LOC100213152 cDNA ORF clone, Hydra vulgaris

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100213152
Entrez Gene ID	100213152
Full Name	unconventional myosin-IXa-like
Gene Type	protein-coding
Organism	Hydra vulgaris

mRNA and Protein(s)

mRNA	Protein	Name
XM_012704939.1	XP_012560393.1	unconventional myosin-IXa-like

Pathways from BioSystems
Gene Ontology

The following LOC100213152 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100213152 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
OHc17757	XM_012704939.1 Latest version!	Hydra vulgaris unconventional myosin-IXa-like (LOC100213152), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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All Other ORF Clones
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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)

LOC100213152 ( XM_012704939.1 ) cDNA ORF clone, Hydra vulgaris -> XP_012560393.1 Hydra vulgaris unconventional myosin-IXa-like (LOC100213152), mRNA.

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CloneID	OHc17757
Clone ID Related Accession (Same CDS sequence)	XM_012704939.1
Accession Version	XM_012704939.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5604bp) 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	unconventional myosin-IXa-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004169852.1) and transcript sequence (GAOL01025042.1) 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 :: 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 assembly gap :: added 1284 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGTTTATAA ATAAAGACGA AAATGAAGTG CAACTATTTC CAATAAAGAT TTACTTATTA 
AAGGCGGACG ATTCAAACGA ATCAACTACA GTCAATGTTA AAGACGATGC TACTGTTTCT 
GATGTAATAG AATCTGCTTT AGAAAATTTT TCTATTGTTT TGTCTGCTGA AGATTTTCAG 
TTATGTGAAA TTTTCAATGA AAGTGGAGTT TTTCCTAATG ACTTGGATAC TGTAATAGAA 
AAAGGAAGGA TTTTACTTTA CTCAGAGTAT CCGGTAAAAA CTGTTCAAGA TTGGGGCAAA 
