAAAAA GCCACCGGCC
ATCGCCTCCG GGGCCGGCAC GTCCAGGCCG GTAGTCCTGA TGCCGCGCGA ANNGCGGGAG
CCGGCTCCGC TCGCAGAGGT CCGCCAGCCC AAACCGAGGA AGGGCAGCAC CGTTTCCAGC
CAGGAGGGCG ACGCCGAGGC GGCCGCCGGC CGGAGAGCCA GGAGTCACAC CCTCTCCCCG
AGCCCGGGCC CAGGCAGCCG GCAGCGCGAT GCGCGCGGGT CCGTTTCCCA AAGCCGGCAG
GGGAGCATCC CGCGGGGCGA CTCCCGGGAG GGCGCCCCGC AGGCCGCGCA GCCGGTGCGA
GTGATCCCGA CATCCATAGA GGAGATCATC GCCTCACTGC AGTCCGAGGC CCAGCTGGCC
TCCGACCGGA CCATCAGAGA ACTCATACAG AGCGTCCTCG GCCAGAACTA CGACATTAAA
ATGGAAGACA TATCTTTAAT GGGGAAAGCG TACTGGCACA AGCCATCTCC AGTGCAAGCA
GAGCAAGGAT TACAGATAAA TCTTGAGGAA CCTCAAATGA CTGTGCTTGA GGAACTTCCT
AAAACTATCT CAAGTATTTT CCAACTCGAA CAAGAGGATG TGTTAGAGTG GGGAGTCTCA
GAAGCAGAAA GCACAGTATT TAAGTCTCAG GAAACTCTGG ACGTTCGACC AGTGGATGAA
TCAAGTAAAC CTTTGAAAGA CGAACAGCCC ACAGGTGATT CCAAAGCAGC CAAATGGGTG
TCTTTAAAGG TGAAATCATC AGAATTTTTG CAAATCAGAG GAAAAGAAGT TAAGCGAACA
CAAAAAAGTA AATTAGGAAT TCCACATCAG AGACAAGGAA GGTGTTCAAA ACCCCAGTGG
GATCAAAAAC TACCTAAAAA AAAAATTCTG CAAGACTACC CCTCTCCTAC CCTTCATGAT
TTGTGCACCA CTGTCCCAGC CCAGGAACTA CCTGTTAACT TGCGCTTGGC TTCTCGAGTG
TACCATACAG CTGACAAGAA AGGTCATGAT ACTTTGCTTG CGATATTGGG AACCTCTTTC
TTAGATCATC ACTTTACAGA TGAAGAGCGA AGAGACAGAA TACTGCAAGG AATTCCTGCT
GTGGATCGCA GTCAAGAATA TGTTCCCGTC CTTCCACCAC CACCAGTGGT ACTACCGCAA
TTGACACAAA GAACTGGACA GCTCACTCAC AAACCATACC TACAACTCTT GGGAGAGGAA
GTGTCTGCTT ATCCAGGATG TACAAAATTG TTTTGGAATC TAACTTCACC CAAATTCTCT
GTTCCAGTAT CTGTGATGAA GGAAACTCTA TATCCAAAAT ATGAGAGTGT TCAAGCAAGC
AAAATTTTAA CTGAGAGATT TTCAGCTGAA AGCAAGGAAA GTGTCACTAT TTTAAATCAG
CATAGCAGAA GTTCTAGGTT TTTTTTCCTA AGAAAATCTG CATCATTTGA AAATATCCAA
AAATGTTTCA GTACACCATC TCTACAATTA AAGAGAGTAA AATCTGCAGT TGAATTGAAG
AAGGAGGAGG CCACAACTCC AATAAAGATT AAGGATGACA TGCAAAGCAA TGTAAAAGAC
ATGATATTTC AGAAAGTAAA GCAGTTGGAG CATAGAATGA CTCAGAAAAA TGAAACTGAG
GAACCCTCTG AGAAAGAAAA TATAGATACC ATCTTAGATA ACATGCAGGA GGGAAGGAGT
TTGAGAGATC TGTCTCTCTC TCTCATTGAA GCATCTAAAA AAGCTGGCCT TAGTTATATT
GTTTATCCCA AGAAAAAGAA GACAAGACTG AAGAAAAGAC TGAAGCTCAG TAAACTTGCA
GCCGTGTATG ATGAATTATC CAAGCCTCCA AAAGTTCTTC AAAGATCAAC ATCTCATGGG
ATCCTTCCTG GACAGAGGAA ATATTTACTC AAAGTTCCAT TATATGAACG TAAACTTCCT
