loxhd1 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	loxhd1
Entrez Gene ID	106569158
Full Name	lipoxygenase homology domains 1
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014140204.1	XP_013995679.1	lipoxygenase homology domain-containing protein 1

Pathways from BioSystems
Gene Ontology

The following loxhd1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the loxhd1 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
OAt07779	XM_014140204.1 Latest version!	Salmo salar lipoxygenase homology domains 1 (loxhd1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

loxhd1 ( XM_014140204.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013995679.1 Salmo salar lipoxygenase homology domains 1 (loxhd1), mRNA.

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CloneID	OAt07779
Clone ID Related Accession (Same CDS sequence)	XM_014140204.1
Accession Version	XM_014140204.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7335bp) 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	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	lipoxygenase homology domain-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012332764.1) 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 Version :: Salmo salar Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGCCCTCAA AAGAGAAAAA AACTGCAGGA ACGGAGGAAA CTGAAGAGGT GGATTGCGAC 
GTGGAGGAAA AGGAGCCAAA ACCGAAAGGG AAGAGCAAGT CTGACGCCAA CGGAGACACC 
AAGCCAGACG GAGAGAAGAA GAGGAAGAAA CACAAGAGCC CAGAGGAGTC TGAGGAGGAA 
CCAGAGAAAG AGAGGAAGAA AAAAGGGGAA CGCCACGATA AGGTGAAAGA GAAAAAAGAA 
AAGAAGAAAA AGAAAGCAGA AGATGATGCA GAGAAGGGGG AGGGGGATGA AGTGATTGAA 
AATGAGGAAG AGGGAGATGA CGAGCAGAAC AACAATGACA CCATCAAAAC CAAACCCAAG 
AAGAAGAAAT CCGAAGAAGA GGACATGACT GAGGGAGAAG TTAAAGAGGA AAAGAAGAAG 
AAGAAGAAAA AGAAGTCGTC TTCCGAGGGA GACCAACAGG AAGAGGAAGA GATGGGGTCC 
AAAGGCAGGA AGTCCAAAGA TGGAGGGAAG AAGAAGAAGA AAGCTCAGGA TGAGGAGCCC 
CTCTTGGAAG ATCAGGAGGG AGAAGAAGAA GACTCCAAGA AGAAAAAGAA GAAGAAGCCG 
AAGAAGGGAT CGGCTGACAG CGATGAGGAC AAGAAAGACA AGAAAGGGAA GAAAGGGAAG 
AAGCCCAAGG CCAAGCAGGT GGATTACGCT GAGATCTACT ACAATGAGCT GATGACCTAC 
CAAACGGACT CCTCCGATGG CTATGAGGAC GAGTACCACA AAAAGAAAGT GTATGAGGTG 
GTGACTGTCA CAGGTGATGT GAGAGGGGCA GGCACAGACG CCAATGTGTT TGTCACTCTT 
TTTGGAGAAT TTGGCATCAC TCCCAAAGTG CACCTGGCCA GCAAAAGCCG AACGGCATTT 
GAGAAAAATA AGACGGACGT GTTCCGGATT AAAACACACA ATGTTGGGCC CTTGAAGAAG 