AATATATTAG AAAATGAAAA ACTTTTTTTT AAAACTTCCA AAGAAGTTGT TGAAGCATAT 
AGAATATGTC TAATACCAAA AAAAACAGAA TCTTGTTTAG AAGTTACTGA TATTAAAGTC 
AGATGGCTAG ATGGTTTAAA CTCTAAGTTG CTACCTGAGG AATGGCATTT TGATCCTTAC 
TTTAGAGATG AAATAGAGGA CTTAGTTAAT TTGCCTATTT TAAATGAGAA AGTTATTCTA 
GAAGAACTTT GTAAACGATT TTGCTTAGGT CGTATATACA CATATATTGG TGGAATATTA 
ATTGCTATCA ATCCATTTAA GTACTTTCCT ATTTACAACC CTAAATATGT TAAGGCTTAT 
CAGCATAAGA AACTTGGTGA ATTACCACCT CATGTTTTTG CTATTGCTGA TTGTGCATAT 
GATAATATGC TTAAAGATAG ACATGACCAA TGTATTGTAA TATCAGGTGA GAGTGGTAGT 
GGAAAAACTG AAAGCACCAA ACTTATTCTT CATCACTTGA CAGCACTAAG CCATAAAACA 
AAAGCAACAC TTTTGGAAAG AACTATATTA GCTGCTGGAC CAGTGTTAGA GGCTTTCGGA 
AATGCAAAAA CCTGTCACAA CAATAATTCT AGTAGATTTG GAAAGTTTAC TCAAATCAAT 
TATAGAGCTG ATGGTGTAGT GTGTGGGGCT GTGCAGAAGA AATACTTGTT AGAAAAATCT 
CGAATTGTTT CACAGGCAGT AAATGAGCGC AATTATCATG TGTTTTATTA TTTACTTGCT 
GGTGCATCAG AGCAAGAAAA AGAGATACTT TCTTTGCAAA ATGCACAGAG TTATCATTAC 
TTAAATCAGA CTTCATGCTA TCAAATAGAA AATGTAGATG AAAAGTATGA ATTTGCTCGT 
TTGAAACATG CAATAAAAAA TCTTGGAATT AGTAGCAAGA CACAGCTCAG GATGTTTTCT 
GTACTATCTG CCGTGCTTCA CATTGGAAAC ATTAGATTTA AAAAGCTTGG TCTCAATGAG 
GAAGCAGTAT GTGTTGAAGA TGATAGTCTT ATTGATACAA TATCAAAGCT TTTGCAGGTT 
GAAAAGCAAG ACTTGGTCCA GGCGCTCACT CTTCGTAAAA CAATTACAAG AGGTGAAGAG 
TATATAAGAT TTTACAGACT AGAAGAAGCT GCTGCCACCA GAGATGCAAT GGCTAAGTGT 
CTTTATGCTT CATTGTTCGA CTGGATTGTT CTGCAGACAA ATCACATCCT ATTGAACAGA 
CAAGGAAAGA AGAATGACCA AAAGGCTTTT TCCATTGGAG TGTTGGACAT TTTTGGGTTT 
GAAGACTTTG AACACAATAG TTTTGAACAG TTTTGTATTA ACTTGGCCAA TGAAAATTTG 
CAGCATTACC TCACTCAACA CATTTTTAAG ATTCGACAGG ATGAGTATAC AACAGAAGGA 
CTAATGTGGG ATCATGTTGA TTATGTTGAT AACTTAACAT GTTTGAATTT AATTGTTAAG 
AAACCAACTG GTTTGATACA TCTATTAGAT GAAGAATGCA GTTTGACAAT TGGAACAGAT 
AAAAGTCTGC TTGATAAGTT TAACAAGCAT CATGGAGGAA ATCCGTTTTA TGAGATGCCA 
CCAACACGAG AACCAGTGTT CAGTATCATT CACTATGCTG GTACTGTGAA ATATAAAATT 
AAGCATTTTC GTGCTAAAAA CCAAGACTTG ATACGTAGTG ACATTACAAC AACCTTCAAA 
AACAGCAGAA TGTTGTTTAT GAGAGAGTTG ATGGGTTCTG ATCCTGTTGC CTGCTTTTAT 