TGTCCCAGTC TACCTATGTG TTTAAATTTT GATGAATTTG TTCAAAGTAA GGGAGGAATT
CCAGAAAATT GTAACCCTCG AACATGGGTT ATTGATATGT TCTCTCATCA TAAACATCAG
AAGACAGCCA CAAAAAAGAA AGTTGTTAAA ATATCTATCC ATGAAGGCTC GTCTGAAAGA
ATGGAAGAAC CACCAAAAAT AGAATTGAGT GATTCTTTGA AGTCTAGTCT TTCTCCAGAA
GTTATCAAAC ATTATGAATC TGAAGTGGAG ACCTTGACTA AAGAAATAAA TGATAAGAAA
AAATATCCTG CATTTGCATA TTGTAGGCGT GGAGCTATTT ATAGGAAACT GGGAAAGTTA
CAGAGTGCCA TGACAGATAT ACAGGAAGCT ATATTTTTGG AGCCATTGTT TCTCAATGCC
TATTGGCACC GACATTTCAT TTATCTCTTT CAAGATAAAA TTAATGAAGC TTTGGATGAT
TTGAATTATA TAAATAAATA TAATAAAAAT AATGCAGAGG CATATTTGTC AAAGGCAGAA
ATTTACAGGA GAAGAAAAGA CATTACTTTA GCGATTCTAA ACTATACCCA GGCAATTAAG
TGCAAGCCCA TGGATGCCGA CATTTATTTC AGGAGGGGTG AGATGTATGA AATAGCAAAC
AAATTACTGG CCATTGATGA CTTTTCTAAA TGTATTTTTT ATGATCCCAA AAGAACAGAT
GCATTATTGA AACGTGGGAC ATTTTACTAT GAAAATGAAA ACTGGATTTC AGCCATACAA
GATTTTACAG CTCTATTAAA TATAGATCCC CAAAATTCTC AAGCCAGGAC GTACAGAGGA
AGAGCATATT TTAAACGGCA ATTTTATAAG CAAGCAACTC AAGATTTTTC TGCTGCAATT
CACTTAGATC CTAATAACTG GTTAGCTTTG TATTATAGAG CCTGCTTATT TAGAAAGAGC
AGCCCTTTTA GAGCACTACG GGATTATAGC GTTTCAGCTC TCATAAATGA TGGCTATGAG
AATCTCGGTT GTTTTCTACA TCGGGGCATA CTCTATGCAG ATCTAAAACT TTGGTTGCTG
GCAATCTGTG ACTTTGAAAC TGTTATTTCT CTTGAAAGAA CTGTTATTTT GGCTTACATA
AATATTGGCC TTATACATCT GCTGTACTTG GATAACTACT TTGAAGCTAC TTGGCACTTT
TCTGAGGCTA TTAGACTTGA TCCTTTATAT ATTCAAAGCT ATATTTGTCG AGCAGAAACC
TATCAGAAGT TGCATAAACT GAAAAAGGCA GTAAGAGAGT TATCTCGTGC TATCCACCTT
CAGCCAGATG GAATCCAATT ATATATAATA AGAGGACAGT ATCTTCTTAT GATGAAATGT
TATGATCTTG CAAAGTTTAC TATTTATCAA GTAGCAGAAA TGAACAAAGG TCTCATTGAG
TTGAGTCCTA TTCAGCAAGC ACTTATTTAT TCATTTTGTA AAAACCATGA CAAGGCCATT
CAGGTCTTGG ATGGGATCAC TGTGAACAGG CCTGAGCTCA CCATGTATAC CCTATTAGCA
AAAGCCCAAA TGAAGGCCAA GAGAAACAAG GAAGCTGTGA GAATGTTTAA AAAGGCTTTG
GATATCTTTT CTCATTCTGA TAAAGGACCA AATGCCATAC AAGCTTCAGC AGACTGTCTG
TATAACTTGG GTCTTTGTTA CATGGAGGAA GGCAACGTAC AAATGGCTTT TGATTGTTTT
ACAAAAGCTG TGAAAGCAAA TCCTGAATTT GCAGAAGGCT TTTATCAACG TGGGCTTTGT
AAAGTAAAAC TCCACAAGGA TAGCTCGGTC CTGGATTTTA ATCGTGCAAT CACCCTCAAT
CCGAAACATT ACCAGGCATA CTTAAGCCGA GTAGCCTTCT ACGGTTTGAA AGGGAGGTAC
TCCAAAGCAA TACTGAATTG TAACGAGGCC ATCAAAATTT ACCCTCAGAG CGTGCGCGCC
