FER1L6 cDNA ORF clone, Danio rerio(Zebrafish)

Gene
Clones
gRNAs

Summary

Gene Symbol	FER1L6
Entrez Gene ID	100535460
Full Name	fer-1-like family member 6
Synonyms	si:ch211-67e16.5
General protein information	Preferred Names fer-1-like family member 6 Names fer-1-like protein 6 fer-1-like 6
Gene Type	protein-coding
Organism	Danio rerio(Zebrafish)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021478784.1	XP_021334459.1	fer-1-like protein 6
XM_009304541.2	XP_009302816.2	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
ODa144007	XM_021478784.1 Latest version!	Danio rerio fer-1-like family member 6 (fer1l6), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
ODa60406	XM_009304541.2 Latest version!	Danio rerio fer-1-like family member 6 (fer1l6), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

FER1L6 ( XM_021478784.1 ) cDNA ORF clone, Danio rerio(Zebrafish) -> XP_021334459.1 Danio rerio fer-1-like family member 6 (fer1l6), mRNA.

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CloneID	ODa144007
Clone ID Related Accession (Same CDS sequence)	XM_021478784.1
Accession Version	XM_021478784.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5493bp) 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	2017-06-14
Organism	Danio rerio(zebrafish)
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 (NC_007120.7) 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 :: Danio rerio Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 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##

ATGTTGTGCT TTTATTTACT TTGTTTACTA CTGTATGGCT TACAGAGTCT GATACTTCTT 
TTTTGTAGCA AGAAGTTTGG AATAAAAGTA AAGAAGAAAC ATCGGAAAGG ACACAAGGGT 
GTTGTAATCT CAAACAAAGG TGCTCTAGAG GCTGAGGCTG AAACTAATCC TGAAGATCCA 
GACGTGATAG ATGTACCACA GCCCGAGTTT GCAGGACAGT CCACCTCGGC CCACACTTCT 
TTCAGACAGA TTGCCAATAC TAAGAGGCAC GTCTTGTTTT CCTCTCCAAT TGTATGTAAA 
GCTGTATCCA AGATCTTGGA AGGTGAAAGC AAACCACAAA ATTTCCAGAT TTCCATCAAT 
ATAACAGAGA TCAGGCAGCT GGTTGGGGAC AATATAGACC CTAGTGTTGT GATTGAAATT 
GGAGATGATA AAAAGCAGAC ATCGGTGAAA GAAGGAACCA ACGCTCCCTT TTACAATGAG 
TATTTTGTGT TTGACATATA TTGCAATCAA GACATCTTTT TTGACAAAGT CATTAAACTA 
TCAGTCATGC ACTCAAAGAT TATGAAGAGC TACTGTGTGG GAACGTTCAA GATTGATGTT 
GGGACAGTTT ACTCTCAACC TGGGCATCAG TTCATCAATA AGTGGGCCAC ACTAACAGAC 
CCTGCCGACA TCCGTGTTGG GGTGAAAGGT TACCTGAAGT GTGATATCAG TGTGTCTGGA 
AAGGGAGATG TTGCACCACC ATCTCAGAAA TTCAGTGATG CCGAGGAACA AATTGATAAG 
CACCTCCTGC TTCCTGAAGG CTTAAACCCG GAGCGGCCGT GGGCTCGGTT TTATGTGATC 
GTGTACCGAG CAGAAGGTCT TCCCAGAATA AACTCCAGTA TTATGGCCAA TGTGACCAAA 
GCTTTTGTTG GAGACACAAC AGCCCTCATT GATCCTTATG TTGAGGTGTC ATTCTTTGGT 
CAAGTTGGAA GGACTTCAAC CCAAAAGAGC TCAGCAGATC CAGTGTGGAA TGAGCAGGTG 
GTGTTTAAGG AGATGTTTCC TCCACTGTGT CAGAGACTAA AGATTCGGGT TCTGGATGAA 
GGAAGCATGA ATGATGTGGC CATTGGGACT CATTACATTG ACCTGCACAC CATATCAAAT 
GACACTGATG GAGACAATGG TTTCTTGCCC ACATTTGGGC CAGCCTGGAT CAACCTCTAT 
GGTTCTCTTC GAAATTCCAC ACTGGTGGAT GACAGCCAGG AACTGAACGA AGGTGTTGGT 
GAAGGGGTGT CCTACAGAGG CAGACTCTAC ATAGAGCTGA GTGTAGAAAT CCTGTCTGGA 
GGAGCTGCTG AATCCAAATC TCTGCTCTCA AAGTTCAGTC CAAAAGATGC CAAGGGTGGG 
AAAACTGGTA CAGGAGCAGG AGGTGAAGAG GAGAAGTCCA AGATGATAGG ACCTGAAGTG 
ATCCCAGTGG AGCCCCCGCA GAAGATGAGA GATGAAGACA TGGAGACTTT CCTGCTCTTT 
GGTTGTGTAT TTGAGGCATC CATGATCGAC AGAAAAATTG GCGATAGACC AGTCACCCTA 
GAGTTTACGA TTGGTAACTT TGGGAACTTA ATTGATGGTG CTGCACCACC TCCATCAAAG 
AAGAAGCTTG AGGATGTGTC AGTGACTGCT CCTCTACTGG ACACTACAGC CACAATGCCC 
TGCAAATCCA CTACAACACC AGAAAGGCCT ATTTTTGGAG ATGCACAGAG GCATTATATG 
CATTTGCCCA TCGCTGCACA GAAGCCCTGT GTGTATGTTT ACAGTAGCTG GGAGGATCGA 
GCGTACCGAC TTCATCACGC CAACATGCTA GACACAATTG CCCTCATGTT TGAAGAGGGA 
GTCGCTAAGG TCACAGAGCT GGATAAAATG TTATCTCCGG AAGCATGGAG TCTCATGCAC 
CACGTTCTTC GGGAATTCAG ACGAGATGCC AAGGAGTTTA TTGCTTTTGC TGAAAAAAAG 
GTGAAGGGAA GCAATTTAAC CTTGCTGGAC AAAAAGAGGC TAACTATGTG CAAACAGGAG 