CTGAGGATTG AACATGACAA CACAGGTGGC TTGAACGCCA GCTGGTTCCT AGACCGGGTC 
GTGGTGACCG ACATGAACCG TCCACACCTG CGGTTCTACT TCGCCTGCAA CAACTGGCTG 
AGCCGTGAGG AGGGGGATGG CCTGTATGTC AGAGACCTGC TGGGCAGCCT CAACCCCATG 
GATGTCCCCA AACTGAATAA GTACATAGTG AGTGTGTTCA CTTCTGCCGA GAAGGGCAGC 
GGGACTGATG CTGACGTCTT CCTGAATATC TTTGGAGAGC ATGGAGATAC AGGGGAGAGA 
CGGCTGGACA GTGACAAAGA TAATTTTGAG CGAGGCACGG AGGACAAGTT TACTATTGAA 
ACACCAAACC TGGGAAGGCT AAAGAAAATC ACCATTGGCC ACAACAACCG GGGCTCATCA 
GCTGGATGGT GTCTGGATAA GGTGGTGATT GATGACATGG GGAACAAGGA GGTGTATGAG 
TTTCCAGTGA ATCGCTGGTT CGCCATGGAC GAAGAAGATG GAAAGATACA GAGAGATGTG 
TTGGTGGGAG CAACACAGCC CATGGCGGTG GTGTACAACG TCCAGGTGAT GACGGGCAAC 
GTGAGAGGTG GTGGCACCAA CTCTAAGATC CACATCATCA TGCACGGCAC CAAGGGCCTG 
AAGAACAGTG GCAAGGTGTT CCTGGAGGGT GGGGCATTCG AGCGGGGGCT CATCGATATC 
TTCAACGTGG AGATTGCTGC GCTGCTCAGC CCACTCAGCA GGGTCACCAT CGGACATGAC 
AACGGAGCTG TTGGGGCCGG CTGGTACTGC GAAAAGGTGA CAGTGTACTG TCCCTTCACA 
GGGATTGAGC AGACGTTTCC CTGTTGCAAG TGGCTGGATG AGGACGAGGG GGACGGACTG 
ATTGAGAGGG AGCTGTACGA GATGGTGTCC CTCAGGCAGA AGAAACTTAA GAAGTACCCG 
TGGTCACTCT GGATCTGGAC GTCGGACGTG AAGGGGGCAG GGACGGACGC CCAGGTCTTC 
CTGCAGATCT ACGGTGAGAA GGGCAAGTCA GATGAGATGA GACTGGAGAG CAACTCAGAC 
AGCTTTGAGC AGGCTCAGCT GGATAAGTTC ATGATTGAGA TGCCAGACAT TGGAAAACTG 
ACGAAGGTCC GTATCTGGCA CGAAAAGAGA CATCCTTTCG CAGGCTGGCA TTTCGCTAGG 
GCCACGGTGA TGAAGACTCT GACAAGGGAG AAGTACTCGT TTAACTGTGG CCGCTGGCTG 
GACATCAACG AGGACGATAA TGAGATCGTC AGAGAGATGC CCGCCACCGG AGCTCTCATC 
CCAGAGCCGT TACTATTGCT GAAGTATCGC ATCACCATCT GTACTGGGAG AGTGAGTGGA 
GGTGGCACTG ATGCCAGCGT ATTCCTTAAT GTGATCGGGG ACCTGGGAGA CACAGGGGAT 
CGACTCATGT TCCTCAGCAA AAACAACGTC AACAAGTTTG AAAAGGGCAA CGCCGATGAG 
TTTCTGATAG AGGCGGTGTC GTTGGGGCAG GTGCGCAGGG TGCGTATTGG CCATGATGGG 
AGGGGTGGAG GCTGCGGTTG GTTCCTGGAT AAGGTGTTGG TCAGGGAGGA GGGCCAACCA 
GAGTCTGCGG CCATAGAATT CCCCTGTAAC AGGTGGTTGG ACCGGAATGA GGACGATGGA 
CAGATTGTTC GTGAGTTAGT GCCAGCAGGA GATGGTCTGC GTCTCCACAA TGTCAACTAC 
CATATCTCGG TGAAGACAGG CAACATTAAC GGGGCCAGCT CGGACTCCAA GGTGTTTGTT 
AAGTTGTACG GAGAGAAGGG CGACACCACG AGGATACTCC TGGTGGTCTC GGACAATGAC 
CTGAGTAACT ACTATGAGAC GGGCCAAACT GATATCTTCA CCGTCGAGAC CTATGACATC 
GGACAAATCC ACCGTCTGCT GATAGGCCAC ACTAATGAGG GTCTGCGTGC TGGTTGGTTC 
CTGGACAGTG TCCAGATCAT TGTTCCGGTC CATGGGAAGC AGTACCAGTT CCCCAGCCAT 
CGCTGGCTCT GTAAGGATGA GGCTGACGGC AAGGTGGAGG TGGAGATCTA TCCCAGCGAG 
