LOC105844625 cDNA ORF clone, Hydra vulgaris

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105844625
Entrez Gene ID	105844625
Full Name	tudor domain-containing protein 15-like
Gene Type	protein-coding
Organism	Hydra vulgaris

mRNA and Protein(s)

mRNA	Protein	Name
XM_012701445.1	XP_012556899.1	tudor domain-containing protein 15-like

Pathways from BioSystems
Gene Ontology

The following LOC105844625 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105844625 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
OHc22013	XM_012701445.1 Latest version!	Hydra vulgaris tudor domain-containing protein 15-like (LOC105844625), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

LOC105844625 ( XM_012701445.1 ) cDNA ORF clone, Hydra vulgaris -> XP_012556899.1 Hydra vulgaris tudor domain-containing protein 15-like (LOC105844625), mRNA.

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CloneID	OHc22013
Clone ID Related Accession (Same CDS sequence)	XM_012701445.1
Accession Version	XM_012701445.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5874bp) 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	tudor domain-containing protein 15-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004168163.1) and transcript sequence (GAOL01024559.1) 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## assembly gap :: added 870 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGAGTTGTT ACATTGAAGA ACCTTTATTT GATATTCCTT TCTGTAGAGT AGATGAAGCT 
TATCTTCCTA CTACAAATCC TTGGATTGTA AAACAAACTC AATCAGATTT GACAGGAGTT 
ATTGCAAAGG CAGATGTTTT GTGCCCTGGA AAGATTAAAA AAAGAGAGAA ATATACTAAC 
AAATTGGAAA AACAGCTCAT ATCAATAGGA GTAAATTTGA CTGAAGATTC TGCCAACACA 
ATAATAAAGT CAACGATCAT GTCTGATGAA GATAATTTCA ATAACTGGGA CCCAATGAAA 
ATATCATACG AACAAAAGCA TTTCAATTCC TACAAGGAGC AGAAATATGA CGATAATCCA 
GTTGAAAGAC ATTGCCCTAC CAAGAGTTTA GATGGTTCTG AAAAAATATC TCCTACTAAA 
TGTGGCGTAG ACGAAGTGCG ACTTCATGTA TACAACATTC CTTTATCAAT GACTGAGGAA 
GGTCTTACGA ACTTATTTTC TTCAGTTGGA AATTGTTACA ATGTGAAAAG ATCAAATTCA 