CTGGAGAGTA TGACTGAAAT GGCAGGAGGA CTTCTTGAGC CAAAGAGGAG ATCTTTGACT 
GTGAAAGAAA TGCTGCTGGA AGCTCAAAAA ATTAAAAAGA AGCTGCGATT TCTGGTGGAG 
GAGCCTCAAC ACACTTTACC AGATGTGTTT GTGTGTCTGG TCAGTAATAA CAAGCGTGTG 
GCGTATGCCA GAATCCCTGC TCGGGACCTG CTCTTCTCAG AGAGCCCAGA GCAAAGAGGC 
AGAGACTGTG GGAAGATCAA GACACTGTTC CTCAAGCCTC CAGTGAAGCG TGCACCGGGA 
TGGACTGTCC AGGCTAAACT TGATGTGTTC TTGTGGCTGG GAACTTGCGC AGAGTCATCC 
CGCATGTTGG ACAATCTCCC GTCGGGCTTT GAACTTGTGT CCACCTCTTT TGAGGATAGG 
ACTGGCGCTC CTCCTGAATA TTTACTCTAC ACAGAGCAGC ACATGTTCGA GCTGAGGGCT 
CATATGTACC AGGCTCGTGG ACTCATCGCA GCAGACAACA CTGGCCTCTC AGACCCGTTT 
GCCTGGGTGT CTTTTCTGTC TCATAGCCAA TGCACTGGTA TCATAAAGCA AACATTGACT 
CCCACGTGGA ATCAGGTGAT CAAGATGACT AACATGTCTC TATATGGAGG GCTTTACGAC 
ATAGCCCAGG AGCCACCGCT GATTGTGATT GAAGTGTATG ATGATGATGC AGTGGGTAGC 
GAGTACCTGG GCTCGACGGT GGCTGTTCCT GTTGTCAAAC TATCAGAAGA GCAATACTCT 
CCTCCTCAGC TGCAGTACAG CCCTCTGTTC TGTGGCAGCC TGTCTGGAGG AGACATACTG 
GGGGCCTTTG AGCTCATTCA GATTTCAAAG TCAGGAGAGC ACTCACTCCC TGTTTTAGAT 
GAGCCAGATG GAGTTGTTAT CCCAGTGCCC TCATACATTC GACCGGTGCT CTGCAAGTAC 
AGGATTGAGG TTTTGTTCTG GGGCCTCAGA GAACTGAAAA AGGTTCAGCT CTTATCTGTC 
GATCGTCCTC AAGTATTTAT CAAGTGCGCA GGATCGGGTG TCAACTCCTC TGTCATACAA 
AGCTACAAGA AAAACCCGAA CTTTACAATA ATTGTGGACG CCTTTGATGT GGAGTTGCCT 
GAAGATGAAC ATCTCCTCCC TCCCCTCACT CTCACCGTGG TGGACTGGAG GGCCTTTGGG 
AGAAGCACGC TTGTAGGTAG TCATGTGATC AACAACCTGG CCTTATTCAA ACACAATCCT 
GTACCGGTCC AGCAGCCCCC GCCAGAGCCC AAAAACATAG CAGTGGCTCA GCTCTCTCTG 
CAGCAGAGTG TTATTCCACC TCCAGATGAA GAGATCGCCA TTGAAATAGA GCATGAGGAG 
ATCATTGCCC CCAAAAGCCA AGAGCCTGAA TTCCAGGACA CAAAGGTGTC AAAAAAGAGC 
AAACGAAGAT CTACAAAAAG GAAGAAACGC ACCACGGCTG ATGAGTCTGC AGATAATGTC 
ATCGATTGGT GGTCGAAGTA CTATGCATCG ATGGAGAAAA TCAAACAGGC AAAGCAAAAA 
GAAGACAATC CTTTTCCACT GCTCTTTGAA AATATTACTC CTCTGGAGAA CATTATTTCC 
GAAGGATTGA TCAATCTGGC ATCAGGTATG AGGGATAGGA AAAAAGAGGT GAACTACAAG 
AGTGTGATTG AACAGCCCAG GCTTGCAACA TTACAGGTGT ACGACAAAGA GCTGGAGGCT 
GAATTTGGGC CATTTGATGA CTGGGTAAAA ACCTTTGAAC TCTTTCGAGG AAAGGCCAAT 
GAAGAGGACG GCTCTGCATA TGAGAGATTT GTTGGGAAGT TCAAGGGCAG GTTCTGTCTT 
TACAAGCTGC CAGAAGCAGA CGGTGAGGCG GAAGAAGGCT ATGTGGATTC AGGGCAGTTT 
AAAATCAATC AGGGAATTCC TCCAAACACT GCTGTGAATG TCCTTATCCG TGTCTACATA 
GTTGCAGCCT TCAACCTGCA CCCTGCAGAC CCAGATGGCA AAGCAGACCC TTACATAGTG 
CTGAAACTTG GGAAAACTGA GATCAAAGAC AGAGACAATT ACATCCCAAA GCAGCTCAAC 
CCAGTGTTTG GAAGATCTTT TGAATTTCAA GCCACTTTTC CCAAAGAATC CCTACTAACA 
ATCCTAATCT ATGACTATGA CCTGGTTGGT GGTGATGATT TGATTGGAGA AACACAGATC 
GATTTGGAGA ACCGGTTTTA CAGCAGACAT CGAGCAACCT GCAGCCTTCC TACTGAATAT 
GCCATTGAGG GTTATAATGC ATGGAGGGAC TGCATGAAGC CAGTAGACCT GCTGATTAAA 
CTGTGTAAAG AAAACAGACT GGACAACCCT CAGTTTTCTC CAGGCCGTAT TACCATCGGA 
AACAAAGTCT TTATGGGGAA AACGGTATTT CCAGATGAAG ATCAAATGGT GGAGTCGTAT 
GAACACTTGG CTCTCAAGGT GCTTCACAGG TGGTCTGAGA TGCCCAACGG AGGCTGTAAA 
CTTGTCCCAG AGCATATTGA AACTCGCGCA CTTTACCTCA AGGACAAACC AGGAATAGAC 
CAGGGCCATT TGCAGATGTG GGTGGACATT TTTCCACTGG ACATGCCTCA CCCTGGCCCA 
CCTGTGGACA TTTCCCCTCG CAAACCTAAA GGGTATGAAC TGAGAATCAT TATCTGGAAC 
ACTGAAGATG TGATACTGGA GGACACCAAC TTCATTACAG GACAGCAGTC AAGCGACATT 
TATGTTAAAG GGTGGTTAAA GGGTCTTGAA GATGACGGCC AGGAAACTGA TGTCCATTAC 
AATTCTTTGA CTGGAGAGGG CAACTTCAAC TGGCGCTTTG TGTTCCCCTT CAGCTACCTA 
CCAGCTGAGA AAGTGGTAGT GGTACAAAAG CGAGAAAGCA TCTACTCTCT GGACAAAACT 
GAACAGAAGA TGCCTGCAGT TCTTGTTATG CAGGTGTGGG ACTTTGAGCG GCTTTCCTCC 
GATGACTTTC TGGGCTCAGT GGAGTTGGAT CTGCATGGGT TTCCTCGTGG AGCTAAATCA 
GCTAAAGCTT GTAAGATGGA AATGCTGACA GAACTCACAG AGAACATCTC TATCTTCCAG 
CAGAAACGCT CCAAAGGCTG GTGGCCCTTC ATCAAAGCTG GAGAACTAAC AGGAAAGGTA 
GAAGCTGAGT TTCACCTGGT CACTGCTGAG GAGGCTGAGA AAAACCCAGT GGGCCGCGCA 
CGCAAAGAGC CAGAGCCTCT GGAGAAACCA AACCGTCCAG ACACATCCTT CTCCTGGTTT 
ATGAATCCTT TCAAGTGCTT CTTTCACCTG ATCTGGGGAA ACTACAAGAA ATACATCATA 
GCTGGACTGG TGCTGTTGAT TTTGACCTTG TTCCTGGTTC TGCTCTTTTA CACCCTTCCA 
GGGGCGCTCA GTACTAAGAT AGTCAATGGG TAA

