lars cDNA ORF clone, Seriola lalandi dorsalis

Gene
Clones
gRNAs

Summary

Gene Symbol	lars
Entrez Gene ID	111672099
Full Name	leucyl-tRNA synthetase
Gene Type	protein-coding
Organism	Seriola lalandi dorsalis

mRNA and Protein(s)

mRNA	Protein	Name
XM_023429390.1	XP_023285158.1	leucine--tRNA ligase, cytoplasmic

Pathways from BioSystems
Gene Ontology

The following lars gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the lars 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
OSe171870	XM_023429390.1 Latest version!	Seriola lalandi dorsalis leucyl-tRNA synthetase (lars), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

lars ( XM_023429390.1 ) cDNA ORF clone, Seriola lalandi dorsalis -> XP_023285158.1 Seriola lalandi dorsalis leucyl-tRNA synthetase (lars), mRNA.

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CloneID	OSe171870
Clone ID Related Accession (Same CDS sequence)	XM_023429390.1
Accession Version	XM_023429390.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3555bp) 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	2017-12-25
Organism	Seriola lalandi dorsalis
Product	leucine--tRNA ligase, cytoplasmic
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019525445.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Seriola lalandi dorsalis Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACGGAGC GGAAAGGAAC AGCGAAGTTG GACTTTCTGA GGAAAATTGA GCTTGAAATC 
CAGGAGAAAT GGGAGAAGGA GAAAGCATTT GAGCATGATG CCCCAACAAC AATTGGGGAA 
AGCACAAACA AAAACAAGTA CTTTGTCACC TTCCCCTACC CATATATGAA TGGTCGATTG 
CACCTTGGCC ATACATTCAG CTTGTCAAAG TGTGAGTTTG GCATTGGTTA TCAGTCTCTG 
CGAGGCAAGA AGTGCCTCTT CCCCTTTGGG CTGCACTGCA CAGGAATGCC AATCAAAGCC 
TGTGCAGACA AGCTGAAGAG AGAGATGGAG CTCTATGGAA ACCCTCCACA GTTTCCAGAC 
GAGGAGGAAG AAGAGAAGGA GAAGCCAAAG ACATCTGATG AAATCATCAT CAAGGACAAA 
GCAAAGGGCA AGAAGAGTAA AGCAATGGCC AAAGCTGGAT CCTCCACTTT CCAGTGGGAC 
ATTATGAGGT CTTTGGGCCT AAATGACAAG GAGATTGTCA GCTTTGCCAA TGCTGAACAC 
TGGCTGGAAT ACTTCCCTCC TCTGGCTGTT AAAGACCTCA AACAGATGGG TGTAAAGGTG 
GACTGGAGGC GTTCATTCAT CACCACAGAT GTGAACCCCT TCTACGACTC CTTTGTCAGG 
TGGCAGTTTG TCACACTGAA GGAGAGAAAA AAGATCAAGT TTGGCAAAAG GTATACCATC 
TACTCCCCCA AGGATGGGCA GCCATGCATG GACCATGACA GGCAGACAGG AGAGGGAGTT 
GGACCTCAGG AGTACACACT CATCAAGATG AAGATAATTG AGCCGTACAC AGCAAAATTC 
AAATCTAAAG TCTTTTACAG CAGCGGCATG AAAGGTAAAA ACATCTTCCT GGTGGCTGCC 
ACTCTGAGAC CAGAGACCAT GTTCGGTCAG ACCAACTGCT GGGTGAGGCC CGACATGAAG 
TATGTCGCCT TTGAGACAAC GAGTGGAGAC ATCTTCATCT GCACCAGCAG GTCTGCCAGG 
AACATGTCTT ACCAGGGCTT CACCAAAGAG AATGGAGTGG TGCCAGTGAT CATGGAAATA 
CTTGGACAGG ATATCCTTGG AAGTGCCCTG AGTGCTCCTC TGACGTCCTA TAAGGTTATC 
TACGCTCTGC CCATGCTCAC CATCAAGGAG GACAAAGGTA CTGGAGTAGT TACCAGTGTT 