TGGGCTGTTC TTCGTCATAT CTTTAAGGTT GTTTTTTTCT TAAGAAGATG TACAGAGTTG 
AGATCTCAAG GAAAAGGCTC CAAAAATAGC GATTTTAAAC AGAAAACAGG AAATTCGATT 
ACTGACATGA CACCACCCAA CAGGCGAAAA TTTTTGTTGA AAAAAATGTC AGAAGCAGCA 
CCTGAATATG AGTCTGATAA TTTAATAAGA CAAGCCAACA AAGTTATGAA CAGGAGAGTG 
TTTTCAATGG CTAAGAATTA CCAGAATCCC TCAAAAGTTC GATCTGCCCT TGAAGTTAAA 
AGGACTATAT CTGGTGGTAT GACAGAAACT CTGAGACGGG GTAGTTCAAA GGCTCCTCCA 
ACAGTTGTTG CACAATTTCA GTCATCTCTT CAAGAGCTAA TGGATACTCT TAATCAATCT 
CATCCGCTTT TTGTTCGATG TGTTCGTTCT AATGCAAAAA AGGCTCCTCT TGAATTTGAT 
GCAGAGCTTA TACTGAGACA ACTGAGATAT ACAGGAATGT TGGAAACAGT AAAGATAAGA 
CAGGCTGGTT ATTCAGTGCG TTTGCCGTTT GAGGACTTTG TGAAGCAGTT CAAGGTTTTG 
TTTCCTGCTA ACATTAGTAC TTCTTCTAGC AGTGGAGAGT TAACAATTCT TCTTGTAAAA 
CTTGGTTTGA ATCCTGGAGA CTTTCAAATT GGGGCTACTA AAGTTTTTAT GCGTGAAAAT 
CAGTACCAGC TGATGAGGTT TTTACTTCAA AAGAAATGTG ATGACAGTGC CACAAAAATT 
CAAAAGTGGT ACTTGGCATG TTATCAGCGA AGACTCTTCT TACAAATGGT TAAAGCTGTT 
ATAGAGATTC AAAAAATATG GAGGGGTTAT CAGGGCAGAA AATTTTACAA TGAATACAAA 
TTACGCAACA TGGCAGCTTT ACATATTGTT GAATTTTGGA AATATCACAA AATTAAAAGG 
CAAACTGGAA CTTATTTTAT GCAGTATAAA AAAGCAGTCG TTACTATACA AAGTGCTTGG 
AGAGGATATT CAGCTAGGAA AAAAATAAAA ATTCTAAAAC TAGAAGATAA AGAACACCGT 
GAAATTGTCA ATCTTTTTGT TTCATCGCCA AAACAACCAC CACTTGAAGC CGTTACACAA 
GAAACAGTTA CAAAAGAACC AGTCTTACAT AAAAACTCTG ACGGCGTGCC CTATTCTTCA 
CATAGGAGTA GACAACAAGA AAAATCAGAA AGCTTGCTTA AAGAAGCTTT TAAAGATACC 
ATCTTTAATG AACAAACTAC AAATGATTCT GATGACCAAG AAAAGTATGA CACAAACACT 
CCAGAAATTA CTTTTGAACC TAATCACATA GGACATTTTG ATTCTGTTAA CAAACCAGAA 
ATAATTCAAC ACTTGCAAAC TTCTAAAACA AAATCAACTC CTGTAAAGAT GAGACATGAT 
AATAGGCTGC GAGTTGATGA TTTACACGAT CATAACTTTA AACAGAAGAT TTTGCGACGT 
TTATCATTTT CTGCTAAAGA CAAACTTAAA GTAACTCCTA AGATTGTAAA AGAGGATGGT 
GATAATGATT TTGAAATTAT AACAGTTCCT GTACTTGACT TATTAGAGCA TACAAAAAAA 
GGAACTACAC CTAATACTCC AAAAACAACT TTTGGTGTGT TCTTGAGTAA TCTTCAACGT 
AGGGGATCGA AGCGAGATTC TTTAGCTAAA GAAAAAAACC GACGTTCAGT TCATCTTGAA 
