gnptab cDNA ORF clone, Amphiprion ocellaris(clown anemonefish)

Gene
Clones
gRNAs

Summary

Gene Symbol	gnptab
Entrez Gene ID	111582871
Full Name	N-acetylglucosamine-1-phosphate transferase alpha and beta subunits
Gene Type	protein-coding
Organism	Amphiprion ocellaris(clown anemonefish)

mRNA and Protein(s)

mRNA	Protein	Name
XM_023291741.1	XP_023147509.1	N-acetylglucosamine-1-phosphotransferase subunits alpha/beta

Pathways from BioSystems
Gene Ontology

The following gnptab gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the gnptab 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
OAm94700	XM_023291741.1 Latest version!	Amphiprion ocellaris N-acetylglucosamine-1-phosphate transferase alpha and beta subunits (gnptab), 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)

gnptab ( XM_023291741.1 ) cDNA ORF clone, Amphiprion ocellaris(clown anemonefish) -> XP_023147509.1 Amphiprion ocellaris N-acetylglucosamine-1-phosphate transferase alpha and beta subunits (gnptab), mRNA.

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CloneID	OAm94700
Clone ID Related Accession (Same CDS sequence)	XM_023291741.1
Accession Version	XM_023291741.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3786bp) 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	2017-12-12
Organism	Amphiprion ocellaris(clown anemonefish)
Product	N-acetylglucosamine-1-phosphotransferase subunits alpha/beta
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019373805.1) 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 :: Amphiprion ocellaris 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##

