LOC100215821 cDNA ORF clone, Hydra vulgaris

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100215821
Entrez Gene ID	100215821
Full Name	uncharacterized LOC100215821
Gene Type	protein-coding
Organism	Hydra vulgaris

mRNA and Protein(s)

mRNA	Protein	Name
XM_012698680.1	XP_012554134.1	uncharacterized protein LOC100215821

Pathways from BioSystems
Gene Ontology

The following LOC100215821 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100215821 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
OHc18547	XM_012698680.1 Latest version!	Hydra vulgaris uncharacterized LOC100215821 (LOC100215821), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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)

LOC100215821 ( XM_012698680.1 ) cDNA ORF clone, Hydra vulgaris -> XP_012554134.1 Hydra vulgaris uncharacterized LOC100215821 (LOC100215821), mRNA.

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CloneID	OHc18547
Clone ID Related Accession (Same CDS sequence)	XM_012698680.1
Accession Version	XM_012698680.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6186bp) 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	1433606400000
Organism	Hydra vulgaris
Product	uncharacterized protein LOC100215821
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004167339.1) 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 :: Hydra vulgaris Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 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##

ATGGTCTGTC AAGCTGGTTT TTATGGTAAT GATCCTCTGC GAATAAATTG TTCCATTTGT 
CCTGAAGGTT ATTATTGCCC TGAAGGTACT ATTGATCCAT TTCAAAATGC TTGTATAAAA 
GGATATTATT GCCCAGCTGG TGCATCAGAA GGGTTGCCTT GCCCACCTGG TATGTACGGG 
AACTTAACAA AAGCTTCAAA ACCATCGGAT TGTTTTCTGT GTCCTGTAAA TACCTTTAAT 
AACCTAAAGG GAATGGAAGC ATGCAGACCA TGTGGTAGTA GTGCACGATC ACAAGAAGGT 
GAAATTAAGT GTACTTGCAT TGGAATAAAT CGTGCATTTC AGGTTTCTGA TGGTTCTTGT 
GAATGTGAAA GTGGCTATAT TTACTATGAT CCAATGAATA TCAAGCAAGT TGAGGGAAAT 
AGTGACAAAT CTTGTCAACC ATTGGTTGCT GACCGCTGTT CTGCAGGAAT GGTGCGCATG 
TCCAATACAC TTGAATGTAT TCAACCTGAT AATGTACCAG TCTCATACTG CAACGAAGCT 
