| Gene Symbol | AM11 |
| Entrez Gene ID | 8858017 |
| Full Name | hypothetical protein |
| Gene Type | protein-coding |
| Organism | Naegleria gruberi strain NEG-M |
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AM11 cDNA ORF clone, Naegleria gruberi strain NEG-M
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Gene
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Clones
gRNAs
The following AM11 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the AM11 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.
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Reference Sequences (Refseq)
CloneID ONa09381 Clone ID Related Accession (Same CDS sequence) XM_002670820.1 Accession Version XM_002670820.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 5007bp)
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 1269705600000 Organism Naegleria gruberi strain NEG-M Product hypothetical protein Comment Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_003163260). COMPLETENESS: incomplete on the 3' 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
4981ATGTCAATGT CTTTATTTAG AATAGGTTCC AATGGAACTT TAAATCCAAA GGATGAGAAG
AAAATTCTCG ACGATACTGA ACAACCTTTG AAAAGATACA AATGTCTTGC ATCATTTAAC
AAGGATGGTG CAGATACAGA GTTACGGGCG TTCTATCAAA AGAATTATTC TATTGTTTAT
AACATCTTTT TGGATACTCT GAATTCTATG AATTCAGAAG CAAAGAAGAA ATCTAAAACT
ATTCCAACAA GTGATGTTTT AGGACTTACT GATATTTTAC TCAACTTGTT TGCACACTCT
TCGAACATCA TTCAAAAAAA GTGGCAACAA CGTTCCATCA TTCACACTCT TGAACTGTTA
TTGGATGAGC AAAACATCTT CCAAATTCGT TTCAAGGGGT TCGAATTGAT TGTAAGATTT
GTAGATATTA TGCAAGACAA TGTTGATAAT CAAGTTCTTG ATATGATTAT GAATGCTCTT
AAATTTAAAC CATTGACAGA GGATTCACGT GATATCAAGC TCCCATCATT TGGTCAACGT
GCCTTGAATA CTGATGAAAA GTTGGCAGTT GCCACATCTA CAAATGATTT GACAGTTGAA
GAAGATTATC AACTTTTCAC ATTCTTTTTC ACATTTATGA AGGAATCTGA TCACTTTGAT
TATTGGTGGA AATTCTTTAA ACTTCGTCTT GCACCAATCT TTTATCCTAA TGAATGTAAG
AGTTTAGATC TTTTAAACAA AATGGACGAT ATGGGTTTCA CAGAAAAAGC TCCAACAAGA
ATTCACTTGT TAATTCTTGA TGTTATCATG TCTGGCTTGG AAAGTCCAAA GAATTCTACT
ATTCTTTATC AAAGTGATAA AGATATTTAT CTCTTCTTGA TGATTTTCAG ACAAAGTTTC
CTCCTCCCAC CACAACACTA CGAACAGTTA GCCAAGATGA TGAAGACTTA TCGTTCATGG