ATGCAGCGCT ATGCTTCGCC CCGGAGAACA ATGGTAGTCG TGAACTCGGT GCTGAAGCTG 
CTCCAGCGGC AGACGTACAC CTGTCTGTCC CACCGATACG GACTCTACCT CTGCTTCGGA 
GGGATCGTCC TCATGATAGT TTCCGCCTTC CAGTTCGGAG AGGTGGTGGT AGAGTGGAGT 
CGGGACCAGT ATCATGTGCT GTTTGACTCC TACAGGGACA ACGTGGGAGG GAAATCATTC 
CAAAGCAGGC TCTGTCTGCC CATGCCTATT GATGTGGTGT ACACATGGGT GAACGGCACA 
GACACGGCTC TGCTGAAGGA ACTGAAGGCG GTCAAAGAGC AACTGGAGGA GGAACAAAGA 
GCTCTGAGGG ATCGCCTGGG GAAAAATGCA AGCGAGACAA CGGAAGTGCC AAAAGACAGT 
GTGAAGCCCG AATGCCTGCT GTCCCACTGC ATCATAGCGC CCATGTTGGC TCTGGATCCA 
GCTCTGCCGG CCAACGTTAC GCTCAAAGAG CTGCCGTCAG TCTCTGCCTC CTTCTCTGCT 
GCCAAAGAGC TGCTGCTCAT GAACAAACCC TTCCACCCAC CCACCTCCGT CTCCGTGGTC 
ATCTTCCATT CGCAGGCTGA CGCTGACAAA GCGTATACCG ATGTGTCGAA AGAAGACCAG 
AAGTTCTCTG TGTCCAGATG TTATTTGACA ACGGATAAAG AAGCTCCAGG TCTGATCCGC 
ATGCAGTCTC TGGCCTATCT GAGCGGCTTC CCGGCAACCT TCAAGGAGAC GGAGCAGCTG 
CGAGTCAGAC TGCCCTCCGT CATAACCAGC AAGATCAAAC AGTTTGAGTT GTACTCGGAG 
GCCAGCATCG CCCTGCTTCA CCTGAAGACC CCGCAGGATT TCACTGATCT GACTCAGCAG 
GCTAAAAAGA ACCTGACGCT GGACGGGAAG GAGTTAACTA TCAGTCCTGG CTACTTGTTT 
TGGGACCTCA CTGCCATCTC ACAGTCTAAA CAGGATGAAG ATGTATCAGC CAGCCGATTC 
GAGGACAACG AGGAGCTTCG CTATTCGCTG CGCTCTGTGG AGAGACACGC CCCCTGGGTG 
CGACACATCT TCATCGTCAC CAACGGACAG ATTCCCTCCT GGCTCAATCT GGATAATCCC 
AGAGTTTCAG TTGTCACACA TCAGGACATC TTCTTGAACA ACAGCCACCT TCCCACTTTC 
AGCTCCCCTG CTATAGAGAC CCACATCCAT CGTATCCCGG GGCTCTCCCA GAAGTTCATT 
TACCTCAATG ATGACGTGAT GTTCGGTAAA GACGTGTGGC CGGATGACTT CTACAGCCAC 
TCGAAAGGAC AGAAGGTATA TCTCACCTGG CCTGTTCCCA ACTGTGCAGA GGGCTGCCCA 
GGATCCTGGA TCAAAGATGG CTACTGTGAC AAGGCTTGCA ACAACTCTGC TTGTGACTGG 
GATGGAGGAG ACTGTCTGGG TGCTGCGGGG AACAGTCGGT TCGCTGGTGG TGTTGGCGGT 
GGTGGACCTG GTGGAGCTGG TGGACAGGTG TGGCAGTTTG CAGGTGGTCT AGGAGGTCTT 
GGAGGGACGT CTTACTGTAA TCAAGGCTGT GCCAACTCCT GGCTGGCAGA CAAGTTCTGT 
GATCAGGCCT GCAATGTACT TTCCTGTGGC TTTGATGTGG GCGACTGTGG CCAAGAGCAC 
TTCGGCGAGC TGCACCGTGT GACCCTGCTG AGGAACCAGA GCCTCTACAC TCTCCCTGTG 
GGTGAGATCA GGCCGTATTT CAGCTTCGAG AGAATTGCTC GCAGAGTCTC TGAGGCCCAC 
GTTAGCGATA ACCGAGTGGT TCGTCACACC TCCGTCGCCA ACAAGTGGAG GACCGTTCAC 
CTGCTGCTGC ACTCCGGTCA CAATGCCACC CAGATCCAGT ACAACCTCAC TTTCCAAAGA 
GAAGACGACA CAGAGTTCAC TATGAGCTTC AGAGTAGCTG TTGACACTCG TGAAGTTCCT 
CAAACTAACG TCTCTCAGAC TGTGAGCAAA GACGCAGCAA AAGACCCAAA GGTGACCCCG 
ACCCCGGAGC CAGTGTACCC TTTCTCAGAT ATTCCTGAGG ATAAACGAGG TCCTAAGATC 
CAGAAGAGGG AGCCTGGTGA CCCTGAGGTT GTCATACAGG TTCCTTCATT AAATGTGTCA 
CTTTTACCAG CTGCTGTGCG CGGCGAACTT CAAAAGCTGG AGGAAAAGCT TCTGATCGGT 
GACATCACTG TAAAGGGTTA TAACCTCACA AAGACTGAAC TTCTAAAACC CTACAAGACA 
CTGGCTGAGC AGCAGCAGGC CGTTGATTTA CAACCAGGCA ATGATGGTGC AGGGAGAGTT 
CAGGAGAAGC CCTCTAAAGA CGTAGAGGGA GATCAGCTGG GAGGAAAACC ACCCATAAAA 
GATGAAGCTG GAAATAACAT TCATAAAAAT CATAAAGTAA ACATAGAAAT GCCTAAGGAA 
AATGTAGCTG TGCAAGATAA ACCTACCACT CCCGCCGTCC CTGTCCTCAT TGATGATAAA 
GACTTTAGAA CTCAAAAACC TTATCTTCTG AATGCTGTGA TTGAGAGGCC CAAAACTTCC 
AAACTCCTAA GCAGCGTTTC CCAGAAAAAA AGTGCAGAGA GTCAGGCTGA GCCAGCCAAT 
ACTGCTCCTG TGGGGAGGAG GCTGCATCAC TTTATCTCCT CAGACCGAGG CTTCCTGCCG 
TGGGAGAGGA GGAAATACTT CCAGGCCCTG CTTGAGGAAG AGGAGCGTCT TCAGAGGGAG 
CTGTCCTATG ACACTGATGG AGCTGCTACA GGGCGAAAGC TGCAAGACAC TTTTGCCGAC 
TCTCTGCGAT ACGTCAACAA GTTGCTCAAC GGCCAGTTTG GCTTCACATC CCGCAAAGTG 
CCTGCACACA TGCCGCACAT GATTGATCGT CTCATCATGC AGGAGCTGCA GGACACATTT 
CCAGAAGAGT TTGACAAAAC TTCAGGCCAC CGTGTGCGTC ACTCTGAGGA CATGCAGTTT 
GCCTTTTCAT ACTTCTACTT CCTAATGAGC GCTCAGCAGC AGCTCAACGT CTCCGAAGTG 
TTTGATGAGA TTGACACCGA CCACTCTGGT GTGCTGTCCG ACCGAGAGAT TCGAACTCTC 
GCCACAAGGA TCCACGAGCT TCCCCTCAGC CTCCAGGACC TGACAGGTTT GGAGCAGATG 
TTGATAAACT GCTCGAAGAC ACTCCCAACT AACCTGACCC ACCTCCACCT GGTGAACCCC 
ACTCAGGAAG CTTACTATGA CCCCAGCATG CCTCCTGTCA CAAAAGGCCT CGTCCTCCAC 
TGCAAACCCA TCACGGAACG TATTCACAAA GCCTTCAGAG ACCAGAACAA ATACAAGTTC 
GAGATCATGG GGGAGGAAGA GATAGCTTTC AAGATGGTGC GAACCAACGT GTCCCATGTG 
GTCGGACAGT TAGATGACAT TAGGAAGAAT CCCAGGAAGT TCATCTGTCT GAATGATAAC 
ATCGACCACA GTCATAAGGA CGCAGCCACG GTGAAAGCTG TTCTGAGAGA CTTCTATGAG 
TCCATGTTCC CGCTGCCATC CCAGTTCGAA CTGCCCCGAG AATACCGAAA CAGGTTCCTG 
CACATGGAAG AACTCCAGGA ATGGCGGGTG TATCGGGACA AGCTGAAGTT CTGGACCCAC 
TGTGTCCTCG TGACACTCGT CATCTTCACC GTCATGTCCT TCTTCGCAGA ACAGCTCATT 
CTGCTGAAGC GAAAGCTGTT CCCCAGACGG AGGGTAAACC GGGACAGCAA CCCCGAGCGG 
GTGTGA