TGTGGATCAG ATGGAGGGAA AATTAATGTA ACAGATGGTC GTTGCACTTG TAAAACATAT 
ACAGTGTTGT CTCAAGTCTG TAATAAAATA TGTCAGTCAC AGTCCCCCAT TATAAAATTG 
CAGCGAGAAA AATCAGGTGA ACTATACCTG CTTATCATTG AGAGATCAAC AAACACAGTT 
TTAAAAAAGA TATTGCAGAT TGGTGAGTTT GGAATTAATG ATTTTGATTA CTCTGAGAGA 
TCTGTTGAGA TAACAAATTT TGATAGTGAA GGCATTTTCG GTATAGTCCC ATCAGATGTC 
AATGCTGTTT TAAATTTTTT AAATGCTTCA GTAAACCAAT CAGGATTAGT TTCAAGAAAA 
AGGCGTAGTG TTGATGCTCC ACCATCAAAT AGTTTGGTAG GAATTCGATC TCCAATTGTA 
TGTGTTCTAA TTGAACAGGC AGTTTTTTTC AAAATAAATA TTAATCTTTT TAATCGTTCA 
TTAAGTAATT ATCCTATCTA CAGCAAAAAT CATTTGTTCA ATTCAAATCC ATCATTTGAC 
TATGGTCAGT TTCGCCAGCT GAATTTGTTA ATACAGTCAA CAAACTTAAC ACTTTATTCT 
TTTGCTAATG TGTTTTCAGA ACCTGGAGTT TATGTGTTTT ATGATAATGC AGACTATAGA 
AGAGAAACTA TCATTTTTGT TCCTAAGAAA GGAGTTTCCT GTCCAGAACG AATAGAAGCT 
TCGTCGCCTA TATTTCTTCC GAAATTTGGT ATTGGTGTTA CTGGGACTCC AAATGAATCA 
CCAAATTGGT CTTTGATTTG GACATGCATT TTGCTTATGC TTGTTTTTGT TTCTATCATG 
ATTATTTTAG CTATTTTATG GAGACCAAAA GAAATAGGCA TTTATCCAAA AAGTTTCTTG 
CGTCCAAAGT ACCGAGCCCT TGGTGCACCA TTACCAGTTA TACCTATTCC AGGTGTATCA 
GATAATCTGA AAAATTATCA GCATTTGTCT GTAACATATG ATGGCGATGC TATTTTTGCA 
GATAGTTATA GCTTGCTTGA GAATTTTAAT GTGAGAACGT TGTATGACAA AATTGAGGAC 
CAGACATTAC ATATTTCTTC TCAATTAAGT AATCATCAGT TAGATTTAAG AAGGTTTTAT 
GATAAAATAA TACAACAAAC AGAAGGATTA AAAACAATGT TAAAAAATCT GGATCTTAAA 
GCTTTAATGG AGTTTAACAA ACATAGTAAT GAAGAAAAAC ATGTAGAAAC AGATAGATAT 
CAAAACAGTG ATGTTTTACC ATTTAAATTA CTGTCCAAAA GTGTATTAAC TAGACAAGAA 
GAGTTGCAAA AAACATTAAA TTCTTTACTT GAAAGATACA GTAGCAACTG GCAACCTGTG 
CCAGTGGCTA ATGTTAGAGT AAAAAAAGAA GTTTCTATAC AAGATTTTAG CAGTGGGGAT 
TTAAGTGTGT TACATATGAT GAGTGCAGAA AGAATACAAC TAGAGCAAGA CCTGCAGGAA 
GAAGAAAACA TTGCTTTAAA GGAATTTCAT GATAATAAGG AAAAAAAAAG AAAAGCATTA 
ATGGCACAGA TGAGTGCAAA GTTGGTTAAT CAACTCTCAG GTGAATTGAA TATAATTGAA 
ATGAAGCCTA TAATTGATAT GCATGGAAAT GAACTTACAG AAGCTGATAA CTCTTTTATG 
GGTGTTCAAG ATGAAAATCT TAATGCACTA GTTGAGAAGT TAAAGGAAAA CAGAGTTGCC 
AAGATTAAAG AATTAAATTG GCGTCATGAA AATATGGCAA ACCAAGGAAA TTTTAAAATT 
GCTGAGATAG ATATCATGGA AGATCTTCAG GTAGAACCAC AGCATATTGC TTTAGAGTTG 
GCTTCACTTG AAGAGAGTAA GAATAATGCT GAAGAAAATA TTCAAAAAAT TGCTCAGCAA 