ATTTGTAGAG ATTACTTTTT ATACAACTGG CCTGAAATTA TGGAAAGAAA CAGAAATCTC
TACTTCCGTA TTTTCATTGA TAATTTGAGT CAAATTTTCT ACATGAAAGG AGATGAACAA
TATATTGATT TGCATATCAC TATGAGTTAT GAAGTTTTGG AAATGTTCAT GTTCTTTACA
CAAATTTCTG ACAAGATTGA CTTTGAAACA TGGAGTGATT TACTTTCTGC TCACAAACGT
ATCTGTTCTA CTGTGGTTGA TAGAAAGACT AAAGGAGGTG ATAACTACGA CGTCATGTAT
AGCGATATTT TAGAAAAGAC CTGCTTTAGA AATTTGTACA TAATATGGAT CAAGTCTCAC
CCAACAGATC AATATCCTAA ATTGTGGGAA GAATTATACG AATTAATGCA AAGTTATGCT
CACATGCCAT CTGCTTTTGG TTTATGGCGT GCTACTGTTC TCAATCTTGC TCGTATTGTT
TGTGAACAAA TCTTTGAAAT GCCAACAGAT AGAATGAGAG TTGGTTTTAT TGAATATACA
ACTGATATGT ATACTGTAAC AGTTGTAAAG AAGAAGGCCA AAACTGAAAA GAAACAACAC
ATTTTCCAAG GAATGGATAC TTACATGTCA AAGAGTATTT CTATTGATAC TGTTTTGCAT
CTTTTCCACA AGTTTTTGAA CATGTTCGGT AATGAGAATA CACAACTCAC TAACGGAGCC
TTGCATGCAA AGAAAATGGT TGTTTTGAAG GAAGTTTTGG ATCTTTTCTT GGATATTGAA
ATTACTGAAG TCAAGGCTGT CAGAGGTTCT ACCAACAGTG TTACATTCCT TCACTCACCA
GAAGGTAACA AGTTATTTGC CATCCTTTTG GAATGGATTA TTGAAGCTTG TGATAGAACT
GATGATCAAT TCGAATCTGG ACGTGTTATT GCTTATACCA TGATGTGTCA AATCTTGGTC
ACACAATTCA GTCAACCTTT GAATGTTCAA TACCTTGCCA ATTGTTATAG AGCTCTTTTC
AAGGGATTGG TTCCAGAATA TACAGCCACT GATCGTACTA TCGAAGCAAT CATCAAACAC
GGCTGGAACA TTTTCAGTAT GGGTCACATG GGTTTGAATA TTCTTGTTCC ATACTTTGTT
CAAGCATGTC AAAAGGTTCT TAAGGAATCA AGTGCTACAA TTGGACCAGA AACTCAAGAA
TTGCGTATTG CTGCTGTACA AGGTCTTACC TCCCTCATTC CTATTTGCTA CTTCTATGGA
GATCGTCCTC TTCCTCACGT TGAAACAGTT TTGAAACTCA AACAAGCCAA GTTGGAAAAT
TTGAACCCAG AAACTGTAAC CACCTTCACC AAACTCAGAG GTCGTATTGT TCAAACACTT
CAATCTTGTG TTCAAGATGA CAGATTTGTT GATGTTCAAA TCAAGTGTAT TTGGGGTCTC
TATGCTATTC TCCACAATGA GCTCCAACTT GAAGGAGTTA ACGGAAGATC TAATCCATCC
AGACAAATTG TTGAAATGTT CATCAAGTTC TTTGTTGACA AGAATGCTGA TGTTGCCTGT
GCTGCTCACG ATGCTGTAGT TACATTGGCT CATTTAGGTT TATTCACCAA GTTAGGTGTT
CCAACCATTC GTACATTCTT GTTGACCATC TGTACTGCCT TGTCCTCTCA GTTGAAGGAT
TCTGATTCTG CCTTGGCACA ATGGAGCATT TTCAAACACT TGTTCTATTC CATTGTTGAA
ATTTTGCAAT ACATTCCAAT GAAGGTTTTG GAAAGCAAGG AAGTTGCCTC AATGCTTTTC
AGTGCTATCA ATAGAGGTTT ATCTGTTGTT TCATTGAGTG TATTGTTGAC TCCACAAAAG
GATACTGTAA CTGAAGCTGC CACTGAAGAC TCAGCTGATA GAGGAGCCAA GATGTATTCT
TTCGAAAATT ATACACTCAG CAAGGAAGAC AGTGCTTTGG AAATTGCTAC TGCTGCCGAA