AATGTTATCA ATGGTCAATT GGAGTTAGAG GCATTCAATG AGTTTTTAAT GAGCAAGGTA 
ACAGCTATGA ATAGAGCTGA TAATACAAAA AGTAACTCTG AAGCAGATAC TCTTTTTAAA 
AATGGGTTGC ATATATATCA TGGCAAATTA TTACTTACAT ATGCAAATGC TGTACAGTCA 
AACAAGGAAT TTTCTCTGAA TGATCATGAC CTGGTTTTTG GATTCCAACT TGCTCTTGAA 
AGTATACAAG ATATGAAAGT TTCTAAAGAG TTTTCTGTAA TGGGGCGTAA TCTTTTTCAA 
GGAATTATTG AGGAATTTGT CAAACAAAAA GAAAAGTTGT TGCTGAAAAA GAAACATCGC 
AAACCTATAA AAAGGAATAG AAGAAAAACA TCTGAATATA TTGATCATAA TGGTCATCTT 
TATTCATGGC AAAGTTTCAA TATTCAAACT TACTGCGAGT TCTGTAACTC GTTTATTTAT 
GAAAGAGGTT TATTATGTCA AGCTTGTTCA TTTACATGTC ACAAAAAGTG TTATATAAAA 
TATTCGAAAA CATGCAAAGG GCGGCGTCCT TCAGTGTGTG GTCCCTCTTC TCTTTTTGGA 
ACTGATCTCT CTGAAATTAC TAGCAACAAC AATCCAATAC CAGAAGCCAT TTTAAAATTA 
ATTGAAGAAA TAGAAAAAAG AGGTTTATAT GTGGAAGGGC TGTACAGAAA ACCAGGACCT 
CAAGCTGCTA TAAATAATTT AAAAAGTGTT CTAACAAGTA AAGATGCTGA AGACTTGATT 
TTTGAAGATG AAAAACCACA TACGCTAGCT TCGCTTTTAA AACTGTTCTT CAGACAATTA 
CCAAAACCAG TTGTTTGTGA AGACTTCTAC GAAGATTTTC TTCGATCAAC AGATTTAAAA 
AAGGCAAAAG ATACTCAGGC AACATTGTAT GAATTAATAC AAAGGTTTCC TAAAGCCAAC 
AAAGAGCTTT TAGAACGAGT TATCATACAT TTGTCAAGAG TTGCAATGTA TGAGGATACC 
AATAAGATGT CACCAAATGC GTTAGCTATT ATTTGGGCTC CATGTTTAAT GCGCCCTCCA 
TCAGATACTG ATCCTCTTGA AACAATTCAA CAGCTTTCTA AACAAACAAA ATGTATCGAA 
ATTTTAATAC AAGTCCAAGT TACCACAAGA CGTGACATGG TAGAGGACAT CAGTGTTTTA 
GACCGAGCAG CAAGTTCTGT AGAAAGGAGA TTAGAAGAAA TTAAAGAAAA TCAAATGAAT 
GATGAATCGA TTGATGGCAG AATGCAGATA AACAATGAAG AACTTCAAAT GCTTGAGCTG 
GAAATATCTT CTATGGATGC TGAAAGGCGA AGATTAACCA ACAATCTTTC AACTATGGAA 
CCAAGTAAAT CTCAATCCCT TAACTCTCTT GATGAGCTAT CTGATTTTGA AGTTTTGGGA 
GAGAGCTCTG AAGATATTTC ATCAGTTTCA TCGAATCAAA AGAAAACGAA CAATATGCTA 
CGTTTTAAAT TCATAAGTGG CGTAGATTAC GATTCATCAT TTGACGATGT GTTTTCGACC 
AATAAACGTA ATTCATACAG TGATAAAGAT TACAAAAGAG GAATTAGCGA TACTAGGTCC 
AGTGAAAGCG ATAATAACAA AGGATTATCT TCATCTATAA ACGAACTAAA ACGTCCATCT 
TACAAAAAAA AGACAAGTAT AAAAAATAAA AAGAATTTCT TTACGAAAGC AGGAGAAGAC 
GATTTTGTGT TTGAAAATGA TTAA