TATATCTACA GAGGAGTTCT GAAACACTAC AACAAGACTT ATCAGCTAGC AATTACAGAT
TTAACTACAG CTATCAATAT GGACAAAAAC AGTTATGTAG CATTTTATAA CAGAGCATTA
TGTTACACCA AGATAAATGA ACTTCGAATG GCATTAATGG ATTATGGAAT TGTGCTTCTT
CTTGATGCTG GAGAAACTGT GACGTTAAAT ACGTTCATTA ATCGTGGACT CATCTATGTA
GAGCTGGAGC AGCATAGTTT CGCATTGGAG GATTTTAAAC AAGCTGCACT AATAAGCAAG
ACTAATGTGA GCCTTTGTCA AGCCACTGCC ATGTGCCATC ACAGAAATAA GGAGTTTGAA
GAAGCCGTTG ATTTCTTCAC CTGGGCTCTT AAAATTAATC CCTGTTTTCT GGATGCTTAT
GTCGGACGGG GAAATTCTTA CATGGAATAT GGCCACGAGA AAGCCACTGA ACAAGCACAG
AAGGACTTTC TGAAAGCATT GCACATTAAT CCAACATATA TGAAAGCCAG AATTAGCCTA
GGCTATAATT TGCAGGCCCA AGGAAAATTC CAGAAAGCGT GGAATCACTT TACCATTGCC
ATAGAAGTGG ATCCAAAATG TTACTTAGCC TATGAAGGAA GAGCTGTGGT CTGTCTTCAG
ATGGGTGATA ATTTTGCTGC AATTCAAGAC ATTAATGCTG CCATAAAGAT CAATACTACA
GCAGAATTCT TAACGAATCG TGGTGTGATT CATCAGTTTA TGGGTCAACA ACAGAATGCA
ATGAAAGACT ATCAAGCAGC AATTTCTCTA AACCCCACGT ATTCACTGGC TTACTTTAAC
GCAGGAAATA TCTATTTTCA CCACAGGCAG TTTTCCCAGG CCAGCGACTA CTTCTCAAAG
GCTTTAAAGT TTGATCCAGA AAATGAATGT GCTACCATGA ATCGAGCTAT TGCAAATACG
ATATTAAAGA AATACAAAGA AGCAAAAGAA GATTTTGCAT GTGTGGCTGA AAGCTGTCCC
TTCTGGGCTG CAGTATATTT TAACAGAGCT CACTTCCACT GTTGTTTAAA GCAATATGAA
TTAGCTGAGG AAGACCTAAG TAAAGCCCTG TCTTTGAAGC CTGATGACGC TCTAGTCTAT
AAGCTTAGAG CAGAAGTCCG CGGAAAAATC GGTCTCGTCG GGGAAGCTGT GGCCGACTAT
GTTCAAGCGC TCAACCTTCA AGAGTATGCC TCGGTGGTAT GAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_011231303.2 CDS 1..5622 Translation 
Target ORF information:
RefSeq Version XM_011233001.2 Organism Ailuropoda melanoleuca(giant panda) Definition Ailuropoda melanoleuca tetratricopeptide repeat domain 6 (TTC6), mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_011233001.2
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581ATGCTACCCG CTTGTGCCTC TGGGAGCACA CCGAGTTCTG CCGACAAATT AGTCAAGATG
TCCACAGTTT CGAAGCATTT TGGACTGAAA TACAAAGAAG AATCGTACAT CTTTAAAGAG
CTCGAGAAGA TTCGCCAGGA AACTAAAAAG GATCTTCTCC GATTCAAGCA GAAGTTGGCC
TCCAAGCCGG CTGTGGATGA AGCCCCAGCG TGCTGCCTCC AGGCCCCCGG CCCTGTCGGT
CCTGGGGAGA AGGGCAGCGC CGCCTACGAT GGACCCCCAA AGCCATCAGG GTCCCCTCGA
GCTAAAGGCC CTTCGAGCGC CGCGGCAGCC CTCCTGCAGC AGGCGCCCCG AGGCGTAGCG
