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Fer1l6 cDNA ORF clone, Rattus norvegicus(Norway rat)

Summary

Gene Symbol Fer1l6
Entrez Gene ID 314997
Full Name fer-1-like family member 6
Synonyms RGD1564703
General protein information
Preferred Names

fer-1-like family member 6

Names

LOW QUALITY PROTEIN: fer-1-like protein 6
fer-1-like protein 6
fer-1-like 6
Gene Type protein-coding
Organism Rattus norvegicus(Norway rat)
Genome

7

7q33

Reference Sequences (RefSeq)

mRNA and Protein(s)

mRNA Protein Name
XM_008765526.2 XP_008763748.1 LOW QUALITY PROTEIN: fer-1-like protein 6
XM_017603443.1 XP_017458932.1 fer-1-like protein 6

Pathways from BioSystems


Homologies


Pan troglodytes (chimpanzee) FER1L6 XP_519944.2
Canis lupus familiaris (dog) FER1L6 XP_539157.4
Bos taurus (cattle) FER1L6 XP_002692673.2
Danio rerio (zebrafish) fer1l6 XP_003199239.2
Xenopus tropicalis (tropical clawed frog) fer1l6 XP_002941446.2
Mus musculus (house mouse) Fer1l6 XP_006521672.1
Drosophila melanogaster (fruit fly) mfr NP_001137919.1
Rattus norvegicus (Norway rat) Fer1l6 XP_006241747.1
Homo sapiens (human) FER1L6 NP_001034201.2
FER1L6 XP_002805528.1
Gallus gallus (chicken) FER1L6 XP_003640913.2

Gene Ontology

The following Fer1l6 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Fer1l6 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
ORa47381 XM_008765526.2
Latest version!		 Rattus norvegicus fer-1-like family member 6 (Fer1l6), mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $951.30
$1359.00
ORa55761 XM_017603443.1
Latest version!		 Rattus norvegicus fer-1-like family member 6 (Fer1l6), mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $951.30
$1359.00

ORF Online Only Promotion

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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)