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

RefSeq	XP_021334459.1
CDS	882..6374
Translation	MLCFYLLCLLLYGLQSLILLFCSKKFGIKVKKKHRKGHKGVVISNKGALEAEAETNPEDPDVIDVPQPEFAGQSTSAHTSFRQIANTKRHVLFSSPIVCKAVSKILEGESKPQNFQISINITEIRQLVGDNIDPSVVIEIGDDKKQTSVKEGTNAPFYNEYFVFDIYCNQDIFFDKVIKLSVMHSKIMKSYCVGTFKIDVGTVYSQPGHQFINKWATLTDPADIRVGVKGYLKCDISVSGKGDVAPPSQKFSDAEEQIDKHLLLPEGLNPERPWARFYVIVYRAEGLPRINSSIMANVTKAFVGDTTALIDPYVEVSFFGQVGRTSTQKSSADPVWNEQVVFKEMFPPLCQRLKIRVLDEGSMNDVAIGTHYIDLHTISNDTDGDNGFLPTFGPAWINLYGSLRNSTLVDDSQELNEGVGEGVSYRGRLYIELSVEILSGGAAESKSLLSKFSPKDAKGGKTGTGAGGEEEKSKMIGPEVIPVEPPQKMRDEDMETFLLFGCVFEASMIDRKIGDRPVTLEFTIGNFGNLIDGAAPPPSKKKLEDVSVTAPLLDTTATMPCKSTTTPERPIFGDAQRHYMHLPIAAQKPCVYVYSSWEDRAYRLHHANMLDTIALMFEEGVAKVTELDKMLSPEAWSLMHHVLREFRRDAKEFIAFAEKKVKGSNLTLLDKKRLTMCKQELESMTEMAGGLLEPKRRSLTVKEMLLEAQKIKKKLRFLVEEPQHTLPDVFVCLVSNNKRVAYARIPARDLLFSESPEQRGRDCGKIKTLFLKPPVKRAPGWTVQAKLDVFLWLGTCAESSRMLDNLPSGFELVSTSFEDRTGAPPEYLLYTEQHMFELRAHMYQARGLIAADNTGLSDPFAWVSFLSHSQCTGIIKQTLTPTWNQVIKMTNMSLYGGLYDIAQEPPLIVIEVYDDDAVGSEYLGSTVAVPVVKLSEEQYSPPQLQYSPLFCGSLSGGDILGAFELIQISKSGEHSLPVLDEPDGVVIPVPSYIRPVLCKYRIEVLFWGLRELKKVQLLSVDRPQVFIKCAGSGVNSSVIQSYKKNPNFTIIVDAFDVELPEDEHLLPPLTLTVVDWRAFGRSTLVGSHVINNLALFKHNPVPVQQPPPEPKNIAVAQLSLQQSVIPPPDEEIAIEIEHEEIIAPKSQEPEFQDTKVSKKSKRRSTKRKKRTTADESADNVIDWWSKYYASMEKIKQAKQKEDNPFPLLFENITPLENIISEGLINLASGMRDRKKEVNYKSVIEQPRLATLQVYDKELEAEFGPFDDWVKTFELFRGKANEEDGSAYERFVGKFKGRFCLYKLPEADGEAEEGYVDSGQFKINQGIPPNTAVNVLIRVYIVAAFNLHPADPDGKADPYIVLKLGKTEIKDRDNYIPKQLNPVFGRSFEFQATFPKESLLTILIYDYDLVGGDDLIGETQIDLENRFYSRHRATCSLPTEYAIEGYNAWRDCMKPVDLLIKLCKENRLDNPQFSPGRITIGNKVFMGKTVFPDEDQMVESYEHLALKVLHRWSEMPNGGCKLVPEHIETRALYLKDKPGIDQGHLQMWVDIFPLDMPHPGPPVDISPRKPKGYELRIIIWNTEDVILEDTNFITGQQSSDIYVKGWLKGLEDDGQETDVHYNSLTGEGNFNWRFVFPFSYLPAEKVVVVQKRESIYSLDKTEQKMPAVLVMQVWDFERLSSDDFLGSVELDLHGFPRGAKSAKACKMEMLTELTENISIFQQKRSKGWWPFIKAGELTGKVEAEFHLVTAEEAEKNPVGRARKEPEPLEKPNRPDTSFSWFMNPFKCFFHLIWGNYKKYIIAGLVLLILTLFLVLLFYTLPGALSTKIVNG

Target ORF information:

RefSeq Version	XM_021478784.1
Organism	Danio rerio(zebrafish)
Definition	Danio rerio fer-1-like family member 6 (fer1l6), mRNA.

Target ORF information:

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

XM_021478784.1

ORF Insert Sequence:

ATGTTGTGCT TTTATTTACT TTGTTTACTA CTGTATGGCT TACAGAGTCT GATACTTCTT 
TTTTGTAGCA AGAAGTTTGG AATAAAAGTA AAGAAGAAAC ATCGGAAAGG ACACAAGGGT 
GTTGTAATCT CAAACAAAGG TGCTCTAGAG GCTGAGGCTG AAACTAATCC TGAAGATCCA 
GACGTGATAG ATGTACCACA GCCCGAGTTT GCAGGACAGT CCACCTCGGC CCACACTTCT 
TTCAGACAGA TTGCCAATAC TAAGAGGCAC GTCTTGTTTT CCTCTCCAAT TGTATGTAAA 
GCTGTATCCA AGATCTTGGA AGGTGAAAGC AAACCACAAA ATTTCCAGAT TTCCATCAAT 
ATAACAGAGA TCAGGCAGCT GGTTGGGGAC AATATAGACC CTAGTGTTGT GATTGAAATT 
GGAGATGATA AAAAGCAGAC ATCGGTGAAA GAAGGAACCA ACGCTCCCTT TTACAATGAG 
TATTTTGTGT TTGACATATA TTGCAATCAA GACATCTTTT TTGACAAAGT CATTAAACTA 
TCAGTCATGC ACTCAAAGAT TATGAAGAGC TACTGTGTGG GAACGTTCAA GATTGATGTT 
GGGACAGTTT ACTCTCAACC TGGGCATCAG TTCATCAATA AGTGGGCCAC ACTAACAGAC 
CCTGCCGACA TCCGTGTTGG GGTGAAAGGT TACCTGAAGT GTGATATCAG TGTGTCTGGA 
AAGGGAGATG TTGCACCACC ATCTCAGAAA TTCAGTGATG CCGAGGAACA AATTGATAAG 
CACCTCCTGC TTCCTGAAGG CTTAAACCCG GAGCGGCCGT GGGCTCGGTT TTATGTGATC 
GTGTACCGAG CAGAAGGTCT TCCCAGAATA AACTCCAGTA TTATGGCCAA TGTGACCAAA 
GCTTTTGTTG GAGACACAAC AGCCCTCATT GATCCTTATG TTGAGGTGTC ATTCTTTGGT 
CAAGTTGGAA GGACTTCAAC CCAAAAGAGC TCAGCAGATC CAGTGTGGAA TGAGCAGGTG 
GTGTTTAAGG AGATGTTTCC TCCACTGTGT CAGAGACTAA AGATTCGGGT TCTGGATGAA 
GGAAGCATGA ATGATGTGGC CATTGGGACT CATTACATTG ACCTGCACAC CATATCAAAT 
GACACTGATG GAGACAATGG TTTCTTGCCC ACATTTGGGC CAGCCTGGAT CAACCTCTAT 
GGTTCTCTTC GAAATTCCAC ACTGGTGGAT GACAGCCAGG AACTGAACGA AGGTGTTGGT 
GAAGGGGTGT CCTACAGAGG CAGACTCTAC ATAGAGCTGA GTGTAGAAAT CCTGTCTGGA 
GGAGCTGCTG AATCCAAATC TCTGCTCTCA AAGTTCAGTC CAAAAGATGC CAAGGGTGGG 
AAAACTGGTA CAGGAGCAGG AGGTGAAGAG GAGAAGTCCA AGATGATAGG ACCTGAAGTG 
ATCCCAGTGG AGCCCCCGCA GAAGATGAGA GATGAAGACA TGGAGACTTT CCTGCTCTTT 
GGTTGTGTAT TTGAGGCATC CATGATCGAC AGAAAAATTG GCGATAGACC AGTCACCCTA 
GAGTTTACGA TTGGTAACTT TGGGAACTTA ATTGATGGTG CTGCACCACC TCCATCAAAG 
AAGAAGCTTG AGGATGTGTC AGTGACTGCT CCTCTACTGG ACACTACAGC CACAATGCCC 
TGCAAATCCA CTACAACACC AGAAAGGCCT ATTTTTGGAG ATGCACAGAG GCATTATATG 
CATTTGCCCA TCGCTGCACA GAAGCCCTGT GTGTATGTTT ACAGTAGCTG GGAGGATCGA 
GCGTACCGAC TTCATCACGC CAACATGCTA GACACAATTG CCCTCATGTT TGAAGAGGGA 
GTCGCTAAGG TCACAGAGCT GGATAAAATG TTATCTCCGG AAGCATGGAG TCTCATGCAC 
CACGTTCTTC GGGAATTCAG ACGAGATGCC AAGGAGTTTA TTGCTTTTGC TGAAAAAAAG 
GTGAAGGGAA GCAATTTAAC CTTGCTGGAC AAAAAGAGGC TAACTATGTG CAAACAGGAG 
CTGGAGAGTA TGACTGAAAT GGCAGGAGGA CTTCTTGAGC CAAAGAGGAG ATCTTTGACT 
GTGAAAGAAA TGCTGCTGGA AGCTCAAAAA ATTAAAAAGA AGCTGCGATT TCTGGTGGAG 
GAGCCTCAAC ACACTTTACC AGATGTGTTT GTGTGTCTGG TCAGTAATAA CAAGCGTGTG 
GCGTATGCCA GAATCCCTGC TCGGGACCTG CTCTTCTCAG AGAGCCCAGA GCAAAGAGGC 
AGAGACTGTG GGAAGATCAA GACACTGTTC CTCAAGCCTC CAGTGAAGCG TGCACCGGGA 
TGGACTGTCC AGGCTAAACT TGATGTGTTC TTGTGGCTGG GAACTTGCGC AGAGTCATCC 
CGCATGTTGG ACAATCTCCC GTCGGGCTTT GAACTTGTGT CCACCTCTTT TGAGGATAGG 
ACTGGCGCTC CTCCTGAATA TTTACTCTAC ACAGAGCAGC ACATGTTCGA GCTGAGGGCT 
CATATGTACC AGGCTCGTGG ACTCATCGCA GCAGACAACA CTGGCCTCTC AGACCCGTTT 
GCCTGGGTGT CTTTTCTGTC TCATAGCCAA TGCACTGGTA TCATAAAGCA AACATTGACT 
CCCACGTGGA ATCAGGTGAT CAAGATGACT AACATGTCTC TATATGGAGG GCTTTACGAC 
ATAGCCCAGG AGCCACCGCT GATTGTGATT GAAGTGTATG ATGATGATGC AGTGGGTAGC 
GAGTACCTGG GCTCGACGGT GGCTGTTCCT GTTGTCAAAC TATCAGAAGA GCAATACTCT 