ACAATAAACT ATAGAAGACT TATGAGTGAC AACTTTGCAG CACAAATGAA TACATTGTTT 
GAGAGCTCTG TAGAGTATAA TAGTGAAGCT CAAAAATTAA TTAACGAAGA ACAAAAATTG 
ACAGAAAAAC TGCAAAAGGA ATTAGATTTA AAAAAAGCAG CTCAGATTGC TATATTTGAT 
GAAAAACTTA ATCAACGTAA AGCTGCTCGG CTAAAGAAAC TGAAAGAACA ACAAGAATTA 
GAAACAAGTT TGGCATTACA AAATGGTCAA AGCACAGTTG AACTTGAAAA AAGGTATGAA 
AGACAGCAAA AGGTTTTGGA TGCCTCTTTT GAAACAGAGA AAACAGAGCA CATTGCTGAG 
ATAAACAAAA AAATCTATGA AGAATTTCAA GAAGTATTTA AGCAGAATCA TCACCTTCTA 
ATAAAAAAGA TTGAAAATAA CAAAAATGTT AAACCTGAAA AATTAATGGA AGCAATAGAT 
GAGTTAAGAA AAAGTAGCTA TAATGTTGCT GAAAAACTGG ACAAAGAAAT GAAGCACAGC 
ATAGAAGAGT TTCAGATAAA ACTTGCAGCT CGTAAAGCTA TGAGACAAAA TAAGATCAAA 
GAAAAAGCAC AAGAAGCTGC ATTGAAAAAG TTATCTGATG CACAAAGTGA ACTATTTATA 
AGAAACAGTT CTCAAATTTC CCACGAAGTA ACTATTCCTC AATTTACCTT CGGAGTGTTA 
CCAGAGAAGC AGACTATCCT TGTTGAACAA CAACGTGTAA TTGAAGATTT AAAAAGAAAG 
CATGCAGAGG ATGCAGAAAA ACTAAATTTA AAAATAGAAA ATGATAATCA AGCACAAATC 
AGAAATGAAA TGCAAGAATT CCAAACTAAA AAAGATAAAA CTTTGCGAGA AGTTATGAGC 
AAGCAAGCGG CAGAACTGAG TACTCGAAAG AATCTCTCTA CTGAAGAAGT TCAAAAGTTG 
ATTACCAATC ATGAGCAGGA GTTAAGAAAC ATTGTAGAGC GTTTGGAGAC AGAACAAGAT 
ATACGTCATC AAACATTGAA CAAAAAACTG ATGGAGAGAA AGGAAGCAAG GGGAAAAGCC 
CTGAAAAAGA TACAAGAAAA TGAACTTGCT CGTGAATATC TTGAACAAAG CAAAGAACTC 
GTCGATGTTG AAATTAAAGC GGTAAAAGAT TTAGAACGAG AAACCATATT AAAGCTTATA 
AATGAAAATG GAAACCAGTC TATTGAGTAC ATTATTAAAA TGGTTATTGA ACAGCGCCAA 
AATAAAGAAT ATGCAGAGCT TGAGAAAATA TACAATAGTG AAAAAAGTGT TGCTGTAGAT 
GATGTTATTT TGAAATTAAG AGAAAAACAT TTGTTTGAAA GAGAGCAACT GATTGTGAAG 
CATGATGAAG AACTTAGAGA AGAATCACAA AATGAGGAGT TTCAATTTTT AAATGTGCAA 
CTTTTGAACA AACAACAGAT TGAATTAAAT GCATTTGGTA AAAGTCAATT TAATGAGAGA 
AAAGCTTTGA AAAACAGAAC ATCTGCTGAT TTTGAACTTC GTTTTGCAAA GAAAAAAATT 
GAAATGAAAG AGACTCATTA CAAGGAGTTT GCAGAATACC TTCGTGAGTT TGTTCCACAT 
AATACCGATT TGATTAAAAA AACACAGCAG TCTGTTAGTG AACTTGAAGA AGTCAAACAC 
AAATTAGAAG ATCAGAAAAA AGAAATTGAT GAAAAGATGA AAAAAGAAAT GGAAGAATTT 
GAAAAAGTGG AAAATGAAAG AGTTCAATTA AAACTGTCAG AATATCAAGC TCAAATTGAT 
AAGGAAATTG AAGAAGAGAG GTTGAAAAAT GAAAAAATTA TACAAACTTT GAGTTCTCGG 