ATTTCTAACA AAAATACTAC TTACGGCTTT GTTTCTTACC GTAATGTGCG AGATGCTGAA 
GCTGCTATCT CAAAATTTAA CGGATTTGTT TTTGGTGGCA AGTACACATT AGGTGTAAAG 
TTATCTACTG GAAGAAACAA CCAATCAATG AATAAAGAAA AAATTTTATG GGGTGATAGC 
GGTCTAGATG GATTAAGTTC TGGTGAAAGC CATGATCAAG AAGCAAGTAA GAATACGACT 
CTTTCTGGTG ACTCATCAAC AGAATTCTCC AAAAACACTG GTCTCTCAAA AAATACAACT 
GAATTGATTA AAAATGAAAG CACTCGGTTA CATATACAAG GTCTTGACGT TTCTACAAAT 
AAAAATGATT TGCATGAGTT ATTTAAAGAT ATTGGTCCAA TATATAATAT TAAAGTTGTT 
CCACCAAAGA AACCTGGCCA ATATTCAACA TATGGGTTTG TAACCATGGA TTCTGTTGAG 
ATGGCTAGTT CGGCTATTCA GATATTGAAT AACAGCATAT TTAAAGGGAA AAAATTATAT 
GTGTCACCTG CTAACCCAAA TGTACAAAGT TTTAAAGTAA ACAAAAATGA AGATGAAGTT 
TTTTATGATA AACTTTATGA TGATTCAGTT TGGGGTTGTG ATAATAAAAA TAATGAAGAC 
CAAAAGAGTA CTGAAATTGT AGCAACATCT ATGTATCATC AATGTGAAGC TCAATTAAAT 
GCACCTAATA AAATATTGCC ACATGATAGT TTAGAAATTA AAAAAATGAA CCATATTCAT 
TCTGACACTT TTCACCAATT GATGCTCTCA GAATTGTCAA CAAGTTCATT TCCTGATTCA 
ACAGAATTTG AAGTCTGTTT TACAGAAATT GTATCTCCTG CACTTATGTA TGCACAGATA 
TTAGACGATA ATACACTTGC TGCTTTACAA GAAGTTACTC TAAGGTTGCA AGAAATTGAT 
AAAATACAAG ATTTTACTTT GTTAAAACCT AAAATTGATC AGATTTGTTG TGCAAAGTAT 
AATGCTGATA ATCAATGGTA TCGTGCCAGT ATTATATGTT ATAATACAGA TTTGATGGCT 
ACAGTAAATT TCATTGATTT TGGAAATCAA GCTGATGTAG AAATAAAAAA CATTCGTTGT 
ATTGACAAGC AGCTCCTTAG CTATCCAATA CTTGCTTCAG TGTTTTGTTT GGAAGGTATA 
GAAAGTACAT CAGAGAATGG TGTCTGGGGT AATGATGTTG TTGAATTTAT GGCTTTGTCA 
TTACTTAATC AAGCTATAAA AGTTAAATGT TTGAGCATTT CCAATAATAA AATGACTTGT 
GAAGTTGAGT TACCTGATGG CAGTTGTTTG TCACAAAAAC TTATTGCGAA AGGGTTTGCT 
AAAAGAAAAT CTTTTGAAGA GATCAGTCAT AAAGAAACTT CTTTAAAAAA AACAACTCCA 
AATGATTCAT TTAAAATCAA TTTATTTCAA CATTACACTG TAAAGGATAT TACTTTTTAC 
TCTCCTTCCA GCTCAAACCT TGATTTGTTA ATTACTCATG TAGAAAGTCC TTATTTTTTT 
TATGGTAGAG TTGCTGATAT ATCTCTTAAT GAAACTATTG CAAATATATC GGTAGAATTA 
TATGAACTTT ACTCTAATTC AGTTAATAAT AGCAATCACA AACCTGTAGA AGGAGATGTT 
TGTGCTGGAT TTTATGCCGA GTATGGTGAA TGGTACAGAA TTTTAGTTTT AGCTGTTTAT 