CCTCCTCAGC TGCAGTACAG CCCTCTGTTC TGTGGCAGCC TGTCTGGAGG AGACATACTG 
GGGGCCTTTG AGCTCATTCA GATTTCAAAG TCAGGAGAGC ACTCACTCCC TGTTTTAGAT 
GAGCCAGATG GAGTTGTTAT CCCAGTGCCC TCATACATTC GACCGGTGCT CTGCAAGTAC 
AGGATTGAGG TTTTGTTCTG GGGCCTCAGA GAACTGAAAA AGGTTCAGCT CTTATCTGTC 
GATCGTCCTC AAGTATTTAT CAAGTGCGCA GGATCGGGTG TCAACTCCTC TGTCATACAA 
AGCTACAAGA AAAACCCGAA CTTTACAATA ATTGTGGACG CCTTTGATGT GGAGTTGCCT 
GAAGATGAAC ATCTCCTCCC TCCCCTCACT CTCACCGTGG TGGACTGGAG GGCCTTTGGG 
AGAAGCACGC TTGTAGGTAG TCATGTGATC AACAACCTGG CCTTATTCAA ACACAATCCT 
GTACCGGTCC AGCAGCCCCC GCCAGAGCCC AAAAACATAG CAGTGGCTCA GCTCTCTCTG 
CAGCAGAGTG TTATTCCACC TCCAGATGAA GAGATCGCCA TTGAAATAGA GCATGAGGAG 
ATCATTGCCC CCAAAAGCCA AGAGCCTGAA TTCCAGGACA CAAAGGTGTC AAAAAAGAGC 
AAACGAAGAT CTACAAAAAG GAAGAAACGC ACCACGGCTG ATGAGTCTGC AGATAATGTC 
ATCGATTGGT GGTCGAAGTA CTATGCATCG ATGGAGAAAA TCAAACAGGC AAAGCAAAAA 
GAAGACAATC CTTTTCCACT GCTCTTTGAA AATATTACTC CTCTGGAGAA CATTATTTCC 
GAAGGATTGA TCAATCTGGC ATCAGGTATG AGGGATAGGA AAAAAGAGGT GAACTACAAG 
AGTGTGATTG AACAGCCCAG GCTTGCAACA TTACAGGTGT ACGACAAAGA GCTGGAGGCT 
GAATTTGGGC CATTTGATGA CTGGGTAAAA ACCTTTGAAC TCTTTCGAGG AAAGGCCAAT 
GAAGAGGACG GCTCTGCATA TGAGAGATTT GTTGGGAAGT TCAAGGGCAG GTTCTGTCTT 
TACAAGCTGC CAGAAGCAGA CGGTGAGGCG GAAGAAGGCT ATGTGGATTC AGGGCAGTTT 
AAAATCAATC AGGGAATTCC TCCAAACACT GCTGTGAATG TCCTTATCCG TGTCTACATA 
GTTGCAGCCT TCAACCTGCA CCCTGCAGAC CCAGATGGCA AAGCAGACCC TTACATAGTG 
CTGAAACTTG GGAAAACTGA GATCAAAGAC AGAGACAATT ACATCCCAAA GCAGCTCAAC 
CCAGTGTTTG GAAGATCTTT TGAATTTCAA GCCACTTTTC CCAAAGAATC CCTACTAACA 
ATCCTAATCT ATGACTATGA CCTGGTTGGT GGTGATGATT TGATTGGAGA AACACAGATC 
GATTTGGAGA ACCGGTTTTA CAGCAGACAT CGAGCAACCT GCAGCCTTCC TACTGAATAT 
GCCATTGAGG GTTATAATGC ATGGAGGGAC TGCATGAAGC CAGTAGACCT GCTGATTAAA 
CTGTGTAAAG AAAACAGACT GGACAACCCT CAGTTTTCTC CAGGCCGTAT TACCATCGGA 
AACAAAGTCT TTATGGGGAA AACGGTATTT CCAGATGAAG ATCAAATGGT GGAGTCGTAT 
GAACACTTGG CTCTCAAGGT GCTTCACAGG TGGTCTGAGA TGCCCAACGG AGGCTGTAAA 
CTTGTCCCAG AGCATATTGA AACTCGCGCA CTTTACCTCA AGGACAAACC AGGAATAGAC 
CAGGGCCATT TGCAGATGTG GGTGGACATT TTTCCACTGG ACATGCCTCA CCCTGGCCCA 
CCTGTGGACA TTTCCCCTCG CAAACCTAAA GGGTATGAAC TGAGAATCAT TATCTGGAAC 
ACTGAAGATG TGATACTGGA GGACACCAAC TTCATTACAG GACAGCAGTC AAGCGACATT 
TATGTTAAAG GGTGGTTAAA GGGTCTTGAA GATGACGGCC AGGAAACTGA TGTCCATTAC 
AATTCTTTGA CTGGAGAGGG CAACTTCAAC TGGCGCTTTG TGTTCCCCTT CAGCTACCTA 
CCAGCTGAGA AAGTGGTAGT GGTACAAAAG CGAGAAAGCA TCTACTCTCT GGACAAAACT 
GAACAGAAGA TGCCTGCAGT TCTTGTTATG CAGGTGTGGG ACTTTGAGCG GCTTTCCTCC 
GATGACTTTC TGGGCTCAGT GGAGTTGGAT CTGCATGGGT TTCCTCGTGG AGCTAAATCA 
GCTAAAGCTT GTAAGATGGA AATGCTGACA GAACTCACAG AGAACATCTC TATCTTCCAG 
CAGAAACGCT CCAAAGGCTG GTGGCCCTTC ATCAAAGCTG GAGAACTAAC AGGAAAGGTA 
GAAGCTGAGT TTCACCTGGT CACTGCTGAG GAGGCTGAGA AAAACCCAGT GGGCCGCGCA 
CGCAAAGAGC CAGAGCCTCT GGAGAAACCA AACCGTCCAG ACACATCCTT CTCCTGGTTT 
ATGAATCCTT TCAAGTGCTT CTTTCACCTG ATCTGGGGAA ACTACAAGAA ATACATCATA 
GCTGGACTGG TGCTGTTGAT TTTGACCTTG TTCCTGGTTC TGCTCTTTTA CACCCTTCCA 
GGGGCGCTCA GTACTAAGAT AGTCAATGGG TAA

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

FER1L6 ( XM_009304541.2 ) cDNA ORF clone, Danio rerio(Zebrafish) -> XP_009302816.2 Danio rerio fer-1-like family member 6 (fer1l6), mRNA.