AGCTTGTTGT GTTATGCTTT GAACGTTTTC AGTCAATTCC CAACTCCTAT TGGTGCTGCT
AGAATGAGTA CTGAAATTTC CGAATTTGAT GTCTTGCAAG AAGAAAATGG CTTGTATGTA
ACTTCTCCAA AGGTTCACCA CTTTGTTTTC AACAATTATA CCTTGTTGAC AATTATGGAA
AATCCAAACA AGACTGAATC TTGTGTTGTA ATTTTACGTG ACATGACTGG TAAATATTGT
TGGGAATTCA AGCAAGTTTA CTCTCCAGAA ACAATGACCT TCAAGAAGGA TAACATGGTT
AGAATTGACC ATTTGGAATT CGATGAATTG GTAGATGATG AATCCAAGTC TGGTGCCAAG
AATTCAAATG CTCCAAGAGC TTCCAAAGCT GGTTTTGATA GCCCTGGTTC TCCAGAAGAA
GATAGAGCCT CATTCTATGT ATCAAGCATT GTTAATCGTG GTGACGAAGA ATTGTTTGAT
GCTGATGATC CTCGTGCTGA ACCAATTGTC AGACAAGATT TGGCAGCAGT TGATCTGCCA
GCTGATATCG ACCAAACAGG TGGTTTGAAG GTAGATAAGG AATCATTCGA AACACCAGAT
ATCAAGGTTC CAGTAACTGC CCAACAAGAA ACTAAGGAAG ATTCTGATGA TGACGAAGAA
AATCATGAAG AAGAAGAAGC CATCAAGGTT GAAGAACAAG AAAGCCAAAT GGCTGGAGAT
GAAGGTGCTG AAGAACTCGA TTATCCTCAC TATGATATTG AAATTGATAC TGATAAGACT
GATATGCTTG AAGTTTTGCA ACACTATGTT ACTCAAGATA CACCAGCACT TGGTTTCAAC
GAAGCTCATG CTCCAAAGAA GCCAGATTAT GAAAATGATA ATTTAACCAA ATCTGTACAT
AAGGCATTTA GATCCCTCCT CAATAATATT GGTTTCCTCT CTGGTACCAG TAGAGCTTCT
TTCAGTTTGG TAAATGCCAA CGGTAGATTC TACAGATCTC TTAAACAACT CGACAAGTTA
ACTGAAAGAG AAACCATCAA GGTTGGTCTC ATCTATGTTG CCAATCAACA AGAAGCCCAA
AAGGATATTT TGAAAAATGA TGAAACATCA GGCTCTAGAA TCTACAAGGA ATTTGTTCAA
TCTCTTGGTT GGGATGCTGA TATGAGAACT CATGGTGGTT TTATGGGAGG TTTAGATGAA
AATTTGACTA CTGGTAATAC TGCTCCATAT TACTCAAACG CAACAACTGA GGTGATTTTC
CACGATGTTA CAAGAATGCC AACTAAGGTC AATGACTCGC AACAAATCCA AAAGAAACGT
CACGTCGGTA ACGATTTTGT CCACATTGTT TGGAGCGAGC ACGACAGAGA TTACAAACCA
TGGACAATTC CTTCTCAATT TAACTTTGTT CACATCTGTG TTTATCCATA TCAAAGACAT
AAGGAAACAT ATTTATTTAG GGTAAGAATT TATACAAAGC CAGAAGTTCC ACTTTTCGGA
CCTCTCCTTG ATGGAATGAT TGTGGATAAG AAGAACTTGG GACCACTGGT GAGAATGACT
GCCATTAATG CTAACAAGGC TGTGAGATAT AAGCAAAAGC AATACAGAAA GCCATTCCCA
ACCAGAAGAA GCCACATTAA TGAAATTATT CAAAGACACA AGGCCCAATC TACTTCTAAC
ATTGATTTTA TCAAGACCTT CTTCTTGGAT CAAGATTACA TGTCTGTCGA GTTCAATCCA
AAGAAACCAC TGGCTCCAAT TGCTTCTACT AGTCCAAACA CCACTGAAAG TTCCGATACA
GGTTCATCAG GATCTTCAAC ACCAAATTCC AGAAATGTCA GAAACTCGAG AGCAAGTATT
AAGAAGAGCG ACATTAAACC AGAGGTATCT TCACCAACAC AAAAACCGAC AACAACGGCT
