si:dkey-46g23.5 cDNA ORF clone, Danio rerio(zebrafish)

Gene
Clones
gRNAs

Summary

Gene Symbol	si:dkey-46g23.5
Entrez Gene ID	562067
Full Name	si:dkey-46g23.5
Synonyms	fa56g11,wu:fa56g11
General protein information	Preferred Names si:dkey-46g23.5 Names alpha-2-macroglobulin-like
Gene Type	protein-coding
Organism	Danio rerio(zebrafish)

mRNA and Protein(s)

mRNA	Protein	Name
NM_001201405.2	NP_001188334.2	alpha-2-macroglobulin-like precursor

Pathways from BioSystems

Homologies

Danio rerio (zebrafish)	a2ml1	XP_697477.6
Danio rerio (zebrafish)	LOC100003785	XP_005157599.1
Danio rerio (zebrafish)	LOC100006782	XP_001345438.5
Danio rerio (zebrafish)	LOC100006895	XP_001923676.1
Danio rerio (zebrafish)	LOC100006925	XP_001921577.3
Danio rerio (zebrafish)	a2ml	NP_001132951.1
Rattus norvegicus (Norway rat)	LOC100911545	XP_003749876.1
Danio rerio (zebrafish)	zgc:171446	NP_001108028.1
Danio rerio (zebrafish)	sb:cb37	XP_001345541.5
Homo sapiens (human)	A2M	NP_000005.2
Macaca mulatta (Rhesus monkey)	A2M	XP_001114328.1
Canis lupus familiaris (dog)	A2M	XP_534893.3
Bos taurus (cattle)	A2M	NP_001103265.1
Danio rerio (zebrafish)	zgc:165453	XP_001918704.3
Danio rerio (zebrafish)	zgc:171426	XP_003198073.1
Pan troglodytes (chimpanzee)	A2M	XP_001139819.1
Danio rerio (zebrafish)	zgc:171445	NP_001107101.1
Mus musculus (house mouse)	A2m	NP_783327.2
Rattus norvegicus (Norway rat)	A2m	NP_036620.2
Gallus gallus (chicken)	A2M	XP_416476.3
Danio rerio (zebrafish)	si:dkey-46g23.5	NP_001188334.1
Danio rerio (zebrafish)	si:dkey-46g23.2	XP_001332356.1
Xenopus tropicalis (tropical clawed frog)	a2m	XP_002938550.2
Danio rerio (zebrafish)	si:dkey-52d15.2	XP_001345569.3
Danio rerio (zebrafish)	zgc:165518	NP_001093623.2
Xenopus tropicalis (tropical clawed frog)	LOC100489060	XP_002938549.2

Gene Ontology
Bibliography

Related articles in PubMed

Gene evolution and gene expression after whole genome duplication in fish: the PhyloFish database.
Pasquier J, Cabau C, Nguyen T, Jouanno E, Severac D, Braasch I, Journot L, Pontarotti P, Klopp C, Postlethwait JH, Guiguen Y, Bobe J
BMC genomics17368(2016 05)

Hematopoietic gene expression profile in zebrafish kidney marrow.
Song HD, Sun XJ, Deng M, Zhang GW, Zhou Y, Wu XY, Sheng Y, Chen Y, Ruan Z, Jiang CL, Fan HY, Zon LI, Kanki JP, Liu TX, Look AT, Chen Z
Proceedings of the National Academy of Sciences of the United States of America101(46)16240-5(2004 Nov)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following si:dkey-46g23.5 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the si:dkey-46g23.5 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
ODa07833	NM_001201405.2 Latest version!	Danio rerio si:dkey-46g23.5 (si:dkey-46g23.5), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

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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)

si:dkey-46g23.5 ( NM_001201405.2 ) cDNA ORF clone, Danio rerio(zebrafish) -> NP_001188334.2 Danio rerio si:dkey-46g23.5 (si:dkey-46g23.5), mRNA.

