USF3 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	USF3
Entrez Gene ID	100471778
Full Name	upstream transcription factor family member 3
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002923491.3	XP_002923537.1	basic helix-loop-helix domain-containing protein USF3

Pathways from BioSystems
Gene Ontology

The following USF3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the USF3 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
OAc10752	XM_002923491.3 Latest version!	Ailuropoda melanoleuca upstream transcription factor family member 3 (USF3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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)

USF3 ( XM_002923491.3 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_002923537.1 Ailuropoda melanoleuca upstream transcription factor family member 3 (USF3), mRNA.

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CloneID	OAc10752
Clone ID Related Accession (Same CDS sequence)	XM_002923491.3
Accession Version	XM_002923491.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6702bp) 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	basic helix-loop-helix domain-containing protein USF3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217990.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_002923491.2. ##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##

ATGCCAGAAA TGACAGAGAA TGAGACTCCT ACAAAAAAGC AGCACAGAAA GAAAAACCGG 
GAGACACATA ATGCAGTGGA GAGGCATAGA AAGAAGAAAA TCAATGCCGG AATAAACAGG 
ATAGGAGAGC TGATCCCATG TTCCCCTGCC CTAAAGCAGA GCAAGAATAT GATCCTGGAC 
CAAGCCTTTA AATATATAAC GGAACTGAAA AGGCAAAATG ATGAACTCCT GCTTAATGGA 
GGAAACAATG AACAAGCTGA AGAAATTAAA AAGCTACGTA AACAACTGGA AGAAATTCAA 
AAAGAAAATG GCCGATATAT TGAATTACTG AAAGCAAATG ACATATGCCT ATATGATGAC 
CCCACCATCC ACTGGAAAGG AAATCTGAAA AGCTCAAAGG TCTCTGTTGT TATTCCCAGC 
GATCAGGTTC AAAAAAATAT CATTGTTTAT TCCAATGGGA GTCAGCCTGG TGGAAATAGC 
CAGGGAACAG CTGTTCAGGG GATCACCTTT AACGTTGGTC ATAATTTACA AAAGCAAACT 
GCCAATGTGG TGCCAGTACA GAGGACTTGC AATCTTGTGA CTCCTGTGTC TATTTCTGGA 
GTTTACCCTT CTGAAAACAA GCCATGGCAT CAGACCACAG TTTCTGCATT GGCTGCGAAC 
CAGCCTGTTC CTCTTTGTCT TCCTGCTACC ATTTCTGCTC AAAATATTCT CGAGCTTTCC 
ACCTCCGAAA GCGAATCGAG TGTGCCTGGT GCCACCAGTG GCTCACTGAT CGCTGTTCCC 