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

RefSeq	XP_012560393.1
CDS	57..5660
Translation	MFINKDENEVQLFPIKIYLLKADDSNESTTVNVKDDATVSDVIESALENFSIVLSAEDFQLCEIFNESGVFPNDLDTVIEKGRILLYSEYPVKTVQDWGKNILENEKLFFKTSKEVVEAYRICLIPKKTESCLEVTDIKVRWLDGLNSKLLPEEWHFDPYFRDEIEDLVNLPILNEKVILEELCKRFCLGRIYTYIGGILIAINPFKYFPIYNPKYVKAYQHKKLGELPPHVFAIADCAYDNMLKDRHDQCIVISGESGSGKTESTKLILHHLTALSHKTKATLLERTILAAGPVLEAFGNAKTCHNNNSSRFGKFTQINYRADGVVCGAVQKKYLLEKSRIVSQAVNERNYHVFYYLLAGASEQEKEILSLQNAQSYHYLNQTSCYQIENVDEKYEFARLKHAIKNLGISSKTQLRMFSVLSAVLHIGNIRFKKLGLNEEAVCVEDDSLIDTISKLLQVEKQDLVQALTLRKTITRGEEYIRFYRLEEAAATRDAMAKCLYASLFDWIVLQTNHILLNRQGKKNDQKAFSIGVLDIFGFEDFEHNSFEQFCINLANENLQHYLTQHIFKIRQDEYTTEGLMWDHVDYVDNLTCLNLIVKKPTGLIHLLDEECSLTIGTDKSLLDKFNKHHGGNPFYEMPPTREPVFSIIHYAGTVKYKIKHFRAKNQDLIRSDITTTFKNSRMLFMRELMGSDPVACFYWAVLRHIFKVVFFLRRCTELRSQGKGSKNSDFKQKTGNSITDMTPPNRRKFLLKKMSEAAPEYESDNLIRQANKVMNRRVFSMAKNYQNPSKVRSALEVKRTISGGMTETLRRGSSKAPPTVVAQFQSSLQELMDTLNQSHPLFVRCVRSNAKKAPLEFDAELILRQLRYTGMLETVKIRQAGYSVRLPFEDFVKQFKVLFPANISTSSSSGELTILLVKLGLNPGDFQIGATKVFMRENQYQLMRFLLQKKCDDSATKIQKWYLACYQRRLFLQMVKAVIEIQKIWRGYQGRKFYNEYKLRNMAALHIVEFWKYHKIKRQTGTYFMQYKKAVVTIQSAWRGYSARKKIKILKLEDKEHREIVNLFVSSPKQPPLEAVTQETVTKEPVLHKNSDGVPYSSHRSRQQEKSESLLKEAFKDTIFNEQTTNDSDDQEKYDTNTPEITFEPNHIGHFDSVNKPEIIQHLQTSKTKSTPVKMRHDNRLRVDDLHDHNFKQKILRRLSFSAKDKLKVTPKIVKEDGDNDFEIITVPVLDLLEHTKKGTTPNTPKTTFGVFLSNLQRRGSKRDSLAKEKNRRSVHLENVINGQLELEAFNEFLMSKVTAMNRADNTKSNSEADTLFKNGLHIYHGKLLLTYANAVQSNKEFSLNDHDLVFGFQLALESIQDMKVSKEFSVMGRNLFQGIIEEFVKQKEKLLLKKKHRKPIKRNRRKTSEYIDHNGHLYSWQSFNIQTYCEFCNSFIYERGLLCQACSFTCHKKCYIKYSKTCKGRRPSVCGPSSLFGTDLSEITSNNNPIPEAILKLIEEIEKRGLYVEGLYRKPGPQAAINNLKSVLTSKDAEDLIFEDEKPHTLASLLKLFFRQLPKPVVCEDFYEDFLRSTDLKKAKDTQATLYELIQRFPKANKELLERVIIHLSRVAMYEDTNKMSPNALAIIWAPCLMRPPSDTDPLETIQQLSKQTKCIEILIQVQVTTRRDMVEDISVLDRAASSVERRLEEIKENQMNDESIDGRMQINNEELQMLELEISSMDAERRRLTNNLSTMEPSKSQSLNSLDELSDFEVLGESSEDISSVSSNQKKTNNMLRFKFISGVDYDSSFDDVFSTNKRNSYSDKDYKRGISDTRSSESDNNKGLSSSINELKRPSYKKKTSIKNKKNFFTKAGEDDFVFEND

Target ORF information:

RefSeq Version	XM_012704939.1
Organism	Hydra vulgaris
Definition	Hydra vulgaris unconventional myosin-IXa-like (LOC100213152), mRNA.

Target ORF information:

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

XM_012704939.1

ORF Insert Sequence:

ATGTTTATAA ATAAAGACGA AAATGAAGTG CAACTATTTC CAATAAAGAT TTACTTATTA 
AAGGCGGACG ATTCAAACGA ATCAACTACA GTCAATGTTA AAGACGATGC TACTGTTTCT 
GATGTAATAG AATCTGCTTT AGAAAATTTT TCTATTGTTT TGTCTGCTGA AGATTTTCAG 
TTATGTGAAA TTTTCAATGA AAGTGGAGTT TTTCCTAATG ACTTGGATAC TGTAATAGAA 
AAAGGAAGGA TTTTACTTTA CTCAGAGTAT CCGGTAAAAA CTGTTCAAGA TTGGGGCAAA 
AATATATTAG AAAATGAAAA ACTTTTTTTT AAAACTTCCA AAGAAGTTGT TGAAGCATAT 
AGAATATGTC TAATACCAAA AAAAACAGAA TCTTGTTTAG AAGTTACTGA TATTAAAGTC 
AGATGGCTAG ATGGTTTAAA CTCTAAGTTG CTACCTGAGG AATGGCATTT TGATCCTTAC 
TTTAGAGATG AAATAGAGGA CTTAGTTAAT TTGCCTATTT TAAATGAGAA AGTTATTCTA 
GAAGAACTTT GTAAACGATT TTGCTTAGGT CGTATATACA CATATATTGG TGGAATATTA 
ATTGCTATCA ATCCATTTAA GTACTTTCCT ATTTACAACC CTAAATATGT TAAGGCTTAT 
CAGCATAAGA AACTTGGTGA ATTACCACCT CATGTTTTTG CTATTGCTGA TTGTGCATAT 
GATAATATGC TTAAAGATAG ACATGACCAA TGTATTGTAA TATCAGGTGA GAGTGGTAGT 
GGAAAAACTG AAAGCACCAA ACTTATTCTT CATCACTTGA CAGCACTAAG CCATAAAACA 
AAAGCAACAC TTTTGGAAAG AACTATATTA GCTGCTGGAC CAGTGTTAGA GGCTTTCGGA 
AATGCAAAAA CCTGTCACAA CAATAATTCT AGTAGATTTG GAAAGTTTAC TCAAATCAAT 
TATAGAGCTG ATGGTGTAGT GTGTGGGGCT GTGCAGAAGA AATACTTGTT AGAAAAATCT 
CGAATTGTTT CACAGGCAGT AAATGAGCGC AATTATCATG TGTTTTATTA TTTACTTGCT 
GGTGCATCAG AGCAAGAAAA AGAGATACTT TCTTTGCAAA ATGCACAGAG TTATCATTAC 
TTAAATCAGA CTTCATGCTA TCAAATAGAA AATGTAGATG AAAAGTATGA ATTTGCTCGT 
TTGAAACATG CAATAAAAAA TCTTGGAATT AGTAGCAAGA CACAGCTCAG GATGTTTTCT 
GTACTATCTG CCGTGCTTCA CATTGGAAAC ATTAGATTTA AAAAGCTTGG TCTCAATGAG 
GAAGCAGTAT GTGTTGAAGA TGATAGTCTT ATTGATACAA TATCAAAGCT TTTGCAGGTT 
GAAAAGCAAG ACTTGGTCCA GGCGCTCACT CTTCGTAAAA CAATTACAAG AGGTGAAGAG 
TATATAAGAT TTTACAGACT AGAAGAAGCT GCTGCCACCA GAGATGCAAT GGCTAAGTGT 
CTTTATGCTT CATTGTTCGA CTGGATTGTT CTGCAGACAA ATCACATCCT ATTGAACAGA 
CAAGGAAAGA AGAATGACCA AAAGGCTTTT TCCATTGGAG TGTTGGACAT TTTTGGGTTT 
GAAGACTTTG AACACAATAG TTTTGAACAG TTTTGTATTA ACTTGGCCAA TGAAAATTTG 
CAGCATTACC TCACTCAACA CATTTTTAAG ATTCGACAGG ATGAGTATAC AACAGAAGGA 
CTAATGTGGG ATCATGTTGA TTATGTTGAT AACTTAACAT GTTTGAATTT AATTGTTAAG 
AAACCAACTG GTTTGATACA TCTATTAGAT GAAGAATGCA GTTTGACAAT TGGAACAGAT 
AAAAGTCTGC TTGATAAGTT TAACAAGCAT CATGGAGGAA ATCCGTTTTA TGAGATGCCA 
