TTC37 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	TTC37
Entrez Gene ID	100479521
Full Name	tetratricopeptide repeat domain 37
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002927867.3	XP_002927913.2	tetratricopeptide repeat protein 37

Pathways from BioSystems
Gene Ontology

The following TTC37 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTC37 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
OAc29591	XM_002927867.3 Latest version!	Ailuropoda melanoleuca tetratricopeptide repeat domain 37 (TTC37), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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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)

TTC37 ( XM_002927867.3 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_002927913.2 Ailuropoda melanoleuca tetratricopeptide repeat domain 37 (TTC37), mRNA.

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CloneID	OAc29591
Clone ID Related Accession (Same CDS sequence)	XM_002927867.3
Accession Version	XM_002927867.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4605bp) 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	1482768000000
Organism	Ailuropoda melanoleuca(giant panda)
Product	tetratricopeptide repeat protein 37
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218651.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_002927867.2. ##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##

ATGCGCATGC GCTCAGATTC CAGCCTTGGC GTTTGGAGGA GAAGCATCTG TACCAGGATG 
TCCAGCAAGG AGGTAAAGAC TGCTCTAAAA AGTGCTAGAG ATGCAATCAG AAACAAAGAA 
TACAAAGAAG CTTTGAAACA TTGTAAGGGG TTAGCAAGCT TGTATGAGAA ATGTAATCAC 
ATAAATGCTA AGGATGACTT ACCTGGTGTT TACCAGAAGC TCCTGGATCT TTATGAAAGT 
GTTGACAAAC AGAAGTGGTG CGATGTCTGT AAGAAACTTG TGGATCTATA TTACCAAGAA 
AAGAAACACG TAGAGGTAGC CCGAACATGG CACAAATTGA TAAAGACACG GCAGGAAGAA 
GGTGCAGACA ACCAAGAGCT TCATCAGCTG TGGAGGAAAT TGACTCAGTT GCTAGCTGAG 
AGTACTGAGG ATCAGAATAA TGAGACCCAG CAATTGCTTT TAACTGCTTT TGAGAATGCA 
CTGGACTTAT CAGATAAGAT TCCTAGTGAA GATCACCAAG TACTTTATAG ACATTTCATT 
CACTGTTTAT CCAAATTTCC TCATGAGACT GCTAGATTGA AGAAGGCCTG TGAAGGAATG 
ATAAACATCT ATCCCACGGT ACAATATCCA TTAGAAGTGC TTTGTTTGCA TTTAATTGAA 