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

RefSeq	XP_023147509.1
CDS	113..3898
Translation	MQRYASPRRTMVVVNSVLKLLQRQTYTCLSHRYGLYLCFGGIVLMIVSAFQFGEVVVEWSRDQYHVLFDSYRDNVGGKSFQSRLCLPMPIDVVYTWVNGTDTALLKELKAVKEQLEEEQRALRDRLGKNASETTEVPKDSVKPECLLSHCIIAPMLALDPALPANVTLKELPSVSASFSAAKELLLMNKPFHPPTSVSVVIFHSQADADKAYTDVSKEDQKFSVSRCYLTTDKEAPGLIRMQSLAYLSGFPATFKETEQLRVRLPSVITSKIKQFELYSEASIALLHLKTPQDFTDLTQQAKKNLTLDGKELTISPGYLFWDLTAISQSKQDEDVSASRFEDNEELRYSLRSVERHAPWVRHIFIVTNGQIPSWLNLDNPRVSVVTHQDIFLNNSHLPTFSSPAIETHIHRIPGLSQKFIYLNDDVMFGKDVWPDDFYSHSKGQKVYLTWPVPNCAEGCPGSWIKDGYCDKACNNSACDWDGGDCLGAAGNSRFAGGVGGGGPGGAGGQVWQFAGGLGGLGGTSYCNQGCANSWLADKFCDQACNVLSCGFDVGDCGQEHFGELHRVTLLRNQSLYTLPVGEIRPYFSFERIARRVSEAHVSDNRVVRHTSVANKWRTVHLLLHSGHNATQIQYNLTFQREDDTEFTMSFRVAVDTREVPQTNVSQTVSKDAAKDPKVTPTPEPVYPFSDIPEDKRGPKIQKREPGDPEVVIQVPSLNVSLLPAAVRGELQKLEEKLLIGDITVKGYNLTKTELLKPYKTLAEQQQAVDLQPGNDGAGRVQEKPSKDVEGDQLGGKPPIKDEAGNNIHKNHKVNIEMPKENVAVQDKPTTPAVPVLIDDKDFRTQKPYLLNAVIERPKTSKLLSSVSQKKSAESQAEPANTAPVGRRLHHFISSDRGFLPWERRKYFQALLEEEERLQRELSYDTDGAATGRKLQDTFADSLRYVNKLLNGQFGFTSRKVPAHMPHMIDRLIMQELQDTFPEEFDKTSGHRVRHSEDMQFAFSYFYFLMSAQQQLNVSEVFDEIDTDHSGVLSDREIRTLATRIHELPLSLQDLTGLEQMLINCSKTLPTNLTHLHLVNPTQEAYYDPSMPPVTKGLVLHCKPITERIHKAFRDQNKYKFEIMGEEEIAFKMVRTNVSHVVGQLDDIRKNPRKFICLNDNIDHSHKDAATVKAVLRDFYESMFPLPSQFELPREYRNRFLHMEELQEWRVYRDKLKFWTHCVLVTLVIFTVMSFFAEQLILLKRKLFPRRRVNRDSNPERV

Target ORF information:

RefSeq Version	XM_023291741.1
Organism	Amphiprion ocellaris(clown anemonefish)
Definition	Amphiprion ocellaris N-acetylglucosamine-1-phosphate transferase alpha and beta subunits (gnptab), mRNA.