ATTGGGCCTG AACCCCACCA ACATCGTTCC TTGCACACAT GTCTAAATGA ACAAAATTCT 
CCTGAAAATA AGAGTGGGCA TGAGAGCCCC AAATTAGTGA AGAAAACAGG CCCTTGTGCC 
ACAAGCATCC CCACCACCTC CTCAGCGACG GCTGCCAAAG CGCACCATGG AAGCAAGTCC 
TGCCTGAGCA TACAGGATTT CAGAAGTGAT TTCCAGACCA CCTTCGTCGT TTCAGTTACC 
ACCACGGTCT GCTCCCAGCC TCCCAGATCT GCAGGTGATT CTTGTCCAGT GAGCATTAGC 
AAGGGTGCAG ACTTGGCAGG GGTTACTGCG GTGGTGGCTC CTTCTGCCCC CGGAGGAGGG 
AAGACCACCA CTCCTGTAAG CACTCTCTCT GCAACCCCTT TGGAAAATAG TTGGACTCTT 
TCTTGTTCTT TGCCTTCTTC AAGTGTTAGC GCTTCAGATT TAAAAAGCAT GAATAGCCTT 
ACCCGAATTT CCTCCACTGG AAACACACAG ACAACGTGGA CTACTTTGCA CCTGGCGGGA 
AACACTGTTC AGCCCTTAAG CCAGACACCT TCTTCTGCTG TGACTCCGGT AGTAAATGAG 
TCTGGTACCA GCCCTCCCAC AACCAACCAC AGTAGACACG TCACTACAGG CGTCAACTTG 
AATAATTCCT TTCCAGCAGA TGGGCAGGCA GTTGAGCAAG TAGTTGTAAC CTTGCCTTCT 
TGCCCATCTT TACCTATGCA GCCACTGATT GCCCACCCAC AAGTTAAATC TCAGCCTCCA 
AAAAACATCC TTCCTTTGAA TTCAGCAATG CAGGTTATTC AGATGGCTCA GCCCGTTGGG 
TCGGCTGTTA ATGCAGCTCC AGCGAATCAA AACGTCATCA TTCTTCAGCC CCCCAGCACT 
ACCCCTTGCC CAACGGTGAT GAGAGCAGAG GTTCCCAACC AAACAGTAGG TCAGCAGATA 
GTGATCATAC AGGCAGCTAA TCAGAACCCC TTGCCGCTCC TCTCGGCTCC ACCTTCTGGT 
TCTGTTCGAC TCCCTGTCAA TGGAGCCAAT GCTCTAATAG GGTCTAATAA TTCAGTGCAA 
AATGTTTCGA CCCCACAGAC TTTTGGAGGA AAGCATCTTG TCCATATATT ACCAAGACCT 
TCATCTTTAT CAACATCTAG TTCAACACAA ACTTTTTCTG TTACCATGTC AAACCAACAA 
CAGCCTCAAA CCATTTCTTT AAATGGACAG CTCTTTGCTT TGCAGCCTGT GATGTCCTCA 
TCAGGAACTA CAAATCAAAC CCCTATGCAA ATTATACAAC CCACCACCAG CGAAGATCCA 
AATACCAATG TTGCCCTGAA TACATTTGGA GCTTTGGCCA GCCTCAATCA AAGCATATCA 
CAGATGGCTG GGCAGAGCTG TGTACAGTTG TCTATTAGCC AGCCTGCCAA TCCTCCAACT 
GCTGCAAATA GTCAGACCGC CCCAGTTAAC TGTGTTTCAT TAACAACAAC TGTAGCATCT 
GCCATGACAA CTGATAATTC AGCCACACTA CCCAGTACTT ACAATCTAGT AACTACTCCC 
TCAATGAACA CTGTAGCTTG TTTACCTAAT GTGAAGTCAA AAAGATTGAA TAAGAAGCCA 
GGTACCAAGA AACACTTAGC AGCTAACAAG TCAGCATGCC CCCTGAATCC AGTCAGAGAA 
GCGGGCAAGT TAGACTGCCC CAGCACTGAA GTGACATCAT GTAATAACGA TGGACTGTTG 
GAGAGCCTCC CTGTTGTGTT ACCATCTGTC ACCATGTCCC AGGCAAATAG CGTAAGTGTT 
TCTGGTTCAC ATTCTTTGGA TGTTCTGAAT TCTGAATCAG TGATACCTGA ATCTGTACCC 
AAATCTAAGT CTGCAGAAGA GACTAGCTCA CCCTCCCAAG AACCTGTAAC AAGTGAACAT 
TTTGTCATGG CCCCAGCAAA ATCCAAAGAT TCTATCCCCA TTTTGCAACG AGAGACATCT 