TCAGGCAGTC TTACTGAGGA AGGACAGCAG TATTGTTGCA GACTAGTGGA AATGGATTCC 
AAAAGTGGCC CAGGCTTCAT TGGTTTAGGC ATTAAAGCAT TACAAGACAA AAAGTATGAA 
GATGCTGTTA GGAACCTAAC AGAAGGGTTG AAGGAAAGCC CTCTTTGCAC AACTGGATGG 
TATCATCTGG CAGAAGCTCA GGTTAAAATG CATAGACCTA AGGAAGCTGT TCTTTCATGC 
AATCAAGCTC TGAAGAACAT AGATAATCTT GGTGTGTCTG GTGGCAGTCT TCATCAGAAG 
AATCTTTGTC TCCGTTTGAA AGCAGAGGCT TTGATTAAAC TCTCAGATTA TGAATCTTCG 
GTGGAAGCAA TTTGTACTCT TGATCAGGTT TCTGATGCAA ATAATATCCC AGGACTTTTA 
GTTCTTAAAA GCTTGGCCTA TCTGAACAAA GGCTCATTAG ATGAAGCTTC AAAGATTATG 
GAAGACCTTC TCTCTTCCTA CCCTGACCTA GCTGAAGTTC ATGCCCTGGA GGCTTTGATT 
CATTTTACCA AAAAGGACTA TCTGCGAGCA GAGAAATGTT TTCAGAGAGC GCTTGAGAAA 
GATGCTGAAG TTGCTGAATA TCATTACCAA CTTGGGTTAA CATATTGGTT CATGGATGAA 
GAAACAAGAA AAGATAAAAC AAAGGCTCTT ACCCACTTTC TAAAGGCTGC CAGACTGGAT 
ACATACATGG GCAAAGTCTT CTGCTATTTA GGTCATTACT ACAGAGATGT GGTAGGAGAT 
AAAAACAGAG CCCGCGGCTG TTACAGGAAA GCTTTTGAAT TAGATGATAC TGATGCTGAG 
TCTGGAGCTG CAGCAGTTGA CTTAAGCGTG GAGCTTGAAG AGATGGAAAC TGCCTTAGCT 
ATCCTAACAA CAGTAACTCA AAAGGCAAGT GCTGGAACGG CAAAATGGGC CTGGCTCAGG 
CGAGGACTAT ACTATTTGAA AGCTGGTCAG CATTCTCAAG CTGTGGCTGA TTTACAGGCA 
GCATTAAGGG CAGACCCAAA GGACTTCAAT TGTTGGGAGT CATTAGGAGA GGCATACTTA 
AGCAGAGGTG GCTATACGAC AGCCTTGAAA TCCTTCACAA AAGCCAGTGA GCTGAACCCA 
GAATCCACAT ACAGTGTGTT TAAGGTTGCA GCAATACAGC AAATCCTAGG CAAATATAAG 
GAGGCGATAG CTCAATACCA GCTGATCATT AAAAAGAAAG AAGATTATGT GCCGGCTTTG 
AAAGGTTTGG GCGAATGCCA TCTCATGATG GCAAAAGCGG CTCTAGTCGA TTATCTTGAT 
GGGAAAGCTG TAGACTACAT AGAAAAAGCA CTGGAATATT TTACTTGGGC TCTGCAGCAT 
CAAGCTGATG TGTCTTGCCT TTGGAAGCTA GTTGGGGATG CTTGTACCAG TCTGTATGCT 
GTCTCACCAT CTAAAGTGAA TGTTAATGTT TTAGGAGTCC TTCTAGGTCA GAAAGAAGGA 
AAACAAGTAT TAAAGAAGAA TGAGCTCCTC CATCTTGGAG GAAGGTGTTA TGGTCGTGCA 
TTAAAACTGA TGTCTACATC TAATACGTGG TGTGATCTTG GAATTAATTA TTATCGCCAA 
GCACAACATC TAGCAGAAAC AGGCAACAAT ACAAATGATC TTAAAGAGTT GTTGGAGAAA 
TCTTTACATT GTCTGAAAAA GGCAGTGAGA CTTGACAGTA AAAATCACTT ATACTGGAAT 
GCTCTTGGTG TGGTTTCATG TCACAATGGT ATTGGAAATT ACGCCCTTGC TCAACACTGT 
TTCATCAAGT CTATCCAGTC GGAACAAATT AATGCTGTTG CATGGACCAA CTTGGGAGTG 
TTATACCTTG CAAATGAAAA CATTGAGCAA GCTCATGAAG CTTTCAAAAT GGCTCAGTCT 
CTTGATCCAT CTTATTTAAT GTGCTGGATT GGACAAGCTC TTATTGCAGA GACAGTTGGA 