Target ORF information:

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

XM_023291741.1

ORF Insert Sequence:

ATGCAGCGCT ATGCTTCGCC CCGGAGAACA ATGGTAGTCG TGAACTCGGT GCTGAAGCTG 
CTCCAGCGGC AGACGTACAC CTGTCTGTCC CACCGATACG GACTCTACCT CTGCTTCGGA 
GGGATCGTCC TCATGATAGT TTCCGCCTTC CAGTTCGGAG AGGTGGTGGT AGAGTGGAGT 
CGGGACCAGT ATCATGTGCT GTTTGACTCC TACAGGGACA ACGTGGGAGG GAAATCATTC 
CAAAGCAGGC TCTGTCTGCC CATGCCTATT GATGTGGTGT ACACATGGGT GAACGGCACA 
GACACGGCTC TGCTGAAGGA ACTGAAGGCG GTCAAAGAGC AACTGGAGGA GGAACAAAGA 
GCTCTGAGGG ATCGCCTGGG GAAAAATGCA AGCGAGACAA CGGAAGTGCC AAAAGACAGT 
GTGAAGCCCG AATGCCTGCT GTCCCACTGC ATCATAGCGC CCATGTTGGC TCTGGATCCA 
GCTCTGCCGG CCAACGTTAC GCTCAAAGAG CTGCCGTCAG TCTCTGCCTC CTTCTCTGCT 
GCCAAAGAGC TGCTGCTCAT GAACAAACCC TTCCACCCAC CCACCTCCGT CTCCGTGGTC 
ATCTTCCATT CGCAGGCTGA CGCTGACAAA GCGTATACCG ATGTGTCGAA AGAAGACCAG 
AAGTTCTCTG TGTCCAGATG TTATTTGACA ACGGATAAAG AAGCTCCAGG TCTGATCCGC 
ATGCAGTCTC TGGCCTATCT GAGCGGCTTC CCGGCAACCT TCAAGGAGAC GGAGCAGCTG 
CGAGTCAGAC TGCCCTCCGT CATAACCAGC AAGATCAAAC AGTTTGAGTT GTACTCGGAG 
GCCAGCATCG CCCTGCTTCA CCTGAAGACC CCGCAGGATT TCACTGATCT GACTCAGCAG 
GCTAAAAAGA ACCTGACGCT GGACGGGAAG GAGTTAACTA TCAGTCCTGG CTACTTGTTT 
TGGGACCTCA CTGCCATCTC ACAGTCTAAA CAGGATGAAG ATGTATCAGC CAGCCGATTC 
GAGGACAACG AGGAGCTTCG CTATTCGCTG CGCTCTGTGG AGAGACACGC CCCCTGGGTG 
CGACACATCT TCATCGTCAC CAACGGACAG ATTCCCTCCT GGCTCAATCT GGATAATCCC 
AGAGTTTCAG TTGTCACACA TCAGGACATC TTCTTGAACA ACAGCCACCT TCCCACTTTC 
AGCTCCCCTG CTATAGAGAC CCACATCCAT CGTATCCCGG GGCTCTCCCA GAAGTTCATT 
TACCTCAATG ATGACGTGAT GTTCGGTAAA GACGTGTGGC CGGATGACTT CTACAGCCAC 
TCGAAAGGAC AGAAGGTATA TCTCACCTGG CCTGTTCCCA ACTGTGCAGA GGGCTGCCCA 
GGATCCTGGA TCAAAGATGG CTACTGTGAC AAGGCTTGCA ACAACTCTGC TTGTGACTGG 
GATGGAGGAG ACTGTCTGGG TGCTGCGGGG AACAGTCGGT TCGCTGGTGG TGTTGGCGGT 
GGTGGACCTG GTGGAGCTGG TGGACAGGTG TGGCAGTTTG CAGGTGGTCT AGGAGGTCTT 
GGAGGGACGT CTTACTGTAA TCAAGGCTGT GCCAACTCCT GGCTGGCAGA CAAGTTCTGT 
GATCAGGCCT GCAATGTACT TTCCTGTGGC TTTGATGTGG GCGACTGTGG CCAAGAGCAC 
TTCGGCGAGC TGCACCGTGT GACCCTGCTG AGGAACCAGA GCCTCTACAC TCTCCCTGTG 
GGTGAGATCA GGCCGTATTT CAGCTTCGAG AGAATTGCTC GCAGAGTCTC TGAGGCCCAC 
GTTAGCGATA ACCGAGTGGT TCGTCACACC TCCGTCGCCA ACAAGTGGAG GACCGTTCAC 