CAGGATAAGC CACCAACTAG TTTGGCATTG TCAGATGCTG CCAAATCCTG CACTTCGGCC 
AATGTGTTGA TTCCATCTCC AACTGATCCC CACATTTTGG TTTCTCAGGT TTCTGGTCTG 
TCATCTACCA CTAGCACTGC AAGTACCGAC TGTGTTTCCG AGGTAGAGAT CATTGCTGAA 
CCTTGCCGGG CGGAGCAAGA TGCATCCGAC ACGATGCAAA CGACTGGTCT CTTAAAGGGG 
CAGGGTTTGA CTGCACTGCT GTCTGGTCTG GCTAAAGAGA AAGACCCTCA GAAACTGTCT 
CTTTCAGTCC AGGTGGACCA TCCTGACTTT TCTTCGGAAA ATTCTAAAAT TGTTGATTCA 
GGTGTTGATT TACATCCCAA ACAGGAGGTC TTACTGATGA ACAGTGATGA TAGAGACCCG 
GGGCCACCTC ACTCCTGCGT CCCTGATCAG GAGGTTATCA GTGGTTCCTT GCTTGTCAGC 
AGGCAGGCTG ACTCTCCCAT GTCAACCAGC TCTGGCAGTA GTCGGAGTTT CTCAGTTGCA 
TCCATGCTTC CTGAAACGAC TAGAGAGGAT GTCACCAGCA GTACAACGAC TAATACGTGT 
GACAGCTGTA CCTTTGTGGA GCAAACTGAC ATAGTTGCTC TTGCGGCAAG AGCTATTTTT 
GACCAGGACA ACCTCGAGAA GGGAAGAGCT GGAAGCCAGG CTGATATGAG GGAAGTTACT 
TCGAAGCCTT CCGAAGCGTC ACCTTTAGAG GGGGATCAGC CTTTCAAAAC ACAGATCTCT 
AAAGAGGGTG GAGCAGGACA GGCAGAAGTA ACACCAAATG AATTTAATTC TCAGGATTCG 
ATTGAAGCCA CGGTGGATCG GCCCCTTGGG AAACCAAGTT GTTCTATAGG AATTAAAACA 
TCAAATGCCT CTTTACAGGT TTCGACTTCT CAGCCGCCGA GCATCACCAG TTTGAGTGTA 
AATAATCTTA TCCACCAGAG CAGCATCAGC CATCCTCTGG TCAGCTGTGC TGGTTTGTCC 
CAAACTTCAG AGCAAACAAC TGTTCCTGCG ACAGTTAATC TGACGGTTGC ATCTAGCTCC 
TATGCCACTC AGCCTCCTGG ACCGGCTCTG ATGACTGAAT ATCCCCAGGA ACAGCTGAAT 
ACCATTCCTG GCACCATACC AAATCCACAG ATTCAAGAGC CACTCTTAAA GCCAAGTCAG 
GAAAGCCGCA AAGACTCTGC TAAGCGTGCT GTCCAAGATG ACCTTTTATT GTCTTCAGCT 
AAACGTCAAA AGCATTGTCA GCCAGCCCCA CTGAGGCTTG AGGCTATGTC CCTGATGAGC 
CGAACTCCAG ACAGCATTTC TGATCAGGCT CAGATGATCG TCAGTCAGCT CCCTCCCAAC 
TCTGCGAACT CTGTTGTGCC TCTTAGCAAC CCAGCACATG GAGATGGCCT TACCCGATTA 
TTTCCACCTA GTAACAATTT TGTGGCCCCG GCACTGAGGC AAGTGGAAGT CCAGTGCAGT 
TCTCAGAATT CAGTCGCTGA GCAACAGCAA ACCCAGGCCA GTCAACATCT CCAGGCCCTG 
CAACAGCATG TTCCAGCCCA GGGGGTATCC CACCTGCACA GTAACCACCT CTACGTAAAG 
CAGCAGCAGC AGCAGCAAGC AGGGCAGTTA CGAGAGAGGC ATCATTTATA TCAGCTGCAG 
CATCATGTAC CTCACGCAGA GAGCTCTGTC CACTCTCAGC CCCATAATGT CCACCAACAG 
AGGACTCTAC AACAGGAAGT TCAGATGCAG AAAAAGAGGA ATCTTGTTCA GGGCACTCAG 
ACCTCTCAGC TTTCCTTACA ACCAAAGCAC CATGGAACTG ACCAGTCCCG ACCCAAGAGC 
GGTCAGCCAC ATCCCCACCA TCAGCAGATG CAGCAGCAGA TGCAGCAACA TTTTGGAAGT 
TCCCAACCGG AGAAGAGTTG TGAAAACCCT TCAACTAGCC GGAACCACCA TAACCATCCC 