AAAGATGCTC TTCTACATGG AAAAAAGGAA AAAGTAAAGG AAGAAATAAA ACTACTCGTA 
GAACGAGGTG CTTCTCAAGA AGATCAAGAT GCGTTACTTA AAGAACACAA CAAAGATCTT 
GCTAAACTTA TGAACAAAAT GGATTCAGAT CGGTTAAGAA TGCAAAGTCA GTTAGAAAGA 
AAACTTGAAA AAAAGCGTGA AGAACGAAGC ATGAATAAAT TGAAAGAAGT GCAGCTTCAA 
TTAGAAGAGA AAAAAGAGGA ATTTCTTGAA ACTTTGCACA GCAAAGAAGA ACAATTAAAT 
GTAGAAAATG GCTTAGCATT ACAAAAAACA TTAAACGTTG ACATTTTGTT GCTTACTCCT 
GGAGAATCAG ATGATGATGA ACATGTAAAG TTACCAGTTT CTTATCAAAT GGCAGCACCA 
ATGGGTGACT TAGAAATTAC AAAATTACTT ATGGATTCAC CATTGTATAA TGCACTGCTT 
CGTGTTAAAG GAAAACTATC TATGGAGATG AAATCTTTGG AAACATCTTC ATCTAACTGT 
GATATGCCCA ACAACATTTC CAAGTATGAA AAAAAAAGTT TAAACAATAA TCTTGTACCT 
GTAGACTTAA GTAAAATGAG TGCTCGTGAT TTTATCATAT ACAAATTTTC ATGTTTTATT 
CGGGATTTGC TTATTGTTCA TTGTGCTCAT AAACCTGTTG ACATACTTAT GGCTGATGAA 
CTTCCAGAAA ATACTTCACT TATGGGTAAT TCTTACAGAA ATTCTTTTTT TTACGATTCT 
CATAACAGAA TTCTCTACAT GCGACATAAA GATTTGGATA AAATTGGAGA GTTTGTATTG 
GTTCTAGTGC ACACATTGTC ACATGTGCAT GTTGAAGACA TGCGAAATGA TCAAGATCCA 
AAGTTTTTAC AAGAGTTCCA CAAAGCTTTG GGTGTTGTTT TTTTCGATTT ATTTTTATCT 
CGTTTCCGAC GCTTTAATGC ATTAAATGAG GCATTATTGA ATTTTCCAGA AGAAACTACT 
CAAAATGAAC AAAAGAGTAA AATGATATTA GAAAATTTGT TTGGTGCCGC TCACAATCAA 
CATGATCGAG AAAATCTTGT TGACTCCTTG TTGGATAGTA AACTACTTCG ATCTCAAAAT 
AGTGGTGAAT TGTTTAGTCA TGATGCAATA TTTCAAAGGC TAAGTAAATA CACTGATTAT 
GTTGTTGGAA ACAAACTAAA AAGTTTTCTT GGTGAAGTTG AAGAGAAATT AAAAAATGCT 
AAATATCAGG GAACTCAAAC TGAAATTGAC CGGCGTTTAT TTCAATTAAA GGAAAAAGAT 
TTGACTTCTT TCAATAATAT GGACAAAAAT ATAGATGCAA TTCAGAGGTT TTCTCGTCAG 
AGTGTTCGAA ACTCCGCTCT AGCTCGGACC TCGCTAAATC TTTCTTTGAT TCCAAAACGG 
TCAAGTTCAA ATCAACGAGG TGACCCAGAT GGCGCTGAAG ATGATTGCTA CGAGATATTT 
TTAAATTCTC AAATTAACGA TTTACAAGAA AAAATAGATG AGGTGGACTG TCAATTTACA 
AATTACACAA GACAATCACT AGTTCTCTCA AACCAAATTA AAAGATTGGA AGGAGAACTG 
ATTGGTCAAG TTGAAAGCGC GCGAAATGCT TTAAACAACT CAGACTTGCT CAATTTAAGT 
GAAATTGTTC ATAATTCAAA TAATAACTTG AATGCGGCTC GTTCTCAGCT TACCCACGCT 
ATTATTGGAA AGTCGGAATG CATTAAAAGA TTAGACGCGT ATAAGAACGA ACTTGCTGAA 
AGACAGTCTA TGCTTGATCA GCATAAAAGA AAATCTGAGA AGTGGAAAGA TTCCTCTGAA 
ACTTAA