CloneID ORa47381
Clone ID Related Accession (Same CDS sequence) XM_008765526.2
Accession Version XM_008765526.2 Latest version! Documents for ORF clone product in default vector
Sequence Information ORF Nucleotide Sequence (Length: 5673bp)
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 2016-07-25
Organism Rattus norvegicus(Norway rat)
Product LOW QUALITY PROTEIN: fer-1-like protein 6
Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005106.4) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jul 26, 2016 this sequence version replaced XM_008765526.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 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## ##RefSeq-Attributes-START## internal stop codons :: corrected 1 genomic stop codon ##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
5581
5641
ATGGAGAAGC CATCTAAAGC CAAATATCGG AGTCACGGTA GCTTCCACCC TGAGGAGACC 
AGAAAGGGAA TGTTTGGGCT GAAGCTGAAA AAGAAGAAGA AAGATAAAAC AGAGAAGGGA 
TTGGTCCTCA CCAACAAGGG TGCACAAGAT GGTAGTGAGT CTGAAGTACC ACAGGAAGGG 
CCTTCTCACC AGGAAGGACC AGAAGACTTG ACTTATGATG ACGCTTCTAT CACACCTGGC 
CCCTCAGCTC CTTCCAAGAG AAGAGCAAAG CTGCTGACTA AGATCCATGA TGGGGAGGTC 
AAATCTCAAA ACTATCAGAT CACCATCACC ATCACTGAGG CCCGACAGCT GGTGGGCGAG 
AACATTGACC CAGTTGTGAC CATTGAGATT GGGGATGAGA AGAAGCAAAG CACAGTGAAG 
GAAGGGACCA ACAGCCCATT TTATAATGAG TACTTTGTCT TTGATTTCAT CGGACCCCAA 
GTACATCTTT TTGACAAGAT CATCAAAATC TCAGTCTTAC ATCACAAGCT GATAGGAAGC 
ATCCTGATTG GCTCTTTCAG AGTGGATGTG GGGACGGTGT ACAACCAACC TGGTCATCAG 
TTCTGTGACA AGTGGGCACT GCTTACAGAC CCGGGTGACA TCAGGACTGG CACCAAGGGC 
TACCTGAAGT GTGACATCAG CGTGACCGGG AAAGGCGACA TCTTAAAGAC CAACCCCAAA 
ACCTCCGATG CTGAGGAGCA AATAGAGAAG AACCTTTTGA TCCCTCAAGG ATTTCCATCA 
GAGAGACCTT GGGCCAGGTT CTATGTGAGA CTTTACCGAG CAGAAGGGTT ACCCAAAATG 
AACTCCAGCA TTATGGCAAA TGTCACCAAA GCATTTGTGG GTGACAGTAA GGACCTTGTG 
GACCCCTTCG TGGAGGTGTC CTTTGCTGGG CAAACGGGGC GAACCTCTGT GCAAAAGAAT 
TGTGCTGATC CTGTGTGGCA CGAGCAGGTG GTCTTCAAGG AAATGTTCCC CCCCTTGTGC 
CGGAGGGTGA AAATTCAGCT GTGGGATGAA GGCAGCATGA ATGATGTGAC CCTGGCAACC 
CACTTCATTG ACCTGAAGAA AATCTCCAAT GAGCAGGACG GCGATAAAGG TTTTCTTCCT 
ACTTTTGGAC CTGCCTGGAT TAACCTGTAT GGCTCTCCCA GGAACCACAG CCTCATGGAT 
GACTACCAGG AGTTGAATGA AGGCTTTGGG GAAGGTGTGT CCTTCAGGGG CCGAATCTTG 
GTGGAAATTG CTGTGGAGAT CCTCTCAGGT GGGGCCCAGG AGTCTAAGTT CTCCAAGGCT 
CTGAAGGAGC TGAAGCTGTC TTCCAAAGAC AAAGACTCCA AATCTTCCAA AGGCTCCAGT 
AAGGACAAGG CCGACAAAGC TGATGATGGC AAAGCCCAGC AGGCCACTGA CAAAACCAAC 
TCCACGGAGG TGGAGGTGGA ATCTTTTGCT GTTCCCCCAG AGATTATACC GGAAAAATAT 
GAGGACTTTT TACTCTTTGG GGCCTTTTTT GAAGCTACTA TGATTGACAG GAAGATTGGA 
GACAAACCTA TCAGCTTTGA AGTTTCTGTT GGTAACTTTG GGAACCTGAT TGATGGAGGG 
TCTCATCATG GGAGCAAGAA GAAATCGGCT GAGCTGATGG AAGAAGACGT CCTTCCTCTG 
CTCCACGAAG GAGAAAAAGA TGTGGCCCAT GACACTGCCA TTTCTATGGC CTCCACCACT 
CACCCAGAGA AACCTCTCTN GTGAGATGTG ACAGACGGAA ACAGAAATTA CAACTATTTG 
CCTTTTGGTG CCAAGAAGCC CTGTGTCTCC TTCATCAGTT CCTGGGGAGA CCAGATATTC 
AGACTGCACT GGTCCAATAT GCTGGAAAAA ATGGCTGACC TCTTGGAAGA AGGCATAGAA 
GAAGTGAGGG AGCTGGTCAA GGTTTCTGAG GAGGCACCAG AAGAGAAAAT GAAGACTGTG 
CTCCATGACT TCATCAGTCA AAGCAGAGCT TTTATCTCTG AAGCAGAAAA GAAGCAGAAG 
ACGCCGAACC AAACTGCTCT AGATAAGAAA CGACTCACGC TCTGTTGGCA AGAGCTGAAG 
GCAATGACTG ATGAGGCTGA AGGAGTCATT CAACAACAGA AGAAAAAGTT ATCTCTTGAT 
GAGATGATCC GTGAAGCTCA GAACTTCGTG GAGAAAATCC GCTTTCTTGT GGATGAGCCT 
CAGCACACTA TCCCGGACGT CTTCATTTGG ATGCTCAGTA ACAACAAGAG AGTGGCGTAC 
GCCCGGATCG CTGCCAAAGA CCTGCTTTAC TCCCCCATCG AAGAGCAGAT GGGCAAGCAC 
TGTGGGAAGA TCAAAACCCA CTTTCTCAAG CTTCCTGGGA AACGGCCGGC TGGCTGGACT 
GTACAGGCAA AAGTTGACAT ATATCTGTGG CTGGGCTCCA CTAGATACTC CGATGCCGTT 