ACCCTGGACA TCGAGAAACT GATTAACTAC GAGGTCACAG TGGTCACGGG GAACATGCGC 
AATGGTGGCA CCAACGCCAA TGTGTTCTGC CAGATCTACG GAGAGGAGGG CAAGACCGAG 
CTCATCAGCC TCAAGAGCCG CTCCAACAAC TTTGAGCGCG GGACCACAGA GATCTATAAG 
ATCGAGGCGC TGAACGTGGG CAAATTGTTC AAAATCCGCA TCGGGCATGA TGGTTCAGGC 
GTGGGCGACG GGTGGTTCCT TGAGACGGTG GACATCAAGC GGCTCACTAT GGCCATGGTA 
CAGAGGGAAG TGGTGAAGGA GAAACCGAAG GATGACAAGA AGGACAAGAA GAAGAATAAA 
AAGAAGAAGA AAGAGGAGGA TGAGGAGGAG GAGTACGTGA CGGAGCTCCA GGAGGTGGTA 
GAGAGCGTGA CGTTCCCCTG TCATCGCTGG CTGGCCCGCG ATGAGGAGGA CGGGGAGATT 
GTGGTGGAGC TCCTTCCCGA GGACCCCGGA GACCTGGAGG AGAACTCCTA TGAGGTCCAT 
GTGTTTACTG GCCCTATGTG GGGAGCCGGA ACCGATGCCA ACGTGTACAT CAACATCTAC 
GGAGAGATCG GTGACACGGG CGAGCGGAAA CTAAGAAAGT CCAACAACCT CAACAAATTT 
GAGAAGGGGC AGGAGGACGT GTTCTCCATG CAGGCCATCG ATCTGGGCAT TCTGAAGAAG 
CTGAGGATTC GTCACGATAA CAGCCAGCCT AATGCGGCCT GGTTCCTGGA CAGGGTGGAG 
ATAGTAGACA ACAAAGACGA CACCACGTAC TACTTCCCAT GTAAACGGTG GCTGGCCATT 
GATGAAGATG ACGGACAGAT TGCCAGGGAG CTGGTCCCTG TGGACGAGGC CTTTATGAAG 
AAGGGTGAGG ATGATGATGA TGATGATGAC GAGGAAAACT CCAGTGCAAC ACTCGGCCTG 
GAGCAGAAGG CCATGTCCAC CACCTTCACA ATGAGGGTAA AGACTGGAGA CAAGAAGTAT 
GCGGGCACTG ATGCCAACGT GTTCGCCATC CTGTACGGCG TGAAGGATGA TACAGGCATC 
ATAATGCTGA AAGCATCCAA GTTACATAAG AATAAGTTTG AGCAGGCCAT GATTGATGAG 
TTTACAGTGG AAGCTGTGGA TATTGGAACA CTGAAGAAAA TACAAATCGG GCATGACAAC 
TCAGGGGCAG CATCAGGCTG GTTCCTGGAC TGGGTAGAGG TGAATGCCCC CTCCCTGGGC 
CAGAGGCTGA GGTTCCCCTG TGGTCGCTGG CTGGATAAGG GAGAGGACGA CGGGGCCATC 
GTCAGGGACC TCTTCCCTGC AGACCTCCAG ACTGAGCTCT ACACACCATT TGTGCCCTAT 
GAGATCAAGA CGTTCACCAG TGACCTGTTT GCAGCGGGTA CAGACGCAGA TGTGTTCATC 
GTGCTCTACG GCCGAGACGG GGTGTGCACC CAGCAGAGGT CTCTCTGTGT CAACAAGAGG 
GAGAGGACCA TGTACTTTGA GAGGGGAGCT GAGGACATGT TCATCGTTGA GTTGGAGGAC 
GTGGGTGATG TCATAGAGAA GATTCGCATT GGTCATGACA ACAGAGGGCT AAACGGAGGC 
TGGCACCTGG ACAGAGTGGA GATCAGACGA CTGCTGAGGA AGGGGAAGGG GTCGGAGACC 
ATTATCTTCC CATGTGAGCG CTGGCTGGCC AAGTCAGAGG ATGACGGAGA AACAGTGAGA 
GAGTTAGTAC CTTCTGACAT CATAACGGAG AAACTACTAC GAGATGGTAC CCTGAAAGTC 
AGCGAGGTTG AGGTGGAAGA TGCACTGGAG ACTCACACTT ACAAAGTGTC TGTGATGACG 
GGCGATGTTT ACGACGCAGG CACCGATGCC AATGTCTTCC TGACCATCTA CGGAGACCTG 
GGAGACACTG GCGAGCGCAA ACTCAGCAAG TCTGAGACCA ACGGCAACAA GTTTGAGAGA 
GGAGCGGTGG ATAAGTTCAC CATTGAGGCA GTGGACCTGG GTCAGGTGTT TAGAATGAAG 
ATTCGCCATG ACAACAGCAT GATGAGTGCT GATTGGTACC TGGACCAGGT GGAGGTGGTT 
GATGAGGATA CGGAGGAGGT CTTCCTGTTC CTGTGTGAGC GCTGGCTGTC CAGGAAGAGA 