Price & Availability↑

CloneID	ODa07833
Clone ID Related Accession (Same CDS sequence)	NM_001201405.2
Accession Version	NM_001201405.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4449bp) 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	1529942400000
Organism	Danio rerio(zebrafish)
Product	alpha-2-macroglobulin-like precursor
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from CABZ01040995.1, CD594314.1, BX322654.15 and BC152015.1. On or before Nov 25, 2014 this sequence version replaced XM_005165460.2, NM_001201405.1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA898400 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGCTGTGA TGGGGATCAG TGTTTGGAAG TGGCTCATTC CAGCCCTCTT TTGTTTTGTT 
GATGGTATCA GGCGTTTTGA ACCCATTCAC ATTGATGACC CAAGTGATCC GGGACCGGTC 
ATTGATAGAC CAGTCATTAT TGAAAAATCG ATCTTTAGAC CAATCATTCC TAGACCAGTC 
ATTATTGATG AGCCAGTCAT TGTTAATGGG CCGATATTCA TGGTGATGTT TCCTTCATTG 
ATTGAGTCTG GCTCTGATGC TAAACTGTGT GTTAGTCTTC TGAAACCTGA GGGGAGTCTC 
ACAATGACCA TTTCTCTGGT CGATGACAAA AACACAGAAA CTCAACTTGT GCAGCAGACG 
TCACAGAGGA AGCTTCATCG CTGCTTTAAT TTCCAGGCTC CTCAAGTAAG TGGAGATTCA 
GTGCAGACGG TGAGGGTGGT CGTTCAGGGA CCGTCCATTA CAATGACTGA AGAGCGTAAA 
GTGATGTTCA GGTCTTACCT GCCTCTGACC TTCATCCAGA CAGACAAACC GCTCTACAAT 
CCAGGACAGA CAGTCAATTT CAGAGTTGTT ACCATGAGTG ATAAACTTGT GCCTCTCGAC 
CAAATGTACA ATCTGGTGGT GTTGGAGGAC TTTCGCAATA TCCGGATAAA TCAGTGGACT 
AATGTTTCCT CCACAAACTG GATTTTGGAG CTTTCTCATG ATTTGATCCC AGAATCTCCG 
GTTGGGAAAT ACACACTGAG GGCTTATATT GGTGACCGAA TAATCTCCCA GAGTTTTGAT 
GTGAAGAAAT ATGTTTTACC CAAGTTTGAC GTGACCCTAA ACACACCGCA GACGTACAGT 
GTTGCAGATG TGGGACTGAA AGTTGAGGCT TGTGGAAAGT ACACATTTGG GCAGCCTGTA 
CCTGGTCAAG TGTTTGTGGA AGTGTGCCGT CAGCCTGTTA CCTATGTTCA GGATCCTAAA 
GTGACCAGTG TGTGTCTGAA AAAATCCACT AAGACAACTG ATACTGGCTG TGCCTCTCTT 
GCACTCAGTA CATCAGTGTT TTTCGGCACC AGTTTTGAGA ATAACCTGCA AAATTCCTTT 
GTCATTAATG TCAACATCAC TGAGGAGGGA ACCGGTGTGG TCATGTCAAA ATCCACAACG 
GTGTCAATTA CGTTTGAAGT TGGCAAGGTC AAATTTGTGG ATCTCCCAAA GTTCTATAAT 
TATGGGTCAA CGGTGAATGG AAAGATCTCT GCATCTGATT TCAATGGTAA CCCAATCAAT 
AACAAGGTAG TCTATCTGCT GGACAGCAGC CAATGGCCAC ACAAAATGCT GTTCAATTTG 
ACCACAAACA AGAACGGATT TGCAGAGTTC TCCCTTTGGA CGACTAGTTT TCCTAAAGCT 
GATCTGAATC TTGTGGCAAG TGCAACTCCA CAGTCTTATT ATGGTTACAA TTCGCCATAC 
TTCACTACAG ATTCACAGGT GGTTCGTCTT TCCCGAACTG CTGCTCCTGA CACCCCAACC 
TTTAGTGATC TGTCTATAGT GAAGCTTGAG CAGCCGCTGA AGTGTGGCAC CACTTATCCA 
GTGACGGTCA CGTACTCGTT TGTTGGAGAG ACTGGCGACT ACAGTGCTGA CATCATCTAT 
ATGGTCATGT CCAGAGGTGT GATCATTCTC CATGGGTTTA TAAGTGTTCA AGCTCTGGCT 
TCTGACACCC TCACGAAGGG CACGGTGACA TTTGATCTCT CAATTGTTGC CAAAATGGCT 
CCGGTGGTTC AGATTCTGGT GTACAGTGTT CTGCCCAGTC AGACTGTAGT GACCGGTAGT 
GCATCGTTTG ACACTGAGAA GTGCTTCTCA AACCAGGTTT CTCTGCAGTT CTCTCCTGCT 
ACAGCGGTTC CTGGTGAGGG AAGTATTTTG ACTGTCTCCG CTCAAGCCGG ATCTCTGTGT 