TTGGACAACT TGCCAGCAGG CTATGAAGCA GAAATGCCTT CCAAATCATC AGGCACCCAT 
CACCCACCAT CAGCCCTGCT ATACCAAGCC CAGCATGTCT TTCAGCTGAG AGCACACATG 
TACCAAGCCC GGGGCCTCAT CGCAGCTGAC AGCAATGGAC TTTCAGATCC CTTTGCCAAA 
GTCACATTCC TATCCCAGTG CCAGACCACA AAGGTCATTT CCCAGACTCT CTCTCCTACC 
TGGAACCAGA TGCTGCTATT CAATGAGTTG GTTCTGCATG GCGAAGAGAG GGAGCTAATG 
GAGTCCCCAC CCCTTGTGGT GGTGGAACTC TACGACAGTG ATGCGGTGGG AAAGCCAGAA 
TATTTGGGTG CCACGGTGGC TGCTCCAGTT GTGACCCTGG CTGACCAGGA CTATGAGCCC 
CCCAAGCTGT GCTATCACCC CATCTTCTGT GGAAACCTCT CTGGAGGGGA CCTCCTTGCT 
GTGTTTGAGC TGTTGCAGGT CCCTTCTTCT GGGCTGCAGG GCCTCCCTCC CACTGGCCCA 
CCTGACATCA CACAGATCTA TCCTGTTCCC TCCAACATCC GGCCAGTGCT GAGTAAATAC 
CGAGTCGAGG TCCTTTTCTG GGGTGTCCGA GAAATGAAGA AGGTACAGCT CCTCTCTGTG 
GATCGACCAC AGGTTCTCAT TGAGTGTGGA GGACGAGGTG TGAAGTCTTG CGTGATCCAA 
AGTTATAAGA ACAACCCCAA CTTCAGCGTG CAGGCAGAGG CCTTTGAAGT GGAGCTGCCT 
GAGAATGAGC TACTGCACCC ACCACTGAGC ATCTGTGTGG TAGACTGGAG GGCTTTTGGG 
AGGAGCACCC TCGTGGGCAC CTACACCATC AACTGCTTGA AGCAGTTTCT GTGTAAATCG 
AGAGAGCCCC TTGCCTTGAC TTCACAGACG GATGGAGCTG GGGCCAGACC AGCCATTTCA 
GATTCACCAG CAGCAGTCCA GTCTTCTGAA CTCCTCAGCT CCTCCAAGGA CCTCCCAACA 
GATCACGTCT ATGTGGATAT TGAGCCACCT CCCACAGAGG TACCTGACTC TGCTCAGGCC 
CAGACGGCCA CCCTGGTGGA CATGCCAGAC TCCTCTCCTA TGCTGGAACC TGAACACAAA 
CCTGTAGCAC AGGGACTACC AAAAGATGGA CACATCAAGC AAGATCCCAG GATGCCTTCC 
CGGAGATCCA CCAAAAGAAG AAGAAGGACT ATAGCAGATG AATCTGCTGA AAATGTCATT 
GACTGGTGGT CTAAGTATTA CGCCTCTGTA AAGAAAGCAC AGAAGGTAGA GTCTCCCCTG 
CCTGTGACAG TCAAGGGATC CACAGAGGCA AAGCCTGGCG AGGTAGTGTT GGATGTGGAT 
GACGGTCCCA AAAAGAAGAA AGACAAAATG TTCAAGAAGA AACTGAAAGA TGACGGAAAT 
GAGGCCATCC CAAACCTGGC TGTACTGAAG ATTTACGATG GTGATCTTGA AAGTGAATTC 
AACAATTTTG AAGACTGGGT GAAGACCTTT GAACTCTTCA GAGGCAAATC AACAGAAGAT 
GATCACAGTC TGGACGGAGA CCGGGTCATA GGAAAGTTCA AGGGCTCTTT CTGCATCTAC 
AAAAGCCCAG AGGATTCTGC CTCAGAGGAC AGTGGCCAGC TGAGAATCCA GCAAGGAATT 
CCACCCAATC ATCCCATTCA AGTACTGATC CGTGTGTACA TTGTTGCGGC ATTTAATCTT 
AGCCCAGCTG ATCCAGATGG CAAATCAGAC CCCTACATTG TGCTCAGGCT TGGCCAAACA 
GAAATCAAAG ACCGGGACAA ATACATCCCC AAACAACTGA ATCCAGTGTT TGGAAGGTCA 
TTTGAGATCC AGGCCACTTT CCCAAAGGAG TCCCTGCTCT CCGTCCTCAT TTATGACCAT 
GACATGATCG GGTCAGATGA CCTCATTGGG GAGACCAAGA TTGACCTGGA GAACCGTTTC 
TACAGCAAAC ACAGAGCCAT CTGTGGCTTG CAGAGCCAGT ATGAGATAGA AGGGTACAAT 
GCCTGGAGGG ACACGGCCAA ACCCACGGAA ATCCTAACCA AGCTCTGCAA AGACAACATG 
CTGGACGGAC CACACTTTCG CCCCGGGAAG ATACAGATTG GAAAGAAGGT CTTCTCTGGG 
AAAACGGTCT TCACTGAAGC CGACTCTGAG GAAATGGTGG AGTCTTATGA ACACTTGGCC 
CTCAAGGTGT TACACTCTTG GGAGGACATT CCTGAGGTCG GGTGTAGGCT GGTTCCTGAG 
CACATAGAAA CAAGGCCACT GTACCACAAG GATAAGCCAG GAATGGAGCA GGGCCGTCTA 
CAGATGTGGG TGGATATATT TCCGAAAGAT ACACCTCAGC TTGGACCTCC TGTTGACATT 
TCACCAAGGA AACCCAAAGG ATACGAGCTG AGGGTGACCA TCTGGAACAC TGAAGATGTT 
ATTTTAGAAG ATGAAAATAT CTTCACGGGT CAAAAATCAA GCGATATTTA TGTCAAAGGG 
TGGATCAAGG GTTTGGAGGA TGACAGGCAG GAGACAGACG TGCATTACAA CTCCCTGACT 
GGAGAAGGCA ACTTCAACTG GCGCTTCCTG TTTCCGTTCC AGTATCTGCC AGCCGAGAAG 
CAAATGGTCA TCAGCAAACG GGAGAACATC TTTTCCCTGG AGAAGATGGA ATGTAAGACT 
CCGGCTGTGC TGGTGCTGCA GGTCTGGGAT TTTGAAAGGC TGTCCTCAGA CGACTTCCTG 
GGCTCCCTGG AAATGAACCT TAACAGCTTC CCCCGGGCGG CCAAGTCTGC GAAAGCCTGC 
GACCTGTCCA AGTTTGAAAA TGCAAGCGAA GAGAACAAAA TCTCCATATT CCAGCAAAAG 
CGCGTGCGTG GCTGGTGGCC TTTTGCAAAG AGCAAAGAGC TCACGGGCAA GGTTGAAGCT 
GAATTCCACC TGGTCACAGC AGAAGAAGCT GAGAAAAACC CTGTTGGGAA AGCCCGAAAG 
GAGCCTGAGC CCTTGGCCAA GCCCAACCGC CCAGACACCT CATTCTCATG GTTTGTGAGC 
CCCTTCAAGT GCCTGTACCA CCTCATCTGG AAGAACTACA AGAAGTACAT CATCATCGCC 
TTCATCCTCA TCATCCTCAT CGTCTTCCTG GTCCTCTTCA TCTACACCCT GCCAGGCGCC 
ATCAGCCGGA GGATCGTTGT GGGTGGCTCG TAG