GAGGACAGAC GCATCGAAAG GATGTTCTAT GTCAAGGGTT ACGAGGGGGA GAGGGAGACT 
CTCCAGGGCA GTAAGAAGAG CTCAGCCCTG ATCATGAAGA GTGTGGACAG CAACATGAAC 
AAGAAGAGGA AGAAGGGGGA GGACATCCAA AAGGAGAGCA CCATCATCCC ATACCACTTC 
ACCATCTCCA CGGGGGAAGA AAACGATGCC AGTACCGGCA GCAGGGTCTA TGTGATCATC 
ATGGGGCCAA ACCACATTCA GACACAGAGG CTGTGGCTGG ACCTGCCTGG GGGGAAGAAG 
TGCTTTGAGT CTGGGTCTCT GGAGTCCTTC GAGGCTCATG GAGCTGACGT TGGTGAGATT 
AAAAAAGTGG AGCTCGGACA TGACGGCGCC ACTCCGGAGA GCTGCTGGTT GGTTGATGAG 
CTAGCTGTTG CTGTGCCAAC CAAAGGGGTT AAATTCATTT TCCAGTGTAA GTGCTGGTTG 
GCCAAAGATC GGGGCGATGG ACTGACTGCC AGGGTGTTCA ACGTGTTGGA TGCAGATAGC 
ATCACCATCT CCCAAAAGAT CATCTATGAG GTGACAGTGG TGACGGGAGA TGTTCAGAAC 
GCTGGGACAG ACACCCAGAT CTACGTGTCT GTGTTTGGGA CCAACGGCAC CACAGAGGAG 
ATCCTACTGC AGAAGAACGA GGACAGGTTT GAGCGGGGTC AGGAGGACAC GTTCAGCCTG 
GAGGTTGATG ATATTGCTCC CCTGAGGAAG ATGAGGGTCC GTATTGACGG CTCTGGTAGC 
CGACCTGACT GGTTCCTGGC TAAGATCATC ATGCGTAACC TGACCACAGA GGAGGTGTCA 
GTGTTCACCT ATGAGGAGTG GCTGTCTAAG ACCAAAGGAC CCAAGAGGAC CATGATCTGT 
GAGATGGCTG CTGTGGTGGA CGAGGAGGAG ATGGTGGAGA TCACCACCTA CATTATCCAG 
GTCAAGACCA GCGACATTGG AGGGGCAGGC ACTGACGCCA ACGTGTGGAT CATTGTGTTT 
GGAGAGTGCG GGGACACTGG GACCCTGGCG CTGAAAGAGT GCCAGAAATC CAACAAGTTT 
GAGCGCAAGC AGACAGATGT GTTCCGTTTC CCTGACATGC TCAGCCTCGG GGAGCTCTCT 
AAGGTTCGGG TGTGGCACGA CAACTCAGGG CCTGCTCCAG GATGGCACAT AGAATACATT 
GATGTGAAGG ATGAGGCCTT GGACAGGACA TTTCGCTTCC CCTGCGACCG CTGGTTGGCC 
CAGAACGAGG ACGATGGTCA GATCATGAGG GAGTTGTCCT GCGCCAACAA CGACATTTTA 
GACCTCAACG AGAAGACCAA ATATGAAATT ATTACCACCA CGGCGGACAC AGACGACGCA 
GAGACCAAAG AGAACGTCTG GATTGCACTG GAGGGGAGGA AGGGGCGTTC AAAAGAATTT 
ATGATGGAGA ACTCATCAAA GAAAAAGAGG TTCTTGCGGG GAAACAAGGA CAAGTTTGAG 
TTCTCCTCCA AACAGCTTGG TGACATCGCT GGCATCTGCC TGGGCCACAC CCCCAAGGAT 
GGGAAGAAGG TGAAAGGTGA GGCGTTCTGG CACGTGGAGG AGGTCGTTGT CATAGAGAAA 
GTGCTGGGCA ACAGGTTCAT ATTCATCTGC AACGCCCTGA TCCCCCTCTC CCCGAAGAGG 
GACGAGTTTG TGACCATCGA GTGCACCAAG GCAATCGAGA GCTTCGCCAG CAAAGCCCGC 
AGCCTGGTGC CCGTCAAGTA CGAGATCATC CTCATCACGG GGGACGAGAA GGGGGCAGGC 
ACCGACGCCA ATGTCTTCAT CACCATCTAC GGCTCCAACG GTGACTCGGG CCGCCGGTCG 
CTACGTCAGA AGTTCCGCAA CCTGTTTGAG CGTGGCCAGA CGGACCGCTT CCTGTTAGAG 
ATGTTGGACA TGGGTGAGCT GCTGAGGGTA TGTGTGGAGC ACGACAACAC CCGCCTCAGC 
CCCGGCTGGC TGCTGGACCG CGTGGAGGTC ACCAACACGG CCAACGGTGT CACCACCATC 
TTCCTGTGTG GAAAGTGGCT GGACACCAAG AAGGCGGACA GACAGATCTT CAGGGTCCTC 
TACCCAAAGT ACTAA