GGCCTCAGTG CTATAGATCA GAGTGTTCTG ATCATGCAGT CAGGAGGACG TCTGAGCGCA 
GAGGCGGTGT TTAACTTGCT CCCACTGCAG TCACTATCCA ATTATCCACC TGGTGCTGAA 
GATCAACAGA ACTGCTTTTA TGTTAGATCC CGTCGAGCTG TTCCTACAAA TCAAGCTTAT 
AACACCTTCA AGAGTGTGGG AATCAAGATT GCAACAAATC TGCCAGTTCG AGCACCTCCA 
TGCATGACGT ATAAGGATGT TATTTACTTT CCCAACTTCC GAGGGGTGGT TCCTCTTCAA 
GAAGCGGTTT TTGCAATGGC TAGAGAAGCT CCTGCCCCTA TAGCAAAAGC AGAAGTTGCT 
GGAAGTTCCT CTGTTGATGT GACCATCAGG ACTTACTTTC CAGAAACGTG GATCTGGCAA 
CTTGCTCATG TGGGGGACTC TGGGTCCAGC TCAGTTCCCC TCACAGTTCC TGATACGATC 
ACCACATGGG ACACTGAAGC CTTCTGTCTG TCCTCCAGTG GTTTTGGTTT GGCTCTACCA 
GTTCTGCTGA CTTCCTTCCA GCCCTTCTTC CTGGAGCTTA CCCTGCCTTA CTCCATAATC 
CGTGGGGAGT TTTTTGAACT GAAGGCCACA GTGTTCAACT ATCTGTCCCA ATGCATCAAG 
GTTCAAGTAA CTCCAACACC ATCCTCCAAC TTCACTCTTA AATCTCTTGA TGATCAGGAT 
TCATCCACTA TCTCTGCCAA TGGGAGAAAG ACCTTCAAAT GGGCTTTAAC TGCTTCTGTT 
ATTGGAACTT TAAATGTTAC TGTCAGTGGC GAGGCCAGTC CGTCCCAGGA ATTGTGTGGC 
AATCAGGATG TGACCGTACC TTCAAGAGGA CGCATTGACA TAGTCACTCG AAGTCTGCTG 
GTTCTGGCTG AAGGTGTGGA AAGGACCTTC ATCCGAAGTT GGTTACTCTG TCCAAAGGGA 
ACCACGCTGT CAGAAGTAGT GAAGATCACA TTTCCAACAA ATGTCATCCA AGGATCTGCC 
AAATGCTCCG TATCAGTCAT TGGGGACATA ATGGGTCGTG CACTGAAGAA TCTGGACAAT 
TTGCTACGAA TGCCTTCTGG CTGTGGTGAA CAGAACATGA TCATTCTCGC TCCCAATATT 
TACATCCTAC GATATCTGAC AGTAACTGCA CAGCTCACCC CAGTCATCCG AGACACTGCA 
ACTGGCTATC TTCAAATTGG ATATCAAGGA GAGCTGAACT ACAGGCACAC TGATGGTTCA 
TTCAGCACTT TTGGTTACGA TCCATCCAAT ACATGGTTGA CCGCCTTTGT CATGAGGACT 
TTTGGCCTAG CAAGGAGCTT CACCTACATA GATCCCAATG TTCTTAAGAG TGCAAAGGAC 
TGGTTGATTA GCACGCAGGG TTCAGATGGT GGTTTCGTGC AGCAGGGGAC TCTGTACCAC 
AAGGACATGA AGGGTGGAGT TGGTGATAAC GTGACCATGA CTGGCTACAT CGTTTTATCA 
CTGCTTGAAA TAGGCGTCCC TGTCACGGAT CCTGTCATTA CTAAGGCTCT GTCGTTTTTG 
AGGCCTCTTG TTGGGAATCT GGGAAACACC TATGTAACTG CTCTGCTGGC CTACACCTTC 
AGTCTGGCTG GAGAGACCAG CACTCGAGCG CAGCTTTTAC ATTCCTTGAG AAACACTGCC 
ATTTCTGAAG GTACTACATT ACACTGGTCT CAGACTACAT CTGGGGATAC TCTGGCAGTG 
GAGATCAGTG CATATGTGCT GCTAGCGGTT CTCACTGTGC ATCCCGTGAC CACTGCTAAC 
CTGGGCTATG CTAATCGCAT TGTCAACTGG CTTGTGGCCC AGCAGAATCC CTATGGTGGC 
TTTACCTCCA CTCAGGACAC CGTGGTGGCT CTTCAGGCCT TGGCTCTGTA TGCTGCTCAA 
GTGTTCAGCC CTGGAGGCTC CAGCACCGTT ACAGTTCAGT CCTCAGTGCC AGCAGGAGAC 
GTTTTCAACT TTGCTGTGAC TCCCAACAAC CGCCTGCTGT ACCAGAGAAA TTCCCTGAAC 
AACGTTCCAG GCACATATAG TGTTGTAGCA AGGGGATCTG CCTGTGCTTC TGTGCAGGTT 
TCCTGTTTCT ACAACATCCC GACTCCTATT ACGGTTTCTA AAACACTGAG TGTTGTGGCG 
AAGGTGACTG GAAACTGCCA GGCTGCACCA GTCAATTTGA TGTTGACCTT CACAGTGAAA 
TACACTGGTC CAAAGCCAAC TACTAACATG GTTCTGGTGG ACATCAAGGT GTTGTCAGGA 
TTCACTGCAG ACACCTCACT GCTTGGATCC CCACCTAATT TCACTCCATT TGTGCAGAGA 
GTCGAATCTG ATGGTGATCA TGTCCTCGTT TATCTACAAG AGGTTCCCAA AGGTGTTCCA 
GTGACCTTCA GTATACAGCT GACACAGGCT GTTGCAGTGC AGAATCTGAA GCCAGCAGTC 
ATCTATATCT ATGACTATTA CCAGAGAAAT GATAAATTTG AGACCACGTA CAAATCCCCC 
TGTCCATGA