TCAGAAACGG TTGTTGCATT TTTAATTGAT TATGGTGATG TTGTGGTAAT TCCTTTTGAT 
GGATTGAGAC TTTTACCTCC AAGATATATA TCATTGCCAT CACAAGCAAT TGCATTGCGG 
TTAAATAATA TTAAACCTAA AATATTTCAA TGTGAAGAAG AAAATTATCC TGAGGCTGAC 
ACATGGAATA CAGAAGCTGT TGAAGTTTTT AAAGATCTGG TTTTGTTTAA AAAAGTCTCT 
GTTGAAATAG TTTCTGAAGT AGATGTTTCT AAAGAGAAAG CTACTAAAAT AAGTCTTACA 
TATGTTAAAA CTTTTGCTAA TGTACATATA AAAATTAATG ACTCCGATGT TGCATCTGTT 
TTACTTTCTA GAAATTTAGC TTGTCCTAAA GAGAAAAAAA CGGTAAATAT TACACAAAAT 
ATTACCCAAG ATACCAGCAA AAGTCAAGAA TCAAAATGCA TTTTAAAAAG GGTAATGTAT 
AATGACCTCC CTAAAATAGA TTTTCCAGTT GAAACTTTTT CATTGCTAAT TGTAAATACT 
GATAGCCCAT CAAAGTTTCA TGGACAAATT CCTGATATAG ATCTTATTAA GGATCTTGAT 
TTGATGTCTC AAGATATGAC ATCATATTAT AGTGACGATA TTTTGGAGTA TATACCTATT 
GTTGGTGAAG TCTGTGCGGT TTTTTTTATA ACATATGAAC AGTATTTTCG TGCACGTATT 
GACTATATAG GAAAATCTGA AATTAAAGTA ACATCAATTG ATTATGGTAA TACTCAAACT 
GTTGCCCTCG GAGATGTAAA GCCTCTTCCA CTTAAGTATT CTATAATTCC ATGTCAAGCT 
TATTCCCTTT CACTTTATGG CATTGTCGAG TTACATGGTA ATAGTTGGTC TGAAGAATGC 
TGCAGGTTTT TTATGGAGTG TTGCATAAAC AGTAAGGTTG ACATTACTAT TAAGGAAAAA 
ATAAATGATG TATGTTATGT AGATATGTCT TCAAATAATG TATCATCCTT TTCAATGTTG 
TTGATAGACA AAGGCTATGC TAAACGTTCA GATGAAGTTT GCGAAAGTGA AAGTAAACCG 
TTGGATTTAT TAGATAAGAC ATATACAAAA GAAGTAATTG AAAACAATAT AAGTAAGACT 
GAAATAGATG AAAAGCCTTT AAAAACATAT GATTCACCGA GAGACTTACA TGAAACTTTA 
GTGCTACAAT CTGAAGAATC GCTCAATAAA AGAATATTAG ACCCATATAC TAAGTTACCC 
TTGTTTACTT TACCTGAGAA ATTTGATATT TTAGTTTGTC ATATTGAAAG TTTGGAATGT 
TTTTATTCAC AAGTTTGTGA TAATGAACTT CTAACAAAGA ACTATGAGAT GCAATTAGAA 
ATGTATGATC ACTGCCAGTT AAGTGAAATC AAATCCTATT TACCAAAAAA TGGAGAGCTA 
TGTTTTGGAT ATTTAGATGA AGCTTGGTAT CGTGTCTATG TTAAATATGT TAGTAATTCA 
TCAGCAAATG TATTTTTCAT TGACTATGGG AACTGCTGTG ATCTGTCGTT TTCAATGTTG 
CGACCTTTTA CTAACACTTT TTTAAAGTTT CCTTCCTTGG CTATACCAAT GAAACTTTAC 
AATCCAAAAA ATGTTAAACC TTATGCTAGC GTTATAGAAG AGTTTAGAAA AAGGACGGAA 
AATAGAAGGT GTTCTGCTGC TGTCAAAAGT GTTTTAAGTG ATGGGTTTTT AGAAGTAGAT 
ATAATAGATG ATTCTTTTGT TGATGTTATG TCTGTATTAG TTTTAACAGA AGCATCTGAA 