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

RefSeq	XP_012554134.1
CDS	149..6334
Translation	MVCQAGFYGNDPLRINCSICPEGYYCPEGTIDPFQNACIKGYYCPAGASEGLPCPPGMYGNLTKASKPSDCFLCPVNTFNNLKGMEACRPCGSSARSQEGEIKCTCIGINRAFQVSDGSCECESGYIYYDPMNIKQVEGNSDKSCQPLVADRCSAGMVRMSNTLECIQPDNVPVSYCNEACGSDGGKINVTDGRCTCKTYTVLSQVCNKICQSQSPIIKLQREKSGELYLLIIERSTNTVLKKILQIGEFGINDFDYSERSVEITNFDSEGIFGIVPSDVNAVLNFLNASVNQSGLVSRKRRSVDAPPSNSLVGIRSPIVCVLIEQAVFFKININLFNRSLSNYPIYSKNHLFNSNPSFDYGQFRQLNLLIQSTNLTLYSFANVFSEPGVYVFYDNADYRRETIIFVPKKGVSCPERIEASSPIFLPKFGIGVTGTPNESPNWSLIWTCILLMLVFVSIMIILAILWRPKEIGIYPKSFLRPKYRALGAPLPVIPIPGVSDNLKNYQHLSVTYDGDAIFADSYSLLENFNVRTLYDKIEDQTLHISSQLSNHQLDLRRFYDKIIQQTEGLKTMLKNLDLKALMEFNKHSNEEKHVETDRYQNSDVLPFKLLSKSVLTRQEELQKTLNSLLERYSSNWQPVPVANVRVKKEVSIQDFSSGDLSVLHMMSAERIQLEQDLQEEENIALKEFHDNKEKKRKALMAQMSAKLVNQLSGELNIIEMKPIIDMHGNELTEADNSFMGVQDENLNALVEKLKENRVAKIKELNWRHENMANQGNFKIAEIDIMEDLQVEPQHIALELASLEESKNNAEENIQKIAQQTINYRRLMSDNFAAQMNTLFESSVEYNSEAQKLINEEQKLTEKLQKELDLKKAAQIAIFDEKLNQRKAARLKKLKEQQELETSLALQNGQSTVELEKRYERQQKVLDASFETEKTEHIAEINKKIYEEFQEVFKQNHHLLIKKIENNKNVKPEKLMEAIDELRKSSYNVAEKLDKEMKHSIEEFQIKLAARKAMRQNKIKEKAQEAALKKLSDAQSELFIRNSSQISHEVTIPQFTFGVLPEKQTILVEQQRVIEDLKRKHAEDAEKLNLKIENDNQAQIRNEMQEFQTKKDKTLREVMSKQAAELSTRKNLSTEEVQKLITNHEQELRNIVERLETEQDIRHQTLNKKLMERKEARGKALKKIQENELAREYLEQSKELVDVEIKAVKDLERETILKLINENGNQSIEYIIKMVIEQRQNKEYAELEKIYNSEKSVAVDDVILKLREKHLFEREQLIVKHDEELREESQNEEFQFLNVQLLNKQQIELNAFGKSQFNERKALKNRTSADFELRFAKKKIEMKETHYKEFAEYLREFVPHNTDLIKKTQQSVSELEEVKHKLEDQKKEIDEKMKKEMEEFEKVENERVQLKLSEYQAQIDKEIEEERLKNEKIIQTLSSRKDALLHGKKEKVKEEIKLLVERGASQEDQDALLKEHNKDLAKLMNKMDSDRLRMQSQLERKLEKKREERSMNKLKEVQLQLEEKKEEFLETLHSKEEQLNVENGLALQKTLNVDILLLTPGESDDDEHVKLPVSYQMAAPMGDLEITKLLMDSPLYNALLRVKGKLSMEMKSLETSSSNCDMPNNISKYEKKSLNNNLVPVDLSKMSARDFIIYKFSCFIRDLLIVHCAHKPVDILMADELPENTSLMGNSYRNSFFYDSHNRILYMRHKDLDKIGEFVLVLVHTLSHVHVEDMRNDQDPKFLQEFHKALGVVFFDLFLSRFRRFNALNEALLNFPEETTQNEQKSKMILENLFGAAHNQHDRENLVDSLLDSKLLRSQNSGELFSHDAIFQRLSKYTDYVVGNKLKSFLGEVEEKLKNAKYQGTQTEIDRRLFQLKEKDLTSFNNMDKNIDAIQRFSRQSVRNSALARTSLNLSLIPKRSSSNQRGDPDGAEDDCYEIFLNSQINDLQEKIDEVDCQFTNYTRQSLVLSNQIKRLEGELIGQVESARNALNNSDLLNLSEIVHNSNNNLNAARSQLTHAIIGKSECIKRLDAYKNELAERQSMLDQHKRKSEKWKDSSET

Target ORF information:

RefSeq Version	XM_012698680.1
Organism	Hydra vulgaris
Definition	Hydra vulgaris uncharacterized LOC100215821 (LOC100215821), mRNA.

Target ORF information:

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

XM_012698680.1

ORF Insert Sequence:

ATGGTCTGTC AAGCTGGTTT TTATGGTAAT GATCCTCTGC GAATAAATTG TTCCATTTGT 
CCTGAAGGTT ATTATTGCCC TGAAGGTACT ATTGATCCAT TTCAAAATGC TTGTATAAAA 
GGATATTATT GCCCAGCTGG TGCATCAGAA GGGTTGCCTT GCCCACCTGG TATGTACGGG 
AACTTAACAA AAGCTTCAAA ACCATCGGAT TGTTTTCTGT GTCCTGTAAA TACCTTTAAT 
AACCTAAAGG GAATGGAAGC ATGCAGACCA TGTGGTAGTA GTGCACGATC ACAAGAAGGT 
GAAATTAAGT GTACTTGCAT TGGAATAAAT CGTGCATTTC AGGTTTCTGA TGGTTCTTGT 
GAATGTGAAA GTGGCTATAT TTACTATGAT CCAATGAATA TCAAGCAAGT TGAGGGAAAT 
AGTGACAAAT CTTGTCAACC ATTGGTTGCT GACCGCTGTT CTGCAGGAAT GGTGCGCATG 
TCCAATACAC TTGAATGTAT TCAACCTGAT AATGTACCAG TCTCATACTG CAACGAAGCT 
TGTGGATCAG ATGGAGGGAA AATTAATGTA ACAGATGGTC GTTGCACTTG TAAAACATAT 
ACAGTGTTGT CTCAAGTCTG TAATAAAATA TGTCAGTCAC AGTCCCCCAT TATAAAATTG 
CAGCGAGAAA AATCAGGTGA ACTATACCTG CTTATCATTG AGAGATCAAC AAACACAGTT 
TTAAAAAAGA TATTGCAGAT TGGTGAGTTT GGAATTAATG ATTTTGATTA CTCTGAGAGA 
TCTGTTGAGA TAACAAATTT TGATAGTGAA GGCATTTTCG GTATAGTCCC ATCAGATGTC 
AATGCTGTTT TAAATTTTTT AAATGCTTCA GTAAACCAAT CAGGATTAGT TTCAAGAAAA 
AGGCGTAGTG TTGATGCTCC ACCATCAAAT AGTTTGGTAG GAATTCGATC TCCAATTGTA 
TGTGTTCTAA TTGAACAGGC AGTTTTTTTC AAAATAAATA TTAATCTTTT TAATCGTTCA 
TTAAGTAATT ATCCTATCTA CAGCAAAAAT CATTTGTTCA ATTCAAATCC ATCATTTGAC 
TATGGTCAGT TTCGCCAGCT GAATTTGTTA ATACAGTCAA CAAACTTAAC ACTTTATTCT 
TTTGCTAATG TGTTTTCAGA ACCTGGAGTT TATGTGTTTT ATGATAATGC AGACTATAGA 
AGAGAAACTA TCATTTTTGT TCCTAAGAAA GGAGTTTCCT GTCCAGAACG AATAGAAGCT 
TCGTCGCCTA TATTTCTTCC GAAATTTGGT ATTGGTGTTA CTGGGACTCC AAATGAATCA 
CCAAATTGGT CTTTGATTTG GACATGCATT TTGCTTATGC TTGTTTTTGT TTCTATCATG 
ATTATTTTAG CTATTTTATG GAGACCAAAA GAAATAGGCA TTTATCCAAA AAGTTTCTTG 
CGTCCAAAGT ACCGAGCCCT TGGTGCACCA TTACCAGTTA TACCTATTCC AGGTGTATCA 
GATAATCTGA AAAATTATCA GCATTTGTCT GTAACATATG ATGGCGATGC TATTTTTGCA 
GATAGTTATA GCTTGCTTGA GAATTTTAAT GTGAGAACGT TGTATGACAA AATTGAGGAC 
CAGACATTAC ATATTTCTTC TCAATTAAGT AATCATCAGT TAGATTTAAG AAGGTTTTAT 
GATAAAATAA TACAACAAAC AGAAGGATTA AAAACAATGT TAAAAAATCT GGATCTTAAA 
GCTTTAATGG AGTTTAACAA ACATAGTAAT GAAGAAAAAC ATGTAGAAAC AGATAGATAT 
CAAAACAGTG ATGTTTTACC ATTTAAATTA CTGTCCAAAA GTGTATTAAC TAGACAAGAA 
GAGTTGCAAA AAACATTAAA TTCTTTACTT GAAAGATACA GTAGCAACTG GCAACCTGTG 
CCAGTGGCTA ATGTTAGAGT AAAAAAAGAA GTTTCTATAC AAGATTTTAG CAGTGGGGAT 
TTAAGTGTGT TACATATGAT GAGTGCAGAA AGAATACAAC TAGAGCAAGA CCTGCAGGAA 
GAAGAAAACA TTGCTTTAAA GGAATTTCAT GATAATAAGG AAAAAAAAAG AAAAGCATTA 
ATGGCACAGA TGAGTGCAAA GTTGGTTAAT CAACTCTCAG GTGAATTGAA TATAATTGAA 