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

RefSeq	NP_001188334.2
CDS	81..4529
Translation	MAVMGISVWKWLIPALFCFVDGIRRFEPIHIDDPSDPGPVIDRPVIIEKSIFRPIIPRPVIIDEPVIVNGPIFMVMFPSLIESGSDAKLCVSLLKPEGSLTMTISLVDDKNTETQLVQQTSQRKLHRCFNFQAPQVSGDSVQTVRVVVQGPSITMTEERKVMFRSYLPLTFIQTDKPLYNPGQTVNFRVVTMSDKLVPLDQMYNLVVLEDFRNIRINQWTNVSSTNWILELSHDLIPESPVGKYTLRAYIGDRIISQSFDVKKYVLPKFDVTLNTPQTYSVADVGLKVEACGKYTFGQPVPGQVFVEVCRQPVTYVQDPKVTSVCLKKSTKTTDTGCASLALSTSVFFGTSFENNLQNSFVINVNITEEGTGVVMSKSTTVSITFEVGKVKFVDLPKFYNYGSTVNGKISASDFNGNPINNKVVYLLDSSQWPHKMLFNLTTNKNGFAEFSLWTTSFPKADLNLVASATPQSYYGYNSPYFTTDSQVVRLSRTAAPDTPTFSDLSIVKLEQPLKCGTTYPVTVTYSFVGETGDYSADIIYMVMSRGVIILHGFISVQALASDTLTKGTVTFDLSIVAKMAPVVQILVYSVLPSQTVVTGSASFDTEKCFSNQVSLQFSPATAVPGEGSILTVSAQAGSLCGLSAIDQSVLIMQSGGRLSAEAVFNLLPLQSLSNYPPGAEDQQNCFYVRSRRAVPTNQAYNTFKSVGIKIATNLPVRAPPCMTYKDVIYFPNFRGVVPLQEAVFAMAREAPAPIAKAEVAGSSSVDVTIRTYFPETWIWQLAHVGDSGSSSVPLTVPDTITTWDTEAFCLSSSGFGLALPVLLTSFQPFFLELTLPYSIIRGEFFELKATVFNYLSQCIKVQVTPTPSSNFTLKSLDDQDSSTISANGRKTFKWALTASVIGTLNVTVSGEASPSQELCGNQDVTVPSRGRIDIVTRSLLVLAEGVERTFIRSWLLCPKGTTLSEVVKITFPTNVIQGSAKCSVSVIGDIMGRALKNLDNLLRMPSGCGEQNMIILAPNIYILRYLTVTAQLTPVIRDTATGYLQIGYQGELNYRHTDGSFSTFGYDPSNTWLTAFVMRTFGLARSFTYIDPNVLKSAKDWLISTQGSDGGFVQQGTLYHKDMKGGVGDNVTMTGYIVLSLLEIGVPVTDPVITKALSFLRPLVGNLGNTYVTALLAYTFSLAGETSTRAQLLHSLRNTAISEGTTLHWSQTTSGDTLAVEISAYVLLAVLTVHPVTTANLGYANRIVNWLVAQQNPYGGFTSTQDTVVALQALALYAAQVFSPGGSSTVTVQSSVPAGDVFNFAVTPNNRLLYQRNSLNNVPGTYSVVARGSACASVQVSCFYNIPTPITVSKTLSVVAKVTGNCQAAPVNLMLTFTVKYTGPKPTTNMVLVDIKVLSGFTADTSLLGSPPNFTPFVQRVESDGDHVLVYLQEVPKGVPVTFSIQLTQAVAVQNLKPAVIYIYDYYQRNDKFETTYKSPCP