CCTTCTGACG CTCCTGATGA CATCGCCGCT CTCAGGGATA TCAAGAAAAA GCAGGCTCTG 
CGAGAGAAGT ATGGAATTGA GGACAAGATG GTGTTGCCTT TTGAGCCGGT CCCTATCATA 
GAGATCCCAG GCTACGGTAA CCTGTCGGCT CCTCTGGTGT GTGATGAGCT GAAAATCCAG 
AGCCAGAATG ACAAAGAGAA GCTGGCTGAG GCCAAGGAGA AAGTCTACCT GAAAGGATTT 
TATGAAGGGA TCATGCTGGT TGATGGTTAC AAGGGGCAGA AGGTCCAGGA TGTCAAGAAG 
CCCATCCAGA AGATGATGGT GGAGAAGGGT GAGGCCATGC TGTACATGGA GCCAGAAAAA 
CAGGTGATGT CGCGTTCAGC TGATGAGTGT GTTGTGGCTC TCTGTGACCA GTGGTATTTG 
GACTATGGGG ATGCTGAGTG GAAGCAGCAG GCCAATGAAG CGCTCAAGTC TTTGGAAACA 
TTTTGTGAAG AGACCAGGAG AAACTTTGAG GCAACTTTGG CCTGGCTGCA GGAGCATGCC 
TGCTCTCGTA CCTACGGACT TGGAACGCGG CTGCCTTGGG ATGAGCAGTG GCTGATTGAG 
TCTCTATCGG ACTCTACCAT CTACATGGCT TACTACACTG TAGCCCACCT TCTCCAGGGA 
GGTGTGCTCA ATGGACAGGG AGCCTCACCA CTGGGCATCA AGCCAGAGCA GATGACCAGA 
GAGGTGTGGG ACTTCATCTT CTTTAAGACG TCTCCTTTCC CCAAGACGGA CATCCCTAAA 
GAGCATCTAC AGAAGCTGAG GAGGGAGTTT GAGTACTGGT ACCCCGTCGA CGTCCGTGTG 
TCTGGCAAAG ACCTGGTTCC CAACCACCTG TCGTACTACT TGTACAACCA TGTGGCTATG 
TGGCCCAAAG ACAACGGGAA GTGGCCACAA GCAGTGCGAG CCAATGGACA TCTGCTCCTT 
AACTCTGAAA AGATGTCCAA ATCAACTGGA AACTTCCTCA CTCTCACCCA AGCCATTGAC 
AAGTTCTCAG CAGATGGTAT GCGTCTGGCT CTTGCCGATG CCGGCGATAC AGTGGAAGAC 
GCCAACTTTG TAGAAACCAT GGCTGATGCA GGCATCCTGC GTCTCTACAC CTGGGTGGAG 
TGGGTGAAGG AGATGATCGC CAACCAGAAC AACCTGAGGA CAGGACCTGC TGACACCTTC 
AACGACCGGG TCTTTGCCAG TGAGATGAAT GCAGGCATCT TAAAGACAGA GCAGCACTAC 
GACAGGATGA TGTACAAGGA GGCTCTAAAG AGTGGATTCT TCGAGTTCCA GGCAGCCAAA 
GATAAGTACC GTGAGCTGGC TATCGAGGGC ATGCACAGAG ACCTTGTCTT CCAGTTCATA 
GAGAGACAAA CGCTGCTGCT GGCCCCTATC TGCCCGCACC TTTGTGAATA CACATGGGGT 
CTGCTGGGCA AGACCGGTTC TCTGATGAAG GCATCGTGGC CTGTGGCGGG TCCAGTTGAC 
GAGATTCTGA TCCGTTCTTC TCAGTACTTG ATGGAGACCG CACACGACCT CCGACTGCGA 
TTCAAAGCTT ACATGCTTCC CCCAAAGAAC AAGAAAGGTG ACTCAAAGCC CCCAGCCAAG 
CCCTCCCACT GCACCATCTA CGTAGCCAAG AGCTACCCTC CGTGGCAGCA CAGTGCCTTA 
TCCCTGCTCG GCAAGCACTA CAAGAACAAC AACGGGGCCC TTCCAGACAA CAAAGTGATA 
GCAAGCGAGT TGGGGGCCCT GCCTGAACTG AAGAAATACA TGAAGCGAGT CATGCCTTTT 
GTAGCCATGA TCAAGGAGAA TCTGGAGAAG AACGGGCCCA GGGTTTTGGA TCTGGAGCTG 
GAGTTTGATG AGAGGACAGT TCTGATGGAG AACTTGGTCT ACTTAACCAA TTCTCTGGAG 
TTGGAGCAGA TAGATGTCTT GTTTGCATCT GAGGCTGACG ACAAAGTGAA GGAGGACTGT 
TGCCCAGGGA AACCGTTCAG TGTTTTCAGA TCAGAGCCTG GAGTGTGTGT GTCTCTGCTC 
AACCCTCAGC CATGCAACGG CATGTTTTCT ACAAAGGTTG ACATCCGGCA GGGGGACAGC 
AGGGACAGCA TCATCCGTAG ACTAGCCAAG GTCAACAGAC TCATCAAAGA CCTGTCCAGA 
GTGAAGCTGA TGAGGTATGA GGACCCCATG CTGGGGCCTC GCCGGGTGCC CGTCCTGGGA 
CAGGAGGAAC AGGGCAAACT GCCCATCTCC AACAAATCTG TGTTCAACAT CAATCTGGAG 
GAGAAGAGAG TCACTCTGGC TGACAACGGT CTCACTGTGG ACATCGGAGA CACTCTGGTT 
TATCTGGTTC ATTAG