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

RefSeq	XP_013995679.1
CDS	20..7354
Translation	MPSKEKKTAGTEETEEVDCDVEEKEPKPKGKSKSDANGDTKPDGEKKRKKHKSPEESEEEPEKERKKKGERHDKVKEKKEKKKKKAEDDAEKGEGDEVIENEEEGDDEQNNNDTIKTKPKKKKSEEEDMTEGEVKEEKKKKKKKKSSSEGDQQEEEEMGSKGRKSKDGGKKKKKAQDEEPLLEDQEGEEEDSKKKKKKKPKKGSADSDEDKKDKKGKKGKKPKAKQVDYAEIYYNELMTYQTDSSDGYEDEYHKKKVYEVVTVTGDVRGAGTDANVFVTLFGEFGITPKVHLASKSRTAFEKNKTDVFRIKTHNVGPLKKLRIEHDNTGGLNASWFLDRVVVTDMNRPHLRFYFACNNWLSREEGDGLYVRDLLGSLNPMDVPKLNKYIVSVFTSAEKGSGTDADVFLNIFGEHGDTGERRLDSDKDNFERGTEDKFTIETPNLGRLKKITIGHNNRGSSAGWCLDKVVIDDMGNKEVYEFPVNRWFAMDEEDGKIQRDVLVGATQPMAVVYNVQVMTGNVRGGGTNSKIHIIMHGTKGLKNSGKVFLEGGAFERGLIDIFNVEIAALLSPLSRVTIGHDNGAVGAGWYCEKVTVYCPFTGIEQTFPCCKWLDEDEGDGLIERELYEMVSLRQKKLKKYPWSLWIWTSDVKGAGTDAQVFLQIYGEKGKSDEMRLESNSDSFEQAQLDKFMIEMPDIGKLTKVRIWHEKRHPFAGWHFARATVMKTLTREKYSFNCGRWLDINEDDNEIVREMPATGALIPEPLLLLKYRITICTGRVSGGGTDASVFLNVIGDLGDTGDRLMFLSKNNVNKFEKGNADEFLIEAVSLGQVRRVRIGHDGRGGGCGWFLDKVLVREEGQPESAAIEFPCNRWLDRNEDDGQIVRELVPAGDGLRLHNVNYHISVKTGNINGASSDSKVFVKLYGEKGDTTRILLVVSDNDLSNYYETGQTDIFTVETYDIGQIHRLLIGHTNEGLRAGWFLDSVQIIVPVHGKQYQFPSHRWLCKDEADGKVEVEIYPSETLDIEKLINYEVTVVTGNMRNGGTNANVFCQIYGEEGKTELISLKSRSNNFERGTTEIYKIEALNVGKLFKIRIGHDGSGVGDGWFLETVDIKRLTMAMVQREVVKEKPKDDKKDKKKNKKKKKEEDEEEEYVTELQEVVESVTFPCHRWLARDEEDGEIVVELLPEDPGDLEENSYEVHVFTGPMWGAGTDANVYINIYGEIGDTGERKLRKSNNLNKFEKGQEDVFSMQAIDLGILKKLRIRHDNSQPNAAWFLDRVEIVDNKDDTTYYFPCKRWLAIDEDDGQIARELVPVDEAFMKKGEDDDDDDDEENSSATLGLEQKAMSTTFTMRVKTGDKKYAGTDANVFAILYGVKDDTGIIMLKASKLHKNKFEQAMIDEFTVEAVDIGTLKKIQIGHDNSGAASGWFLDWVEVNAPSLGQRLRFPCGRWLDKGEDDGAIVRDLFPADLQTELYTPFVPYEIKTFTSDLFAAGTDADVFIVLYGRDGVCTQQRSLCVNKRERTMYFERGAEDMFIVELEDVGDVIEKIRIGHDNRGLNGGWHLDRVEIRRLLRKGKGSETIIFPCERWLAKSEDDGETVRELVPSDIITEKLLRDGTLKVSEVEVEDALETHTYKVSVMTGDVYDAGTDANVFLTIYGDLGDTGERKLSKSETNGNKFERGAVDKFTIEAVDLGQVFRMKIRHDNSMMSADWYLDQVEVVDEDTEEVFLFLCERWLSRKREDRRIERMFYVKGYEGERETLQGSKKSSALIMKSVDSNMNKKRKKGEDIQKESTIIPYHFTISTGEENDASTGSRVYVIIMGPNHIQTQRLWLDLPGGKKCFESGSLESFEAHGADVGEIKKVELGHDGATPESCWLVDELAVAVPTKGVKFIFQCKCWLAKDRGDGLTARVFNVLDADSITISQKIIYEVTVVTGDVQNAGTDTQIYVSVFGTNGTTEEILLQKNEDRFERGQEDTFSLEVDDIAPLRKMRVRIDGSGSRPDWFLAKIIMRNLTTEEVSVFTYEEWLSKTKGPKRTMICEMAAVVDEEEMVEITTYIIQVKTSDIGGAGTDANVWIIVFGECGDTGTLALKECQKSNKFERKQTDVFRFPDMLSLGELSKVRVWHDNSGPAPGWHIEYIDVKDEALDRTFRFPCDRWLAQNEDDGQIMRELSCANNDILDLNEKTKYEIITTTADTDDAETKENVWIALEGRKGRSKEFMMENSSKKKRFLRGNKDKFEFSSKQLGDIAGICLGHTPKDGKKVKGEAFWHVEEVVVIEKVLGNRFIFICNALIPLSPKRDEFVTIECTKAIESFASKARSLVPVKYEIILITGDEKGAGTDANVFITIYGSNGDSGRRSLRQKFRNLFERGQTDRFLLEMLDMGELLRVCVEHDNTRLSPGWLLDRVEVTNTANGVTTIFLCGKWLDTKKADRQIFRVLYPKY

Target ORF information:

RefSeq Version	XM_014140204.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar lipoxygenase homology domains 1 (loxhd1), mRNA.

Target ORF information:

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

XM_014140204.1

ORF Insert Sequence:

ATGCCCTCAA AAGAGAAAAA AACTGCAGGA ACGGAGGAAA CTGAAGAGGT GGATTGCGAC 
GTGGAGGAAA AGGAGCCAAA ACCGAAAGGG AAGAGCAAGT CTGACGCCAA CGGAGACACC 
AAGCCAGACG GAGAGAAGAA GAGGAAGAAA CACAAGAGCC CAGAGGAGTC TGAGGAGGAA 
CCAGAGAAAG AGAGGAAGAA AAAAGGGGAA CGCCACGATA AGGTGAAAGA GAAAAAAGAA 
AAGAAGAAAA AGAAAGCAGA AGATGATGCA GAGAAGGGGG AGGGGGATGA AGTGATTGAA 
AATGAGGAAG AGGGAGATGA CGAGCAGAAC AACAATGACA CCATCAAAAC CAAACCCAAG 
AAGAAGAAAT CCGAAGAAGA GGACATGACT GAGGGAGAAG TTAAAGAGGA AAAGAAGAAG 
AAGAAGAAAA AGAAGTCGTC TTCCGAGGGA GACCAACAGG AAGAGGAAGA GATGGGGTCC 
AAAGGCAGGA AGTCCAAAGA TGGAGGGAAG AAGAAGAAGA AAGCTCAGGA TGAGGAGCCC 
CTCTTGGAAG ATCAGGAGGG AGAAGAAGAA GACTCCAAGA AGAAAAAGAA GAAGAAGCCG 
AAGAAGGGAT CGGCTGACAG CGATGAGGAC AAGAAAGACA AGAAAGGGAA GAAAGGGAAG 
AAGCCCAAGG CCAAGCAGGT GGATTACGCT GAGATCTACT ACAATGAGCT GATGACCTAC 
CAAACGGACT CCTCCGATGG CTATGAGGAC GAGTACCACA AAAAGAAAGT GTATGAGGTG 
GTGACTGTCA CAGGTGATGT GAGAGGGGCA GGCACAGACG CCAATGTGTT TGTCACTCTT 
TTTGGAGAAT TTGGCATCAC TCCCAAAGTG CACCTGGCCA GCAAAAGCCG AACGGCATTT 
GAGAAAAATA AGACGGACGT GTTCCGGATT AAAACACACA ATGTTGGGCC CTTGAAGAAG 
CTGAGGATTG AACATGACAA CACAGGTGGC TTGAACGCCA GCTGGTTCCT AGACCGGGTC 
GTGGTGACCG ACATGAACCG TCCACACCTG CGGTTCTACT TCGCCTGCAA CAACTGGCTG 
AGCCGTGAGG AGGGGGATGG CCTGTATGTC AGAGACCTGC TGGGCAGCCT CAACCCCATG 
GATGTCCCCA AACTGAATAA GTACATAGTG AGTGTGTTCA CTTCTGCCGA GAAGGGCAGC 
GGGACTGATG CTGACGTCTT CCTGAATATC TTTGGAGAGC ATGGAGATAC AGGGGAGAGA 
CGGCTGGACA GTGACAAAGA TAATTTTGAG CGAGGCACGG AGGACAAGTT TACTATTGAA 
ACACCAAACC TGGGAAGGCT AAAGAAAATC ACCATTGGCC ACAACAACCG GGGCTCATCA 
GCTGGATGGT GTCTGGATAA GGTGGTGATT GATGACATGG GGAACAAGGA GGTGTATGAG 
TTTCCAGTGA ATCGCTGGTT CGCCATGGAC GAAGAAGATG GAAAGATACA GAGAGATGTG 
TTGGTGGGAG CAACACAGCC CATGGCGGTG GTGTACAACG TCCAGGTGAT GACGGGCAAC 
GTGAGAGGTG GTGGCACCAA CTCTAAGATC CACATCATCA TGCACGGCAC CAAGGGCCTG 
AAGAACAGTG GCAAGGTGTT CCTGGAGGGT GGGGCATTCG AGCGGGGGCT CATCGATATC 
TTCAACGTGG AGATTGCTGC GCTGCTCAGC CCACTCAGCA GGGTCACCAT CGGACATGAC 
AACGGAGCTG TTGGGGCCGG CTGGTACTGC GAAAAGGTGA CAGTGTACTG TCCCTTCACA 
GGGATTGAGC AGACGTTTCC CTGTTGCAAG TGGCTGGATG AGGACGAGGG GGACGGACTG 
ATTGAGAGGG AGCTGTACGA GATGGTGTCC CTCAGGCAGA AGAAACTTAA GAAGTACCCG 
TGGTCACTCT GGATCTGGAC GTCGGACGTG AAGGGGGCAG GGACGGACGC CCAGGTCTTC 
CTGCAGATCT ACGGTGAGAA GGGCAAGTCA GATGAGATGA GACTGGAGAG CAACTCAGAC 
AGCTTTGAGC AGGCTCAGCT GGATAAGTTC ATGATTGAGA TGCCAGACAT TGGAAAACTG 
ACGAAGGTCC GTATCTGGCA CGAAAAGAGA CATCCTTTCG CAGGCTGGCA TTTCGCTAGG 
GCCACGGTGA TGAAGACTCT GACAAGGGAG AAGTACTCGT TTAACTGTGG CCGCTGGCTG 
GACATCAACG AGGACGATAA TGAGATCGTC AGAGAGATGC CCGCCACCGG AGCTCTCATC 
CCAGAGCCGT TACTATTGCT GAAGTATCGC ATCACCATCT GTACTGGGAG AGTGAGTGGA 
GGTGGCACTG ATGCCAGCGT ATTCCTTAAT GTGATCGGGG ACCTGGGAGA CACAGGGGAT 
CGACTCATGT TCCTCAGCAA AAACAACGTC AACAAGTTTG AAAAGGGCAA CGCCGATGAG 
TTTCTGATAG AGGCGGTGTC GTTGGGGCAG GTGCGCAGGG TGCGTATTGG CCATGATGGG 