AACACTCCAC AACAGCAACA ACAACAACAG GAAGAAGTGG AAGAACAAGT CGAGTATGAG
TATGTTGACG AAAATGGAGA ACCAATCACA CTTGCTGAAG GTGAAGAGGT TGAATATATT
GAAGTCGAAG AAGAAGAATA CCAATAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_002670866.1 CDS 251..5257 Translation 
Target ORF information:
RefSeq Version XM_002670820.1 Organism Naegleria gruberi strain NEG-M Definition Naegleria gruberi hypothetical protein (AM11), mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_002670820.1
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
4981ATGTCAATGT CTTTATTTAG AATAGGTTCC AATGGAACTT TAAATCCAAA GGATGAGAAG
AAAATTCTCG ACGATACTGA ACAACCTTTG AAAAGATACA AATGTCTTGC ATCATTTAAC
AAGGATGGTG CAGATACAGA GTTACGGGCG TTCTATCAAA AGAATTATTC TATTGTTTAT
AACATCTTTT TGGATACTCT GAATTCTATG AATTCAGAAG CAAAGAAGAA ATCTAAAACT
ATTCCAACAA GTGATGTTTT AGGACTTACT GATATTTTAC TCAACTTGTT TGCACACTCT
TCGAACATCA TTCAAAAAAA GTGGCAACAA CGTTCCATCA TTCACACTCT TGAACTGTTA
TTGGATGAGC AAAACATCTT CCAAATTCGT TTCAAGGGGT TCGAATTGAT TGTAAGATTT
GTAGATATTA TGCAAGACAA TGTTGATAAT CAAGTTCTTG ATATGATTAT GAATGCTCTT
AAATTTAAAC CATTGACAGA GGATTCACGT GATATCAAGC TCCCATCATT TGGTCAACGT
GCCTTGAATA CTGATGAAAA GTTGGCAGTT GCCACATCTA CAAATGATTT GACAGTTGAA
GAAGATTATC AACTTTTCAC ATTCTTTTTC ACATTTATGA AGGAATCTGA TCACTTTGAT
TATTGGTGGA AATTCTTTAA ACTTCGTCTT GCACCAATCT TTTATCCTAA TGAATGTAAG
AGTTTAGATC TTTTAAACAA AATGGACGAT ATGGGTTTCA CAGAAAAAGC TCCAACAAGA
ATTCACTTGT TAATTCTTGA TGTTATCATG TCTGGCTTGG AAAGTCCAAA GAATTCTACT
ATTCTTTATC AAAGTGATAA AGATATTTAT CTCTTCTTGA TGATTTTCAG ACAAAGTTTC
CTCCTCCCAC CACAACACTA CGAACAGTTA GCCAAGATGA TGAAGACTTA TCGTTCATGG
ATTTGTAGAG ATTACTTTTT ATACAACTGG CCTGAAATTA TGGAAAGAAA CAGAAATCTC
TACTTCCGTA TTTTCATTGA TAATTTGAGT CAAATTTTCT ACATGAAAGG AGATGAACAA
TATATTGATT TGCATATCAC TATGAGTTAT GAAGTTTTGG AAATGTTCAT GTTCTTTACA
CAAATTTCTG ACAAGATTGA CTTTGAAACA TGGAGTGATT TACTTTCTGC TCACAAACGT
ATCTGTTCTA CTGTGGTTGA TAGAAAGACT AAAGGAGGTG ATAACTACGA CGTCATGTAT
AGCGATATTT TAGAAAAGAC CTGCTTTAGA AATTTGTACA TAATATGGAT CAAGTCTCAC
CCAACAGATC AATATCCTAA ATTGTGGGAA GAATTATACG AATTAATGCA AAGTTATGCT
CACATGCCAT CTGCTTTTGG TTTATGGCGT GCTACTGTTC TCAATCTTGC TCGTATTGTT
TGTGAACAAA TCTTTGAAAT GCCAACAGAT AGAATGAGAG TTGGTTTTAT TGAATATACA