GCATCTTCAT CAGAAATATA TGAAGCTCTA AATGATAATC AAACTGATGT TTGCGATATT 
TTATCCAAAC CTGATGAACG TTTGCCTAAA AAGTTTAACG ATGCGAATAC AACTCTAGAA 
TCAACAGTAA ACGATGTAAT GCATAATGGC GGGGAATCTA AGGTCTTAAC AGCAAACAAC 
TTTACGGTTT CAAATCTTCC ACGGCGTGAA CATCCATTAG AGTCTGTGTC GTTTAAAATG 
CGCCTATCAT TTTTACCGAT CTCAAATAAA GCTGTTATTA TCTCAATAAC TCATATTGAA 
TCGCCTTACT TAATTTATGG ATTAAGATTA GATTCTCTCG ATGTAGTTAA GAATCTTTCA 
GAAAAAATTT CTTATTTGGT AGAAGAGAGT AATGAAACTT TACATTTAAA AGCTGGTGCA 
TTATGTTGTG TTCAGAAAGA TGGAAAATGG TTTCGATGTG TTGCATGTAG CGTAGATAGT 
TACAAGGTTG TAGTATTTTG CATAGATTAT GGATTTACGT TAGTTGTTAA TCATAACTGC 
ATTCGTCCGT TTTTCAAAGA GCTCAAAGAT TACGCAGCGC AAGTTATACC AATTAAATTG 
ATGTTTGTTA AGCCAGTAAA TGAAGATCAA GATTGGTCAG ATAGCGCTAT ATTCAAGTTT 
AAAAGTATTG TAAATAATCA AAATGTTAAA GTTATATCGA AGCAAAATCA AGGTGTATTT 
TCAATCGTGA AAATGAAACT AATGAACGAT AACGAGTCTG TTGAATTACT TATGGAGAAA 
ATGGGTATAG CTGTATTAAA CTCGTTTGTT ACGGAAGCTG AAAACTCAAG TGGTGAATAT 
ATTAAAAAAG AAGTTATTCC TTTTTCTGAC ATTTACAAGA AAGTTATGTA TGAGACAATT 
CCACAAGATG AGTTTAAAGC TATAGTCATT TATGCGGTCA GTCCTCGAAT CTTTTATGTA 
CAAATCTTTG ATAATGAAAA AATTGCTAAA GTCGACGAAA TAAGCGTTAA ACTTCATGAG 
TTATATGATA ATGATGAAAG AGAACTTGAA TTTTGTCCAG GCCAGCTATG TTCAGTCAAG 
TATCGTGATC AATTATGGTA TCGTGGTTAC ATCATTAGTA TTTCCGATGA TTTTGTTATT 
TATCTTATCG ATTATGGTAT AAAAGCAAAT ATCAAAAGAA AAAACATAAA ACCGTTACCT 
GAAGAGTTGC AGAAATATCC TGCTCAAGCT TTGGTTATGC AAATTAATAA TTTAATTCCA 
TCAAGATCGG CTGATTCTTT TAACCGTGAT GCAATACTTG CATTTAGATC GTTGACCGAA 
GGCCGTTTAG TAAGGGTTCG ATATATCACT TCAATTGGAT ACCGTCATCG TGTTGATATC 
ATTGACGATA TTTCCAACGA TAATATTGGA TTAAAGCTGG TACAAAAGGG TTTAGCTGAT 
TATAAAAGTA TTGCACAGAC ACCTTCAATG AGGTCGCCTG AGAAAGGACT AACTTATAGA 
ACATTAAGAG ATATGCGACA TAATGTGGTT AAACAGTATA ACTCAATCGG ACAGTCAAAC 
CAACAAAAAC AGTCTTATCA ACAAAAAAAT TGCTCTCATA ATGATGAGTA TTGCGCGGAT 
AATACACTCT ATCGTGAACA TCGTACATGC TCTAGCACAC CGCTTGCTCG GCTGATTTCT 
TCAACAGAGG ACGGGAAACT TCGATATCCT CGTAACAAAT GCGAAGAAAA GTATAGTCTA 
TCAAACGGTA AAGACAGTGG AAGTACTTAT AACTGTGCTA ATGGTGTGGC GTAA