Target ORF information:

RefSeq Version	NM_001201405.2
Organism	Danio rerio(zebrafish)
Definition	Danio rerio si:dkey-46g23.5 (si:dkey-46g23.5), mRNA.

Target ORF information:

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

NM_001201405.2

ORF Insert Sequence:

ATGGCTGTGA TGGGGATCAG TGTTTGGAAG TGGCTCATTC CAGCCCTCTT TTGTTTTGTT 
GATGGTATCA GGCGTTTTGA ACCCATTCAC ATTGATGACC CAAGTGATCC GGGACCGGTC 
ATTGATAGAC CAGTCATTAT TGAAAAATCG ATCTTTAGAC CAATCATTCC TAGACCAGTC 
ATTATTGATG AGCCAGTCAT TGTTAATGGG CCGATATTCA TGGTGATGTT TCCTTCATTG 
ATTGAGTCTG GCTCTGATGC TAAACTGTGT GTTAGTCTTC TGAAACCTGA GGGGAGTCTC 
ACAATGACCA TTTCTCTGGT CGATGACAAA AACACAGAAA CTCAACTTGT GCAGCAGACG 
TCACAGAGGA AGCTTCATCG CTGCTTTAAT TTCCAGGCTC CTCAAGTAAG TGGAGATTCA 
GTGCAGACGG TGAGGGTGGT CGTTCAGGGA CCGTCCATTA CAATGACTGA AGAGCGTAAA 
GTGATGTTCA GGTCTTACCT GCCTCTGACC TTCATCCAGA CAGACAAACC GCTCTACAAT 
CCAGGACAGA CAGTCAATTT CAGAGTTGTT ACCATGAGTG ATAAACTTGT GCCTCTCGAC 
CAAATGTACA ATCTGGTGGT GTTGGAGGAC TTTCGCAATA TCCGGATAAA TCAGTGGACT 
AATGTTTCCT CCACAAACTG GATTTTGGAG CTTTCTCATG ATTTGATCCC AGAATCTCCG 
GTTGGGAAAT ACACACTGAG GGCTTATATT GGTGACCGAA TAATCTCCCA GAGTTTTGAT 
GTGAAGAAAT ATGTTTTACC CAAGTTTGAC GTGACCCTAA ACACACCGCA GACGTACAGT 
GTTGCAGATG TGGGACTGAA AGTTGAGGCT TGTGGAAAGT ACACATTTGG GCAGCCTGTA 
CCTGGTCAAG TGTTTGTGGA AGTGTGCCGT CAGCCTGTTA CCTATGTTCA GGATCCTAAA 
GTGACCAGTG TGTGTCTGAA AAAATCCACT AAGACAACTG ATACTGGCTG TGCCTCTCTT 
GCACTCAGTA CATCAGTGTT TTTCGGCACC AGTTTTGAGA ATAACCTGCA AAATTCCTTT 
GTCATTAATG TCAACATCAC TGAGGAGGGA ACCGGTGTGG TCATGTCAAA ATCCACAACG 
GTGTCAATTA CGTTTGAAGT TGGCAAGGTC AAATTTGTGG ATCTCCCAAA GTTCTATAAT 
TATGGGTCAA CGGTGAATGG AAAGATCTCT GCATCTGATT TCAATGGTAA CCCAATCAAT 
AACAAGGTAG TCTATCTGCT GGACAGCAGC CAATGGCCAC ACAAAATGCT GTTCAATTTG 
ACCACAAACA AGAACGGATT TGCAGAGTTC TCCCTTTGGA CGACTAGTTT TCCTAAAGCT 
GATCTGAATC TTGTGGCAAG TGCAACTCCA CAGTCTTATT ATGGTTACAA TTCGCCATAC 
TTCACTACAG ATTCACAGGT GGTTCGTCTT TCCCGAACTG CTGCTCCTGA CACCCCAACC 
TTTAGTGATC TGTCTATAGT GAAGCTTGAG CAGCCGCTGA AGTGTGGCAC CACTTATCCA 