CCAACACGAG AACCAGTGTT CAGTATCATT CACTATGCTG GTACTGTGAA ATATAAAATT 
AAGCATTTTC GTGCTAAAAA CCAAGACTTG ATACGTAGTG ACATTACAAC AACCTTCAAA 
AACAGCAGAA TGTTGTTTAT GAGAGAGTTG ATGGGTTCTG ATCCTGTTGC CTGCTTTTAT 
TGGGCTGTTC TTCGTCATAT CTTTAAGGTT GTTTTTTTCT TAAGAAGATG TACAGAGTTG 
AGATCTCAAG GAAAAGGCTC CAAAAATAGC GATTTTAAAC AGAAAACAGG AAATTCGATT 
ACTGACATGA CACCACCCAA CAGGCGAAAA TTTTTGTTGA AAAAAATGTC AGAAGCAGCA 
CCTGAATATG AGTCTGATAA TTTAATAAGA CAAGCCAACA AAGTTATGAA CAGGAGAGTG 
TTTTCAATGG CTAAGAATTA CCAGAATCCC TCAAAAGTTC GATCTGCCCT TGAAGTTAAA 
AGGACTATAT CTGGTGGTAT GACAGAAACT CTGAGACGGG GTAGTTCAAA GGCTCCTCCA 
ACAGTTGTTG CACAATTTCA GTCATCTCTT CAAGAGCTAA TGGATACTCT TAATCAATCT 
CATCCGCTTT TTGTTCGATG TGTTCGTTCT AATGCAAAAA AGGCTCCTCT TGAATTTGAT 
GCAGAGCTTA TACTGAGACA ACTGAGATAT ACAGGAATGT TGGAAACAGT AAAGATAAGA 
CAGGCTGGTT ATTCAGTGCG TTTGCCGTTT GAGGACTTTG TGAAGCAGTT CAAGGTTTTG 
TTTCCTGCTA ACATTAGTAC TTCTTCTAGC AGTGGAGAGT TAACAATTCT TCTTGTAAAA 
CTTGGTTTGA ATCCTGGAGA CTTTCAAATT GGGGCTACTA AAGTTTTTAT GCGTGAAAAT 
CAGTACCAGC TGATGAGGTT TTTACTTCAA AAGAAATGTG ATGACAGTGC CACAAAAATT 
CAAAAGTGGT ACTTGGCATG TTATCAGCGA AGACTCTTCT TACAAATGGT TAAAGCTGTT 
ATAGAGATTC AAAAAATATG GAGGGGTTAT CAGGGCAGAA AATTTTACAA TGAATACAAA 
TTACGCAACA TGGCAGCTTT ACATATTGTT GAATTTTGGA AATATCACAA AATTAAAAGG 
CAAACTGGAA CTTATTTTAT GCAGTATAAA AAAGCAGTCG TTACTATACA AAGTGCTTGG 
AGAGGATATT CAGCTAGGAA AAAAATAAAA ATTCTAAAAC TAGAAGATAA AGAACACCGT 
GAAATTGTCA ATCTTTTTGT TTCATCGCCA AAACAACCAC CACTTGAAGC CGTTACACAA 
GAAACAGTTA CAAAAGAACC AGTCTTACAT AAAAACTCTG ACGGCGTGCC CTATTCTTCA 
CATAGGAGTA GACAACAAGA AAAATCAGAA AGCTTGCTTA AAGAAGCTTT TAAAGATACC 
ATCTTTAATG AACAAACTAC AAATGATTCT GATGACCAAG AAAAGTATGA CACAAACACT 
CCAGAAATTA CTTTTGAACC TAATCACATA GGACATTTTG ATTCTGTTAA CAAACCAGAA 
ATAATTCAAC ACTTGCAAAC TTCTAAAACA AAATCAACTC CTGTAAAGAT GAGACATGAT 
AATAGGCTGC GAGTTGATGA TTTACACGAT CATAACTTTA AACAGAAGAT TTTGCGACGT 
TTATCATTTT CTGCTAAAGA CAAACTTAAA GTAACTCCTA AGATTGTAAA AGAGGATGGT 
GATAATGATT TTGAAATTAT AACAGTTCCT GTACTTGACT TATTAGAGCA TACAAAAAAA 
GGAACTACAC CTAATACTCC AAAAACAACT TTTGGTGTGT TCTTGAGTAA TCTTCAACGT 
AGGGGATCGA AGCGAGATTC TTTAGCTAAA GAAAAAAACC GACGTTCAGT TCATCTTGAA 
AATGTTATCA ATGGTCAATT GGAGTTAGAG GCATTCAATG AGTTTTTAAT GAGCAAGGTA 