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

RefSeq XP_008763748.1
CDS1140..6812
Translation

Target ORF information:

RefSeq Version XM_008765526.2
Organism Rattus norvegicus(Norway rat)
Definition Rattus norvegicus fer-1-like family member 6 (Fer1l6), mRNA.

Target ORF information:

Epitope DYKDDDDK
Bacterial selection AMPR
Mammalian selection NeoR
Vector pcDNA3.1+/C-(K)DYK
 XM_008765526.2

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
5581
5641
ATGGAGAAGC CATCTAAAGC CAAATATCGG AGTCACGGTA GCTTCCACCC TGAGGAGACC 
AGAAAGGGAA TGTTTGGGCT GAAGCTGAAA AAGAAGAAGA AAGATAAAAC AGAGAAGGGA 
TTGGTCCTCA CCAACAAGGG TGCACAAGAT GGTAGTGAGT CTGAAGTACC ACAGGAAGGG 
CCTTCTCACC AGGAAGGACC AGAAGACTTG ACTTATGATG ACGCTTCTAT CACACCTGGC 
CCCTCAGCTC CTTCCAAGAG AAGAGCAAAG CTGCTGACTA AGATCCATGA TGGGGAGGTC 
AAATCTCAAA ACTATCAGAT CACCATCACC ATCACTGAGG CCCGACAGCT GGTGGGCGAG 
AACATTGACC CAGTTGTGAC CATTGAGATT GGGGATGAGA AGAAGCAAAG CACAGTGAAG 
GAAGGGACCA ACAGCCCATT TTATAATGAG TACTTTGTCT TTGATTTCAT CGGACCCCAA 
GTACATCTTT TTGACAAGAT CATCAAAATC TCAGTCTTAC ATCACAAGCT GATAGGAAGC 
ATCCTGATTG GCTCTTTCAG AGTGGATGTG GGGACGGTGT ACAACCAACC TGGTCATCAG 
TTCTGTGACA AGTGGGCACT GCTTACAGAC CCGGGTGACA TCAGGACTGG CACCAAGGGC 
TACCTGAAGT GTGACATCAG CGTGACCGGG AAAGGCGACA TCTTAAAGAC CAACCCCAAA 
ACCTCCGATG CTGAGGAGCA AATAGAGAAG AACCTTTTGA TCCCTCAAGG ATTTCCATCA 
GAGAGACCTT GGGCCAGGTT CTATGTGAGA CTTTACCGAG CAGAAGGGTT ACCCAAAATG 
AACTCCAGCA TTATGGCAAA TGTCACCAAA GCATTTGTGG GTGACAGTAA GGACCTTGTG 
GACCCCTTCG TGGAGGTGTC CTTTGCTGGG CAAACGGGGC GAACCTCTGT GCAAAAGAAT 
TGTGCTGATC CTGTGTGGCA CGAGCAGGTG GTCTTCAAGG AAATGTTCCC CCCCTTGTGC 
CGGAGGGTGA AAATTCAGCT GTGGGATGAA GGCAGCATGA ATGATGTGAC CCTGGCAACC 
CACTTCATTG ACCTGAAGAA AATCTCCAAT GAGCAGGACG GCGATAAAGG TTTTCTTCCT 
ACTTTTGGAC CTGCCTGGAT TAACCTGTAT GGCTCTCCCA GGAACCACAG CCTCATGGAT 
GACTACCAGG AGTTGAATGA AGGCTTTGGG GAAGGTGTGT CCTTCAGGGG CCGAATCTTG 
GTGGAAATTG CTGTGGAGAT CCTCTCAGGT GGGGCCCAGG AGTCTAAGTT CTCCAAGGCT 
CTGAAGGAGC TGAAGCTGTC TTCCAAAGAC AAAGACTCCA AATCTTCCAA AGGCTCCAGT 
AAGGACAAGG CCGACAAAGC TGATGATGGC AAAGCCCAGC AGGCCACTGA CAAAACCAAC 
TCCACGGAGG TGGAGGTGGA ATCTTTTGCT GTTCCCCCAG AGATTATACC GGAAAAATAT 
GAGGACTTTT TACTCTTTGG GGCCTTTTTT GAAGCTACTA TGATTGACAG GAAGATTGGA 
GACAAACCTA TCAGCTTTGA AGTTTCTGTT GGTAACTTTG GGAACCTGAT TGATGGAGGG 
TCTCATCATG GGAGCAAGAA GAAATCGGCT GAGCTGATGG AAGAAGACGT CCTTCCTCTG 
CTCCACGAAG GAGAAAAAGA TGTGGCCCAT GACACTGCCA TTTCTATGGC CTCCACCACT 
CACCCAGAGA AACCTCTCTN GTGAGATGTG ACAGACGGAA ACAGAAATTA CAACTATTTG 
CCTTTTGGTG CCAAGAAGCC CTGTGTCTCC TTCATCAGTT CCTGGGGAGA CCAGATATTC 
AGACTGCACT GGTCCAATAT GCTGGAAAAA ATGGCTGACC TCTTGGAAGA AGGCATAGAA 
GAAGTGAGGG AGCTGGTCAA GGTTTCTGAG GAGGCACCAG AAGAGAAAAT GAAGACTGTG 
CTCCATGACT TCATCAGTCA AAGCAGAGCT TTTATCTCTG AAGCAGAAAA GAAGCAGAAG 
ACGCCGAACC AAACTGCTCT AGATAAGAAA CGACTCACGC TCTGTTGGCA AGAGCTGAAG 
GCAATGACTG ATGAGGCTGA AGGAGTCATT CAACAACAGA AGAAAAAGTT ATCTCTTGAT 
GAGATGATCC GTGAAGCTCA GAACTTCGTG GAGAAAATCC GCTTTCTTGT GGATGAGCCT 
CAGCACACTA TCCCGGACGT CTTCATTTGG ATGCTCAGTA ACAACAAGAG AGTGGCGTAC 
GCCCGGATCG CTGCCAAAGA CCTGCTTTAC TCCCCCATCG AAGAGCAGAT GGGCAAGCAC 
TGTGGGAAGA TCAAAACCCA CTTTCTCAAG CTTCCTGGGA AACGGCCGGC TGGCTGGACT 
GTACAGGCAA AAGTTGACAT ATATCTGTGG CTGGGCTCCA CTAGATACTC CGATGCCGTT 
TTGGACAACT TGCCAGCAGG CTATGAAGCA GAAATGCCTT CCAAATCATC AGGCACCCAT 
CACCCACCAT CAGCCCTGCT ATACCAAGCC CAGCATGTCT TTCAGCTGAG AGCACACATG 
TACCAAGCCC GGGGCCTCAT CGCAGCTGAC AGCAATGGAC TTTCAGATCC CTTTGCCAAA 