AGGGGTGGAG GCTGCGGTTG GTTCCTGGAT AAGGTGTTGG TCAGGGAGGA GGGCCAACCA 
GAGTCTGCGG CCATAGAATT CCCCTGTAAC AGGTGGTTGG ACCGGAATGA GGACGATGGA 
CAGATTGTTC GTGAGTTAGT GCCAGCAGGA GATGGTCTGC GTCTCCACAA TGTCAACTAC 
CATATCTCGG TGAAGACAGG CAACATTAAC GGGGCCAGCT CGGACTCCAA GGTGTTTGTT 
AAGTTGTACG GAGAGAAGGG CGACACCACG AGGATACTCC TGGTGGTCTC GGACAATGAC 
CTGAGTAACT ACTATGAGAC GGGCCAAACT GATATCTTCA CCGTCGAGAC CTATGACATC 
GGACAAATCC ACCGTCTGCT GATAGGCCAC ACTAATGAGG GTCTGCGTGC TGGTTGGTTC 
CTGGACAGTG TCCAGATCAT TGTTCCGGTC CATGGGAAGC AGTACCAGTT CCCCAGCCAT 
CGCTGGCTCT GTAAGGATGA GGCTGACGGC AAGGTGGAGG TGGAGATCTA TCCCAGCGAG 
ACCCTGGACA TCGAGAAACT GATTAACTAC GAGGTCACAG TGGTCACGGG GAACATGCGC 
AATGGTGGCA CCAACGCCAA TGTGTTCTGC CAGATCTACG GAGAGGAGGG CAAGACCGAG 
CTCATCAGCC TCAAGAGCCG CTCCAACAAC TTTGAGCGCG GGACCACAGA GATCTATAAG 
ATCGAGGCGC TGAACGTGGG CAAATTGTTC AAAATCCGCA TCGGGCATGA TGGTTCAGGC 
GTGGGCGACG GGTGGTTCCT TGAGACGGTG GACATCAAGC GGCTCACTAT GGCCATGGTA 
CAGAGGGAAG TGGTGAAGGA GAAACCGAAG GATGACAAGA AGGACAAGAA GAAGAATAAA 
AAGAAGAAGA AAGAGGAGGA TGAGGAGGAG GAGTACGTGA CGGAGCTCCA GGAGGTGGTA 
GAGAGCGTGA CGTTCCCCTG TCATCGCTGG CTGGCCCGCG ATGAGGAGGA CGGGGAGATT 
GTGGTGGAGC TCCTTCCCGA GGACCCCGGA GACCTGGAGG AGAACTCCTA TGAGGTCCAT 
GTGTTTACTG GCCCTATGTG GGGAGCCGGA ACCGATGCCA ACGTGTACAT CAACATCTAC 
GGAGAGATCG GTGACACGGG CGAGCGGAAA CTAAGAAAGT CCAACAACCT CAACAAATTT 
GAGAAGGGGC AGGAGGACGT GTTCTCCATG CAGGCCATCG ATCTGGGCAT TCTGAAGAAG 
CTGAGGATTC GTCACGATAA CAGCCAGCCT AATGCGGCCT GGTTCCTGGA CAGGGTGGAG 
ATAGTAGACA ACAAAGACGA CACCACGTAC TACTTCCCAT GTAAACGGTG GCTGGCCATT 
GATGAAGATG ACGGACAGAT TGCCAGGGAG CTGGTCCCTG TGGACGAGGC CTTTATGAAG 
AAGGGTGAGG ATGATGATGA TGATGATGAC GAGGAAAACT CCAGTGCAAC ACTCGGCCTG 
GAGCAGAAGG CCATGTCCAC CACCTTCACA ATGAGGGTAA AGACTGGAGA CAAGAAGTAT 
GCGGGCACTG ATGCCAACGT GTTCGCCATC CTGTACGGCG TGAAGGATGA TACAGGCATC 
ATAATGCTGA AAGCATCCAA GTTACATAAG AATAAGTTTG AGCAGGCCAT GATTGATGAG 
TTTACAGTGG AAGCTGTGGA TATTGGAACA CTGAAGAAAA TACAAATCGG GCATGACAAC 
TCAGGGGCAG CATCAGGCTG GTTCCTGGAC TGGGTAGAGG TGAATGCCCC CTCCCTGGGC 
CAGAGGCTGA GGTTCCCCTG TGGTCGCTGG CTGGATAAGG GAGAGGACGA CGGGGCCATC 
GTCAGGGACC TCTTCCCTGC AGACCTCCAG ACTGAGCTCT ACACACCATT TGTGCCCTAT 
GAGATCAAGA CGTTCACCAG TGACCTGTTT GCAGCGGGTA CAGACGCAGA TGTGTTCATC 
GTGCTCTACG GCCGAGACGG GGTGTGCACC CAGCAGAGGT CTCTCTGTGT CAACAAGAGG 
GAGAGGACCA TGTACTTTGA GAGGGGAGCT GAGGACATGT TCATCGTTGA GTTGGAGGAC 
GTGGGTGATG TCATAGAGAA GATTCGCATT GGTCATGACA ACAGAGGGCT AAACGGAGGC 
TGGCACCTGG ACAGAGTGGA GATCAGACGA CTGCTGAGGA AGGGGAAGGG GTCGGAGACC 
ATTATCTTCC CATGTGAGCG CTGGCTGGCC AAGTCAGAGG ATGACGGAGA AACAGTGAGA 
GAGTTAGTAC CTTCTGACAT CATAACGGAG AAACTACTAC GAGATGGTAC CCTGAAAGTC 
AGCGAGGTTG AGGTGGAAGA TGCACTGGAG ACTCACACTT ACAAAGTGTC TGTGATGACG 
GGCGATGTTT ACGACGCAGG CACCGATGCC AATGTCTTCC TGACCATCTA CGGAGACCTG 
GGAGACACTG GCGAGCGCAA ACTCAGCAAG TCTGAGACCA ACGGCAACAA GTTTGAGAGA 
GGAGCGGTGG ATAAGTTCAC CATTGAGGCA GTGGACCTGG GTCAGGTGTT TAGAATGAAG 