GTGACGGTCA CGTACTCGTT TGTTGGAGAG ACTGGCGACT ACAGTGCTGA CATCATCTAT 
ATGGTCATGT CCAGAGGTGT GATCATTCTC CATGGGTTTA TAAGTGTTCA AGCTCTGGCT 
TCTGACACCC TCACGAAGGG CACGGTGACA TTTGATCTCT CAATTGTTGC CAAAATGGCT 
CCGGTGGTTC AGATTCTGGT GTACAGTGTT CTGCCCAGTC AGACTGTAGT GACCGGTAGT 
GCATCGTTTG ACACTGAGAA GTGCTTCTCA AACCAGGTTT CTCTGCAGTT CTCTCCTGCT 
ACAGCGGTTC CTGGTGAGGG AAGTATTTTG ACTGTCTCCG CTCAAGCCGG ATCTCTGTGT 
GGCCTCAGTG CTATAGATCA GAGTGTTCTG ATCATGCAGT CAGGAGGACG TCTGAGCGCA 
GAGGCGGTGT TTAACTTGCT CCCACTGCAG TCACTATCCA ATTATCCACC TGGTGCTGAA 
GATCAACAGA ACTGCTTTTA TGTTAGATCC CGTCGAGCTG TTCCTACAAA TCAAGCTTAT 
AACACCTTCA AGAGTGTGGG AATCAAGATT GCAACAAATC TGCCAGTTCG AGCACCTCCA 
TGCATGACGT ATAAGGATGT TATTTACTTT CCCAACTTCC GAGGGGTGGT TCCTCTTCAA 
GAAGCGGTTT TTGCAATGGC TAGAGAAGCT CCTGCCCCTA TAGCAAAAGC AGAAGTTGCT 
GGAAGTTCCT CTGTTGATGT GACCATCAGG ACTTACTTTC CAGAAACGTG GATCTGGCAA 
CTTGCTCATG TGGGGGACTC TGGGTCCAGC TCAGTTCCCC TCACAGTTCC TGATACGATC 
ACCACATGGG ACACTGAAGC CTTCTGTCTG TCCTCCAGTG GTTTTGGTTT GGCTCTACCA 
GTTCTGCTGA CTTCCTTCCA GCCCTTCTTC CTGGAGCTTA CCCTGCCTTA CTCCATAATC 
CGTGGGGAGT TTTTTGAACT GAAGGCCACA GTGTTCAACT ATCTGTCCCA ATGCATCAAG 
GTTCAAGTAA CTCCAACACC ATCCTCCAAC TTCACTCTTA AATCTCTTGA TGATCAGGAT 
TCATCCACTA TCTCTGCCAA TGGGAGAAAG ACCTTCAAAT GGGCTTTAAC TGCTTCTGTT 
ATTGGAACTT TAAATGTTAC TGTCAGTGGC GAGGCCAGTC CGTCCCAGGA ATTGTGTGGC 
AATCAGGATG TGACCGTACC TTCAAGAGGA CGCATTGACA TAGTCACTCG AAGTCTGCTG 
GTTCTGGCTG AAGGTGTGGA AAGGACCTTC ATCCGAAGTT GGTTACTCTG TCCAAAGGGA 
ACCACGCTGT CAGAAGTAGT GAAGATCACA TTTCCAACAA ATGTCATCCA AGGATCTGCC 
AAATGCTCCG TATCAGTCAT TGGGGACATA ATGGGTCGTG CACTGAAGAA TCTGGACAAT 
TTGCTACGAA TGCCTTCTGG CTGTGGTGAA CAGAACATGA TCATTCTCGC TCCCAATATT 
TACATCCTAC GATATCTGAC AGTAACTGCA CAGCTCACCC CAGTCATCCG AGACACTGCA 
ACTGGCTATC TTCAAATTGG ATATCAAGGA GAGCTGAACT ACAGGCACAC TGATGGTTCA 
TTCAGCACTT TTGGTTACGA TCCATCCAAT ACATGGTTGA CCGCCTTTGT CATGAGGACT 
TTTGGCCTAG CAAGGAGCTT CACCTACATA GATCCCAATG TTCTTAAGAG TGCAAAGGAC 
TGGTTGATTA GCACGCAGGG TTCAGATGGT GGTTTCGTGC AGCAGGGGAC TCTGTACCAC 
