supt5h cDNA ORF clone, Lates calcarifer(barramundi perch)

Gene
Clones
gRNAs

Summary

Gene Symbol	supt5h
Entrez Gene ID	108890266
Full Name	SPT5 homolog, DSIF elongation factor subunit
Gene Type	protein-coding
Organism	Lates calcarifer(barramundi perch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018687134.1	XP_018542650.1	transcription elongation factor SPT5

Pathways from BioSystems
Gene Ontology

The following supt5h gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the supt5h 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
OLa60240	XM_018687134.1 Latest version!	Lates calcarifer SPT5 homolog, DSIF elongation factor subunit (supt5h), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$629.30 $899.00

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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)

supt5h ( XM_018687134.1 ) cDNA ORF clone, Lates calcarifer(barramundi perch) -> XP_018542650.1 Lates calcarifer SPT5 homolog, DSIF elongation factor subunit (supt5h), mRNA.

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CloneID	OLa60240
Clone ID Related Accession (Same CDS sequence)	XM_018687134.1
Accession Version	XM_018687134.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3372bp) 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	2016-10-13
Organism	Lates calcarifer(barramundi perch)
Product	transcription elongation factor SPT5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017364540.1) 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 :: Lates calcarifer Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 3% of CDS bases ##RefSeq-Attributes-END##