CGGCCCCCGG CCCCGAGGGA GGCGGCCGCT CCCGGGAAGA CCCGGCCGTT TCGCCCCCAG
GACTTCTACT TGCGGAGCTC TGCGTTCCTC CGGCACCCGC CCCAGAAAAA GCCACCGGCC
ATCGCCTCCG GGGCCGGCAC GTCCAGGCCG GTAGTCCTGA TGCCGCGCGA ANNGCGGGAG
CCGGCTCCGC TCGCAGAGGT CCGCCAGCCC AAACCGAGGA AGGGCAGCAC CGTTTCCAGC
CAGGAGGGCG ACGCCGAGGC GGCCGCCGGC CGGAGAGCCA GGAGTCACAC CCTCTCCCCG
AGCCCGGGCC CAGGCAGCCG GCAGCGCGAT GCGCGCGGGT CCGTTTCCCA AAGCCGGCAG
GGGAGCATCC CGCGGGGCGA CTCCCGGGAG GGCGCCCCGC AGGCCGCGCA GCCGGTGCGA
GTGATCCCGA CATCCATAGA GGAGATCATC GCCTCACTGC AGTCCGAGGC CCAGCTGGCC
TCCGACCGGA CCATCAGAGA ACTCATACAG AGCGTCCTCG GCCAGAACTA CGACATTAAA
ATGGAAGACA TATCTTTAAT GGGGAAAGCG TACTGGCACA AGCCATCTCC AGTGCAAGCA
GAGCAAGGAT TACAGATAAA TCTTGAGGAA CCTCAAATGA CTGTGCTTGA GGAACTTCCT
AAAACTATCT CAAGTATTTT CCAACTCGAA CAAGAGGATG TGTTAGAGTG GGGAGTCTCA
GAAGCAGAAA GCACAGTATT TAAGTCTCAG GAAACTCTGG ACGTTCGACC AGTGGATGAA
TCAAGTAAAC CTTTGAAAGA CGAACAGCCC ACAGGTGATT CCAAAGCAGC CAAATGGGTG
TCTTTAAAGG TGAAATCATC AGAATTTTTG CAAATCAGAG GAAAAGAAGT TAAGCGAACA
CAAAAAAGTA AATTAGGAAT TCCACATCAG AGACAAGGAA GGTGTTCAAA ACCCCAGTGG
GATCAAAAAC TACCTAAAAA AAAAATTCTG CAAGACTACC CCTCTCCTAC CCTTCATGAT
TTGTGCACCA CTGTCCCAGC CCAGGAACTA CCTGTTAACT TGCGCTTGGC TTCTCGAGTG
TACCATACAG CTGACAAGAA AGGTCATGAT ACTTTGCTTG CGATATTGGG AACCTCTTTC
TTAGATCATC ACTTTACAGA TGAAGAGCGA AGAGACAGAA TACTGCAAGG AATTCCTGCT
GTGGATCGCA GTCAAGAATA TGTTCCCGTC CTTCCACCAC CACCAGTGGT ACTACCGCAA
TTGACACAAA GAACTGGACA GCTCACTCAC AAACCATACC TACAACTCTT GGGAGAGGAA
GTGTCTGCTT ATCCAGGATG TACAAAATTG TTTTGGAATC TAACTTCACC CAAATTCTCT
GTTCCAGTAT CTGTGATGAA GGAAACTCTA TATCCAAAAT ATGAGAGTGT TCAAGCAAGC
AAAATTTTAA CTGAGAGATT TTCAGCTGAA AGCAAGGAAA GTGTCACTAT TTTAAATCAG
CATAGCAGAA GTTCTAGGTT TTTTTTCCTA AGAAAATCTG CATCATTTGA AAATATCCAA
AAATGTTTCA GTACACCATC TCTACAATTA AAGAGAGTAA AATCTGCAGT TGAATTGAAG
AAGGAGGAGG CCACAACTCC AATAAAGATT AAGGATGACA TGCAAAGCAA TGTAAAAGAC
ATGATATTTC AGAAAGTAAA GCAGTTGGAG CATAGAATGA CTCAGAAAAA TGAAACTGAG
GAACCCTCTG AGAAAGAAAA TATAGATACC ATCTTAGATA ACATGCAGGA GGGAAGGAGT
TTGAGAGATC TGTCTCTCTC TCTCATTGAA GCATCTAAAA AAGCTGGCCT TAGTTATATT
GTTTATCCCA AGAAAAAGAA GACAAGACTG AAGAAAAGAC TGAAGCTCAG TAAACTTGCA
GCCGTGTATG ATGAATTATC CAAGCCTCCA AAAGTTCTTC AAAGATCAAC ATCTCATGGG