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

RefSeq	XP_023285158.1
CDS	96..3650
Translation	MTERKGTAKLDFLRKIELEIQEKWEKEKAFEHDAPTTIGESTNKNKYFVTFPYPYMNGRLHLGHTFSLSKCEFGIGYQSLRGKKCLFPFGLHCTGMPIKACADKLKREMELYGNPPQFPDEEEEEKEKPKTSDEIIIKDKAKGKKSKAMAKAGSSTFQWDIMRSLGLNDKEIVSFANAEHWLEYFPPLAVKDLKQMGVKVDWRRSFITTDVNPFYDSFVRWQFVTLKERKKIKFGKRYTIYSPKDGQPCMDHDRQTGEGVGPQEYTLIKMKIIEPYTAKFKSKVFYSSGMKGKNIFLVAATLRPETMFGQTNCWVRPDMKYVAFETTSGDIFICTSRSARNMSYQGFTKENGVVPVIMEILGQDILGSALSAPLTSYKVIYALPMLTIKEDKGTGVVTSVPSDAPDDIAALRDIKKKQALREKYGIEDKMVLPFEPVPIIEIPGYGNLSAPLVCDELKIQSQNDKEKLAEAKEKVYLKGFYEGIMLVDGYKGQKVQDVKKPIQKMMVEKGEAMLYMEPEKQVMSRSADECVVALCDQWYLDYGDAEWKQQANEALKSLETFCEETRRNFEATLAWLQEHACSRTYGLGTRLPWDEQWLIESLSDSTIYMAYYTVAHLLQGGVLNGQGASPLGIKPEQMTREVWDFIFFKTSPFPKTDIPKEHLQKLRREFEYWYPVDVRVSGKDLVPNHLSYYLYNHVAMWPKDNGKWPQAVRANGHLLLNSEKMSKSTGNFLTLTQAIDKFSADGMRLALADAGDTVEDANFVETMADAGILRLYTWVEWVKEMIANQNNLRTGPADTFNDRVFASEMNAGILKTEQHYDRMMYKEALKSGFFEFQAAKDKYRELAIEGMHRDLVFQFIERQTLLLAPICPHLCEYTWGLLGKTGSLMKASWPVAGPVDEILIRSSQYLMETAHDLRLRFKAYMLPPKNKKGDSKPPAKPSHCTIYVAKSYPPWQHSALSLLGKHYKNNNGALPDNKVIASELGALPELKKYMKRVMPFVAMIKENLEKNGPRVLDLELEFDERTVLMENLVYLTNSLELEQIDVLFASEADDKVKEDCCPGKPFSVFRSEPGVCVSLLNPQPCNGMFSTKVDIRQGDSRDSIIRRLAKVNRLIKDLSRVKLMRYEDPMLGPRRVPVLGQEEQGKLPISNKSVFNINLEEKRVTLADNGLTVDIGDTLVYLVH

Target ORF information:

RefSeq Version	XM_023429390.1
Organism	Seriola lalandi dorsalis
Definition	Seriola lalandi dorsalis leucyl-tRNA synthetase (lars), mRNA.