ATGTCATTTG GAAAACGAGG GCAGAGTGAG ACCTCTTACT GTCTTAACCA CCAACTCCCA 
AATCTCGCGA GAAAGTTGCG CAGTTTTCGG AAGTCTCGCG GCCGACATTT TTCCAGAGAT 
ACGAAATGTC TGACAGCGAA GGACAGCGAC TTCTCCGACA ACCAGAGCGA GCGCAGCAGC 
GACGGAGAGG CCGAGGAGGT GGAGGAGAAT GAGGAGGAGA CCGGTAGCCC CGTGGGCAGC 
GACAAGGTAG CCGATGAGGA GGGGGAGGAC CTGGAGGATG AAGAGGAGTA TGATGAAGAG 
GAGGAGGAGG ACGATGATGA CCGTCCCAGG AAGAAGCCGA GACACGGAGG GTTCATCCTG 
GATGAAGCCG ACGTGGATGA CGAGTATGAG GATGAGGAGG ATCAGTGGGA GGAAGGAGCA 
GAAGATATTC TGGAAAAAGA GGAGGCTGAA GTGTCCAACA TCGACCATGT GGTTCTGGAC 
GAGGATCACT CTGGATCCAG GAGGCTGCAG AACCTCTGGA GAGACTCCAG AGAGGAGGCG 
CTGGGTGAAT ACTACATGAG GAAGTATGCC AAGTCTTCAG CAGGAGAGCA TTACTCCGGA 
GGGTCCGAGG AGCTGTCTGA TGACATCACC CAGCAGCAGC TACTTCCTGG TGTCAAGGAT 
CCCAACCTGT GGACGGTTAA ATGCAAGATT GGAGAGGAGA GGGCAACGGC CATCGCGTTG 
ATGAGGAAGT TCATCGCCTA CCAGTTCACC GACACGCCAC TGCAGATCAA GTCCGTGGTC 
GCCCCGGATC ACGTCAAAGG TTACATCTAC GTGGAGTCGT ACAAGCAGAC ACATGTGAAG 
GCGGCCATCG AGGGCATCGG CAACCTGAGG ATGGGCTTCT GGAACCAGCA GATGGTTCCC 
ATCAAGGAGA TGACGGACGT CCTCAAGGTC GTCAAAGAGG TCACGAACCT GAAGCCCAAG 
TCCTGGGTCA GGCTGAAGAG AGGCCTGTAC AAGGACGACA TTGCTCAGGT CGACTACGTG 
GAGCCGAGTC AAAACACCAT CTCCCTGAAG ATGATCCCTC GAATAGACCT GGACCGCATC 
AAGGCCAAGA TGAGTCTGAA AGACTGGTTC GCTAAGAGGA AGAAGTTCAA GAGACCTGCT 
CAGAGACTGT TTGATGCTGA AAAGATCAGG TCCCTGGGTG GGGAGGTCAG CCATGATGGA 
GACTTCATGA TCTTTGAGGG GAACCGTTAC AGCCGCAAAG GATTCCTGTT TAAGAGCTTT 
GCCATGTCTG CTGTGATCAC AGATGGAGTG AAGCCCACGC TGTCAGAGCT GGAGAAGTTT 
GAGGACCAGC CTGAAGGAAT TGACCTGGAG GTGGTCACAG AGTCAGGTAA GGAGCGTGAA 
CACAATCTGC AGGCCGGTGA CAATGTGGAG GTGTGCGAGG GCGAGTTGAT CAACCTGCAG 
GGAAAAATCC TCAGTGTGGA CGGCAACAAG ATCACCATCA TGCCCAAACA CGAAGACCTG 
AAGGACCCCC TGGAGTTCCC GGCTCACGAG TTAAGAAAAT ACTTCCGGAT GGGCGACCAC 
GTGAAGGTGA TCGCTGGGCG ATACGAAGGA GACACTGGCC TCATCGTCAG AGTGGAGGAG 
AACTTTGTCA TCCTCTTCTC CGACCTCACC ATGCACGAGT TGAAGGTGTT GCCTAGAGAC 
CTGCAGCTCT GCTCGGAGAC GGCGTCCGGT GTTGACGCAG GAGGCCAGCA CGAGTGGGGG 
GAGCTGGTTC AGCTGGACCC ACAGACCGTC GGAGTCATCG TCCGACTGGA GAGAGAGACC 
TTCCAGGTGC TGAACATGCA CGGGAAGGTG CTGACGGTAC GTCACCAGGC GGTGAACCGC 
AGGAAGGACA ACCGTTTCGC TGTAGCACTG GACTCCGAGC AGAACAACAT CCACGTCAAG 
GACATTGTGA AGGTCATCGA TGGGCCGCAC TCTGGCCGAG AAGGTGAAAT CCGACACCTG 
TTCAGAGGCT TCGCCTTCCT TCACTGCAAA AAGCTGGTGG AGAACGGAGG CATGTTCGTC 
TGCAAGACCA GACACCTGGT GTTAGCTGGA GGATCCAAGC CCAGAGATGT GACCAACTTC 
ACGGTGGGAG GGTTTGCTCC AATGAGCCCC CGCATCAGCA GCCCTATGCA CCATGGTGGA 
GGAGGTGCTC AGCAGAGAGG AGGAGGTGGA GGAGGGATGG GGCGTGGCAG AGGACGACGA 
GACAACGAGC TGATTGGTCA GACGGTCCGC ATCTCCCAGG GTCCCTACAA AGGGTACATC 
GGTGTGGTGA AGGATGCGAC GGAGTCCACA GCCAGAGTGG AGCTGCACTC CACCTGTCAG 
ACCATCTCTG TGGACAGACA GCGCTTAACC ACCACGGGAG CTAAGAGACC TGGAGGAACA 
ACCTCTGCCT ATGGACGTAC GCCCATGTAC GGCTCCCAGA CTCCCATGTA CGGCACCGGC 
TCCAGAACGC CGATGTACGG CTCTCAGACG CCGCTGCACG ACGGAAGCCG TACGCCTCAT 
TACGGCTCTC AGACCCCGCT GCATGATGGG AGCAGGACGC CAGGTCAGAG CGGCGCCTGG 
GACCCTAACA ACCCCAACAC ACCGTCGAGA AATGACGAAG AGTATGACTT TGGCTATGAC 
GACGAGCCCT CCCCGTCCCC TCAGGGCTAT GGAGGAACGC CCAACCCTCA GACCCCAGGT 
TACCCAGAAG TCCCTTCGCC GCAGGTCAAC CCTCAGTACA ACCCTCAGAC ACCTGGCACG 
CCTGCTATGT ATAACACAGA GCAGTATTCC CCCTACGCAG CCCCGTCCCC TCAGGGCTCC 
TATCAGCCTA GTCCCAGTCC TCAGAGCTAC CACCAAGTGG CGCCATCGCC GGTCGGCTAC 
CAGAACACGC ACTCGCCAGC TAGCTACCAT CCGACGCCCT CCCCCATGGC TTATCAGGCC 
AGTCCCAGCC CCAGTCCTGT GGGCTACAGC CCCATGACGC CCGGAGCGCC CTCTCCTGGA 
GGCTACAACC CCCACACCCC GGGCTCCAAC ATCGAGCAGG GCAGCAGCGA CTGGGTGACC 
ACCGACATCC TGGTCCGGGT CAAGGACTCC TTCATGGACC TGATGGGACA GACCGGCGTC 
ATCAGGAGCA TCACGGGGGG GATGTGTTCA GTGTTCATGC AGGAGTCAGA GAAGGTGGTC 
AGTATCAGCA GCGATCACCT GGAGCCTGTC ACTCCCACCA AAAACAACAA GGTGAAGGTG 
ATTCTGGGAG AGGACCGCGA GGCGACGGGG ATCCTGCTGA GCATCGACGG AGACGATGGC 
ATCGTCCGCA TGGAGCTGGA CGACCAGCTG AAGATCCTCA ACCTGAGGTT CCTGGGACGC 
CTCGAGCACT AA