ATGAAGCCTA TAATTGATAT GCATGGAAAT GAACTTACAG AAGCTGATAA CTCTTTTATG 
GGTGTTCAAG ATGAAAATCT TAATGCACTA GTTGAGAAGT TAAAGGAAAA CAGAGTTGCC 
AAGATTAAAG AATTAAATTG GCGTCATGAA AATATGGCAA ACCAAGGAAA TTTTAAAATT 
GCTGAGATAG ATATCATGGA AGATCTTCAG GTAGAACCAC AGCATATTGC TTTAGAGTTG 
GCTTCACTTG AAGAGAGTAA GAATAATGCT GAAGAAAATA TTCAAAAAAT TGCTCAGCAA 
ACAATAAACT ATAGAAGACT TATGAGTGAC AACTTTGCAG CACAAATGAA TACATTGTTT 
GAGAGCTCTG TAGAGTATAA TAGTGAAGCT CAAAAATTAA TTAACGAAGA ACAAAAATTG 
ACAGAAAAAC TGCAAAAGGA ATTAGATTTA AAAAAAGCAG CTCAGATTGC TATATTTGAT 
GAAAAACTTA ATCAACGTAA AGCTGCTCGG CTAAAGAAAC TGAAAGAACA ACAAGAATTA 
GAAACAAGTT TGGCATTACA AAATGGTCAA AGCACAGTTG AACTTGAAAA AAGGTATGAA 
AGACAGCAAA AGGTTTTGGA TGCCTCTTTT GAAACAGAGA AAACAGAGCA CATTGCTGAG 
ATAAACAAAA AAATCTATGA AGAATTTCAA GAAGTATTTA AGCAGAATCA TCACCTTCTA 
ATAAAAAAGA TTGAAAATAA CAAAAATGTT AAACCTGAAA AATTAATGGA AGCAATAGAT 
GAGTTAAGAA AAAGTAGCTA TAATGTTGCT GAAAAACTGG ACAAAGAAAT GAAGCACAGC 
ATAGAAGAGT TTCAGATAAA ACTTGCAGCT CGTAAAGCTA TGAGACAAAA TAAGATCAAA 
GAAAAAGCAC AAGAAGCTGC ATTGAAAAAG TTATCTGATG CACAAAGTGA ACTATTTATA 
AGAAACAGTT CTCAAATTTC CCACGAAGTA ACTATTCCTC AATTTACCTT CGGAGTGTTA 
CCAGAGAAGC AGACTATCCT TGTTGAACAA CAACGTGTAA TTGAAGATTT AAAAAGAAAG 
CATGCAGAGG ATGCAGAAAA ACTAAATTTA AAAATAGAAA ATGATAATCA AGCACAAATC 
AGAAATGAAA TGCAAGAATT CCAAACTAAA AAAGATAAAA CTTTGCGAGA AGTTATGAGC 
AAGCAAGCGG CAGAACTGAG TACTCGAAAG AATCTCTCTA CTGAAGAAGT TCAAAAGTTG 
ATTACCAATC ATGAGCAGGA GTTAAGAAAC ATTGTAGAGC GTTTGGAGAC AGAACAAGAT 
ATACGTCATC AAACATTGAA CAAAAAACTG ATGGAGAGAA AGGAAGCAAG GGGAAAAGCC 
CTGAAAAAGA TACAAGAAAA TGAACTTGCT CGTGAATATC TTGAACAAAG CAAAGAACTC 
GTCGATGTTG AAATTAAAGC GGTAAAAGAT TTAGAACGAG AAACCATATT AAAGCTTATA 
AATGAAAATG GAAACCAGTC TATTGAGTAC ATTATTAAAA TGGTTATTGA ACAGCGCCAA 
AATAAAGAAT ATGCAGAGCT TGAGAAAATA TACAATAGTG AAAAAAGTGT TGCTGTAGAT 
GATGTTATTT TGAAATTAAG AGAAAAACAT TTGTTTGAAA GAGAGCAACT GATTGTGAAG 
CATGATGAAG AACTTAGAGA AGAATCACAA AATGAGGAGT TTCAATTTTT AAATGTGCAA 
CTTTTGAACA AACAACAGAT TGAATTAAAT GCATTTGGTA AAAGTCAATT TAATGAGAGA 
AAAGCTTTGA AAAACAGAAC ATCTGCTGAT TTTGAACTTC GTTTTGCAAA GAAAAAAATT 
GAAATGAAAG AGACTCATTA CAAGGAGTTT GCAGAATACC TTCGTGAGTT TGTTCCACAT 
AATACCGATT TGATTAAAAA AACACAGCAG TCTGTTAGTG AACTTGAAGA AGTCAAACAC 
AAATTAGAAG ATCAGAAAAA AGAAATTGAT GAAAAGATGA AAAAAGAAAT GGAAGAATTT 
GAAAAAGTGG AAAATGAAAG AGTTCAATTA AAACTGTCAG AATATCAAGC TCAAATTGAT 