CTGCTGCTGC ACTCCGGTCA CAATGCCACC CAGATCCAGT ACAACCTCAC TTTCCAAAGA 
GAAGACGACA CAGAGTTCAC TATGAGCTTC AGAGTAGCTG TTGACACTCG TGAAGTTCCT 
CAAACTAACG TCTCTCAGAC TGTGAGCAAA GACGCAGCAA AAGACCCAAA GGTGACCCCG 
ACCCCGGAGC CAGTGTACCC TTTCTCAGAT ATTCCTGAGG ATAAACGAGG TCCTAAGATC 
CAGAAGAGGG AGCCTGGTGA CCCTGAGGTT GTCATACAGG TTCCTTCATT AAATGTGTCA 
CTTTTACCAG CTGCTGTGCG CGGCGAACTT CAAAAGCTGG AGGAAAAGCT TCTGATCGGT 
GACATCACTG TAAAGGGTTA TAACCTCACA AAGACTGAAC TTCTAAAACC CTACAAGACA 
CTGGCTGAGC AGCAGCAGGC CGTTGATTTA CAACCAGGCA ATGATGGTGC AGGGAGAGTT 
CAGGAGAAGC CCTCTAAAGA CGTAGAGGGA GATCAGCTGG GAGGAAAACC ACCCATAAAA 
GATGAAGCTG GAAATAACAT TCATAAAAAT CATAAAGTAA ACATAGAAAT GCCTAAGGAA 
AATGTAGCTG TGCAAGATAA ACCTACCACT CCCGCCGTCC CTGTCCTCAT TGATGATAAA 
GACTTTAGAA CTCAAAAACC TTATCTTCTG AATGCTGTGA TTGAGAGGCC CAAAACTTCC 
AAACTCCTAA GCAGCGTTTC CCAGAAAAAA AGTGCAGAGA GTCAGGCTGA GCCAGCCAAT 
ACTGCTCCTG TGGGGAGGAG GCTGCATCAC TTTATCTCCT CAGACCGAGG CTTCCTGCCG 
TGGGAGAGGA GGAAATACTT CCAGGCCCTG CTTGAGGAAG AGGAGCGTCT TCAGAGGGAG 
CTGTCCTATG ACACTGATGG AGCTGCTACA GGGCGAAAGC TGCAAGACAC TTTTGCCGAC 
TCTCTGCGAT ACGTCAACAA GTTGCTCAAC GGCCAGTTTG GCTTCACATC CCGCAAAGTG 
CCTGCACACA TGCCGCACAT GATTGATCGT CTCATCATGC AGGAGCTGCA GGACACATTT 
CCAGAAGAGT TTGACAAAAC TTCAGGCCAC CGTGTGCGTC ACTCTGAGGA CATGCAGTTT 
GCCTTTTCAT ACTTCTACTT CCTAATGAGC GCTCAGCAGC AGCTCAACGT CTCCGAAGTG 
TTTGATGAGA TTGACACCGA CCACTCTGGT GTGCTGTCCG ACCGAGAGAT TCGAACTCTC 
GCCACAAGGA TCCACGAGCT TCCCCTCAGC CTCCAGGACC TGACAGGTTT GGAGCAGATG 
TTGATAAACT GCTCGAAGAC ACTCCCAACT AACCTGACCC ACCTCCACCT GGTGAACCCC 
ACTCAGGAAG CTTACTATGA CCCCAGCATG CCTCCTGTCA CAAAAGGCCT CGTCCTCCAC 
TGCAAACCCA TCACGGAACG TATTCACAAA GCCTTCAGAG ACCAGAACAA ATACAAGTTC 
GAGATCATGG GGGAGGAAGA GATAGCTTTC AAGATGGTGC GAACCAACGT GTCCCATGTG 
GTCGGACAGT TAGATGACAT TAGGAAGAAT CCCAGGAAGT TCATCTGTCT GAATGATAAC 
ATCGACCACA GTCATAAGGA CGCAGCCACG GTGAAAGCTG TTCTGAGAGA CTTCTATGAG 
TCCATGTTCC CGCTGCCATC CCAGTTCGAA CTGCCCCGAG AATACCGAAA CAGGTTCCTG 
CACATGGAAG AACTCCAGGA ATGGCGGGTG TATCGGGACA AGCTGAAGTT CTGGACCCAC 
TGTGTCCTCG TGACACTCGT CATCTTCACC GTCATGTCCT TCTTCGCAGA ACAGCTCATT 
CTGCTGAAGC GAAAGCTGTT CCCCAGACGG AGGGTAAACC GGGACAGCAA CCCCGAGCGG 
GTGTGA