Target ORF information:

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

XM_023429390.1

ORF Insert Sequence:

ATGACGGAGC GGAAAGGAAC AGCGAAGTTG GACTTTCTGA GGAAAATTGA GCTTGAAATC 
CAGGAGAAAT GGGAGAAGGA GAAAGCATTT GAGCATGATG CCCCAACAAC AATTGGGGAA 
AGCACAAACA AAAACAAGTA CTTTGTCACC TTCCCCTACC CATATATGAA TGGTCGATTG 
CACCTTGGCC ATACATTCAG CTTGTCAAAG TGTGAGTTTG GCATTGGTTA TCAGTCTCTG 
CGAGGCAAGA AGTGCCTCTT CCCCTTTGGG CTGCACTGCA CAGGAATGCC AATCAAAGCC 
TGTGCAGACA AGCTGAAGAG AGAGATGGAG CTCTATGGAA ACCCTCCACA GTTTCCAGAC 
GAGGAGGAAG AAGAGAAGGA GAAGCCAAAG ACATCTGATG AAATCATCAT CAAGGACAAA 
GCAAAGGGCA AGAAGAGTAA AGCAATGGCC AAAGCTGGAT CCTCCACTTT CCAGTGGGAC 
ATTATGAGGT CTTTGGGCCT AAATGACAAG GAGATTGTCA GCTTTGCCAA TGCTGAACAC 
TGGCTGGAAT ACTTCCCTCC TCTGGCTGTT AAAGACCTCA AACAGATGGG TGTAAAGGTG 
GACTGGAGGC GTTCATTCAT CACCACAGAT GTGAACCCCT TCTACGACTC CTTTGTCAGG 
TGGCAGTTTG TCACACTGAA GGAGAGAAAA AAGATCAAGT TTGGCAAAAG GTATACCATC 
TACTCCCCCA AGGATGGGCA GCCATGCATG GACCATGACA GGCAGACAGG AGAGGGAGTT 
GGACCTCAGG AGTACACACT CATCAAGATG AAGATAATTG AGCCGTACAC AGCAAAATTC 
AAATCTAAAG TCTTTTACAG CAGCGGCATG AAAGGTAAAA ACATCTTCCT GGTGGCTGCC 
ACTCTGAGAC CAGAGACCAT GTTCGGTCAG ACCAACTGCT GGGTGAGGCC CGACATGAAG 
TATGTCGCCT TTGAGACAAC GAGTGGAGAC ATCTTCATCT GCACCAGCAG GTCTGCCAGG 
AACATGTCTT ACCAGGGCTT CACCAAAGAG AATGGAGTGG TGCCAGTGAT CATGGAAATA 
CTTGGACAGG ATATCCTTGG AAGTGCCCTG AGTGCTCCTC TGACGTCCTA TAAGGTTATC 
TACGCTCTGC CCATGCTCAC CATCAAGGAG GACAAAGGTA CTGGAGTAGT TACCAGTGTT 
CCTTCTGACG CTCCTGATGA CATCGCCGCT CTCAGGGATA TCAAGAAAAA GCAGGCTCTG 
CGAGAGAAGT ATGGAATTGA GGACAAGATG GTGTTGCCTT TTGAGCCGGT CCCTATCATA 
GAGATCCCAG GCTACGGTAA CCTGTCGGCT CCTCTGGTGT GTGATGAGCT GAAAATCCAG 
AGCCAGAATG ACAAAGAGAA GCTGGCTGAG GCCAAGGAGA AAGTCTACCT GAAAGGATTT 
TATGAAGGGA TCATGCTGGT TGATGGTTAC AAGGGGCAGA AGGTCCAGGA TGTCAAGAAG 
CCCATCCAGA AGATGATGGT GGAGAAGGGT GAGGCCATGC TGTACATGGA GCCAGAAAAA 
CAGGTGATGT CGCGTTCAGC TGATGAGTGT GTTGTGGCTC TCTGTGACCA GTGGTATTTG 
GACTATGGGG ATGCTGAGTG GAAGCAGCAG GCCAATGAAG CGCTCAAGTC TTTGGAAACA 
TTTTGTGAAG AGACCAGGAG AAACTTTGAG GCAACTTTGG CCTGGCTGCA GGAGCATGCC 