ATCCTTCCTG GACAGAGGAA ATATTTACTC AAAGTTCCAT TATATGAACG TAAACTTCCT
TGTCCCAGTC TACCTATGTG TTTAAATTTT GATGAATTTG TTCAAAGTAA GGGAGGAATT
CCAGAAAATT GTAACCCTCG AACATGGGTT ATTGATATGT TCTCTCATCA TAAACATCAG
AAGACAGCCA CAAAAAAGAA AGTTGTTAAA ATATCTATCC ATGAAGGCTC GTCTGAAAGA
ATGGAAGAAC CACCAAAAAT AGAATTGAGT GATTCTTTGA AGTCTAGTCT TTCTCCAGAA
GTTATCAAAC ATTATGAATC TGAAGTGGAG ACCTTGACTA AAGAAATAAA TGATAAGAAA
AAATATCCTG CATTTGCATA TTGTAGGCGT GGAGCTATTT ATAGGAAACT GGGAAAGTTA
CAGAGTGCCA TGACAGATAT ACAGGAAGCT ATATTTTTGG AGCCATTGTT TCTCAATGCC
TATTGGCACC GACATTTCAT TTATCTCTTT CAAGATAAAA TTAATGAAGC TTTGGATGAT
TTGAATTATA TAAATAAATA TAATAAAAAT AATGCAGAGG CATATTTGTC AAAGGCAGAA
ATTTACAGGA GAAGAAAAGA CATTACTTTA GCGATTCTAA ACTATACCCA GGCAATTAAG
TGCAAGCCCA TGGATGCCGA CATTTATTTC AGGAGGGGTG AGATGTATGA AATAGCAAAC
AAATTACTGG CCATTGATGA CTTTTCTAAA TGTATTTTTT ATGATCCCAA AAGAACAGAT
GCATTATTGA AACGTGGGAC ATTTTACTAT GAAAATGAAA ACTGGATTTC AGCCATACAA
GATTTTACAG CTCTATTAAA TATAGATCCC CAAAATTCTC AAGCCAGGAC GTACAGAGGA
AGAGCATATT TTAAACGGCA ATTTTATAAG CAAGCAACTC AAGATTTTTC TGCTGCAATT
CACTTAGATC CTAATAACTG GTTAGCTTTG TATTATAGAG CCTGCTTATT TAGAAAGAGC
AGCCCTTTTA GAGCACTACG GGATTATAGC GTTTCAGCTC TCATAAATGA TGGCTATGAG
AATCTCGGTT GTTTTCTACA TCGGGGCATA CTCTATGCAG ATCTAAAACT TTGGTTGCTG
GCAATCTGTG ACTTTGAAAC TGTTATTTCT CTTGAAAGAA CTGTTATTTT GGCTTACATA
AATATTGGCC TTATACATCT GCTGTACTTG GATAACTACT TTGAAGCTAC TTGGCACTTT
TCTGAGGCTA TTAGACTTGA TCCTTTATAT ATTCAAAGCT ATATTTGTCG AGCAGAAACC
TATCAGAAGT TGCATAAACT GAAAAAGGCA GTAAGAGAGT TATCTCGTGC TATCCACCTT
CAGCCAGATG GAATCCAATT ATATATAATA AGAGGACAGT ATCTTCTTAT GATGAAATGT
TATGATCTTG CAAAGTTTAC TATTTATCAA GTAGCAGAAA TGAACAAAGG TCTCATTGAG
TTGAGTCCTA TTCAGCAAGC ACTTATTTAT TCATTTTGTA AAAACCATGA CAAGGCCATT
CAGGTCTTGG ATGGGATCAC TGTGAACAGG CCTGAGCTCA CCATGTATAC CCTATTAGCA
AAAGCCCAAA TGAAGGCCAA GAGAAACAAG GAAGCTGTGA GAATGTTTAA AAAGGCTTTG
GATATCTTTT CTCATTCTGA TAAAGGACCA AATGCCATAC AAGCTTCAGC AGACTGTCTG
TATAACTTGG GTCTTTGTTA CATGGAGGAA GGCAACGTAC AAATGGCTTT TGATTGTTTT
ACAAAAGCTG TGAAAGCAAA TCCTGAATTT GCAGAAGGCT TTTATCAACG TGGGCTTTGT
AAAGTAAAAC TCCACAAGGA TAGCTCGGTC CTGGATTTTA ATCGTGCAAT CACCCTCAAT
CCGAAACATT ACCAGGCATA CTTAAGCCGA GTAGCCTTCT ACGGTTTGAA AGGGAGGTAC