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

RefSeq	XP_012556899.1
CDS	104..5977
Translation	MSCYIEEPLFDIPFCRVDEAYLPTTNPWIVKQTQSDLTGVIAKADVLCPGKIKKREKYTNKLEKQLISIGVNLTEDSANTIIKSTIMSDEDNFNNWDPMKISYEQKHFNSYKEQKYDDNPVERHCPTKSLDGSEKISPTKCGVDEVRLHVYNIPLSMTEEGLTNLFSSVGNCYNVKRSNSISNKNTTYGFVSYRNVRDAEAAISKFNGFVFGGKYTLGVKLSTGRNNQSMNKEKILWGDSGLDGLSSGESHDQEASKNTTLSGDSSTEFSKNTGLSKNTTELIKNESTRLHIQGLDVSTNKNDLHELFKDIGPIYNIKVVPPKKPGQYSTYGFVTMDSVEMASSAIQILNNSIFKGKKLYVSPANPNVQSFKVNKNEDEVFYDKLYDDSVWGCDNKNNEDQKSTEIVATSMYHQCEAQLNAPNKILPHDSLEIKKMNHIHSDTFHQLMLSELSTSSFPDSTEFEVCFTEIVSPALMYAQILDDNTLAALQEVTLRLQEIDKIQDFTLLKPKIDQICCAKYNADNQWYRASIICYNTDLMATVNFIDFGNQADVEIKNIRCIDKQLLSYPILASVFCLEGIESTSENGVWGNDVVEFMALSLLNQAIKVKCLSISNNKMTCEVELPDGSCLSQKLIAKGFAKRKSFEEISHKETSLKKTTPNDSFKINLFQHYTVKDITFYSPSSSNLDLLITHVESPYFFYGRVADISLNETIANISVELYELYSNSVNNSNHKPVEGDVCAGFYAEYGEWYRILVLAVYSETVVAFLIDYGDVVVIPFDGLRLLPPRYISLPSQAIALRLNNIKPKIFQCEEENYPEADTWNTEAVEVFKDLVLFKKVSVEIVSEVDVSKEKATKISLTYVKTFANVHIKINDSDVASVLLSRNLACPKEKKTVNITQNITQDTSKSQESKCILKRVMYNDLPKIDFPVETFSLLIVNTDSPSKFHGQIPDIDLIKDLDLMSQDMTSYYSDDILEYIPIVGEVCAVFFITYEQYFRARIDYIGKSEIKVTSIDYGNTQTVALGDVKPLPLKYSIIPCQAYSLSLYGIVELHGNSWSEECCRFFMECCINSKVDITIKEKINDVCYVDMSSNNVSSFSMLLIDKGYAKRSDEVCESESKPLDLLDKTYTKEVIENNISKTEIDEKPLKTYDSPRDLHETLVLQSEESLNKRILDPYTKLPLFTLPEKFDILVCHIESLECFYSQVCDNELLTKNYEMQLEMYDHCQLSEIKSYLPKNGELCFGYLDEAWYRVYVKYVSNSSANVFFIDYGNCCDLSFSMLRPFTNTFLKFPSLAIPMKLYNPKNVKPYASVIEEFRKRTENRRCSAAVKSVLSDGFLEVDIIDDSFVDVMSVLVLTEASEASSSEIYEALNDNQTDVCDILSKPDERLPKKFNDANTTLESTVNDVMHNGGESKVLTANNFTVSNLPRREHPLESVSFKMRLSFLPISNKAVIISITHIESPYLIYGLRLDSLDVVKNLSEKISYLVEESNETLHLKAGALCCVQKDGKWFRCVACSVDSYKVVVFCIDYGFTLVVNHNCIRPFFKELKDYAAQVIPIKLMFVKPVNEDQDWSDSAIFKFKSIVNNQNVKVISKQNQGVFSIVKMKLMNDNESVELLMEKMGIAVLNSFVTEAENSSGEYIKKEVIPFSDIYKKVMYETIPQDEFKAIVIYAVSPRIFYVQIFDNEKIAKVDEISVKLHELYDNDERELEFCPGQLCSVKYRDQLWYRGYIISISDDFVIYLIDYGIKANIKRKNIKPLPEELQKYPAQALVMQINNLIPSRSADSFNRDAILAFRSLTEGRLVRVRYITSIGYRHRVDIIDDISNDNIGLKLVQKGLADYKSIAQTPSMRSPEKGLTYRTLRDMRHNVVKQYNSIGQSNQQKQSYQQKNCSHNDEYCADNTLYREHRTCSSTPLARLISSTEDGKLRYPRNKCEEKYSLSNGKDSGSTYNCANGVA

Target ORF information:

RefSeq Version	XM_012701445.1
Organism	Hydra vulgaris
Definition	Hydra vulgaris tudor domain-containing protein 15-like (LOC105844625), mRNA.

Target ORF information:

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

XM_012701445.1

ORF Insert Sequence:

ATGAGTTGTT ACATTGAAGA ACCTTTATTT GATATTCCTT TCTGTAGAGT AGATGAAGCT 
TATCTTCCTA CTACAAATCC TTGGATTGTA AAACAAACTC AATCAGATTT GACAGGAGTT 
ATTGCAAAGG CAGATGTTTT GTGCCCTGGA AAGATTAAAA AAAGAGAGAA ATATACTAAC 
AAATTGGAAA AACAGCTCAT ATCAATAGGA GTAAATTTGA CTGAAGATTC TGCCAACACA 
ATAATAAAGT CAACGATCAT GTCTGATGAA GATAATTTCA ATAACTGGGA CCCAATGAAA 
ATATCATACG AACAAAAGCA TTTCAATTCC TACAAGGAGC AGAAATATGA CGATAATCCA 
GTTGAAAGAC ATTGCCCTAC CAAGAGTTTA GATGGTTCTG AAAAAATATC TCCTACTAAA 
TGTGGCGTAG ACGAAGTGCG ACTTCATGTA TACAACATTC CTTTATCAAT GACTGAGGAA 
GGTCTTACGA ACTTATTTTC TTCAGTTGGA AATTGTTACA ATGTGAAAAG ATCAAATTCA 
ATTTCTAACA AAAATACTAC TTACGGCTTT GTTTCTTACC GTAATGTGCG AGATGCTGAA 
GCTGCTATCT CAAAATTTAA CGGATTTGTT TTTGGTGGCA AGTACACATT AGGTGTAAAG 
TTATCTACTG GAAGAAACAA CCAATCAATG AATAAAGAAA AAATTTTATG GGGTGATAGC 
GGTCTAGATG GATTAAGTTC TGGTGAAAGC CATGATCAAG AAGCAAGTAA GAATACGACT 
CTTTCTGGTG ACTCATCAAC AGAATTCTCC AAAAACACTG GTCTCTCAAA AAATACAACT 
GAATTGATTA AAAATGAAAG CACTCGGTTA CATATACAAG GTCTTGACGT TTCTACAAAT 
AAAAATGATT TGCATGAGTT ATTTAAAGAT ATTGGTCCAA TATATAATAT TAAAGTTGTT 
CCACCAAAGA AACCTGGCCA ATATTCAACA TATGGGTTTG TAACCATGGA TTCTGTTGAG 
ATGGCTAGTT CGGCTATTCA GATATTGAAT AACAGCATAT TTAAAGGGAA AAAATTATAT 
GTGTCACCTG CTAACCCAAA TGTACAAAGT TTTAAAGTAA ACAAAAATGA AGATGAAGTT 
TTTTATGATA AACTTTATGA TGATTCAGTT TGGGGTTGTG ATAATAAAAA TAATGAAGAC 
CAAAAGAGTA CTGAAATTGT AGCAACATCT ATGTATCATC AATGTGAAGC TCAATTAAAT 
GCACCTAATA AAATATTGCC ACATGATAGT TTAGAAATTA AAAAAATGAA CCATATTCAT 
TCTGACACTT TTCACCAATT GATGCTCTCA GAATTGTCAA CAAGTTCATT TCCTGATTCA 
ACAGAATTTG AAGTCTGTTT TACAGAAATT GTATCTCCTG CACTTATGTA TGCACAGATA 
TTAGACGATA ATACACTTGC TGCTTTACAA GAAGTTACTC TAAGGTTGCA AGAAATTGAT 
AAAATACAAG ATTTTACTTT GTTAAAACCT AAAATTGATC AGATTTGTTG TGCAAAGTAT 
AATGCTGATA ATCAATGGTA TCGTGCCAGT ATTATATGTT ATAATACAGA TTTGATGGCT 
ACAGTAAATT TCATTGATTT TGGAAATCAA GCTGATGTAG AAATAAAAAA CATTCGTTGT 
ATTGACAAGC AGCTCCTTAG CTATCCAATA CTTGCTTCAG TGTTTTGTTT GGAAGGTATA 
GAAAGTACAT CAGAGAATGG TGTCTGGGGT AATGATGTTG TTGAATTTAT GGCTTTGTCA 
TTACTTAATC AAGCTATAAA AGTTAAATGT TTGAGCATTT CCAATAATAA AATGACTTGT 
GAAGTTGAGT TACCTGATGG CAGTTGTTTG TCACAAAAAC TTATTGCGAA AGGGTTTGCT 
AAAAGAAAAT CTTTTGAAGA GATCAGTCAT AAAGAAACTT CTTTAAAAAA AACAACTCCA 
AATGATTCAT TTAAAATCAA TTTATTTCAA CATTACACTG TAAAGGATAT TACTTTTTAC 