AAGGAAATTG AAGAAGAGAG GTTGAAAAAT GAAAAAATTA TACAAACTTT GAGTTCTCGG 
AAAGATGCTC TTCTACATGG AAAAAAGGAA AAAGTAAAGG AAGAAATAAA ACTACTCGTA 
GAACGAGGTG CTTCTCAAGA AGATCAAGAT GCGTTACTTA AAGAACACAA CAAAGATCTT 
GCTAAACTTA TGAACAAAAT GGATTCAGAT CGGTTAAGAA TGCAAAGTCA GTTAGAAAGA 
AAACTTGAAA AAAAGCGTGA AGAACGAAGC ATGAATAAAT TGAAAGAAGT GCAGCTTCAA 
TTAGAAGAGA AAAAAGAGGA ATTTCTTGAA ACTTTGCACA GCAAAGAAGA ACAATTAAAT 
GTAGAAAATG GCTTAGCATT ACAAAAAACA TTAAACGTTG ACATTTTGTT GCTTACTCCT 
GGAGAATCAG ATGATGATGA ACATGTAAAG TTACCAGTTT CTTATCAAAT GGCAGCACCA 
ATGGGTGACT TAGAAATTAC AAAATTACTT ATGGATTCAC CATTGTATAA TGCACTGCTT 
CGTGTTAAAG GAAAACTATC TATGGAGATG AAATCTTTGG AAACATCTTC ATCTAACTGT 
GATATGCCCA ACAACATTTC CAAGTATGAA AAAAAAAGTT TAAACAATAA TCTTGTACCT 
GTAGACTTAA GTAAAATGAG TGCTCGTGAT TTTATCATAT ACAAATTTTC ATGTTTTATT 
CGGGATTTGC TTATTGTTCA TTGTGCTCAT AAACCTGTTG ACATACTTAT GGCTGATGAA 
CTTCCAGAAA ATACTTCACT TATGGGTAAT TCTTACAGAA ATTCTTTTTT TTACGATTCT 
CATAACAGAA TTCTCTACAT GCGACATAAA GATTTGGATA AAATTGGAGA GTTTGTATTG 
GTTCTAGTGC ACACATTGTC ACATGTGCAT GTTGAAGACA TGCGAAATGA TCAAGATCCA 
AAGTTTTTAC AAGAGTTCCA CAAAGCTTTG GGTGTTGTTT TTTTCGATTT ATTTTTATCT 
CGTTTCCGAC GCTTTAATGC ATTAAATGAG GCATTATTGA ATTTTCCAGA AGAAACTACT 
CAAAATGAAC AAAAGAGTAA AATGATATTA GAAAATTTGT TTGGTGCCGC TCACAATCAA 
CATGATCGAG AAAATCTTGT TGACTCCTTG TTGGATAGTA AACTACTTCG ATCTCAAAAT 
AGTGGTGAAT TGTTTAGTCA TGATGCAATA TTTCAAAGGC TAAGTAAATA CACTGATTAT 
GTTGTTGGAA ACAAACTAAA AAGTTTTCTT GGTGAAGTTG AAGAGAAATT AAAAAATGCT 
AAATATCAGG GAACTCAAAC TGAAATTGAC CGGCGTTTAT TTCAATTAAA GGAAAAAGAT 
TTGACTTCTT TCAATAATAT GGACAAAAAT ATAGATGCAA TTCAGAGGTT TTCTCGTCAG 
AGTGTTCGAA ACTCCGCTCT AGCTCGGACC TCGCTAAATC TTTCTTTGAT TCCAAAACGG 
TCAAGTTCAA ATCAACGAGG TGACCCAGAT GGCGCTGAAG ATGATTGCTA CGAGATATTT 
TTAAATTCTC AAATTAACGA TTTACAAGAA AAAATAGATG AGGTGGACTG TCAATTTACA 
AATTACACAA GACAATCACT AGTTCTCTCA AACCAAATTA AAAGATTGGA AGGAGAACTG 
ATTGGTCAAG TTGAAAGCGC GCGAAATGCT TTAAACAACT CAGACTTGCT CAATTTAAGT 
GAAATTGTTC ATAATTCAAA TAATAACTTG AATGCGGCTC GTTCTCAGCT TACCCACGCT 
ATTATTGGAA AGTCGGAATG CATTAAAAGA TTAGACGCGT ATAAGAACGA ACTTGCTGAA 
AGACAGTCTA TGCTTGATCA GCATAAAAGA AAATCTGAGA AGTGGAAAGA TTCCTCTGAA 
ACTTAA

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

PubMed

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LOC100215821 cDNA ORF clone, Hydra vulgaris

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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