AGTTATGACA CTATGGATCT TTTCAGGCAC ACTACAGAAC TCAGTATGCA TACTGAGGGA 
GCAATAGGTT ATGCTTACTG GGTCTGTACA ACATTGCAAG ATAAAAGCAA CAGAGATACA 
GAGCTATACC GATACAACAT TGTTCAGATG AATGCTATTC CAGCAGCACA AGTTGTTTTG 
AGTAAATACA TAGAAAGAAT TCAGAATTAT GCTCCAGCTT TCACAATGTT GGGTTACTTA 
AATGAACATC TGCAACTGAA AAAGGAAGCC GCAGATGCAT ACCAAAGGGC AATGTTATTG 
TTACAGAGTG CGGAAGACCA AGATACTTAC AATGTTACAG TAAGAAATTA TGGCAGATTG 
TTATGTTCCA TTGGTGAATA TGATAAAGCT ATCCAGGCTT TTAAGTCAAC ACCCCTTGAA 
GAGTTGGAAG ACCTAATAGG TTTTGCATTG GCTTTATTTA TGAAAGGTCT GTATAAAGAT 
AGCAGCAAAG CCTATGAGAG AGCCTTGTCG ATTGTTGAAT CAGAGCAGGA TAAAGCCCAT 
GTCTTGACAG CTCTGGCGAT AACGGAGTAT AAACAAGGAA AAATGGATGT AGCCAAGACA 
TTGCTATTTA AATGCTCTAT CTTAAAGGAA CCAACCACAG AAAGCCTTCA AGCCCTGTGT 
GCTCTGGGAT TGACAATGCA GGATGCTACA CTGTCAAAAG CAGCACTTAA TGAATTACTG 
AAGCACATCA AACAGAAAGA TGATTATCCC AAGTGCCTTC TTACTTCAGC GATTTATGCA 
CTGCAGGGCC GCAGTGTGGC AGTGCAGAGA CAAGCATCTA AAGCTGTTCA CAGTAACCCA 
GCTGATCCTG CTCTTTGGTC TTTGTTGTCC CGAGTAGTCA CTCAGTATAC TCACCGAAGT 
GCAAAGGGAG GTGCTGTAGC AGGAAATGTG GCTCATATTT TGGACTCAAA TCATGGAAAG 
AAGGCGTTAC TGTATACTGC AGTAAATCAG TTAGCTATGG GAAGCAGTTC AGCAGAAACT 
GAAAACAATA TTGCACTGAA GACCATTCAG AAAGCAGCTC TTCTTTCTCC AGGTGATCCT 
GCTGTCTGGG CTGGGCTAAT GGCAGCCTGT CATGCTGATG ACAAACTGGC TCTAGTGAAC 
AACACTCAGC CAAAGAGAAT GGATTTGTAC TTGGCACTGT TGTCTGCTGT TTCTGCTTCA 
ATTAAAGACA AAGAATTCCT TAAGGATTAT AACCAATCTC TTGAAAAGTG GTCTCTCTCC 
CAAGCTGTCA CTGGTCTAAT AGACACAGGA AGAATATCTG AAGCTGAAGC CCTCTGCACA 
AAGAATTTAA AAAGTAACCC TGATCAGCCA GCTGTTATCT TACTTTTGAG ACAAGTTCAG 
TGTAAACCAC TCCTGGAGTC ACAAAGCCCT CTCCCAGACG CTGTACTTGA AGAGCTGCAA 
AAAGCAGTCA TGTCCAACTC AGCCTCTGTT CCAGCTTGGC AGTGGCTGGC ATACATATAT 
CAGTCCCAAG GAATGATGGG TGCTGCAGAG ATGTGTTACA GAAAGAGTCT ACAAGTAGCA 
TCCCAACAGG GCAGTTGGAG TGGGAAGCTG TCGAGTCTGT TGAGACTAGC TCTCCTTGCT 
TTAAAAGCCT ACATGGCTAA TATTTCCAAT GATCACTGGT CATCTTTGGT TCAAGAAGCT 
ACAACTGAGG CCTTGAAACT TTGCTTTTGT CCATTGGCTG TCTTTTTACA AGCTTTGTTA 
CAATTCAACC GCAAAATGGG GGCAAGAGAG ACACGGCGAC TTTTGGAAAG AGTGGTGTAT 
CAGCCTGGGT ATCCCAAGTC TATTGTATCA ACTGCACGTT GGTATCTGCT GAGACACTTA 
CATGCCAAAA ATGACTACGA GCTTATTGAT GTGCTGATAA ACAATGCCAA AACTCATGGA 
GATACAAGAG CATTGGAATT GAATCAGAAA TTGTCCTCAG AGTAA