ATTCGCCATG ACAACAGCAT GATGAGTGCT GATTGGTACC TGGACCAGGT GGAGGTGGTT 
GATGAGGATA CGGAGGAGGT CTTCCTGTTC CTGTGTGAGC GCTGGCTGTC CAGGAAGAGA 
GAGGACAGAC GCATCGAAAG GATGTTCTAT GTCAAGGGTT ACGAGGGGGA GAGGGAGACT 
CTCCAGGGCA GTAAGAAGAG CTCAGCCCTG ATCATGAAGA GTGTGGACAG CAACATGAAC 
AAGAAGAGGA AGAAGGGGGA GGACATCCAA AAGGAGAGCA CCATCATCCC ATACCACTTC 
ACCATCTCCA CGGGGGAAGA AAACGATGCC AGTACCGGCA GCAGGGTCTA TGTGATCATC 
ATGGGGCCAA ACCACATTCA GACACAGAGG CTGTGGCTGG ACCTGCCTGG GGGGAAGAAG 
TGCTTTGAGT CTGGGTCTCT GGAGTCCTTC GAGGCTCATG GAGCTGACGT TGGTGAGATT 
AAAAAAGTGG AGCTCGGACA TGACGGCGCC ACTCCGGAGA GCTGCTGGTT GGTTGATGAG 
CTAGCTGTTG CTGTGCCAAC CAAAGGGGTT AAATTCATTT TCCAGTGTAA GTGCTGGTTG 
GCCAAAGATC GGGGCGATGG ACTGACTGCC AGGGTGTTCA ACGTGTTGGA TGCAGATAGC 
ATCACCATCT CCCAAAAGAT CATCTATGAG GTGACAGTGG TGACGGGAGA TGTTCAGAAC 
GCTGGGACAG ACACCCAGAT CTACGTGTCT GTGTTTGGGA CCAACGGCAC CACAGAGGAG 
ATCCTACTGC AGAAGAACGA GGACAGGTTT GAGCGGGGTC AGGAGGACAC GTTCAGCCTG 
GAGGTTGATG ATATTGCTCC CCTGAGGAAG ATGAGGGTCC GTATTGACGG CTCTGGTAGC 
CGACCTGACT GGTTCCTGGC TAAGATCATC ATGCGTAACC TGACCACAGA GGAGGTGTCA 
GTGTTCACCT ATGAGGAGTG GCTGTCTAAG ACCAAAGGAC CCAAGAGGAC CATGATCTGT 
GAGATGGCTG CTGTGGTGGA CGAGGAGGAG ATGGTGGAGA TCACCACCTA CATTATCCAG 
GTCAAGACCA GCGACATTGG AGGGGCAGGC ACTGACGCCA ACGTGTGGAT CATTGTGTTT 
GGAGAGTGCG GGGACACTGG GACCCTGGCG CTGAAAGAGT GCCAGAAATC CAACAAGTTT 
GAGCGCAAGC AGACAGATGT GTTCCGTTTC CCTGACATGC TCAGCCTCGG GGAGCTCTCT 
AAGGTTCGGG TGTGGCACGA CAACTCAGGG CCTGCTCCAG GATGGCACAT AGAATACATT 
GATGTGAAGG ATGAGGCCTT GGACAGGACA TTTCGCTTCC CCTGCGACCG CTGGTTGGCC 
CAGAACGAGG ACGATGGTCA GATCATGAGG GAGTTGTCCT GCGCCAACAA CGACATTTTA 
GACCTCAACG AGAAGACCAA ATATGAAATT ATTACCACCA CGGCGGACAC AGACGACGCA 
GAGACCAAAG AGAACGTCTG GATTGCACTG GAGGGGAGGA AGGGGCGTTC AAAAGAATTT 
ATGATGGAGA ACTCATCAAA GAAAAAGAGG TTCTTGCGGG GAAACAAGGA CAAGTTTGAG 
TTCTCCTCCA AACAGCTTGG TGACATCGCT GGCATCTGCC TGGGCCACAC CCCCAAGGAT 
GGGAAGAAGG TGAAAGGTGA GGCGTTCTGG CACGTGGAGG AGGTCGTTGT CATAGAGAAA 
GTGCTGGGCA ACAGGTTCAT ATTCATCTGC AACGCCCTGA TCCCCCTCTC CCCGAAGAGG 
GACGAGTTTG TGACCATCGA GTGCACCAAG GCAATCGAGA GCTTCGCCAG CAAAGCCCGC 
AGCCTGGTGC CCGTCAAGTA CGAGATCATC CTCATCACGG GGGACGAGAA GGGGGCAGGC 
ACCGACGCCA ATGTCTTCAT CACCATCTAC GGCTCCAACG GTGACTCGGG CCGCCGGTCG 
CTACGTCAGA AGTTCCGCAA CCTGTTTGAG CGTGGCCAGA CGGACCGCTT CCTGTTAGAG 
ATGTTGGACA TGGGTGAGCT GCTGAGGGTA TGTGTGGAGC ACGACAACAC CCGCCTCAGC 
CCCGGCTGGC TGCTGGACCG CGTGGAGGTC ACCAACACGG CCAACGGTGT CACCACCATC 
TTCCTGTGTG GAAAGTGGCT GGACACCAAG AAGGCGGACA GACAGATCTT CAGGGTCCTC 
TACCCAAAGT ACTAA

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

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loxhd1 cDNA ORF clone, Salmo salar(Atlantic salmon)

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Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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