CAGAACCATC TCAATCAAGA TATTATGCAC CAGCAGCCGG ATGTGGGAAG CAGGCAGCAA 
GGTTCAGGGG TTTCTTCAGA ACACGTATCT GGGCATAATC CAATGCAGAG GCTTTTGACA 
TCAAGAGGCA TAGAGCAGCA AATGGTGTCC CAACCAAGTA TTGTGACTAG ACCTTCAGAC 
ATGACCTGCA CTCCACACAG GCCGGAGAGA AATAGAGTTT CAAGTTATTC TGCTGAGGCA 
CTTATTGGAA AGACATCTTC TAATTCAGAG CAGAGAATGG GTATATCAAT TCAGGGCTCC 
AGAGTTTCAG ATCAGCTTGA AATGAGAAGC TATCTTGATG TTCCCAGGAA TAAGAGTTTG 
GCCATTCACA ATATGCAGGG TCGTGTGGAC CATACTGTCA CCTCGGATAT CCGCCTTTCT 
GACTGTCAGA CATTTAAACC AAGTGGAGCC AGTCAACAGC CCCCGAGTAA TTTTGAAGTA 
CAATCTTCAA GAAATAATGA AATAGGTAAC CCTGTATCAT CACTGAGGAG TATGCAGACC 
CAGGCTTTTC GAATTAGTCA AAACCCTGGT CCACCACCAA TCGACCGCCA AAAGAGATTA 
CCTTATCCTC CAGTTCAGAG TATCCCAACG GGAAATGCCA TCCCACCAAG GGACAGTGAA 
AATACATGCC ACCAGAGCTT CATGCAGAGC TTACTTGCCC CTCACCTTGG TGATCAGGTC 
CTTGGAAGCC AGAGATCACT CTCAGAACAT CAGAGGAACA CACAGTGTGG TCCATCCTCT 
GCAATTGAAT ATAATTGCCC CCCAACTCAT GAAAGTGTCC ATATTAGAAG AGAGAGTGAG 
AGTCAGAACA GGGAGAGCTG TGACATGTCC CTAGGTGCAA TTAACAGCAG GAACAGCACC 
TTGAATATTC CTTTCTCAAG TTCTTCTTCC TCGGGAGATA TTCAAGGTCG AAACACAAGT 
CCCAATGTGT CTGTACAGAA GTCCAATCCC ATGAGGATAA CTGACAGTCA TGGGACCAAG 
GGCCACATGA ACCCTCCAGT CACAACCAAC ATGCACGGGG TTGCAAGGCC AGCTCTGCCC 
CATCCGTCCG TGTCTCACGG AAATGCTGAG CAAGGGCCTC CTGTACGTCC AACTAATTCT 
TCAGTTCCCC AGCGATCAAG GCATCCCTTG CAAGACAGCA GTGGTTCCAA AATTCGGCAG 
CCTGAAAGGA ATCGTTCTGG CAACCAAAGA CACAGTAATG TCTTTGATCC AAGTCTTCCC 
CATCTTCCTC TGTCTACTAG TGGCAGTATG ATTCTTGGCC GCCAGCAGCC CACTACAGAG 
AAGAGAGGAA GTATTGTTCG TTTTATGCCT GATAGCCCAC AAGTACCTAA TGATAATTCA 
GCACCTGACC AGCATACACT ATCACAAAAT TTCAGTTTTC CTTTTATTCC TGAGGGTGGC 
ATGAATCCAC CAATAAATGC AAATACTTCT TTCATTCCAC AGGTTACTCA GCCTAGTGCC 
ACTCGAACTC CAGCTCTCAT CCCTGTAGAC CCCCAAAATA CTCTACCCTC CTTCTATCCC 
CCATACTCTC CTGCTCATCC TACACTGTCC AATGATATTT CCATCCCCTA CTTTTCCAAT 
CAGATGTTCT CAAATCCTAG CACCGAGAAA GTAAACAGTG GAAGCCTAAA TAACCGATTT 
GGATCAATAC TGTCTCCTCC CAGACCTGTT GGTTTTGCTC AACCAAGTTT TCCTCTGCTC 
CCTGAAATGC CGCCAATGCA CATGACCAAC TCTCACTTGT CCAACTTTAA CATGACATCT 
TTGTTTCCAG AAATAGCTAC AGCTCTTCCC GATGGCTCGG CGATGTCACC TTTGCTTACG 
ATAGCAAACT CCTCTGCCTC CGACTCTTCC AAACAGTCCT CAAACAGACC TGCCCACAAC 
ATAAGCCATA TTTTAGGTCA TGACTGCAGT TCAGCTGTCT AA