TGCTCTCGTA CCTACGGACT TGGAACGCGG CTGCCTTGGG ATGAGCAGTG GCTGATTGAG 
TCTCTATCGG ACTCTACCAT CTACATGGCT TACTACACTG TAGCCCACCT TCTCCAGGGA 
GGTGTGCTCA ATGGACAGGG AGCCTCACCA CTGGGCATCA AGCCAGAGCA GATGACCAGA 
GAGGTGTGGG ACTTCATCTT CTTTAAGACG TCTCCTTTCC CCAAGACGGA CATCCCTAAA 
GAGCATCTAC AGAAGCTGAG GAGGGAGTTT GAGTACTGGT ACCCCGTCGA CGTCCGTGTG 
TCTGGCAAAG ACCTGGTTCC CAACCACCTG TCGTACTACT TGTACAACCA TGTGGCTATG 
TGGCCCAAAG ACAACGGGAA GTGGCCACAA GCAGTGCGAG CCAATGGACA TCTGCTCCTT 
AACTCTGAAA AGATGTCCAA ATCAACTGGA AACTTCCTCA CTCTCACCCA AGCCATTGAC 
AAGTTCTCAG CAGATGGTAT GCGTCTGGCT CTTGCCGATG CCGGCGATAC AGTGGAAGAC 
GCCAACTTTG TAGAAACCAT GGCTGATGCA GGCATCCTGC GTCTCTACAC CTGGGTGGAG 
TGGGTGAAGG AGATGATCGC CAACCAGAAC AACCTGAGGA CAGGACCTGC TGACACCTTC 
AACGACCGGG TCTTTGCCAG TGAGATGAAT GCAGGCATCT TAAAGACAGA GCAGCACTAC 
GACAGGATGA TGTACAAGGA GGCTCTAAAG AGTGGATTCT TCGAGTTCCA GGCAGCCAAA 
GATAAGTACC GTGAGCTGGC TATCGAGGGC ATGCACAGAG ACCTTGTCTT CCAGTTCATA 
GAGAGACAAA CGCTGCTGCT GGCCCCTATC TGCCCGCACC TTTGTGAATA CACATGGGGT 
CTGCTGGGCA AGACCGGTTC TCTGATGAAG GCATCGTGGC CTGTGGCGGG TCCAGTTGAC 
GAGATTCTGA TCCGTTCTTC TCAGTACTTG ATGGAGACCG CACACGACCT CCGACTGCGA 
TTCAAAGCTT ACATGCTTCC CCCAAAGAAC AAGAAAGGTG ACTCAAAGCC CCCAGCCAAG 
CCCTCCCACT GCACCATCTA CGTAGCCAAG AGCTACCCTC CGTGGCAGCA CAGTGCCTTA 
TCCCTGCTCG GCAAGCACTA CAAGAACAAC AACGGGGCCC TTCCAGACAA CAAAGTGATA 
GCAAGCGAGT TGGGGGCCCT GCCTGAACTG AAGAAATACA TGAAGCGAGT CATGCCTTTT 
GTAGCCATGA TCAAGGAGAA TCTGGAGAAG AACGGGCCCA GGGTTTTGGA TCTGGAGCTG 
GAGTTTGATG AGAGGACAGT TCTGATGGAG AACTTGGTCT ACTTAACCAA TTCTCTGGAG 
TTGGAGCAGA TAGATGTCTT GTTTGCATCT GAGGCTGACG ACAAAGTGAA GGAGGACTGT 
TGCCCAGGGA AACCGTTCAG TGTTTTCAGA TCAGAGCCTG GAGTGTGTGT GTCTCTGCTC 
AACCCTCAGC CATGCAACGG CATGTTTTCT ACAAAGGTTG ACATCCGGCA GGGGGACAGC 
AGGGACAGCA TCATCCGTAG ACTAGCCAAG GTCAACAGAC TCATCAAAGA CCTGTCCAGA 
GTGAAGCTGA TGAGGTATGA GGACCCCATG CTGGGGCCTC GCCGGGTGCC CGTCCTGGGA 
CAGGAGGAAC AGGGCAAACT GCCCATCTCC AACAAATCTG TGTTCAACAT CAATCTGGAG 
GAGAAGAGAG TCACTCTGGC TGACAACGGT CTCACTGTGG ACATCGGAGA CACTCTGGTT 
TATCTGGTTC ATTAG