AAGGACATGA AGGGTGGAGT TGGTGATAAC GTGACCATGA CTGGCTACAT CGTTTTATCA 
CTGCTTGAAA TAGGCGTCCC TGTCACGGAT CCTGTCATTA CTAAGGCTCT GTCGTTTTTG 
AGGCCTCTTG TTGGGAATCT GGGAAACACC TATGTAACTG CTCTGCTGGC CTACACCTTC 
AGTCTGGCTG GAGAGACCAG CACTCGAGCG CAGCTTTTAC ATTCCTTGAG AAACACTGCC 
ATTTCTGAAG GTACTACATT ACACTGGTCT CAGACTACAT CTGGGGATAC TCTGGCAGTG 
GAGATCAGTG CATATGTGCT GCTAGCGGTT CTCACTGTGC ATCCCGTGAC CACTGCTAAC 
CTGGGCTATG CTAATCGCAT TGTCAACTGG CTTGTGGCCC AGCAGAATCC CTATGGTGGC 
TTTACCTCCA CTCAGGACAC CGTGGTGGCT CTTCAGGCCT TGGCTCTGTA TGCTGCTCAA 
GTGTTCAGCC CTGGAGGCTC CAGCACCGTT ACAGTTCAGT CCTCAGTGCC AGCAGGAGAC 
GTTTTCAACT TTGCTGTGAC TCCCAACAAC CGCCTGCTGT ACCAGAGAAA TTCCCTGAAC 
AACGTTCCAG GCACATATAG TGTTGTAGCA AGGGGATCTG CCTGTGCTTC TGTGCAGGTT 
TCCTGTTTCT ACAACATCCC GACTCCTATT ACGGTTTCTA AAACACTGAG TGTTGTGGCG 
AAGGTGACTG GAAACTGCCA GGCTGCACCA GTCAATTTGA TGTTGACCTT CACAGTGAAA 
TACACTGGTC CAAAGCCAAC TACTAACATG GTTCTGGTGG ACATCAAGGT GTTGTCAGGA 
TTCACTGCAG ACACCTCACT GCTTGGATCC CCACCTAATT TCACTCCATT TGTGCAGAGA 
GTCGAATCTG ATGGTGATCA TGTCCTCGTT TATCTACAAG AGGTTCCCAA AGGTGTTCCA 
GTGACCTTCA GTATACAGCT GACACAGGCT GTTGCAGTGC AGAATCTGAA GCCAGCAGTC 
ATCTATATCT ATGACTATTA CCAGAGAAAT GATAAATTTG AGACCACGTA CAAATCCCCC 
TGTCCATGA

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

PubMed

Gene evolution and gene expression after whole genome duplication in fish: the PhyloFish database.
BMC genomics17368(2016 05)
Pasquier J,Cabau C,Nguyen T,Jouanno E,Severac D,Braasch I,Journot L,Pontarotti P,Klopp C,Postlethwait JH,Guiguen Y,Bobe J

Hematopoietic gene expression profile in zebrafish kidney marrow.
Proceedings of the National Academy of Sciences of the United States of America101(46)16240-5(2004 Nov)
Song HD,Sun XJ,Deng M,Zhang GW,Zhou Y,Wu XY,Sheng Y,Chen Y,Ruan Z,Jiang CL,Fan HY,Zon LI,Kanki JP,Liu TX,Look AT,Chen Z

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si:dkey-46g23.5 cDNA ORF clone, Danio rerio(zebrafish)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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