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

RefSeq	XP_018542650.1
CDS	1..3372
Translation	MSFGKRGQSETSYCLNHQLPNLARKLRSFRKSRGRHFSRDTKCLTAKDSDFSDNQSERSSDGEAEEVEENEEETGSPVGSDKVADEEGEDLEDEEEYDEEEEEDDDDRPRKKPRHGGFILDEADVDDEYEDEEDQWEEGAEDILEKEEAEVSNIDHVVLDEDHSGSRRLQNLWRDSREEALGEYYMRKYAKSSAGEHYSGGSEELSDDITQQQLLPGVKDPNLWTVKCKIGEERATAIALMRKFIAYQFTDTPLQIKSVVAPDHVKGYIYVESYKQTHVKAAIEGIGNLRMGFWNQQMVPIKEMTDVLKVVKEVTNLKPKSWVRLKRGLYKDDIAQVDYVEPSQNTISLKMIPRIDLDRIKAKMSLKDWFAKRKKFKRPAQRLFDAEKIRSLGGEVSHDGDFMIFEGNRYSRKGFLFKSFAMSAVITDGVKPTLSELEKFEDQPEGIDLEVVTESGKEREHNLQAGDNVEVCEGELINLQGKILSVDGNKITIMPKHEDLKDPLEFPAHELRKYFRMGDHVKVIAGRYEGDTGLIVRVEENFVILFSDLTMHELKVLPRDLQLCSETASGVDAGGQHEWGELVQLDPQTVGVIVRLERETFQVLNMHGKVLTVRHQAVNRRKDNRFAVALDSEQNNIHVKDIVKVIDGPHSGREGEIRHLFRGFAFLHCKKLVENGGMFVCKTRHLVLAGGSKPRDVTNFTVGGFAPMSPRISSPMHHGGGGAQQRGGGGGGMGRGRGRRDNELIGQTVRISQGPYKGYIGVVKDATESTARVELHSTCQTISVDRQRLTTTGAKRPGGTTSAYGRTPMYGSQTPMYGTGSRTPMYGSQTPLHDGSRTPHYGSQTPLHDGSRTPGQSGAWDPNNPNTPSRNDEEYDFGYDDEPSPSPQGYGGTPNPQTPGYPEVPSPQVNPQYNPQTPGTPAMYNTEQYSPYAAPSPQGSYQPSPSPQSYHQVAPSPVGYQNTHSPASYHPTPSPMAYQASPSPSPVGYSPMTPGAPSPGGYNPHTPGSNIEQGSSDWVTTDILVRVKDSFMDLMGQTGVIRSITGGMCSVFMQESEKVVSISSDHLEPVTPTKNNKVKVILGEDREATGILLSIDGDDGIVRMELDDQLKILNLRFLGRLEH

Target ORF information:

RefSeq Version	XM_018687134.1
Organism	Lates calcarifer(barramundi perch)
Definition	Lates calcarifer SPT5 homolog, DSIF elongation factor subunit (supt5h), mRNA.