GTCACATTCC TATCCCAGTG CCAGACCACA AAGGTCATTT CCCAGACTCT CTCTCCTACC 
TGGAACCAGA TGCTGCTATT CAATGAGTTG GTTCTGCATG GCGAAGAGAG GGAGCTAATG 
GAGTCCCCAC CCCTTGTGGT GGTGGAACTC TACGACAGTG ATGCGGTGGG AAAGCCAGAA 
TATTTGGGTG CCACGGTGGC TGCTCCAGTT GTGACCCTGG CTGACCAGGA CTATGAGCCC 
CCCAAGCTGT GCTATCACCC CATCTTCTGT GGAAACCTCT CTGGAGGGGA CCTCCTTGCT 
GTGTTTGAGC TGTTGCAGGT CCCTTCTTCT GGGCTGCAGG GCCTCCCTCC CACTGGCCCA 
CCTGACATCA CACAGATCTA TCCTGTTCCC TCCAACATCC GGCCAGTGCT GAGTAAATAC 
CGAGTCGAGG TCCTTTTCTG GGGTGTCCGA GAAATGAAGA AGGTACAGCT CCTCTCTGTG 
GATCGACCAC AGGTTCTCAT TGAGTGTGGA GGACGAGGTG TGAAGTCTTG CGTGATCCAA 
AGTTATAAGA ACAACCCCAA CTTCAGCGTG CAGGCAGAGG CCTTTGAAGT GGAGCTGCCT 
GAGAATGAGC TACTGCACCC ACCACTGAGC ATCTGTGTGG TAGACTGGAG GGCTTTTGGG 
AGGAGCACCC TCGTGGGCAC CTACACCATC AACTGCTTGA AGCAGTTTCT GTGTAAATCG 
AGAGAGCCCC TTGCCTTGAC TTCACAGACG GATGGAGCTG GGGCCAGACC AGCCATTTCA 
GATTCACCAG CAGCAGTCCA GTCTTCTGAA CTCCTCAGCT CCTCCAAGGA CCTCCCAACA 
GATCACGTCT ATGTGGATAT TGAGCCACCT CCCACAGAGG TACCTGACTC TGCTCAGGCC 
CAGACGGCCA CCCTGGTGGA CATGCCAGAC TCCTCTCCTA TGCTGGAACC TGAACACAAA 
CCTGTAGCAC AGGGACTACC AAAAGATGGA CACATCAAGC AAGATCCCAG GATGCCTTCC 
CGGAGATCCA CCAAAAGAAG AAGAAGGACT ATAGCAGATG AATCTGCTGA AAATGTCATT 
GACTGGTGGT CTAAGTATTA CGCCTCTGTA AAGAAAGCAC AGAAGGTAGA GTCTCCCCTG 
CCTGTGACAG TCAAGGGATC CACAGAGGCA AAGCCTGGCG AGGTAGTGTT GGATGTGGAT 
GACGGTCCCA AAAAGAAGAA AGACAAAATG TTCAAGAAGA AACTGAAAGA TGACGGAAAT 
GAGGCCATCC CAAACCTGGC TGTACTGAAG ATTTACGATG GTGATCTTGA AAGTGAATTC 
AACAATTTTG AAGACTGGGT GAAGACCTTT GAACTCTTCA GAGGCAAATC AACAGAAGAT 
GATCACAGTC TGGACGGAGA CCGGGTCATA GGAAAGTTCA AGGGCTCTTT CTGCATCTAC 
AAAAGCCCAG AGGATTCTGC CTCAGAGGAC AGTGGCCAGC TGAGAATCCA GCAAGGAATT 
CCACCCAATC ATCCCATTCA AGTACTGATC CGTGTGTACA TTGTTGCGGC ATTTAATCTT 
AGCCCAGCTG ATCCAGATGG CAAATCAGAC CCCTACATTG TGCTCAGGCT TGGCCAAACA 
GAAATCAAAG ACCGGGACAA ATACATCCCC AAACAACTGA ATCCAGTGTT TGGAAGGTCA 
TTTGAGATCC AGGCCACTTT CCCAAAGGAG TCCCTGCTCT CCGTCCTCAT TTATGACCAT 
GACATGATCG GGTCAGATGA CCTCATTGGG GAGACCAAGA TTGACCTGGA GAACCGTTTC 
TACAGCAAAC ACAGAGCCAT CTGTGGCTTG CAGAGCCAGT ATGAGATAGA AGGGTACAAT 
GCCTGGAGGG ACACGGCCAA ACCCACGGAA ATCCTAACCA AGCTCTGCAA AGACAACATG 
CTGGACGGAC CACACTTTCG CCCCGGGAAG ATACAGATTG GAAAGAAGGT CTTCTCTGGG 
AAAACGGTCT TCACTGAAGC CGACTCTGAG GAAATGGTGG AGTCTTATGA ACACTTGGCC 
CTCAAGGTGT TACACTCTTG GGAGGACATT CCTGAGGTCG GGTGTAGGCT GGTTCCTGAG 
CACATAGAAA CAAGGCCACT GTACCACAAG GATAAGCCAG GAATGGAGCA GGGCCGTCTA 
CAGATGTGGG TGGATATATT TCCGAAAGAT ACACCTCAGC TTGGACCTCC TGTTGACATT 
TCACCAAGGA AACCCAAAGG ATACGAGCTG AGGGTGACCA TCTGGAACAC TGAAGATGTT 
ATTTTAGAAG ATGAAAATAT CTTCACGGGT CAAAAATCAA GCGATATTTA TGTCAAAGGG 
TGGATCAAGG GTTTGGAGGA TGACAGGCAG GAGACAGACG TGCATTACAA CTCCCTGACT 
GGAGAAGGCA ACTTCAACTG GCGCTTCCTG TTTCCGTTCC AGTATCTGCC AGCCGAGAAG 
CAAATGGTCA TCAGCAAACG GGAGAACATC TTTTCCCTGG AGAAGATGGA ATGTAAGACT 
CCGGCTGTGC TGGTGCTGCA GGTCTGGGAT TTTGAAAGGC TGTCCTCAGA CGACTTCCTG 
GGCTCCCTGG AAATGAACCT TAACAGCTTC CCCCGGGCGG CCAAGTCTGC GAAAGCCTGC 
GACCTGTCCA AGTTTGAAAA TGCAAGCGAA GAGAACAAAA TCTCCATATT CCAGCAAAAG 
CGCGTGCGTG GCTGGTGGCC TTTTGCAAAG AGCAAAGAGC TCACGGGCAA GGTTGAAGCT 
GAATTCCACC TGGTCACAGC AGAAGAAGCT GAGAAAAACC CTGTTGGGAA AGCCCGAAAG 
GAGCCTGAGC CCTTGGCCAA GCCCAACCGC CCAGACACCT CATTCTCATG GTTTGTGAGC 
CCCTTCAAGT GCCTGTACCA CCTCATCTGG AAGAACTACA AGAAGTACAT CATCATCGCC 
TTCATCCTCA TCATCCTCAT CGTCTTCCTG GTCCTCTTCA TCTACACCCT GCCAGGCGCC 
ATCAGCCGGA GGATCGTTGT GGGTGGCTCG TAG