ACTGATATGT ATACTGTAAC AGTTGTAAAG AAGAAGGCCA AAACTGAAAA GAAACAACAC
ATTTTCCAAG GAATGGATAC TTACATGTCA AAGAGTATTT CTATTGATAC TGTTTTGCAT
CTTTTCCACA AGTTTTTGAA CATGTTCGGT AATGAGAATA CACAACTCAC TAACGGAGCC
TTGCATGCAA AGAAAATGGT TGTTTTGAAG GAAGTTTTGG ATCTTTTCTT GGATATTGAA
ATTACTGAAG TCAAGGCTGT CAGAGGTTCT ACCAACAGTG TTACATTCCT TCACTCACCA
GAAGGTAACA AGTTATTTGC CATCCTTTTG GAATGGATTA TTGAAGCTTG TGATAGAACT
GATGATCAAT TCGAATCTGG ACGTGTTATT GCTTATACCA TGATGTGTCA AATCTTGGTC
ACACAATTCA GTCAACCTTT GAATGTTCAA TACCTTGCCA ATTGTTATAG AGCTCTTTTC
AAGGGATTGG TTCCAGAATA TACAGCCACT GATCGTACTA TCGAAGCAAT CATCAAACAC
GGCTGGAACA TTTTCAGTAT GGGTCACATG GGTTTGAATA TTCTTGTTCC ATACTTTGTT
CAAGCATGTC AAAAGGTTCT TAAGGAATCA AGTGCTACAA TTGGACCAGA AACTCAAGAA
TTGCGTATTG CTGCTGTACA AGGTCTTACC TCCCTCATTC CTATTTGCTA CTTCTATGGA
GATCGTCCTC TTCCTCACGT TGAAACAGTT TTGAAACTCA AACAAGCCAA GTTGGAAAAT
TTGAACCCAG AAACTGTAAC CACCTTCACC AAACTCAGAG GTCGTATTGT TCAAACACTT
CAATCTTGTG TTCAAGATGA CAGATTTGTT GATGTTCAAA TCAAGTGTAT TTGGGGTCTC
TATGCTATTC TCCACAATGA GCTCCAACTT GAAGGAGTTA ACGGAAGATC TAATCCATCC
AGACAAATTG TTGAAATGTT CATCAAGTTC TTTGTTGACA AGAATGCTGA TGTTGCCTGT
GCTGCTCACG ATGCTGTAGT TACATTGGCT CATTTAGGTT TATTCACCAA GTTAGGTGTT
CCAACCATTC GTACATTCTT GTTGACCATC TGTACTGCCT TGTCCTCTCA GTTGAAGGAT
TCTGATTCTG CCTTGGCACA ATGGAGCATT TTCAAACACT TGTTCTATTC CATTGTTGAA
ATTTTGCAAT ACATTCCAAT GAAGGTTTTG GAAAGCAAGG AAGTTGCCTC AATGCTTTTC
AGTGCTATCA ATAGAGGTTT ATCTGTTGTT TCATTGAGTG TATTGTTGAC TCCACAAAAG
GATACTGTAA CTGAAGCTGC CACTGAAGAC TCAGCTGATA GAGGAGCCAA GATGTATTCT
TTCGAAAATT ATACACTCAG CAAGGAAGAC AGTGCTTTGG AAATTGCTAC TGCTGCCGAA
AGCTTGTTGT GTTATGCTTT GAACGTTTTC AGTCAATTCC CAACTCCTAT TGGTGCTGCT
AGAATGAGTA CTGAAATTTC CGAATTTGAT GTCTTGCAAG AAGAAAATGG CTTGTATGTA
ACTTCTCCAA AGGTTCACCA CTTTGTTTTC AACAATTATA CCTTGTTGAC AATTATGGAA
AATCCAAACA AGACTGAATC TTGTGTTGTA ATTTTACGTG ACATGACTGG TAAATATTGT
TGGGAATTCA AGCAAGTTTA CTCTCCAGAA ACAATGACCT TCAAGAAGGA TAACATGGTT
AGAATTGACC ATTTGGAATT CGATGAATTG GTAGATGATG AATCCAAGTC TGGTGCCAAG
AATTCAAATG CTCCAAGAGC TTCCAAAGCT GGTTTTGATA GCCCTGGTTC TCCAGAAGAA
GATAGAGCCT CATTCTATGT ATCAAGCATT GTTAATCGTG GTGACGAAGA ATTGTTTGAT
GCTGATGATC CTCGTGCTGA ACCAATTGTC AGACAAGATT TGGCAGCAGT TGATCTGCCA