TCTCCTTCCA GCTCAAACCT TGATTTGTTA ATTACTCATG TAGAAAGTCC TTATTTTTTT 
TATGGTAGAG TTGCTGATAT ATCTCTTAAT GAAACTATTG CAAATATATC GGTAGAATTA 
TATGAACTTT ACTCTAATTC AGTTAATAAT AGCAATCACA AACCTGTAGA AGGAGATGTT 
TGTGCTGGAT TTTATGCCGA GTATGGTGAA TGGTACAGAA TTTTAGTTTT AGCTGTTTAT 
TCAGAAACGG TTGTTGCATT TTTAATTGAT TATGGTGATG TTGTGGTAAT TCCTTTTGAT 
GGATTGAGAC TTTTACCTCC AAGATATATA TCATTGCCAT CACAAGCAAT TGCATTGCGG 
TTAAATAATA TTAAACCTAA AATATTTCAA TGTGAAGAAG AAAATTATCC TGAGGCTGAC 
ACATGGAATA CAGAAGCTGT TGAAGTTTTT AAAGATCTGG TTTTGTTTAA AAAAGTCTCT 
GTTGAAATAG TTTCTGAAGT AGATGTTTCT AAAGAGAAAG CTACTAAAAT AAGTCTTACA 
TATGTTAAAA CTTTTGCTAA TGTACATATA AAAATTAATG ACTCCGATGT TGCATCTGTT 
TTACTTTCTA GAAATTTAGC TTGTCCTAAA GAGAAAAAAA CGGTAAATAT TACACAAAAT 
ATTACCCAAG ATACCAGCAA AAGTCAAGAA TCAAAATGCA TTTTAAAAAG GGTAATGTAT 
AATGACCTCC CTAAAATAGA TTTTCCAGTT GAAACTTTTT CATTGCTAAT TGTAAATACT 
GATAGCCCAT CAAAGTTTCA TGGACAAATT CCTGATATAG ATCTTATTAA GGATCTTGAT 
TTGATGTCTC AAGATATGAC ATCATATTAT AGTGACGATA TTTTGGAGTA TATACCTATT 
GTTGGTGAAG TCTGTGCGGT TTTTTTTATA ACATATGAAC AGTATTTTCG TGCACGTATT 
GACTATATAG GAAAATCTGA AATTAAAGTA ACATCAATTG ATTATGGTAA TACTCAAACT 
GTTGCCCTCG GAGATGTAAA GCCTCTTCCA CTTAAGTATT CTATAATTCC ATGTCAAGCT 
TATTCCCTTT CACTTTATGG CATTGTCGAG TTACATGGTA ATAGTTGGTC TGAAGAATGC 
TGCAGGTTTT TTATGGAGTG TTGCATAAAC AGTAAGGTTG ACATTACTAT TAAGGAAAAA 
ATAAATGATG TATGTTATGT AGATATGTCT TCAAATAATG TATCATCCTT TTCAATGTTG 
TTGATAGACA AAGGCTATGC TAAACGTTCA GATGAAGTTT GCGAAAGTGA AAGTAAACCG 
TTGGATTTAT TAGATAAGAC ATATACAAAA GAAGTAATTG AAAACAATAT AAGTAAGACT 
GAAATAGATG AAAAGCCTTT AAAAACATAT GATTCACCGA GAGACTTACA TGAAACTTTA 
GTGCTACAAT CTGAAGAATC GCTCAATAAA AGAATATTAG ACCCATATAC TAAGTTACCC 
TTGTTTACTT TACCTGAGAA ATTTGATATT TTAGTTTGTC ATATTGAAAG TTTGGAATGT 
TTTTATTCAC AAGTTTGTGA TAATGAACTT CTAACAAAGA ACTATGAGAT GCAATTAGAA 
ATGTATGATC ACTGCCAGTT AAGTGAAATC AAATCCTATT TACCAAAAAA TGGAGAGCTA 
TGTTTTGGAT ATTTAGATGA AGCTTGGTAT CGTGTCTATG TTAAATATGT TAGTAATTCA 
TCAGCAAATG TATTTTTCAT TGACTATGGG AACTGCTGTG ATCTGTCGTT TTCAATGTTG 
CGACCTTTTA CTAACACTTT TTTAAAGTTT CCTTCCTTGG CTATACCAAT GAAACTTTAC 
AATCCAAAAA ATGTTAAACC TTATGCTAGC GTTATAGAAG AGTTTAGAAA AAGGACGGAA 
AATAGAAGGT GTTCTGCTGC TGTCAAAAGT GTTTTAAGTG ATGGGTTTTT AGAAGTAGAT 
ATAATAGATG ATTCTTTTGT TGATGTTATG TCTGTATTAG TTTTAACAGA AGCATCTGAA 