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CloneID	ODa60406
Clone ID Related Accession (Same CDS sequence)	XM_009304541.2
Accession Version	XM_009304541.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5433bp) 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	2016-06-23
Organism	Danio rerio(Zebrafish)
Product	fer-1-like protein 6
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007120.6) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2016 this sequence version replaced XM_009304541.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 105 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## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGACCAAG ATAAAGACAG CTCTGCACCC CATGGCAAGA AGTTTGGAAT AAAAGTAAAG 
AAGAAACATC GGAAAGGACA CAAGGGTGTT GTAATCTCAA ACAAAGGTGC TCTAGAGGCT 
GAGGCTGAAA CTAATCCTGA AGATCCAGAC GTGATAGATG TACCACAGCC CGAGTTTGCA 
GGACAGTCCA CCTCGGCCCA CACTTCTTTC AGACAGATTG CCAATACTAA GAGATGTAAA 
GCTGTATCCA AGATCTTGGA AGGTGAAAGC AAACCACAAA ATTTCCAGAT TTCCATCAAT 
ATAACAGAGA TCAGGCAGCT GGTTGGGGAC AATATAGACC CTAGTGTTGT GATTGAAATT 
GGAGATGATA AAAAGCAGAC ATCGGTGAAA GAAGGAACCA ACGCTCCCTT TTACAATGAG 
TATTTTGTGT TTGACATATA TTGCAATCAA GACATCTTTT TTGACAAAGT CATTAAACTA 
TCAGTCATGC ACTCAAAGAT TATGAAGAGC TACTGTGTGG GAACGTTCAA GATTGATGTT 
GGGACAGTTT ACTCTCAACC TGGGCATCAG TTCATCAATA AGTGGGCCAC ACTAACAGAC 
CCTGCCGACA TCCGTGTTGG GGTGAAAGGT TACCTGAAGT GTGATATCAG TGTGTCTGGA 
AAGGGAGATG TTGCACCACC ATCTCAGAAA TTCAGTGATG CCGAGGAACA AATTGATAAG 
CACCTCCTGC TTCCTGAAGG CTTAAACCCG GAGCGGCCGT GGGCTCGGTT TTATGTGATC 
GTGTACCGAG CAGAAGGTCT TCCCAGAATA AACTCCAGTA TTATGGCCAA TGTGACCAAA 
GCTTTTGTTG GAGACACAAC AGCCCTCATT GATCCTTATG TTGAGGTGTC ATTCTTTGGT 
CAAGTTGGAA GGACTTCAAC CCAAAAGAGC TCAGCAGATC CAGTGTGGAA TGAGCAGGTG 
GTGTTTAAGG AGATGTTTCC TCCACTGTGT CAGAGACTAA AGATTCGGGT TCTGGATGAA 
GGAAGCATGA ATGATGTGGC CATTGGGACT CATTACATTG ACCTGCACAC CATATCAAAT 
GACACTGATG GAGACAATGG TTTCTTGCCC ACATTTGGGC CAGCCTGGAT CAACCTCTAT 
GGTTCTCTTC GAAATTCCAC ACTGGTGGAT GACAGCCAGG AACTGAACGA AGGTGTTGGT 
GAAGGGGTGT CCTACAGAGG CAGACTCTAC ATAGAGCTGA GTGTAGAAAT CCTGTCTGGA 
GGAGCTGCTG AATCCAAATC TCTGCTCTCA AAGTTCAGTC CAAAAGATGC CAAGGGTGGG 
AAAACTGGTA CAGGAGCAGG AGGTGAAGAG GAGAAGTCCA AGATGATAGG ACCTGAAGTG 
ATCCCAGTGG AGCCCCCGCA GAAGATGAGA GATGAAGACA TGGAGACTTT CCTGCTCTTT 
GGTTGTGTAT TTGAGGCATC CATGATCGAC AGAAAAATTG GCGATAGACC AGTCACCCTA 
GAGTTTACGA TTGGTAACTT TGGGAACTTA ATTGATGGTG CTGCACCACC TCCATCAAAG 
AAGAAGCTTG AGGATGTGTC AGTGACTGCT CCTCTACTGG ACACTACAGC CACAATGCCC 
TGCAAATCCA CTACAACACC AGAAAGGCCT ATTTTTGGAG ATGCACAGAG GCATTATATG 
CATTTGCCCA TCGCTGCACA GAAGCCCTGT GTGTATGTTT ACAGTAGCTG GGAGGATCGA 
GCGTACCGAC TTCATCACGC CAACATGCTA GACACAATTG CCCTCATGTT TGAAGAGGGA 
GTCGCTAAGG TCACAGAGCT GGATAAAATG TTATCTCCGG AAGCATGGAG TCTCATGCAC 
CACGTTCTTC GGGAATTCAG ACGAGATGCC AAGGAGTTTA TTGCTTTTGC TGAAAAAAAG 
GTGAAGGGAA GCAATTTAAC CTTGCTGGAC AAAAAGAGGC TAACTATGTG CAAACAGGAG 
CTGGAGAGTA TGACTGAAAT GGCAGGAGGA CTTCTTGAGC CAAAGAGGAG ATCTTTGACT 
GTGAAAGAAA TGCTGCTGGA AGCTCAAAAA ATTAAAAAGA AGCTGCGATT TCTGGTGGAG 
GAGCCTCAAC ACACTTTACC AGATGTGTTT GTGTGTCTGG TCAGTAATAA CAAGCGTGTG 
GCGTATGCCA GAATCCCTGC TCGGGACCTG CTCTTCTCAG AGAGCCCAGA GCAAAGAGGC 
AGAGACTGTG GGAAGATCAA GACACTGTTC CTCAAGCCTC CAGTGAAGCG TGCACCGGGA 
TGGACTGTCC AGGCTAAACT TGATGTGTTC TTGTGGCTGG GAACTTGCGC AGAGTCATCC 
CGCATGTTGG ACAATCTCCC GTCGGGCTTT GAACTTGTGT CCACCTCTTT TGAGGATAGG 
ACTGGCGCTC CTCCTGAATA TTTACTCTAC ACAGAGCAGC ACATGTTCGA GCTGAGGGCT 
CATATGTACC AGGCTCGTGG ACTCATCGCA GCAGACAACA CTGGCCTCTC AGACCCGTTT 
GCCTGGGTGT CTTTTCTGTC TCATAGCCAA TGCACTGGTA TCATAAAGCA AACATTGACT 
CCCACGTGGA ATCAGGTGAT CAAGATGACT AACATGTCTC TATATGGAGG GCTTTACGAC 
ATAGCCCAGG AGCCACCGCT GATTGTGATT GAAGTGTATG ATGATGATGC AGTGGGTAGC 
GAGTACCTGG GCTCGACGGT GGCTGTTCCT GTTGTCAAAC TATCAGAAGA GCAATACTCT 
CCTCCTCAGC TGCAGTACAG CCCTCTGTTC TGTGGCAGCC TGTCTGGAGG AGACATACTG 
GGGGCCTTTG AGCTCATTCA GATTTCAAAG TCAGGAGAGC ACTCACTCCC TGTTTTAGAT 
GAGCCAGATG GAGTTGTTAT CCCAGTGCCC TCATACATTC GACCGGTGCT CTGCAAGTAC 
AGGATTGAGG TTTTGTTCTG GGGCCTCAGA GAACTGAAAA AGGTTCAGCT CTTATCTGTC 
GATCGTCCTC AAGTATTTAT CAAGTGCGCA GGATCGGGTG TCAACTCCTC TGTCATACAA 
AGCTACAAGA AAAACCCGAA CTTTACAATA ATTGTGGACG CCTTTGATGT GGAGTTGCCT 
GAAGATGAAC ATCTCCTCCC TCCCCTCACT CTCACCGTGG TGGACTGGAG GGCCTTTGGG 
AGAAGCACGC TTGTAGGTAG TCATGTGATC AACAACCTGG CCTTATTCAA ACACAATCCT 
GTACCGGTCC AGCAGCCCCC GCCAGAGCCC AAAAACATAG CAGTGGCTCA GCTCTCTCTG 
CAGCAGAGTG TTATTCCACC TCCAGATGAA GAGATCGCCA TTGAAATAGA GCATGAGGAG 
ATCATTGCCC CCAAAAGCCA AGAGCCTGAA TTCCAGGACA CAAAGGTGTC AAAAAAGAGC 
AAACGAAGAT CTACAAAAAG GAAGAAACGC ACCACGGCTG ATGAGTCTGC AGATAATGTC 
ATCGATTGGT GGTCGAAGTA CTATGCATCG ATGGAGAAAA TCAAACAGGC AAAGCAAAAA 
GAAGACAATC CTTTTCCACT GCTCTTTGAA AATATTACTC CTCTGGAGAA CATTATTTCC 
GAAGGATTGA TCAATCTGGC ATCAGGTATG AGGGATAGGA AAAAAGAGGT GAACTACAAG 
AGTGTGATTG AACAGCCCAG GCTTGCAACA TTACAGGTGT ACGACAAAGA GCTGGAGGCT 
GAATTTGGGC CATTTGATGA CTGGGTAAAA ACCTTTGAAC TCTTTCGAGG AAAGGCCAAT 
GAAGAGGACG GCTCTGCATA TGAGAGATTT GTTGGGAAGT TCAAGGGCAG GTTCTGTCTT 
TACAAGCTGC CAGAAGCAGA CGGTGAGGCG GAAGAAGGCT ATGTGGATTC AGGGCAGTTT 
AAAATCAATC AGGGAATTCC TCCAAACACT GCTGTGAATG TCCTTATCCG TGTCTACATA 
GTTGCAGCCT TCAACCTGCA CCCTGCAGAC CCAGATGGCA AAGCAGACCC TTACATAGTG 
CTGAAACTTG GGAAAACTGA GATCAAAGAC AGAGACAATT ACATCCCAAA GCAGCTCAAC 
CCAGTGTTTG GAAGATCTTT TGAATTTCAA GCCACTTTTC CCAAAGAATC CCTACTAACA 
ATCCTAATCT ATGACTATGA CCTGGTTGGT GGTGATGATT TGATTGGAGA AACACAGATC 
GATTTGGAGA ACCGGTTTTA CAGCAGACAT CGAGCAACCT GCAGCCTTCC TACTGAATAT 
GCCATTGAGG GTTATAATGC ATGGAGGGAC TGCATGAAGC CAGTAGACCT GCTGATTAAA 
CTGTGTAAAG AAAACAGACT GGACAACCCT CAGTTTTCTC CAGGCCGTAT TACCATCGGA 
AACAAAGTCT TTATGGGGAA AACGGTATTT CCAGATGAAG ATCAAATGGT GGAGTCGTAT 
GAACACTTGG CTCTCAAGGT GCTTCACAGG TGGTCTGAGA TGCCCAACGG AGGCTGTAAA 
CTTGTCCCAG AGCATATTGA AACTCGCGCA CTTTACCTCA AGGACAAACC AGGAATAGAC 
CAGGGCCATT TGCAGATGTG GGTGGACATT TTTCCACTGG ACATGCCTCA CCCTGGCCCA 
CCTGTGGACA TTTCCCCTCG CAAACCTAAA GGGTATGAAC TGAGAATCAT TATCTGGAAC 
ACTGAAGATG TGATACTGGA GGACACCAAC TTCATTACAG GACAGCAGTC AAGCGACATT 
TATGTTAAAG GGTGGTTAAA GGGTCTTGAA GATGACGGCC AGGAAACTGA TGTCCATTAC 
AATTCTTTGA CTGGAGAGGG CAACTTCAAC TGGCGCTTTG TGTTCCCCTT CAGCTACCTA 
CCAGCTGAGA AAGTGGTAGT GGTACAAAAG CGAGAAAGCA TCTACTCTCT GGACAAAACT 
GAACAGAAGA TGCCTGCAGT TCTTGTTATG CAGGTGTGGG ACTTTGAGCG GCTTTCCTCC 
GATGACTTTC TGGGCTCAGT GGAGTTGGAT CTGCATGGGT TTCCTCGTGG AGCTAAATCA 
GCTAAAGCTT GTAAGATGGA AATGCTGACA GAACTCACAG AGAACATCTC TATCTTCCAG 
CAGAAACGCT CCAAAGGCTG GTGGCCCTTC ATCAAAGCTG GAGAACTAAC AGGAAAGGTA 
GAAGCTGAGT TTCACCTGGT CACTGCTGAG GAGGCTGAGA AAAACCCAGT GGGCCGCGCA 
CGCAAAGAGC CAGAGCCTCT GGAGAAACCA AACCGTCCAG ACACATCCTT CTCCTGGTTT 
ATGAATCCTT TCAAGTGCTT CTTTCACCTG ATCTGGGGAA ACTACAAGAA ATACATCATA 
GCTGGACTGG TGCTGTTGAT TTTGACCTTG TTCCTGGTTC TGCTCTTTTA CACCCTTCCA 
GGGGCGCTCA GTACTAAGAT AGTCAATGGG TAA