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

CloneID ORa55761
Clone ID Related Accession (Same CDS sequence) XM_017603443.1
Accession Version XM_017603443.1 Latest version! Documents for ORF clone product in default vector
Sequence Information ORF Nucleotide Sequence (Length: 5664bp)
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 2016-07-25
Organism Rattus norvegicus(Norway rat)
Product fer-1-like protein 6
Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (AC_000075.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 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## 

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
5581
5641
ATGGAGAAGC CATCTAAAGC CAAATATCGG AGTCACGGTA GCTTCCACCC TGAGGAGACC 
AGAAAGGGAA TGTTTGGGCT GAAGCTGAAA AAGAAGAAGA AAGATAAAAC AGAGAAGGGA 
TTGGTCCTCA CCAACAAGGG TGCACAAGAT GGTAGTGAGT CTGAAGTACC ACAGGAAGGG 
CCTTCTCACC AGGAAGGACC AGAAGACTTG ACTTATGATG ACGCTTCTAT CACACCTGGC 
CCCTCAGCTC CTTCCAAGAG AAGAGCAAAG CTGCTGACTA AGATCCATGA TGGGGAGGTC 
AAATCTCAAA ACTATCAGAT CACCATCACC ATCACTGAGG CCCGACAGCT GGTGGGCGAG 
AACATTGACC CAGTTGTGAC CATTGAGATT GGGGATGAGA AGAAGCAAAG CACAGTGAAG 
GAAGGGACCA ACAGCCCATT TTATAATGAG TACTTTGTCT TTGATTTCAT CGGACCCCAA 
GTACATCTTT TTGACAAGAT CATCAAAATC TCAGTCTTAC ATCACAAGCT GATAGGAAGC 
ATCCTGATTG GCTCTTTCAG AGTGGATGTG GGGACGGTGT ACAACCAACC TGGTCATCAG 
TTCTGTGACA AGTGGGCACT GCTTACAGAC CCGGGTGACA TCAGGACTGG CACCAAGGGC 
TACCTGAAGT GTGACATCAG CGTGACCGGG AAAGGCGACA TCTTAAAGAC CAACCCCAAA 
ACCTCCGATG CTGAGGAGCA AATAGAGAAG AACCTTTTGA TCCCTCAAGG ATTTCCATCA 
GAGAGACCTT GGGCCAGGTT CTATGTGAGA CTTTACCGAG CAGAAGGGTT ACCCAAAATG 
AACTCCAGCA TTATGGCAAA TGTCACCAAA GCATTTGTGG GTGACAGTAA GGACCTTGTG 
GACCCCTTCG TGGAGGTGTC CTTTGCTGGG CAAACGGGGC GAACCTCTGT GCAAAAGAAT 
TGTGCTGATC CTGTGTGGCA CGAGCAGGTG GTCTTCAAGG AAATGTTCCC CCCCTTGTGC 
CGGAGGGTGA AAATTCAGCT GTGGGATGAA GGCAGCATGA ATGATGTGAC CCTGGCAACC 
CACTTCATTG ACCTGAAGAA AATCTCCAAT GAGCAGGACG GCGATAAAGG TTTTCTTCCT 
ACTTTTGGAC CTGCCTGGAT TAACCTGTAT GGCTCTCCCA GGAACCACAG CCTCATGGAT 
GACTACCAGG AGTTGAATGA AGGCTTTGGG GAAGGTGTGT CCTTCAGGGG CCGAATCTTG 
GTGGAAATTG CTGTGGAGAT CCTCTCAGGT GGGGCCCAGG AGTCTAAGTT CTCCAAGGCT 
CTGAAGGAGC TGAAGCTGTC TTCCAAAGAC AAAGACTCCA AATCTTCCAA AGGCTCCAGT 
AAGGACAAGG CCGACAAAGC TGATGATGGC AAAGCCCAGC AGGCCACTGA CAAAACCAAC 
TCCACGGAGG TGGAGGTGGA ATCTTTTGCT GTTCCCCCAG AGATTATACC GGAAAAATAT 
GAGGACTTTT TACTCTTTGG GGCCTTTTTT GAAGCTACTA TGATTGACAG GAAGATTGGA 
GACAAACCTA TCAGCTTTGA AGTTTCTGTT GGTAACTTTG GGAACCTGAT TGATGGAGGG 
TCTCATCATG GGAGCAAGAA GAAATCGGCT GAGCTGATGG AAGAAGACGT CCTTCCTCTG 
CTCCACGAAG GAGAAAAAGA TGTGGCCCAT GACACTGCCA TTTCTATGGC CTCCACCACT 
CACCCAGAGA AACCTCTTGT GACAGACGGA AACAGAAATT ACAACTATTT GCCTTTTGGT 
GCCAAGAAGC CCTGTGTCTC CTTCATCAGT TCCTGGGGAG ACCAGATATT CAGACTGCAC 
TGGTCCAATA TGCTGGAAAA AATGGCTGAC CTCTTGGAAG AAGGCATAGA AGAAGTGAGG 
GAGCTGGTCA AGGTTTCTGA GGAGGCACCA GAAGAGAAAA TGAAGACTGT GCTCCATGAC 
TTCATCAGTC AAAGCAGAGC TTTTATCTCT GAAGCAGAAA AGAAGCAGAA GACGCCGAAC 
CAAACTGCTC TAGATAAGAA ACGACTCACG CTCTGTTGGC AAGAGCTGAA GGCAATGACT 
GATGAGGCTG AAGGAGTCAT TCAACAACAG AAGAAAAAGT TATCTCTTGA TGAGATGATC 
CGTGAAGCTC AGAACTTCGT GGAGAAAATC CGCTTTCTTG TGGATGAGCC TCAGCACACT 
ATCCCGGACG TCTTCATTTG GATGCTCAGT AACAACAAGA GAGTGGCGTA CGCCCGGATC 
GCTGCCAAAG ACCTGCTTTA CTCCCCCATC GAAGAGCAGA TGGGCAAGCA CTGTGGGAAG 
ATCAAAACCC ACTTTCTCAA GCTTCCTGGG AAACGGCCGG CTGGCTGGAC TGTACAGGCA 
AAAGTTGACA TATATCTGTG GCTGGGCTCC ACTAGATACT CCGATGCCGT TTTGGACAAC 
TTGCCAGCAG GCTATGAAGC AGAAATGCCT TCCAAATCAT CAGGCACCCA TCACCCACCA 
TCAGCCCTGC TATACCAAGC CCAGCATGTC TTTCAGCTGA GAGCACACAT GTACCAAGCC 
CGGGGCCTCA TCGCAGCTGA CAGCAATGGA CTTTCAGATC CCTTTGCCAA AGTCACATTC 