GCATCTTCAT CAGAAATATA TGAAGCTCTA AATGATAATC AAACTGATGT TTGCGATATT 
TTATCCAAAC CTGATGAACG TTTGCCTAAA AAGTTTAACG ATGCGAATAC AACTCTAGAA 
TCAACAGTAA ACGATGTAAT GCATAATGGC GGGGAATCTA AGGTCTTAAC AGCAAACAAC 
TTTACGGTTT CAAATCTTCC ACGGCGTGAA CATCCATTAG AGTCTGTGTC GTTTAAAATG 
CGCCTATCAT TTTTACCGAT CTCAAATAAA GCTGTTATTA TCTCAATAAC TCATATTGAA 
TCGCCTTACT TAATTTATGG ATTAAGATTA GATTCTCTCG ATGTAGTTAA GAATCTTTCA 
GAAAAAATTT CTTATTTGGT AGAAGAGAGT AATGAAACTT TACATTTAAA AGCTGGTGCA 
TTATGTTGTG TTCAGAAAGA TGGAAAATGG TTTCGATGTG TTGCATGTAG CGTAGATAGT 
TACAAGGTTG TAGTATTTTG CATAGATTAT GGATTTACGT TAGTTGTTAA TCATAACTGC 
ATTCGTCCGT TTTTCAAAGA GCTCAAAGAT TACGCAGCGC AAGTTATACC AATTAAATTG 
ATGTTTGTTA AGCCAGTAAA TGAAGATCAA GATTGGTCAG ATAGCGCTAT ATTCAAGTTT 
AAAAGTATTG TAAATAATCA AAATGTTAAA GTTATATCGA AGCAAAATCA AGGTGTATTT 
TCAATCGTGA AAATGAAACT AATGAACGAT AACGAGTCTG TTGAATTACT TATGGAGAAA 
ATGGGTATAG CTGTATTAAA CTCGTTTGTT ACGGAAGCTG AAAACTCAAG TGGTGAATAT 
ATTAAAAAAG AAGTTATTCC TTTTTCTGAC ATTTACAAGA AAGTTATGTA TGAGACAATT 
CCACAAGATG AGTTTAAAGC TATAGTCATT TATGCGGTCA GTCCTCGAAT CTTTTATGTA 
CAAATCTTTG ATAATGAAAA AATTGCTAAA GTCGACGAAA TAAGCGTTAA ACTTCATGAG 
TTATATGATA ATGATGAAAG AGAACTTGAA TTTTGTCCAG GCCAGCTATG TTCAGTCAAG 
TATCGTGATC AATTATGGTA TCGTGGTTAC ATCATTAGTA TTTCCGATGA TTTTGTTATT 
TATCTTATCG ATTATGGTAT AAAAGCAAAT ATCAAAAGAA AAAACATAAA ACCGTTACCT 
GAAGAGTTGC AGAAATATCC TGCTCAAGCT TTGGTTATGC AAATTAATAA TTTAATTCCA 
TCAAGATCGG CTGATTCTTT TAACCGTGAT GCAATACTTG CATTTAGATC GTTGACCGAA 
GGCCGTTTAG TAAGGGTTCG ATATATCACT TCAATTGGAT ACCGTCATCG TGTTGATATC 
ATTGACGATA TTTCCAACGA TAATATTGGA TTAAAGCTGG TACAAAAGGG TTTAGCTGAT 
TATAAAAGTA TTGCACAGAC ACCTTCAATG AGGTCGCCTG AGAAAGGACT AACTTATAGA 
ACATTAAGAG ATATGCGACA TAATGTGGTT AAACAGTATA ACTCAATCGG ACAGTCAAAC 
CAACAAAAAC AGTCTTATCA ACAAAAAAAT TGCTCTCATA ATGATGAGTA TTGCGCGGAT 
AATACACTCT ATCGTGAACA TCGTACATGC TCTAGCACAC CGCTTGCTCG GCTGATTTCT 
TCAACAGAGG ACGGGAAACT TCGATATCCT CGTAACAAAT GCGAAGAAAA GTATAGTCTA 
TCAAACGGTA AAGACAGTGG AAGTACTTAT AACTGTGCTA ATGGTGTGGC GTAA

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

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LOC105844625 cDNA ORF clone, Hydra vulgaris

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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