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

RefSeq	XP_002923537.1
CDS	530..7231
Translation	MPEMTENETPTKKQHRKKNRETHNAVERHRKKKINAGINRIGELIPCSPALKQSKNMILDQAFKYITELKRQNDELLLNGGNNEQAEEIKKLRKQLEEIQKENGRYIELLKANDICLYDDPTIHWKGNLKSSKVSVVIPSDQVQKNIIVYSNGSQPGGNSQGTAVQGITFNVGHNLQKQTANVVPVQRTCNLVTPVSISGVYPSENKPWHQTTVSALAANQPVPLCLPATISAQNILELSTSESESSVPGATSGSLIAVPIGPEPHQHRSLHTCLNEQNSPENKSGHESPKLVKKTGPCATSIPTTSSATAAKAHHGSKSCLSIQDFRSDFQTTFVVSVTTTVCSQPPRSAGDSCPVSISKGADLAGVTAVVAPSAPGGGKTTTPVSTLSATPLENSWTLSCSLPSSSVSASDLKSMNSLTRISSTGNTQTTWTTLHLAGNTVQPLSQTPSSAVTPVVNESGTSPPTTNHSRHVTTGVNLNNSFPADGQAVEQVVVTLPSCPSLPMQPLIAHPQVKSQPPKNILPLNSAMQVIQMAQPVGSAVNAAPANQNVIILQPPSTTPCPTVMRAEVPNQTVGQQIVIIQAANQNPLPLLSAPPSGSVRLPVNGANALIGSNNSVQNVSTPQTFGGKHLVHILPRPSSLSTSSSTQTFSVTMSNQQQPQTISLNGQLFALQPVMSSSGTTNQTPMQIIQPTTSEDPNTNVALNTFGALASLNQSISQMAGQSCVQLSISQPANPPTAANSQTAPVNCVSLTTTVASAMTTDNSATLPSTYNLVTTPSMNTVACLPNVKSKRLNKKPGTKKHLAANKSACPLNPVREAGKLDCPSTEVTSCNNDGLLESLPVVLPSVTMSQANSVSVSGSHSLDVLNSESVIPESVPKSKSAEETSSPSQEPVTSEHFVMAPAKSKDSIPILQRETSQDKPPTSLALSDAAKSCTSANVLIPSPTDPHILVSQVSGLSSTTSTASTDCVSEVEIIAEPCRAEQDASDTMQTTGLLKGQGLTALLSGLAKEKDPQKLSLSVQVDHPDFSSENSKIVDSGVDLHPKQEVLLMNSDDRDPGPPHSCVPDQEVISGSLLVSRQADSPMSTSSGSSRSFSVASMLPETTREDVTSSTTTNTCDSCTFVEQTDIVALAARAIFDQDNLEKGRAGSQADMREVTSKPSEASPLEGDQPFKTQISKEGGAGQAEVTPNEFNSQDSIEATVDRPLGKPSCSIGIKTSNASLQVSTSQPPSITSLSVNNLIHQSSISHPLVSCAGLSQTSEQTTVPATVNLTVASSSYATQPPGPALMTEYPQEQLNTIPGTIPNPQIQEPLLKPSQESRKDSAKRAVQDDLLLSSAKRQKHCQPAPLRLEAMSLMSRTPDSISDQAQMIVSQLPPNSANSVVPLSNPAHGDGLTRLFPPSNNFVAPALRQVEVQCSSQNSVAEQQQTQASQHLQALQQHVPAQGVSHLHSNHLYVKQQQQQQAGQLRERHHLYQLQHHVPHAESSVHSQPHNVHQQRTLQQEVQMQKKRNLVQGTQTSQLSLQPKHHGTDQSRPKSGQPHPHHQQMQQQMQQHFGSSQPEKSCENPSTSRNHHNHPQNHLNQDIMHQQPDVGSRQQGSGVSSEHVSGHNPMQRLLTSRGIEQQMVSQPSIVTRPSDMTCTPHRPERNRVSSYSAEALIGKTSSNSEQRMGISIQGSRVSDQLEMRSYLDVPRNKSLAIHNMQGRVDHTVTSDIRLSDCQTFKPSGASQQPPSNFEVQSSRNNEIGNPVSSLRSMQTQAFRISQNPGPPPIDRQKRLPYPPVQSIPTGNAIPPRDSENTCHQSFMQSLLAPHLGDQVLGSQRSLSEHQRNTQCGPSSAIEYNCPPTHESVHIRRESESQNRESCDMSLGAINSRNSTLNIPFSSSSSSGDIQGRNTSPNVSVQKSNPMRITDSHGTKGHMNPPVTTNMHGVARPALPHPSVSHGNAEQGPPVRPTNSSVPQRSRHPLQDSSGSKIRQPERNRSGNQRHSNVFDPSLPHLPLSTSGSMILGRQQPTTEKRGSIVRFMPDSPQVPNDNSAPDQHTLSQNFSFPFIPEGGMNPPINANTSFIPQVTQPSATRTPALIPVDPQNTLPSFYPPYSPAHPTLSNDISIPYFSNQMFSNPSTEKVNSGSLNNRFGSILSPPRPVGFAQPSFPLLPEMPPMHMTNSHLSNFNMTSLFPEIATALPDGSAMSPLLTIANSSASDSSKQSSNRPAHNISHILGHDCSSAV

Target ORF information:

RefSeq Version	XM_002923491.3
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca upstream transcription factor family member 3 (USF3), mRNA.

Target ORF information:

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

XM_002923491.3

ORF Insert Sequence:

ATGCCAGAAA TGACAGAGAA TGAGACTCCT ACAAAAAAGC AGCACAGAAA GAAAAACCGG 
GAGACACATA ATGCAGTGGA GAGGCATAGA AAGAAGAAAA TCAATGCCGG AATAAACAGG 
ATAGGAGAGC TGATCCCATG TTCCCCTGCC CTAAAGCAGA GCAAGAATAT GATCCTGGAC 
CAAGCCTTTA AATATATAAC GGAACTGAAA AGGCAAAATG ATGAACTCCT GCTTAATGGA 
GGAAACAATG AACAAGCTGA AGAAATTAAA AAGCTACGTA AACAACTGGA AGAAATTCAA 
AAAGAAAATG GCCGATATAT TGAATTACTG AAAGCAAATG ACATATGCCT ATATGATGAC 
CCCACCATCC ACTGGAAAGG AAATCTGAAA AGCTCAAAGG TCTCTGTTGT TATTCCCAGC 
GATCAGGTTC AAAAAAATAT CATTGTTTAT TCCAATGGGA GTCAGCCTGG TGGAAATAGC 
CAGGGAACAG CTGTTCAGGG GATCACCTTT AACGTTGGTC ATAATTTACA AAAGCAAACT 
GCCAATGTGG TGCCAGTACA GAGGACTTGC AATCTTGTGA CTCCTGTGTC TATTTCTGGA 
GTTTACCCTT CTGAAAACAA GCCATGGCAT CAGACCACAG TTTCTGCATT GGCTGCGAAC 
CAGCCTGTTC CTCTTTGTCT TCCTGCTACC ATTTCTGCTC AAAATATTCT CGAGCTTTCC 
ACCTCCGAAA GCGAATCGAG TGTGCCTGGT GCCACCAGTG GCTCACTGAT CGCTGTTCCC 
ATTGGGCCTG AACCCCACCA ACATCGTTCC TTGCACACAT GTCTAAATGA ACAAAATTCT 
CCTGAAAATA AGAGTGGGCA TGAGAGCCCC AAATTAGTGA AGAAAACAGG CCCTTGTGCC 
ACAAGCATCC CCACCACCTC CTCAGCGACG GCTGCCAAAG CGCACCATGG AAGCAAGTCC 
TGCCTGAGCA TACAGGATTT CAGAAGTGAT TTCCAGACCA CCTTCGTCGT TTCAGTTACC 
ACCACGGTCT GCTCCCAGCC TCCCAGATCT GCAGGTGATT CTTGTCCAGT GAGCATTAGC 
AAGGGTGCAG ACTTGGCAGG GGTTACTGCG GTGGTGGCTC CTTCTGCCCC CGGAGGAGGG 
AAGACCACCA CTCCTGTAAG CACTCTCTCT GCAACCCCTT TGGAAAATAG TTGGACTCTT 
TCTTGTTCTT TGCCTTCTTC AAGTGTTAGC GCTTCAGATT TAAAAAGCAT GAATAGCCTT 
ACCCGAATTT CCTCCACTGG AAACACACAG ACAACGTGGA CTACTTTGCA CCTGGCGGGA 
AACACTGTTC AGCCCTTAAG CCAGACACCT TCTTCTGCTG TGACTCCGGT AGTAAATGAG 
TCTGGTACCA GCCCTCCCAC AACCAACCAC AGTAGACACG TCACTACAGG CGTCAACTTG 
AATAATTCCT TTCCAGCAGA TGGGCAGGCA GTTGAGCAAG TAGTTGTAAC CTTGCCTTCT 
TGCCCATCTT TACCTATGCA GCCACTGATT GCCCACCCAC AAGTTAAATC TCAGCCTCCA 
AAAAACATCC TTCCTTTGAA TTCAGCAATG CAGGTTATTC AGATGGCTCA GCCCGTTGGG 
TCGGCTGTTA ATGCAGCTCC AGCGAATCAA AACGTCATCA TTCTTCAGCC CCCCAGCACT 
ACCCCTTGCC CAACGGTGAT GAGAGCAGAG GTTCCCAACC AAACAGTAGG TCAGCAGATA 
GTGATCATAC AGGCAGCTAA TCAGAACCCC TTGCCGCTCC TCTCGGCTCC ACCTTCTGGT 
TCTGTTCGAC TCCCTGTCAA TGGAGCCAAT GCTCTAATAG GGTCTAATAA TTCAGTGCAA 
AATGTTTCGA CCCCACAGAC TTTTGGAGGA AAGCATCTTG TCCATATATT ACCAAGACCT 
TCATCTTTAT CAACATCTAG TTCAACACAA ACTTTTTCTG TTACCATGTC AAACCAACAA 
CAGCCTCAAA CCATTTCTTT AAATGGACAG CTCTTTGCTT TGCAGCCTGT GATGTCCTCA 
TCAGGAACTA CAAATCAAAC CCCTATGCAA ATTATACAAC CCACCACCAG CGAAGATCCA 
AATACCAATG TTGCCCTGAA TACATTTGGA GCTTTGGCCA GCCTCAATCA AAGCATATCA 
CAGATGGCTG GGCAGAGCTG TGTACAGTTG TCTATTAGCC AGCCTGCCAA TCCTCCAACT 
GCTGCAAATA GTCAGACCGC CCCAGTTAAC TGTGTTTCAT TAACAACAAC TGTAGCATCT 