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

RefSeq	XP_002927913.2
CDS	2..4606
Translation	MRMRSDSSLGVWRRSICTRMSSKEVKTALKSARDAIRNKEYKEALKHCKGLASLYEKCNHINAKDDLPGVYQKLLDLYESVDKQKWCDVCKKLVDLYYQEKKHVEVARTWHKLIKTRQEEGADNQELHQLWRKLTQLLAESTEDQNNETQQLLLTAFENALDLSDKIPSEDHQVLYRHFIHCLSKFPHETARLKKACEGMINIYPTVQYPLEVLCLHLIESGSLTEEGQQYCCRLVEMDSKSGPGFIGLGIKALQDKKYEDAVRNLTEGLKESPLCTTGWYHLAEAQVKMHRPKEAVLSCNQALKNIDNLGVSGGSLHQKNLCLRLKAEALIKLSDYESSVEAICTLDQVSDANNIPGLLVLKSLAYLNKGSLDEASKIMEDLLSSYPDLAEVHALEALIHFTKKDYLRAEKCFQRALEKDAEVAEYHYQLGLTYWFMDEETRKDKTKALTHFLKAARLDTYMGKVFCYLGHYYRDVVGDKNRARGCYRKAFELDDTDAESGAAAVDLSVELEEMETALAILTTVTQKASAGTAKWAWLRRGLYYLKAGQHSQAVADLQAALRADPKDFNCWESLGEAYLSRGGYTTALKSFTKASELNPESTYSVFKVAAIQQILGKYKEAIAQYQLIIKKKEDYVPALKGLGECHLMMAKAALVDYLDGKAVDYIEKALEYFTWALQHQADVSCLWKLVGDACTSLYAVSPSKVNVNVLGVLLGQKEGKQVLKKNELLHLGGRCYGRALKLMSTSNTWCDLGINYYRQAQHLAETGNNTNDLKELLEKSLHCLKKAVRLDSKNHLYWNALGVVSCHNGIGNYALAQHCFIKSIQSEQINAVAWTNLGVLYLANENIEQAHEAFKMAQSLDPSYLMCWIGQALIAETVGSYDTMDLFRHTTELSMHTEGAIGYAYWVCTTLQDKSNRDTELYRYNIVQMNAIPAAQVVLSKYIERIQNYAPAFTMLGYLNEHLQLKKEAADAYQRAMLLLQSAEDQDTYNVTVRNYGRLLCSIGEYDKAIQAFKSTPLEELEDLIGFALALFMKGLYKDSSKAYERALSIVESEQDKAHVLTALAITEYKQGKMDVAKTLLFKCSILKEPTTESLQALCALGLTMQDATLSKAALNELLKHIKQKDDYPKCLLTSAIYALQGRSVAVQRQASKAVHSNPADPALWSLLSRVVTQYTHRSAKGGAVAGNVAHILDSNHGKKALLYTAVNQLAMGSSSAETENNIALKTIQKAALLSPGDPAVWAGLMAACHADDKLALVNNTQPKRMDLYLALLSAVSASIKDKEFLKDYNQSLEKWSLSQAVTGLIDTGRISEAEALCTKNLKSNPDQPAVILLLRQVQCKPLLESQSPLPDAVLEELQKAVMSNSASVPAWQWLAYIYQSQGMMGAAEMCYRKSLQVASQQGSWSGKLSSLLRLALLALKAYMANISNDHWSSLVQEATTEALKLCFCPLAVFLQALLQFNRKMGARETRRLLERVVYQPGYPKSIVSTARWYLLRHLHAKNDYELIDVLINNAKTHGDTRALELNQKLSSE

Target ORF information:

RefSeq Version	XM_002927867.3
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca tetratricopeptide repeat domain 37 (TTC37), mRNA.

Target ORF information:

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

XM_002927867.3

ORF Insert Sequence:

ATGCGCATGC GCTCAGATTC CAGCCTTGGC GTTTGGAGGA GAAGCATCTG TACCAGGATG 
TCCAGCAAGG AGGTAAAGAC TGCTCTAAAA AGTGCTAGAG ATGCAATCAG AAACAAAGAA 
TACAAAGAAG CTTTGAAACA TTGTAAGGGG TTAGCAAGCT TGTATGAGAA ATGTAATCAC 
ATAAATGCTA AGGATGACTT ACCTGGTGTT TACCAGAAGC TCCTGGATCT TTATGAAAGT 
GTTGACAAAC AGAAGTGGTG CGATGTCTGT AAGAAACTTG TGGATCTATA TTACCAAGAA 
AAGAAACACG TAGAGGTAGC CCGAACATGG CACAAATTGA TAAAGACACG GCAGGAAGAA 
GGTGCAGACA ACCAAGAGCT TCATCAGCTG TGGAGGAAAT TGACTCAGTT GCTAGCTGAG 
AGTACTGAGG ATCAGAATAA TGAGACCCAG CAATTGCTTT TAACTGCTTT TGAGAATGCA 
CTGGACTTAT CAGATAAGAT TCCTAGTGAA GATCACCAAG TACTTTATAG ACATTTCATT 
CACTGTTTAT CCAAATTTCC TCATGAGACT GCTAGATTGA AGAAGGCCTG TGAAGGAATG 
ATAAACATCT ATCCCACGGT ACAATATCCA TTAGAAGTGC TTTGTTTGCA TTTAATTGAA 
TCAGGCAGTC TTACTGAGGA AGGACAGCAG TATTGTTGCA GACTAGTGGA AATGGATTCC 
AAAAGTGGCC CAGGCTTCAT TGGTTTAGGC ATTAAAGCAT TACAAGACAA AAAGTATGAA 
GATGCTGTTA GGAACCTAAC AGAAGGGTTG AAGGAAAGCC CTCTTTGCAC AACTGGATGG 
TATCATCTGG CAGAAGCTCA GGTTAAAATG CATAGACCTA AGGAAGCTGT TCTTTCATGC 
AATCAAGCTC TGAAGAACAT AGATAATCTT GGTGTGTCTG GTGGCAGTCT TCATCAGAAG 
AATCTTTGTC TCCGTTTGAA AGCAGAGGCT TTGATTAAAC TCTCAGATTA TGAATCTTCG 
GTGGAAGCAA TTTGTACTCT TGATCAGGTT TCTGATGCAA ATAATATCCC AGGACTTTTA 
GTTCTTAAAA GCTTGGCCTA TCTGAACAAA GGCTCATTAG ATGAAGCTTC AAAGATTATG 
GAAGACCTTC TCTCTTCCTA CCCTGACCTA GCTGAAGTTC ATGCCCTGGA GGCTTTGATT 
CATTTTACCA AAAAGGACTA TCTGCGAGCA GAGAAATGTT TTCAGAGAGC GCTTGAGAAA 
GATGCTGAAG TTGCTGAATA TCATTACCAA CTTGGGTTAA CATATTGGTT CATGGATGAA 
GAAACAAGAA AAGATAAAAC AAAGGCTCTT ACCCACTTTC TAAAGGCTGC CAGACTGGAT 
ACATACATGG GCAAAGTCTT CTGCTATTTA GGTCATTACT ACAGAGATGT GGTAGGAGAT 
AAAAACAGAG CCCGCGGCTG TTACAGGAAA GCTTTTGAAT TAGATGATAC TGATGCTGAG 
TCTGGAGCTG CAGCAGTTGA CTTAAGCGTG GAGCTTGAAG AGATGGAAAC TGCCTTAGCT 
ATCCTAACAA CAGTAACTCA AAAGGCAAGT GCTGGAACGG CAAAATGGGC CTGGCTCAGG 
CGAGGACTAT ACTATTTGAA AGCTGGTCAG CATTCTCAAG CTGTGGCTGA TTTACAGGCA 
GCATTAAGGG CAGACCCAAA GGACTTCAAT TGTTGGGAGT CATTAGGAGA GGCATACTTA 
AGCAGAGGTG GCTATACGAC AGCCTTGAAA TCCTTCACAA AAGCCAGTGA GCTGAACCCA 
GAATCCACAT ACAGTGTGTT TAAGGTTGCA GCAATACAGC AAATCCTAGG CAAATATAAG 
GAGGCGATAG CTCAATACCA GCTGATCATT AAAAAGAAAG AAGATTATGT GCCGGCTTTG 
AAAGGTTTGG GCGAATGCCA TCTCATGATG GCAAAAGCGG CTCTAGTCGA TTATCTTGAT 
GGGAAAGCTG TAGACTACAT AGAAAAAGCA CTGGAATATT TTACTTGGGC TCTGCAGCAT 
CAAGCTGATG TGTCTTGCCT TTGGAAGCTA GTTGGGGATG CTTGTACCAG TCTGTATGCT 
GTCTCACCAT CTAAAGTGAA TGTTAATGTT TTAGGAGTCC TTCTAGGTCA GAAAGAAGGA 
AAACAAGTAT TAAAGAAGAA TGAGCTCCTC CATCTTGGAG GAAGGTGTTA TGGTCGTGCA 
TTAAAACTGA TGTCTACATC TAATACGTGG TGTGATCTTG GAATTAATTA TTATCGCCAA 
GCACAACATC TAGCAGAAAC AGGCAACAAT ACAAATGATC TTAAAGAGTT GTTGGAGAAA 
TCTTTACATT GTCTGAAAAA GGCAGTGAGA CTTGACAGTA AAAATCACTT ATACTGGAAT 