GCTGATATCG ACCAAACAGG TGGTTTGAAG GTAGATAAGG AATCATTCGA AACACCAGAT
ATCAAGGTTC CAGTAACTGC CCAACAAGAA ACTAAGGAAG ATTCTGATGA TGACGAAGAA
AATCATGAAG AAGAAGAAGC CATCAAGGTT GAAGAACAAG AAAGCCAAAT GGCTGGAGAT
GAAGGTGCTG AAGAACTCGA TTATCCTCAC TATGATATTG AAATTGATAC TGATAAGACT
GATATGCTTG AAGTTTTGCA ACACTATGTT ACTCAAGATA CACCAGCACT TGGTTTCAAC
GAAGCTCATG CTCCAAAGAA GCCAGATTAT GAAAATGATA ATTTAACCAA ATCTGTACAT
AAGGCATTTA GATCCCTCCT CAATAATATT GGTTTCCTCT CTGGTACCAG TAGAGCTTCT
TTCAGTTTGG TAAATGCCAA CGGTAGATTC TACAGATCTC TTAAACAACT CGACAAGTTA
ACTGAAAGAG AAACCATCAA GGTTGGTCTC ATCTATGTTG CCAATCAACA AGAAGCCCAA
AAGGATATTT TGAAAAATGA TGAAACATCA GGCTCTAGAA TCTACAAGGA ATTTGTTCAA
TCTCTTGGTT GGGATGCTGA TATGAGAACT CATGGTGGTT TTATGGGAGG TTTAGATGAA
AATTTGACTA CTGGTAATAC TGCTCCATAT TACTCAAACG CAACAACTGA GGTGATTTTC
CACGATGTTA CAAGAATGCC AACTAAGGTC AATGACTCGC AACAAATCCA AAAGAAACGT
CACGTCGGTA ACGATTTTGT CCACATTGTT TGGAGCGAGC ACGACAGAGA TTACAAACCA
TGGACAATTC CTTCTCAATT TAACTTTGTT CACATCTGTG TTTATCCATA TCAAAGACAT
AAGGAAACAT ATTTATTTAG GGTAAGAATT TATACAAAGC CAGAAGTTCC ACTTTTCGGA
CCTCTCCTTG ATGGAATGAT TGTGGATAAG AAGAACTTGG GACCACTGGT GAGAATGACT
GCCATTAATG CTAACAAGGC TGTGAGATAT AAGCAAAAGC AATACAGAAA GCCATTCCCA
ACCAGAAGAA GCCACATTAA TGAAATTATT CAAAGACACA AGGCCCAATC TACTTCTAAC
ATTGATTTTA TCAAGACCTT CTTCTTGGAT CAAGATTACA TGTCTGTCGA GTTCAATCCA
AAGAAACCAC TGGCTCCAAT TGCTTCTACT AGTCCAAACA CCACTGAAAG TTCCGATACA
GGTTCATCAG GATCTTCAAC ACCAAATTCC AGAAATGTCA GAAACTCGAG AGCAAGTATT
AAGAAGAGCG ACATTAAACC AGAGGTATCT TCACCAACAC AAAAACCGAC AACAACGGCT
AACACTCCAC AACAGCAACA ACAACAACAG GAAGAAGTGG AAGAACAAGT CGAGTATGAG
TATGTTGACG AAAATGGAGA ACCAATCACA CTTGCTGAAG GTGAAGAGGT TGAATATATT
GAAGTCGAAG AAGAAGAATA CCAATAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
-
PubMed
The genome of Naegleria gruberi illuminates early eukaryotic versatility.
Cell140(5)631-42(2010 Mar)
Fritz-Laylin LK,Prochnik SE,Ginger ML,Dacks JB,Carpenter ML,Field MC,Kuo A,Paredez A,Chapman J,Pham J,Shu S,Neupane R,Cipriano M,Mancuso J,Tu H,Salamov A,Lindquist E,Shapiro H,Lucas S,Grigoriev IV,Cande WZ,Fulton C,Rokhsar DS,Dawson SC
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