TCCAAAGCAA TACTGAATTG TAACGAGGCC ATCAAAATTT ACCCTCAGAG CGTGCGCGCC
TATATCTACA GAGGAGTTCT GAAACACTAC AACAAGACTT ATCAGCTAGC AATTACAGAT
TTAACTACAG CTATCAATAT GGACAAAAAC AGTTATGTAG CATTTTATAA CAGAGCATTA
TGTTACACCA AGATAAATGA ACTTCGAATG GCATTAATGG ATTATGGAAT TGTGCTTCTT
CTTGATGCTG GAGAAACTGT GACGTTAAAT ACGTTCATTA ATCGTGGACT CATCTATGTA
GAGCTGGAGC AGCATAGTTT CGCATTGGAG GATTTTAAAC AAGCTGCACT AATAAGCAAG
ACTAATGTGA GCCTTTGTCA AGCCACTGCC ATGTGCCATC ACAGAAATAA GGAGTTTGAA
GAAGCCGTTG ATTTCTTCAC CTGGGCTCTT AAAATTAATC CCTGTTTTCT GGATGCTTAT
GTCGGACGGG GAAATTCTTA CATGGAATAT GGCCACGAGA AAGCCACTGA ACAAGCACAG
AAGGACTTTC TGAAAGCATT GCACATTAAT CCAACATATA TGAAAGCCAG AATTAGCCTA
GGCTATAATT TGCAGGCCCA AGGAAAATTC CAGAAAGCGT GGAATCACTT TACCATTGCC
ATAGAAGTGG ATCCAAAATG TTACTTAGCC TATGAAGGAA GAGCTGTGGT CTGTCTTCAG
ATGGGTGATA ATTTTGCTGC AATTCAAGAC ATTAATGCTG CCATAAAGAT CAATACTACA
GCAGAATTCT TAACGAATCG TGGTGTGATT CATCAGTTTA TGGGTCAACA ACAGAATGCA
ATGAAAGACT ATCAAGCAGC AATTTCTCTA AACCCCACGT ATTCACTGGC TTACTTTAAC
GCAGGAAATA TCTATTTTCA CCACAGGCAG TTTTCCCAGG CCAGCGACTA CTTCTCAAAG
GCTTTAAAGT TTGATCCAGA AAATGAATGT GCTACCATGA ATCGAGCTAT TGCAAATACG
ATATTAAAGA AATACAAAGA AGCAAAAGAA GATTTTGCAT GTGTGGCTGA AAGCTGTCCC
TTCTGGGCTG CAGTATATTT TAACAGAGCT CACTTCCACT GTTGTTTAAA GCAATATGAA
TTAGCTGAGG AAGACCTAAG TAAAGCCCTG TCTTTGAAGC CTGATGACGC TCTAGTCTAT
AAGCTTAGAG CAGAAGTCCG CGGAAAAATC GGTCTCGTCG GGGAAGCTGT GGCCGACTAT
GTTCAAGCGC TCAACCTTCA AGAGTATGCC TCGGTGGTAT GAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
-
PubMed
-
-
Most Popular Services
-
Services & Products
-
News & Blogs
- Quick and economical method of determining the specificity of antibody drug lead and target-binding moiety for the target
- From “Cold” to “Hot” Tumors with Masked Interleukin-12
- A newly discovered fluorescent reporter protein could help cells shine brighter
- Novel CRISPR-based Non-viral Approach for CAR T Cell Generation
- Keeping your age a secret? Bacteria can tell the truth!
- Nature always has a plan B
- Scientists Discover a Possible Diagnostic Marker of Chronic Traumatic Encephalopathy
- A single dose peptide vaccine can relieve the tumor-genscript
-
-
-
PubMed
-