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

RefSeq	XP_009302816.2
CDS	59..5491
Translation	MDQDKDSSAPHGKKFGIKVKKKHRKGHKGVVISNKGALEAEAETNPEDPDVIDVPQPEFAGQSTSAHTSFRQIANTKRCKAVSKILEGESKPQNFQISINITEIRQLVGDNIDPSVVIEIGDDKKQTSVKEGTNAPFYNEYFVFDIYCNQDIFFDKVIKLSVMHSKIMKSYCVGTFKIDVGTVYSQPGHQFINKWATLTDPADIRVGVKGYLKCDISVSGKGDVAPPSQKFSDAEEQIDKHLLLPEGLNPERPWARFYVIVYRAEGLPRINSSIMANVTKAFVGDTTALIDPYVEVSFFGQVGRTSTQKSSADPVWNEQVVFKEMFPPLCQRLKIRVLDEGSMNDVAIGTHYIDLHTISNDTDGDNGFLPTFGPAWINLYGSLRNSTLVDDSQELNEGVGEGVSYRGRLYIELSVEILSGGAAESKSLLSKFSPKDAKGGKTGTGAGGEEEKSKMIGPEVIPVEPPQKMRDEDMETFLLFGCVFEASMIDRKIGDRPVTLEFTIGNFGNLIDGAAPPPSKKKLEDVSVTAPLLDTTATMPCKSTTTPERPIFGDAQRHYMHLPIAAQKPCVYVYSSWEDRAYRLHHANMLDTIALMFEEGVAKVTELDKMLSPEAWSLMHHVLREFRRDAKEFIAFAEKKVKGSNLTLLDKKRLTMCKQELESMTEMAGGLLEPKRRSLTVKEMLLEAQKIKKKLRFLVEEPQHTLPDVFVCLVSNNKRVAYARIPARDLLFSESPEQRGRDCGKIKTLFLKPPVKRAPGWTVQAKLDVFLWLGTCAESSRMLDNLPSGFELVSTSFEDRTGAPPEYLLYTEQHMFELRAHMYQARGLIAADNTGLSDPFAWVSFLSHSQCTGIIKQTLTPTWNQVIKMTNMSLYGGLYDIAQEPPLIVIEVYDDDAVGSEYLGSTVAVPVVKLSEEQYSPPQLQYSPLFCGSLSGGDILGAFELIQISKSGEHSLPVLDEPDGVVIPVPSYIRPVLCKYRIEVLFWGLRELKKVQLLSVDRPQVFIKCAGSGVNSSVIQSYKKNPNFTIIVDAFDVELPEDEHLLPPLTLTVVDWRAFGRSTLVGSHVINNLALFKHNPVPVQQPPPEPKNIAVAQLSLQQSVIPPPDEEIAIEIEHEEIIAPKSQEPEFQDTKVSKKSKRRSTKRKKRTTADESADNVIDWWSKYYASMEKIKQAKQKEDNPFPLLFENITPLENIISEGLINLASGMRDRKKEVNYKSVIEQPRLATLQVYDKELEAEFGPFDDWVKTFELFRGKANEEDGSAYERFVGKFKGRFCLYKLPEADGEAEEGYVDSGQFKINQGIPPNTAVNVLIRVYIVAAFNLHPADPDGKADPYIVLKLGKTEIKDRDNYIPKQLNPVFGRSFEFQATFPKESLLTILIYDYDLVGGDDLIGETQIDLENRFYSRHRATCSLPTEYAIEGYNAWRDCMKPVDLLIKLCKENRLDNPQFSPGRITIGNKVFMGKTVFPDEDQMVESYEHLALKVLHRWSEMPNGGCKLVPEHIETRALYLKDKPGIDQGHLQMWVDIFPLDMPHPGPPVDISPRKPKGYELRIIIWNTEDVILEDTNFITGQQSSDIYVKGWLKGLEDDGQETDVHYNSLTGEGNFNWRFVFPFSYLPAEKVVVVQKRESIYSLDKTEQKMPAVLVMQVWDFERLSSDDFLGSVELDLHGFPRGAKSAKACKMEMLTELTENISIFQQKRSKGWWPFIKAGELTGKVEAEFHLVTAEEAEKNPVGRARKEPEPLEKPNRPDTSFSWFMNPFKCFFHLIWGNYKKYIIAGLVLLILTLFLVLLFYTLPGALSTKIVNG

Target ORF information:

RefSeq Version	XM_009304541.2
Organism	Danio rerio(Zebrafish)
Definition	Danio rerio fer-1-like family member 6 (fer1l6), mRNA.

Target ORF information:

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

XM_009304541.2

ORF Insert Sequence:

ATGGACCAAG ATAAAGACAG CTCTGCACCC CATGGCAAGA AGTTTGGAAT AAAAGTAAAG 
AAGAAACATC GGAAAGGACA CAAGGGTGTT GTAATCTCAA ACAAAGGTGC TCTAGAGGCT 
GAGGCTGAAA CTAATCCTGA AGATCCAGAC GTGATAGATG TACCACAGCC CGAGTTTGCA 
GGACAGTCCA CCTCGGCCCA CACTTCTTTC AGACAGATTG CCAATACTAA GAGATGTAAA 
GCTGTATCCA AGATCTTGGA AGGTGAAAGC AAACCACAAA ATTTCCAGAT TTCCATCAAT 
ATAACAGAGA TCAGGCAGCT GGTTGGGGAC AATATAGACC CTAGTGTTGT GATTGAAATT 
GGAGATGATA AAAAGCAGAC ATCGGTGAAA GAAGGAACCA ACGCTCCCTT TTACAATGAG 
TATTTTGTGT TTGACATATA TTGCAATCAA GACATCTTTT TTGACAAAGT CATTAAACTA 
TCAGTCATGC ACTCAAAGAT TATGAAGAGC TACTGTGTGG GAACGTTCAA GATTGATGTT 
GGGACAGTTT ACTCTCAACC TGGGCATCAG TTCATCAATA AGTGGGCCAC ACTAACAGAC 
CCTGCCGACA TCCGTGTTGG GGTGAAAGGT TACCTGAAGT GTGATATCAG TGTGTCTGGA 
AAGGGAGATG TTGCACCACC ATCTCAGAAA TTCAGTGATG CCGAGGAACA AATTGATAAG 
CACCTCCTGC TTCCTGAAGG CTTAAACCCG GAGCGGCCGT GGGCTCGGTT TTATGTGATC 
GTGTACCGAG CAGAAGGTCT TCCCAGAATA AACTCCAGTA TTATGGCCAA TGTGACCAAA 
GCTTTTGTTG GAGACACAAC AGCCCTCATT GATCCTTATG TTGAGGTGTC ATTCTTTGGT 
CAAGTTGGAA GGACTTCAAC CCAAAAGAGC TCAGCAGATC CAGTGTGGAA TGAGCAGGTG 
GTGTTTAAGG AGATGTTTCC TCCACTGTGT CAGAGACTAA AGATTCGGGT TCTGGATGAA 
GGAAGCATGA ATGATGTGGC CATTGGGACT CATTACATTG ACCTGCACAC CATATCAAAT 
GACACTGATG GAGACAATGG TTTCTTGCCC ACATTTGGGC CAGCCTGGAT CAACCTCTAT 
GGTTCTCTTC GAAATTCCAC ACTGGTGGAT GACAGCCAGG AACTGAACGA AGGTGTTGGT 
GAAGGGGTGT CCTACAGAGG CAGACTCTAC ATAGAGCTGA GTGTAGAAAT CCTGTCTGGA 
GGAGCTGCTG AATCCAAATC TCTGCTCTCA AAGTTCAGTC CAAAAGATGC CAAGGGTGGG 
AAAACTGGTA CAGGAGCAGG AGGTGAAGAG GAGAAGTCCA AGATGATAGG ACCTGAAGTG 
ATCCCAGTGG AGCCCCCGCA GAAGATGAGA GATGAAGACA TGGAGACTTT CCTGCTCTTT 
GGTTGTGTAT TTGAGGCATC CATGATCGAC AGAAAAATTG GCGATAGACC AGTCACCCTA 
GAGTTTACGA TTGGTAACTT TGGGAACTTA ATTGATGGTG CTGCACCACC TCCATCAAAG 
AAGAAGCTTG AGGATGTGTC AGTGACTGCT CCTCTACTGG ACACTACAGC CACAATGCCC 
TGCAAATCCA CTACAACACC AGAAAGGCCT ATTTTTGGAG ATGCACAGAG GCATTATATG 
CATTTGCCCA TCGCTGCACA GAAGCCCTGT GTGTATGTTT ACAGTAGCTG GGAGGATCGA 
GCGTACCGAC TTCATCACGC CAACATGCTA GACACAATTG CCCTCATGTT TGAAGAGGGA 
GTCGCTAAGG TCACAGAGCT GGATAAAATG TTATCTCCGG AAGCATGGAG TCTCATGCAC 
CACGTTCTTC GGGAATTCAG ACGAGATGCC AAGGAGTTTA TTGCTTTTGC TGAAAAAAAG 
GTGAAGGGAA GCAATTTAAC CTTGCTGGAC AAAAAGAGGC TAACTATGTG CAAACAGGAG 
CTGGAGAGTA TGACTGAAAT GGCAGGAGGA CTTCTTGAGC CAAAGAGGAG ATCTTTGACT 
GTGAAAGAAA TGCTGCTGGA AGCTCAAAAA ATTAAAAAGA AGCTGCGATT TCTGGTGGAG 
GAGCCTCAAC ACACTTTACC AGATGTGTTT GTGTGTCTGG TCAGTAATAA CAAGCGTGTG 
GCGTATGCCA GAATCCCTGC TCGGGACCTG CTCTTCTCAG AGAGCCCAGA GCAAAGAGGC 
AGAGACTGTG GGAAGATCAA GACACTGTTC CTCAAGCCTC CAGTGAAGCG TGCACCGGGA 
TGGACTGTCC AGGCTAAACT TGATGTGTTC TTGTGGCTGG GAACTTGCGC AGAGTCATCC 
CGCATGTTGG ACAATCTCCC GTCGGGCTTT GAACTTGTGT CCACCTCTTT TGAGGATAGG 
ACTGGCGCTC CTCCTGAATA TTTACTCTAC ACAGAGCAGC ACATGTTCGA GCTGAGGGCT 
CATATGTACC AGGCTCGTGG ACTCATCGCA GCAGACAACA CTGGCCTCTC AGACCCGTTT 
GCCTGGGTGT CTTTTCTGTC TCATAGCCAA TGCACTGGTA TCATAAAGCA AACATTGACT 
CCCACGTGGA ATCAGGTGAT CAAGATGACT AACATGTCTC TATATGGAGG GCTTTACGAC 
ATAGCCCAGG AGCCACCGCT GATTGTGATT GAAGTGTATG ATGATGATGC AGTGGGTAGC 
GAGTACCTGG GCTCGACGGT GGCTGTTCCT GTTGTCAAAC TATCAGAAGA GCAATACTCT 
CCTCCTCAGC TGCAGTACAG CCCTCTGTTC TGTGGCAGCC TGTCTGGAGG AGACATACTG 
GGGGCCTTTG AGCTCATTCA GATTTCAAAG TCAGGAGAGC ACTCACTCCC TGTTTTAGAT 
GAGCCAGATG GAGTTGTTAT CCCAGTGCCC TCATACATTC GACCGGTGCT CTGCAAGTAC 
AGGATTGAGG TTTTGTTCTG GGGCCTCAGA GAACTGAAAA AGGTTCAGCT CTTATCTGTC 
GATCGTCCTC AAGTATTTAT CAAGTGCGCA GGATCGGGTG TCAACTCCTC TGTCATACAA 
AGCTACAAGA AAAACCCGAA CTTTACAATA ATTGTGGACG CCTTTGATGT GGAGTTGCCT 
GAAGATGAAC ATCTCCTCCC TCCCCTCACT CTCACCGTGG TGGACTGGAG GGCCTTTGGG 
AGAAGCACGC TTGTAGGTAG TCATGTGATC AACAACCTGG CCTTATTCAA ACACAATCCT 
GTACCGGTCC AGCAGCCCCC GCCAGAGCCC AAAAACATAG CAGTGGCTCA GCTCTCTCTG 
CAGCAGAGTG TTATTCCACC TCCAGATGAA GAGATCGCCA TTGAAATAGA GCATGAGGAG 
ATCATTGCCC CCAAAAGCCA AGAGCCTGAA TTCCAGGACA CAAAGGTGTC AAAAAAGAGC 
AAACGAAGAT CTACAAAAAG GAAGAAACGC ACCACGGCTG ATGAGTCTGC AGATAATGTC 
ATCGATTGGT GGTCGAAGTA CTATGCATCG ATGGAGAAAA TCAAACAGGC AAAGCAAAAA 
GAAGACAATC CTTTTCCACT GCTCTTTGAA AATATTACTC CTCTGGAGAA CATTATTTCC 
GAAGGATTGA TCAATCTGGC ATCAGGTATG AGGGATAGGA AAAAAGAGGT GAACTACAAG 
AGTGTGATTG AACAGCCCAG GCTTGCAACA TTACAGGTGT ACGACAAAGA GCTGGAGGCT 
GAATTTGGGC CATTTGATGA CTGGGTAAAA ACCTTTGAAC TCTTTCGAGG AAAGGCCAAT 
GAAGAGGACG GCTCTGCATA TGAGAGATTT GTTGGGAAGT TCAAGGGCAG GTTCTGTCTT 
TACAAGCTGC CAGAAGCAGA CGGTGAGGCG GAAGAAGGCT ATGTGGATTC AGGGCAGTTT 
AAAATCAATC AGGGAATTCC TCCAAACACT GCTGTGAATG TCCTTATCCG TGTCTACATA 
GTTGCAGCCT TCAACCTGCA CCCTGCAGAC CCAGATGGCA AAGCAGACCC TTACATAGTG 
CTGAAACTTG GGAAAACTGA GATCAAAGAC AGAGACAATT ACATCCCAAA GCAGCTCAAC 
CCAGTGTTTG GAAGATCTTT TGAATTTCAA GCCACTTTTC CCAAAGAATC CCTACTAACA 
ATCCTAATCT ATGACTATGA CCTGGTTGGT GGTGATGATT TGATTGGAGA AACACAGATC 
GATTTGGAGA ACCGGTTTTA CAGCAGACAT CGAGCAACCT GCAGCCTTCC TACTGAATAT 
GCCATTGAGG GTTATAATGC ATGGAGGGAC TGCATGAAGC CAGTAGACCT GCTGATTAAA 
CTGTGTAAAG AAAACAGACT GGACAACCCT CAGTTTTCTC CAGGCCGTAT TACCATCGGA 
AACAAAGTCT TTATGGGGAA AACGGTATTT CCAGATGAAG ATCAAATGGT GGAGTCGTAT 
GAACACTTGG CTCTCAAGGT GCTTCACAGG TGGTCTGAGA TGCCCAACGG AGGCTGTAAA 
CTTGTCCCAG AGCATATTGA AACTCGCGCA CTTTACCTCA AGGACAAACC AGGAATAGAC 
CAGGGCCATT TGCAGATGTG GGTGGACATT TTTCCACTGG ACATGCCTCA CCCTGGCCCA 
CCTGTGGACA TTTCCCCTCG CAAACCTAAA GGGTATGAAC TGAGAATCAT TATCTGGAAC 
ACTGAAGATG TGATACTGGA GGACACCAAC TTCATTACAG GACAGCAGTC AAGCGACATT 
TATGTTAAAG GGTGGTTAAA GGGTCTTGAA GATGACGGCC AGGAAACTGA TGTCCATTAC 
AATTCTTTGA CTGGAGAGGG CAACTTCAAC TGGCGCTTTG TGTTCCCCTT CAGCTACCTA 
CCAGCTGAGA AAGTGGTAGT GGTACAAAAG CGAGAAAGCA TCTACTCTCT GGACAAAACT 
GAACAGAAGA TGCCTGCAGT TCTTGTTATG CAGGTGTGGG ACTTTGAGCG GCTTTCCTCC 
GATGACTTTC TGGGCTCAGT GGAGTTGGAT CTGCATGGGT TTCCTCGTGG AGCTAAATCA 
GCTAAAGCTT GTAAGATGGA AATGCTGACA GAACTCACAG AGAACATCTC TATCTTCCAG 
CAGAAACGCT CCAAAGGCTG GTGGCCCTTC ATCAAAGCTG GAGAACTAAC AGGAAAGGTA 
GAAGCTGAGT TTCACCTGGT CACTGCTGAG GAGGCTGAGA AAAACCCAGT GGGCCGCGCA 
CGCAAAGAGC CAGAGCCTCT GGAGAAACCA AACCGTCCAG ACACATCCTT CTCCTGGTTT 
ATGAATCCTT TCAAGTGCTT CTTTCACCTG ATCTGGGGAA ACTACAAGAA ATACATCATA 
GCTGGACTGG TGCTGTTGAT TTTGACCTTG TTCCTGGTTC TGCTCTTTTA CACCCTTCCA 
GGGGCGCTCA GTACTAAGAT AGTCAATGGG TAA

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

PubMed

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1-877-436-7274

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FER1L6 cDNA ORF clone, Danio rerio(Zebrafish)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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