GCTCTTGGTG TGGTTTCATG TCACAATGGT ATTGGAAATT ACGCCCTTGC TCAACACTGT 
TTCATCAAGT CTATCCAGTC GGAACAAATT AATGCTGTTG CATGGACCAA CTTGGGAGTG 
TTATACCTTG CAAATGAAAA CATTGAGCAA GCTCATGAAG CTTTCAAAAT GGCTCAGTCT 
CTTGATCCAT CTTATTTAAT GTGCTGGATT GGACAAGCTC TTATTGCAGA GACAGTTGGA 
AGTTATGACA CTATGGATCT TTTCAGGCAC ACTACAGAAC TCAGTATGCA TACTGAGGGA 
GCAATAGGTT ATGCTTACTG GGTCTGTACA ACATTGCAAG ATAAAAGCAA CAGAGATACA 
GAGCTATACC GATACAACAT TGTTCAGATG AATGCTATTC CAGCAGCACA AGTTGTTTTG 
AGTAAATACA TAGAAAGAAT TCAGAATTAT GCTCCAGCTT TCACAATGTT GGGTTACTTA 
AATGAACATC TGCAACTGAA AAAGGAAGCC GCAGATGCAT ACCAAAGGGC AATGTTATTG 
TTACAGAGTG CGGAAGACCA AGATACTTAC AATGTTACAG TAAGAAATTA TGGCAGATTG 
TTATGTTCCA TTGGTGAATA TGATAAAGCT ATCCAGGCTT TTAAGTCAAC ACCCCTTGAA 
GAGTTGGAAG ACCTAATAGG TTTTGCATTG GCTTTATTTA TGAAAGGTCT GTATAAAGAT 
AGCAGCAAAG CCTATGAGAG AGCCTTGTCG ATTGTTGAAT CAGAGCAGGA TAAAGCCCAT 
GTCTTGACAG CTCTGGCGAT AACGGAGTAT AAACAAGGAA AAATGGATGT AGCCAAGACA 
TTGCTATTTA AATGCTCTAT CTTAAAGGAA CCAACCACAG AAAGCCTTCA AGCCCTGTGT 
GCTCTGGGAT TGACAATGCA GGATGCTACA CTGTCAAAAG CAGCACTTAA TGAATTACTG 
AAGCACATCA AACAGAAAGA TGATTATCCC AAGTGCCTTC TTACTTCAGC GATTTATGCA 
CTGCAGGGCC GCAGTGTGGC AGTGCAGAGA CAAGCATCTA AAGCTGTTCA CAGTAACCCA 
GCTGATCCTG CTCTTTGGTC TTTGTTGTCC CGAGTAGTCA CTCAGTATAC TCACCGAAGT 
GCAAAGGGAG GTGCTGTAGC AGGAAATGTG GCTCATATTT TGGACTCAAA TCATGGAAAG 
AAGGCGTTAC TGTATACTGC AGTAAATCAG TTAGCTATGG GAAGCAGTTC AGCAGAAACT 
GAAAACAATA TTGCACTGAA GACCATTCAG AAAGCAGCTC TTCTTTCTCC AGGTGATCCT 
GCTGTCTGGG CTGGGCTAAT GGCAGCCTGT CATGCTGATG ACAAACTGGC TCTAGTGAAC 
AACACTCAGC CAAAGAGAAT GGATTTGTAC TTGGCACTGT TGTCTGCTGT TTCTGCTTCA 
ATTAAAGACA AAGAATTCCT TAAGGATTAT AACCAATCTC TTGAAAAGTG GTCTCTCTCC 
CAAGCTGTCA CTGGTCTAAT AGACACAGGA AGAATATCTG AAGCTGAAGC CCTCTGCACA 
AAGAATTTAA AAAGTAACCC TGATCAGCCA GCTGTTATCT TACTTTTGAG ACAAGTTCAG 
TGTAAACCAC TCCTGGAGTC ACAAAGCCCT CTCCCAGACG CTGTACTTGA AGAGCTGCAA 
AAAGCAGTCA TGTCCAACTC AGCCTCTGTT CCAGCTTGGC AGTGGCTGGC ATACATATAT 
CAGTCCCAAG GAATGATGGG TGCTGCAGAG ATGTGTTACA GAAAGAGTCT ACAAGTAGCA 
TCCCAACAGG GCAGTTGGAG TGGGAAGCTG TCGAGTCTGT TGAGACTAGC TCTCCTTGCT 
TTAAAAGCCT ACATGGCTAA TATTTCCAAT GATCACTGGT CATCTTTGGT TCAAGAAGCT 
ACAACTGAGG CCTTGAAACT TTGCTTTTGT CCATTGGCTG TCTTTTTACA AGCTTTGTTA 
CAATTCAACC GCAAAATGGG GGCAAGAGAG ACACGGCGAC TTTTGGAAAG AGTGGTGTAT 
CAGCCTGGGT ATCCCAAGTC TATTGTATCA ACTGCACGTT GGTATCTGCT GAGACACTTA 
CATGCCAAAA ATGACTACGA GCTTATTGAT GTGCTGATAA ACAATGCCAA AACTCATGGA 
GATACAAGAG CATTGGAATT GAATCAGAAA TTGTCCTCAG AGTAA

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

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TTC37 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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