GCCATGACAA CTGATAATTC AGCCACACTA CCCAGTACTT ACAATCTAGT AACTACTCCC 
TCAATGAACA CTGTAGCTTG TTTACCTAAT GTGAAGTCAA AAAGATTGAA TAAGAAGCCA 
GGTACCAAGA AACACTTAGC AGCTAACAAG TCAGCATGCC CCCTGAATCC AGTCAGAGAA 
GCGGGCAAGT TAGACTGCCC CAGCACTGAA GTGACATCAT GTAATAACGA TGGACTGTTG 
GAGAGCCTCC CTGTTGTGTT ACCATCTGTC ACCATGTCCC AGGCAAATAG CGTAAGTGTT 
TCTGGTTCAC ATTCTTTGGA TGTTCTGAAT TCTGAATCAG TGATACCTGA ATCTGTACCC 
AAATCTAAGT CTGCAGAAGA GACTAGCTCA CCCTCCCAAG AACCTGTAAC AAGTGAACAT 
TTTGTCATGG CCCCAGCAAA ATCCAAAGAT TCTATCCCCA TTTTGCAACG AGAGACATCT 
CAGGATAAGC CACCAACTAG TTTGGCATTG TCAGATGCTG CCAAATCCTG CACTTCGGCC 
AATGTGTTGA TTCCATCTCC AACTGATCCC CACATTTTGG TTTCTCAGGT TTCTGGTCTG 
TCATCTACCA CTAGCACTGC AAGTACCGAC TGTGTTTCCG AGGTAGAGAT CATTGCTGAA 
CCTTGCCGGG CGGAGCAAGA TGCATCCGAC ACGATGCAAA CGACTGGTCT CTTAAAGGGG 
CAGGGTTTGA CTGCACTGCT GTCTGGTCTG GCTAAAGAGA AAGACCCTCA GAAACTGTCT 
CTTTCAGTCC AGGTGGACCA TCCTGACTTT TCTTCGGAAA ATTCTAAAAT TGTTGATTCA 
GGTGTTGATT TACATCCCAA ACAGGAGGTC TTACTGATGA ACAGTGATGA TAGAGACCCG 
GGGCCACCTC ACTCCTGCGT CCCTGATCAG GAGGTTATCA GTGGTTCCTT GCTTGTCAGC 
AGGCAGGCTG ACTCTCCCAT GTCAACCAGC TCTGGCAGTA GTCGGAGTTT CTCAGTTGCA 
TCCATGCTTC CTGAAACGAC TAGAGAGGAT GTCACCAGCA GTACAACGAC TAATACGTGT 
GACAGCTGTA CCTTTGTGGA GCAAACTGAC ATAGTTGCTC TTGCGGCAAG AGCTATTTTT 
GACCAGGACA ACCTCGAGAA GGGAAGAGCT GGAAGCCAGG CTGATATGAG GGAAGTTACT 
TCGAAGCCTT CCGAAGCGTC ACCTTTAGAG GGGGATCAGC CTTTCAAAAC ACAGATCTCT 
AAAGAGGGTG GAGCAGGACA GGCAGAAGTA ACACCAAATG AATTTAATTC TCAGGATTCG 
ATTGAAGCCA CGGTGGATCG GCCCCTTGGG AAACCAAGTT GTTCTATAGG AATTAAAACA 
TCAAATGCCT CTTTACAGGT TTCGACTTCT CAGCCGCCGA GCATCACCAG TTTGAGTGTA 
AATAATCTTA TCCACCAGAG CAGCATCAGC CATCCTCTGG TCAGCTGTGC TGGTTTGTCC 
CAAACTTCAG AGCAAACAAC TGTTCCTGCG ACAGTTAATC TGACGGTTGC ATCTAGCTCC 
TATGCCACTC AGCCTCCTGG ACCGGCTCTG ATGACTGAAT ATCCCCAGGA ACAGCTGAAT 
ACCATTCCTG GCACCATACC AAATCCACAG ATTCAAGAGC CACTCTTAAA GCCAAGTCAG 
GAAAGCCGCA AAGACTCTGC TAAGCGTGCT GTCCAAGATG ACCTTTTATT GTCTTCAGCT 
AAACGTCAAA AGCATTGTCA GCCAGCCCCA CTGAGGCTTG AGGCTATGTC CCTGATGAGC 
CGAACTCCAG ACAGCATTTC TGATCAGGCT CAGATGATCG TCAGTCAGCT CCCTCCCAAC 
TCTGCGAACT CTGTTGTGCC TCTTAGCAAC CCAGCACATG GAGATGGCCT TACCCGATTA 
TTTCCACCTA GTAACAATTT TGTGGCCCCG GCACTGAGGC AAGTGGAAGT CCAGTGCAGT 
TCTCAGAATT CAGTCGCTGA GCAACAGCAA ACCCAGGCCA GTCAACATCT CCAGGCCCTG 
CAACAGCATG TTCCAGCCCA GGGGGTATCC CACCTGCACA GTAACCACCT CTACGTAAAG 
CAGCAGCAGC AGCAGCAAGC AGGGCAGTTA CGAGAGAGGC ATCATTTATA TCAGCTGCAG 
CATCATGTAC CTCACGCAGA GAGCTCTGTC CACTCTCAGC CCCATAATGT CCACCAACAG 
AGGACTCTAC AACAGGAAGT TCAGATGCAG AAAAAGAGGA ATCTTGTTCA GGGCACTCAG 
ACCTCTCAGC TTTCCTTACA ACCAAAGCAC CATGGAACTG ACCAGTCCCG ACCCAAGAGC 