CTATCCCAGT GCCAGACCAC AAAGGTCATT TCCCAGACTC TCTCTCCTAC CTGGAACCAG 
ATGCTGCTAT TCAATGAGTT GGTTCTGCAT GGCGAAGAGA GGGAGCTAAT GGAGTCCCCA 
CCCCTTGTGG TGGTGGAACT CTACGACAGT GATGCGGTGG GAAAGCCAGA ATATTTGGGT 
GCCACGGTGG CTGCTCCAGT TGTGACCCTG GCTGACCAGG ACTATGAGCC CCCCAAGCTG 
TGCTATCACC CCATCTTCTG TGGAAACCTC TCTGGAGGGG ACCTCCTTGC TGTGTTTGAG 
CTGTTGCAGG TCCCTTCTTC TGGGCTGCAG GGCCTCCCTC CCACTGGCCC ACCTGACATC 
ACACAGATCT ATCCTGTTCC CTCCAACATC CGGCCAGTGC TGAGTAAATA CCGAGTCGAG 
GTCCTTTTCT GGGGTGTCCG AGAAATGAAG AAGGTACAGC TCCTCTCTGT GGATCGACCA 
CAGGTTCTCA TTGAGTGTGG AGGACGAGGT GTGAAGTCTT GCGTGATCCA AAGTTATAAG 
AACAACCCCA ACTTCAGCGT GCAGGCAGAG GCCTTTGAAG TGGAGCTGCC TGAGAATGAG 
CTACTGCACC CACCACTGAG CATCTGTGTG GTAGACTGGA GGGCTTTTGG GAGGAGCACC 
CTCGTGGGCA CCTACACCAT CAACTGCTTG AAGCAGTTTC TGTGTAAATC GAGAGAGCCC 
CTTGCCTTGA CTTCACAGAC GGATGGAGCT GGGGCCAGAC CAGCCATTTC AGATTCACCA 
GCAGCAGTCC AGTCTTCTGA ACTCCTCAGC TCCTCCAAGG ACCTCCCAAC AGATCACGTC 
TATGTGGATA TTGAGCCACC TCCCACAGAG GTACCTGACT CTGCTCAGGC CCAGACGGCC 
ACCCTGGTGG ACATGCCAGA CTCCTCTCCT ATGCTGGAAC CTGAACACAA ACCTGTAGCA 
CAGGGACTAC CAAAAGATGG ACACATCAAG CAAGATCCCA GGATGCCTTC CCGGAGATCC 
ACCAAAAGAA GAAGAAGGAC TATAGCAGAT GAATCTGCTG AAAATGTCAT TGACTGGTGG 
TCTAAGTATT ACGCCTCTGT AAAGAAAGCA CAGAAGGTAG AGTCTCCCCT GCCTGTGACA 
GTCAAGGGAT CCACAGAGGC AAAGCCTGGC GAGGTAGTGT TGGATGTGGA TGACGGTCCC 
AAAAAGAAGA AAGACAAAAT GTTCAAGAAG AAACTGAAAG ATGACGGAAA TGAGGCCATC 
CCAAACCTGG CTGTACTGAA GATTTACGAT GGTGATCTTG AAAGTGAATT CAACAATTTT 
GAAGACTGGG TGAAGACCTT TGAACTCTTC AGAGGCAAAT CAACAGAAGA TGATCACAGT 
CTGGACGGAG ACCGGGTCAT AGGAAAGTTC AAGGGCTCTT TCTGCATCTA CAAAAGCCCA 
GAGGATTCTG CCTCAGAGGA CAGTGGCCAG CTGAGAATCC AGCAAGGAAT TCCACCCAAT 
CATCCCATTC AAGTACTGAT CCGTGTGTAC ATTGTTGCGG CATTTAATCT TAGCCCAGCT 
GATCCAGATG GCAAATCAGA CCCCTACATT GTGCTCAGGC TTGGCCAAAC AGAAATCAAA 
GACCGGGACA AATACATCCC CAAACAACTG AATCCAGTGT TTGGAAGGTC ATTTGAGATC 
CAGGCCACTT TCCCAAAGGA GTCCCTGCTC TCCGTCCTCA TTTATGACCA TGACATGATC 
GGGTCAGATG ACCTCATTGG GGAGACCAAG ATTGACCTGG AGAACCGTTT CTACAGCAAA 
CACAGAGCCA TCTGTGGCTT GCAGAGCCAG TATGAGATAG AAGGGTACAA TGCCTGGAGG 
GACACGGCCA AACCCACGGA AATCCTAACC AAGCTCTGCA AAGACAACAT GCTGGACGGA 
CCACACTTTC GCCCCGGGAA GATACAGATT GGAAAGAAGG TCTTCTCTGG GAAAACGGTC 
TTCACTGAAG CCGACTCTGA GGAAATGGTG GAGTCTTATG AACACTTGGC CCTCAAGGTG 
TTACACTCTT GGGAGGACAT TCCTGAGGTC GGGTGTAGGC TGGTTCCTGA GCACATAGAA 
ACAAGGCCAC TGTACCACAA GGATAAGCCA GGAATGGAGC AGGGCCGTCT ACAGATGTGG 
GTGGATATAT TTCCGAAAGA TACACCTCAG CTTGGACCTC CTGTTGACAT TTCACCAAGG 
AAACCCAAAG GATACGAGCT GAGGGTGACC ATCTGGAACA CTGAAGATGT TATTTTAGAA 
GATGAAAATA TCTTCACGGG TCAAAAATCA AGCGATATTT ATGTCAAAGG GTGGATCAAG 
GGTTTGGAGG ATGACAGGCA GGAGACAGAC GTGCATTACA ACTCCCTGAC TGGAGAAGGC 
AACTTCAACT GGCGCTTCCT GTTTCCGTTC CAGTATCTGC CAGCCGAGAA GCAAATGGTC 
ATCAGCAAAC GGGAGAACAT CTTTTCCCTG GAGAAGATGG AATGTAAGAC TCCGGCTGTG 
CTGGTGCTGC AGGTCTGGGA TTTTGAAAGG CTGTCCTCAG ACGACTTCCT GGGCTCCCTG 
GAAATGAACC TTAACAGCTT CCCCCGGGCG GCCAAGTCTG CGAAAGCCTG CGACCTGTCC 
AAGTTTGAAA ATGCAAGCGA AGAGAACAAA ATCTCCATAT TCCAGCAAAA GCGCGTGCGT 
GGCTGGTGGC CTTTTGCAAA GAGCAAAGAG CTCACGGGCA AGGTTGAAGC TGAATTCCAC 
CTGGTCACAG CAGAAGAAGC TGAGAAAAAC CCTGTTGGGA AAGCCCGAAA GGAGCCTGAG 
CCCTTGGCCA AGCCCAACCG CCCAGACACC TCATTCTCAT GGTTTGTGAG CCCCTTCAAG 
TGCCTGTACC ACCTCATCTG GAAGAACTAC AAGAAGTACA TCATCATCGC CTTCATCCTC 
ATCATCCTCA TCGTCTTCCT GGTCCTCTTC ATCTACACCC TGCCAGGCGC CATCAGCCGG 
AGGATCGTTG TGGGTGGCTC GTAG

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

RefSeq XP_017458932.1
CDS1079..6742
Translation

Target ORF information:

RefSeq Version XM_017603443.1
Organism Rattus norvegicus(Norway rat)
Definition Rattus norvegicus fer-1-like family member 6 (Fer1l6), mRNA.