Target ORF information:

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

XM_018687134.1

ORF Insert Sequence:

ATGTCATTTG GAAAACGAGG GCAGAGTGAG ACCTCTTACT GTCTTAACCA CCAACTCCCA 
AATCTCGCGA GAAAGTTGCG CAGTTTTCGG AAGTCTCGCG GCCGACATTT TTCCAGAGAT 
ACGAAATGTC TGACAGCGAA GGACAGCGAC TTCTCCGACA ACCAGAGCGA GCGCAGCAGC 
GACGGAGAGG CCGAGGAGGT GGAGGAGAAT GAGGAGGAGA CCGGTAGCCC CGTGGGCAGC 
GACAAGGTAG CCGATGAGGA GGGGGAGGAC CTGGAGGATG AAGAGGAGTA TGATGAAGAG 
GAGGAGGAGG ACGATGATGA CCGTCCCAGG AAGAAGCCGA GACACGGAGG GTTCATCCTG 
GATGAAGCCG ACGTGGATGA CGAGTATGAG GATGAGGAGG ATCAGTGGGA GGAAGGAGCA 
GAAGATATTC TGGAAAAAGA GGAGGCTGAA GTGTCCAACA TCGACCATGT GGTTCTGGAC 
GAGGATCACT CTGGATCCAG GAGGCTGCAG AACCTCTGGA GAGACTCCAG AGAGGAGGCG 
CTGGGTGAAT ACTACATGAG GAAGTATGCC AAGTCTTCAG CAGGAGAGCA TTACTCCGGA 
GGGTCCGAGG AGCTGTCTGA TGACATCACC CAGCAGCAGC TACTTCCTGG TGTCAAGGAT 
CCCAACCTGT GGACGGTTAA ATGCAAGATT GGAGAGGAGA GGGCAACGGC CATCGCGTTG 
ATGAGGAAGT TCATCGCCTA CCAGTTCACC GACACGCCAC TGCAGATCAA GTCCGTGGTC 
GCCCCGGATC ACGTCAAAGG TTACATCTAC GTGGAGTCGT ACAAGCAGAC ACATGTGAAG 
GCGGCCATCG AGGGCATCGG CAACCTGAGG ATGGGCTTCT GGAACCAGCA GATGGTTCCC 
ATCAAGGAGA TGACGGACGT CCTCAAGGTC GTCAAAGAGG TCACGAACCT GAAGCCCAAG 
TCCTGGGTCA GGCTGAAGAG AGGCCTGTAC AAGGACGACA TTGCTCAGGT CGACTACGTG 
GAGCCGAGTC AAAACACCAT CTCCCTGAAG ATGATCCCTC GAATAGACCT GGACCGCATC 
AAGGCCAAGA TGAGTCTGAA AGACTGGTTC GCTAAGAGGA AGAAGTTCAA GAGACCTGCT 
CAGAGACTGT TTGATGCTGA AAAGATCAGG TCCCTGGGTG GGGAGGTCAG CCATGATGGA 
GACTTCATGA TCTTTGAGGG GAACCGTTAC AGCCGCAAAG GATTCCTGTT TAAGAGCTTT 
GCCATGTCTG CTGTGATCAC AGATGGAGTG AAGCCCACGC TGTCAGAGCT GGAGAAGTTT 
GAGGACCAGC CTGAAGGAAT TGACCTGGAG GTGGTCACAG AGTCAGGTAA GGAGCGTGAA 
CACAATCTGC AGGCCGGTGA CAATGTGGAG GTGTGCGAGG GCGAGTTGAT CAACCTGCAG 
GGAAAAATCC TCAGTGTGGA CGGCAACAAG ATCACCATCA TGCCCAAACA CGAAGACCTG 
AAGGACCCCC TGGAGTTCCC GGCTCACGAG TTAAGAAAAT ACTTCCGGAT GGGCGACCAC 
GTGAAGGTGA TCGCTGGGCG ATACGAAGGA GACACTGGCC TCATCGTCAG AGTGGAGGAG 