GGTCAGCCAC ATCCCCACCA TCAGCAGATG CAGCAGCAGA TGCAGCAACA TTTTGGAAGT 
TCCCAACCGG AGAAGAGTTG TGAAAACCCT TCAACTAGCC GGAACCACCA TAACCATCCC 
CAGAACCATC TCAATCAAGA TATTATGCAC CAGCAGCCGG ATGTGGGAAG CAGGCAGCAA 
GGTTCAGGGG TTTCTTCAGA ACACGTATCT GGGCATAATC CAATGCAGAG GCTTTTGACA 
TCAAGAGGCA TAGAGCAGCA AATGGTGTCC CAACCAAGTA TTGTGACTAG ACCTTCAGAC 
ATGACCTGCA CTCCACACAG GCCGGAGAGA AATAGAGTTT CAAGTTATTC TGCTGAGGCA 
CTTATTGGAA AGACATCTTC TAATTCAGAG CAGAGAATGG GTATATCAAT TCAGGGCTCC 
AGAGTTTCAG ATCAGCTTGA AATGAGAAGC TATCTTGATG TTCCCAGGAA TAAGAGTTTG 
GCCATTCACA ATATGCAGGG TCGTGTGGAC CATACTGTCA CCTCGGATAT CCGCCTTTCT 
GACTGTCAGA CATTTAAACC AAGTGGAGCC AGTCAACAGC CCCCGAGTAA TTTTGAAGTA 
CAATCTTCAA GAAATAATGA AATAGGTAAC CCTGTATCAT CACTGAGGAG TATGCAGACC 
CAGGCTTTTC GAATTAGTCA AAACCCTGGT CCACCACCAA TCGACCGCCA AAAGAGATTA 
CCTTATCCTC CAGTTCAGAG TATCCCAACG GGAAATGCCA TCCCACCAAG GGACAGTGAA 
AATACATGCC ACCAGAGCTT CATGCAGAGC TTACTTGCCC CTCACCTTGG TGATCAGGTC 
CTTGGAAGCC AGAGATCACT CTCAGAACAT CAGAGGAACA CACAGTGTGG TCCATCCTCT 
GCAATTGAAT ATAATTGCCC CCCAACTCAT GAAAGTGTCC ATATTAGAAG AGAGAGTGAG 
AGTCAGAACA GGGAGAGCTG TGACATGTCC CTAGGTGCAA TTAACAGCAG GAACAGCACC 
TTGAATATTC CTTTCTCAAG TTCTTCTTCC TCGGGAGATA TTCAAGGTCG AAACACAAGT 
CCCAATGTGT CTGTACAGAA GTCCAATCCC ATGAGGATAA CTGACAGTCA TGGGACCAAG 
GGCCACATGA ACCCTCCAGT CACAACCAAC ATGCACGGGG TTGCAAGGCC AGCTCTGCCC 
CATCCGTCCG TGTCTCACGG AAATGCTGAG CAAGGGCCTC CTGTACGTCC AACTAATTCT 
TCAGTTCCCC AGCGATCAAG GCATCCCTTG CAAGACAGCA GTGGTTCCAA AATTCGGCAG 
CCTGAAAGGA ATCGTTCTGG CAACCAAAGA CACAGTAATG TCTTTGATCC AAGTCTTCCC 
CATCTTCCTC TGTCTACTAG TGGCAGTATG ATTCTTGGCC GCCAGCAGCC CACTACAGAG 
AAGAGAGGAA GTATTGTTCG TTTTATGCCT GATAGCCCAC AAGTACCTAA TGATAATTCA 
GCACCTGACC AGCATACACT ATCACAAAAT TTCAGTTTTC CTTTTATTCC TGAGGGTGGC 
ATGAATCCAC CAATAAATGC AAATACTTCT TTCATTCCAC AGGTTACTCA GCCTAGTGCC 
ACTCGAACTC CAGCTCTCAT CCCTGTAGAC CCCCAAAATA CTCTACCCTC CTTCTATCCC 
CCATACTCTC CTGCTCATCC TACACTGTCC AATGATATTT CCATCCCCTA CTTTTCCAAT 
CAGATGTTCT CAAATCCTAG CACCGAGAAA GTAAACAGTG GAAGCCTAAA TAACCGATTT 
GGATCAATAC TGTCTCCTCC CAGACCTGTT GGTTTTGCTC AACCAAGTTT TCCTCTGCTC 
CCTGAAATGC CGCCAATGCA CATGACCAAC TCTCACTTGT CCAACTTTAA CATGACATCT 
TTGTTTCCAG AAATAGCTAC AGCTCTTCCC GATGGCTCGG CGATGTCACC TTTGCTTACG 
ATAGCAAACT CCTCTGCCTC CGACTCTTCC AAACAGTCCT CAAACAGACC TGCCCACAAC 
ATAAGCCATA TTTTAGGTCA TGACTGCAGT TCAGCTGTCT AA

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

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USF3 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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