ACAGCTATGA ATAGAGCTGA TAATACAAAA AGTAACTCTG AAGCAGATAC TCTTTTTAAA 
AATGGGTTGC ATATATATCA TGGCAAATTA TTACTTACAT ATGCAAATGC TGTACAGTCA 
AACAAGGAAT TTTCTCTGAA TGATCATGAC CTGGTTTTTG GATTCCAACT TGCTCTTGAA 
AGTATACAAG ATATGAAAGT TTCTAAAGAG TTTTCTGTAA TGGGGCGTAA TCTTTTTCAA 
GGAATTATTG AGGAATTTGT CAAACAAAAA GAAAAGTTGT TGCTGAAAAA GAAACATCGC 
AAACCTATAA AAAGGAATAG AAGAAAAACA TCTGAATATA TTGATCATAA TGGTCATCTT 
TATTCATGGC AAAGTTTCAA TATTCAAACT TACTGCGAGT TCTGTAACTC GTTTATTTAT 
GAAAGAGGTT TATTATGTCA AGCTTGTTCA TTTACATGTC ACAAAAAGTG TTATATAAAA 
TATTCGAAAA CATGCAAAGG GCGGCGTCCT TCAGTGTGTG GTCCCTCTTC TCTTTTTGGA 
ACTGATCTCT CTGAAATTAC TAGCAACAAC AATCCAATAC CAGAAGCCAT TTTAAAATTA 
ATTGAAGAAA TAGAAAAAAG AGGTTTATAT GTGGAAGGGC TGTACAGAAA ACCAGGACCT 
CAAGCTGCTA TAAATAATTT AAAAAGTGTT CTAACAAGTA AAGATGCTGA AGACTTGATT 
TTTGAAGATG AAAAACCACA TACGCTAGCT TCGCTTTTAA AACTGTTCTT CAGACAATTA 
CCAAAACCAG TTGTTTGTGA AGACTTCTAC GAAGATTTTC TTCGATCAAC AGATTTAAAA 
AAGGCAAAAG ATACTCAGGC AACATTGTAT GAATTAATAC AAAGGTTTCC TAAAGCCAAC 
AAAGAGCTTT TAGAACGAGT TATCATACAT TTGTCAAGAG TTGCAATGTA TGAGGATACC 
AATAAGATGT CACCAAATGC GTTAGCTATT ATTTGGGCTC CATGTTTAAT GCGCCCTCCA 
TCAGATACTG ATCCTCTTGA AACAATTCAA CAGCTTTCTA AACAAACAAA ATGTATCGAA 
ATTTTAATAC AAGTCCAAGT TACCACAAGA CGTGACATGG TAGAGGACAT CAGTGTTTTA 
GACCGAGCAG CAAGTTCTGT AGAAAGGAGA TTAGAAGAAA TTAAAGAAAA TCAAATGAAT 
GATGAATCGA TTGATGGCAG AATGCAGATA AACAATGAAG AACTTCAAAT GCTTGAGCTG 
GAAATATCTT CTATGGATGC TGAAAGGCGA AGATTAACCA ACAATCTTTC AACTATGGAA 
CCAAGTAAAT CTCAATCCCT TAACTCTCTT GATGAGCTAT CTGATTTTGA AGTTTTGGGA 
GAGAGCTCTG AAGATATTTC ATCAGTTTCA TCGAATCAAA AGAAAACGAA CAATATGCTA 
CGTTTTAAAT TCATAAGTGG CGTAGATTAC GATTCATCAT TTGACGATGT GTTTTCGACC 
AATAAACGTA ATTCATACAG TGATAAAGAT TACAAAAGAG GAATTAGCGA TACTAGGTCC 
AGTGAAAGCG ATAATAACAA AGGATTATCT TCATCTATAA ACGAACTAAA ACGTCCATCT 
TACAAAAAAA AGACAAGTAT AAAAAATAAA AAGAATTTCT TTACGAAAGC AGGAGAAGAC 
GATTTTGTGT TTGAAAATGA TTAA

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

PubMed

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LOC100213152 cDNA ORF clone, Hydra vulgaris

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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