AACTTTGTCA TCCTCTTCTC CGACCTCACC ATGCACGAGT TGAAGGTGTT GCCTAGAGAC 
CTGCAGCTCT GCTCGGAGAC GGCGTCCGGT GTTGACGCAG GAGGCCAGCA CGAGTGGGGG 
GAGCTGGTTC AGCTGGACCC ACAGACCGTC GGAGTCATCG TCCGACTGGA GAGAGAGACC 
TTCCAGGTGC TGAACATGCA CGGGAAGGTG CTGACGGTAC GTCACCAGGC GGTGAACCGC 
AGGAAGGACA ACCGTTTCGC TGTAGCACTG GACTCCGAGC AGAACAACAT CCACGTCAAG 
GACATTGTGA AGGTCATCGA TGGGCCGCAC TCTGGCCGAG AAGGTGAAAT CCGACACCTG 
TTCAGAGGCT TCGCCTTCCT TCACTGCAAA AAGCTGGTGG AGAACGGAGG CATGTTCGTC 
TGCAAGACCA GACACCTGGT GTTAGCTGGA GGATCCAAGC CCAGAGATGT GACCAACTTC 
ACGGTGGGAG GGTTTGCTCC AATGAGCCCC CGCATCAGCA GCCCTATGCA CCATGGTGGA 
GGAGGTGCTC AGCAGAGAGG AGGAGGTGGA GGAGGGATGG GGCGTGGCAG AGGACGACGA 
GACAACGAGC TGATTGGTCA GACGGTCCGC ATCTCCCAGG GTCCCTACAA AGGGTACATC 
GGTGTGGTGA AGGATGCGAC GGAGTCCACA GCCAGAGTGG AGCTGCACTC CACCTGTCAG 
ACCATCTCTG TGGACAGACA GCGCTTAACC ACCACGGGAG CTAAGAGACC TGGAGGAACA 
ACCTCTGCCT ATGGACGTAC GCCCATGTAC GGCTCCCAGA CTCCCATGTA CGGCACCGGC 
TCCAGAACGC CGATGTACGG CTCTCAGACG CCGCTGCACG ACGGAAGCCG TACGCCTCAT 
TACGGCTCTC AGACCCCGCT GCATGATGGG AGCAGGACGC CAGGTCAGAG CGGCGCCTGG 
GACCCTAACA ACCCCAACAC ACCGTCGAGA AATGACGAAG AGTATGACTT TGGCTATGAC 
GACGAGCCCT CCCCGTCCCC TCAGGGCTAT GGAGGAACGC CCAACCCTCA GACCCCAGGT 
TACCCAGAAG TCCCTTCGCC GCAGGTCAAC CCTCAGTACA ACCCTCAGAC ACCTGGCACG 
CCTGCTATGT ATAACACAGA GCAGTATTCC CCCTACGCAG CCCCGTCCCC TCAGGGCTCC 
TATCAGCCTA GTCCCAGTCC TCAGAGCTAC CACCAAGTGG CGCCATCGCC GGTCGGCTAC 
CAGAACACGC ACTCGCCAGC TAGCTACCAT CCGACGCCCT CCCCCATGGC TTATCAGGCC 
AGTCCCAGCC CCAGTCCTGT GGGCTACAGC CCCATGACGC CCGGAGCGCC CTCTCCTGGA 
GGCTACAACC CCCACACCCC GGGCTCCAAC ATCGAGCAGG GCAGCAGCGA CTGGGTGACC 
ACCGACATCC TGGTCCGGGT CAAGGACTCC TTCATGGACC TGATGGGACA GACCGGCGTC 
ATCAGGAGCA TCACGGGGGG GATGTGTTCA GTGTTCATGC AGGAGTCAGA GAAGGTGGTC 
AGTATCAGCA GCGATCACCT GGAGCCTGTC ACTCCCACCA AAAACAACAA GGTGAAGGTG 
ATTCTGGGAG AGGACCGCGA GGCGACGGGG ATCCTGCTGA GCATCGACGG AGACGATGGC 
ATCGTCCGCA TGGAGCTGGA CGACCAGCTG AAGATCCTCA ACCTGAGGTT CCTGGGACGC 
CTCGAGCACT AA