Target ORF information:

Epitope DYKDDDDK
Bacterial selection AMPR
Mammalian selection NeoR
Vector pcDNA3.1+/C-(K)DYK
 XM_017603443.1

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
5581
5641
ATGGAGAAGC CATCTAAAGC CAAATATCGG AGTCACGGTA GCTTCCACCC TGAGGAGACC 
AGAAAGGGAA TGTTTGGGCT GAAGCTGAAA AAGAAGAAGA AAGATAAAAC AGAGAAGGGA 
TTGGTCCTCA CCAACAAGGG TGCACAAGAT GGTAGTGAGT CTGAAGTACC ACAGGAAGGG 
CCTTCTCACC AGGAAGGACC AGAAGACTTG ACTTATGATG ACGCTTCTAT CACACCTGGC 
CCCTCAGCTC CTTCCAAGAG AAGAGCAAAG CTGCTGACTA AGATCCATGA TGGGGAGGTC 
AAATCTCAAA ACTATCAGAT CACCATCACC ATCACTGAGG CCCGACAGCT GGTGGGCGAG 
AACATTGACC CAGTTGTGAC CATTGAGATT GGGGATGAGA AGAAGCAAAG CACAGTGAAG 
GAAGGGACCA ACAGCCCATT TTATAATGAG TACTTTGTCT TTGATTTCAT CGGACCCCAA 
GTACATCTTT TTGACAAGAT CATCAAAATC TCAGTCTTAC ATCACAAGCT GATAGGAAGC 
ATCCTGATTG GCTCTTTCAG AGTGGATGTG GGGACGGTGT ACAACCAACC TGGTCATCAG 
TTCTGTGACA AGTGGGCACT GCTTACAGAC CCGGGTGACA TCAGGACTGG CACCAAGGGC 
TACCTGAAGT GTGACATCAG CGTGACCGGG AAAGGCGACA TCTTAAAGAC CAACCCCAAA 
ACCTCCGATG CTGAGGAGCA AATAGAGAAG AACCTTTTGA TCCCTCAAGG ATTTCCATCA 
GAGAGACCTT GGGCCAGGTT CTATGTGAGA CTTTACCGAG CAGAAGGGTT ACCCAAAATG 
AACTCCAGCA TTATGGCAAA TGTCACCAAA GCATTTGTGG GTGACAGTAA GGACCTTGTG 
GACCCCTTCG TGGAGGTGTC CTTTGCTGGG CAAACGGGGC GAACCTCTGT GCAAAAGAAT 
TGTGCTGATC CTGTGTGGCA CGAGCAGGTG GTCTTCAAGG AAATGTTCCC CCCCTTGTGC 
CGGAGGGTGA AAATTCAGCT GTGGGATGAA GGCAGCATGA ATGATGTGAC CCTGGCAACC 
CACTTCATTG ACCTGAAGAA AATCTCCAAT GAGCAGGACG GCGATAAAGG TTTTCTTCCT 
ACTTTTGGAC CTGCCTGGAT TAACCTGTAT GGCTCTCCCA GGAACCACAG CCTCATGGAT 
GACTACCAGG AGTTGAATGA AGGCTTTGGG GAAGGTGTGT CCTTCAGGGG CCGAATCTTG 
GTGGAAATTG CTGTGGAGAT CCTCTCAGGT GGGGCCCAGG AGTCTAAGTT CTCCAAGGCT 
CTGAAGGAGC TGAAGCTGTC TTCCAAAGAC AAAGACTCCA AATCTTCCAA AGGCTCCAGT 
AAGGACAAGG CCGACAAAGC TGATGATGGC AAAGCCCAGC AGGCCACTGA CAAAACCAAC 
TCCACGGAGG TGGAGGTGGA ATCTTTTGCT GTTCCCCCAG AGATTATACC GGAAAAATAT 
GAGGACTTTT TACTCTTTGG GGCCTTTTTT GAAGCTACTA TGATTGACAG GAAGATTGGA 
GACAAACCTA TCAGCTTTGA AGTTTCTGTT GGTAACTTTG GGAACCTGAT TGATGGAGGG 
TCTCATCATG GGAGCAAGAA GAAATCGGCT GAGCTGATGG AAGAAGACGT CCTTCCTCTG 
CTCCACGAAG GAGAAAAAGA TGTGGCCCAT GACACTGCCA TTTCTATGGC CTCCACCACT 
CACCCAGAGA AACCTCTTGT GACAGACGGA AACAGAAATT ACAACTATTT GCCTTTTGGT 
GCCAAGAAGC CCTGTGTCTC CTTCATCAGT TCCTGGGGAG ACCAGATATT CAGACTGCAC 
TGGTCCAATA TGCTGGAAAA AATGGCTGAC CTCTTGGAAG AAGGCATAGA AGAAGTGAGG 
GAGCTGGTCA AGGTTTCTGA GGAGGCACCA GAAGAGAAAA TGAAGACTGT GCTCCATGAC 
TTCATCAGTC AAAGCAGAGC TTTTATCTCT GAAGCAGAAA AGAAGCAGAA GACGCCGAAC 
CAAACTGCTC TAGATAAGAA ACGACTCACG CTCTGTTGGC AAGAGCTGAA GGCAATGACT 
GATGAGGCTG AAGGAGTCAT TCAACAACAG AAGAAAAAGT TATCTCTTGA TGAGATGATC 
CGTGAAGCTC AGAACTTCGT GGAGAAAATC CGCTTTCTTG TGGATGAGCC TCAGCACACT 
ATCCCGGACG TCTTCATTTG GATGCTCAGT AACAACAAGA GAGTGGCGTA CGCCCGGATC 
GCTGCCAAAG ACCTGCTTTA CTCCCCCATC GAAGAGCAGA TGGGCAAGCA CTGTGGGAAG 
ATCAAAACCC ACTTTCTCAA GCTTCCTGGG AAACGGCCGG CTGGCTGGAC TGTACAGGCA 
AAAGTTGACA TATATCTGTG GCTGGGCTCC ACTAGATACT CCGATGCCGT TTTGGACAAC 
TTGCCAGCAG GCTATGAAGC AGAAATGCCT TCCAAATCAT CAGGCACCCA TCACCCACCA 
TCAGCCCTGC TATACCAAGC CCAGCATGTC TTTCAGCTGA GAGCACACAT GTACCAAGCC 
CGGGGCCTCA TCGCAGCTGA CAGCAATGGA CTTTCAGATC CCTTTGCCAA AGTCACATTC 
CTATCCCAGT GCCAGACCAC AAAGGTCATT TCCCAGACTC TCTCTCCTAC CTGGAACCAG 
ATGCTGCTAT TCAATGAGTT GGTTCTGCAT GGCGAAGAGA GGGAGCTAAT GGAGTCCCCA 
CCCCTTGTGG TGGTGGAACT CTACGACAGT GATGCGGTGG GAAAGCCAGA ATATTTGGGT 
GCCACGGTGG CTGCTCCAGT TGTGACCCTG GCTGACCAGG ACTATGAGCC CCCCAAGCTG 
TGCTATCACC CCATCTTCTG TGGAAACCTC TCTGGAGGGG ACCTCCTTGC TGTGTTTGAG 
CTGTTGCAGG TCCCTTCTTC TGGGCTGCAG GGCCTCCCTC CCACTGGCCC ACCTGACATC 
ACACAGATCT ATCCTGTTCC CTCCAACATC CGGCCAGTGC TGAGTAAATA CCGAGTCGAG 
GTCCTTTTCT GGGGTGTCCG AGAAATGAAG AAGGTACAGC TCCTCTCTGT GGATCGACCA 
CAGGTTCTCA TTGAGTGTGG AGGACGAGGT GTGAAGTCTT GCGTGATCCA AAGTTATAAG 
AACAACCCCA ACTTCAGCGT GCAGGCAGAG GCCTTTGAAG TGGAGCTGCC TGAGAATGAG 
CTACTGCACC CACCACTGAG CATCTGTGTG GTAGACTGGA GGGCTTTTGG GAGGAGCACC 
CTCGTGGGCA CCTACACCAT CAACTGCTTG AAGCAGTTTC TGTGTAAATC GAGAGAGCCC 
CTTGCCTTGA CTTCACAGAC GGATGGAGCT GGGGCCAGAC CAGCCATTTC AGATTCACCA 
GCAGCAGTCC AGTCTTCTGA ACTCCTCAGC TCCTCCAAGG ACCTCCCAAC AGATCACGTC 
TATGTGGATA TTGAGCCACC TCCCACAGAG GTACCTGACT CTGCTCAGGC CCAGACGGCC 
ACCCTGGTGG ACATGCCAGA CTCCTCTCCT ATGCTGGAAC CTGAACACAA ACCTGTAGCA 
CAGGGACTAC CAAAAGATGG ACACATCAAG CAAGATCCCA GGATGCCTTC CCGGAGATCC 
ACCAAAAGAA GAAGAAGGAC TATAGCAGAT GAATCTGCTG AAAATGTCAT TGACTGGTGG 
TCTAAGTATT ACGCCTCTGT AAAGAAAGCA CAGAAGGTAG AGTCTCCCCT GCCTGTGACA 
GTCAAGGGAT CCACAGAGGC AAAGCCTGGC GAGGTAGTGT TGGATGTGGA TGACGGTCCC 
AAAAAGAAGA AAGACAAAAT GTTCAAGAAG AAACTGAAAG ATGACGGAAA TGAGGCCATC 
CCAAACCTGG CTGTACTGAA GATTTACGAT GGTGATCTTG AAAGTGAATT CAACAATTTT 
GAAGACTGGG TGAAGACCTT TGAACTCTTC AGAGGCAAAT CAACAGAAGA TGATCACAGT 
CTGGACGGAG ACCGGGTCAT AGGAAAGTTC AAGGGCTCTT TCTGCATCTA CAAAAGCCCA 
GAGGATTCTG CCTCAGAGGA CAGTGGCCAG CTGAGAATCC AGCAAGGAAT TCCACCCAAT 
CATCCCATTC AAGTACTGAT CCGTGTGTAC ATTGTTGCGG CATTTAATCT TAGCCCAGCT 
GATCCAGATG GCAAATCAGA CCCCTACATT GTGCTCAGGC TTGGCCAAAC AGAAATCAAA 
GACCGGGACA AATACATCCC CAAACAACTG AATCCAGTGT TTGGAAGGTC ATTTGAGATC 
CAGGCCACTT TCCCAAAGGA GTCCCTGCTC TCCGTCCTCA TTTATGACCA TGACATGATC 
GGGTCAGATG ACCTCATTGG GGAGACCAAG ATTGACCTGG AGAACCGTTT CTACAGCAAA 
CACAGAGCCA TCTGTGGCTT GCAGAGCCAG TATGAGATAG AAGGGTACAA TGCCTGGAGG 
GACACGGCCA AACCCACGGA AATCCTAACC AAGCTCTGCA AAGACAACAT GCTGGACGGA 
CCACACTTTC GCCCCGGGAA GATACAGATT GGAAAGAAGG TCTTCTCTGG GAAAACGGTC 
TTCACTGAAG CCGACTCTGA GGAAATGGTG GAGTCTTATG AACACTTGGC CCTCAAGGTG 
TTACACTCTT GGGAGGACAT TCCTGAGGTC GGGTGTAGGC TGGTTCCTGA GCACATAGAA 
ACAAGGCCAC TGTACCACAA GGATAAGCCA GGAATGGAGC AGGGCCGTCT ACAGATGTGG 
GTGGATATAT TTCCGAAAGA TACACCTCAG CTTGGACCTC CTGTTGACAT TTCACCAAGG 
AAACCCAAAG GATACGAGCT GAGGGTGACC ATCTGGAACA CTGAAGATGT TATTTTAGAA 
GATGAAAATA TCTTCACGGG TCAAAAATCA AGCGATATTT ATGTCAAAGG GTGGATCAAG 
GGTTTGGAGG ATGACAGGCA GGAGACAGAC GTGCATTACA ACTCCCTGAC TGGAGAAGGC 
AACTTCAACT GGCGCTTCCT GTTTCCGTTC CAGTATCTGC CAGCCGAGAA GCAAATGGTC 
ATCAGCAAAC GGGAGAACAT CTTTTCCCTG GAGAAGATGG AATGTAAGAC TCCGGCTGTG 
CTGGTGCTGC AGGTCTGGGA TTTTGAAAGG CTGTCCTCAG ACGACTTCCT GGGCTCCCTG 
GAAATGAACC TTAACAGCTT CCCCCGGGCG GCCAAGTCTG CGAAAGCCTG CGACCTGTCC 
AAGTTTGAAA ATGCAAGCGA AGAGAACAAA ATCTCCATAT TCCAGCAAAA GCGCGTGCGT 
GGCTGGTGGC CTTTTGCAAA GAGCAAAGAG CTCACGGGCA AGGTTGAAGC TGAATTCCAC 
CTGGTCACAG CAGAAGAAGC TGAGAAAAAC CCTGTTGGGA AAGCCCGAAA GGAGCCTGAG 
CCCTTGGCCA AGCCCAACCG CCCAGACACC TCATTCTCAT GGTTTGTGAG CCCCTTCAAG 
TGCCTGTACC ACCTCATCTG GAAGAACTAC AAGAAGTACA TCATCATCGC CTTCATCCTC 
ATCATCCTCA TCGTCTTCCT GGTCCTCTTC ATCTACACCC TGCCAGGCGC CATCAGCCGG 
AGGATCGTTG TGGGTGGCTC GTAG

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

PubMed