LOC100197921 cDNA ORF clone, Hydra vulgaris

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100197921
Entrez Gene ID	100197921
Full Name	zinc finger FYVE domain-containing protein 26-like
Gene Type	protein-coding
Organism	Hydra vulgaris

mRNA and Protein(s)

mRNA	Protein	Name
XM_012704886.1	XP_012560340.1	zinc finger FYVE domain-containing protein 26-like

Pathways from BioSystems
Gene Ontology

The following LOC100197921 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100197921 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
OHc13456	XM_012704886.1 Latest version!	Hydra vulgaris zinc finger FYVE domain-containing protein 26-like (LOC100197921), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

ORF Online Only Promotion

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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)

LOC100197921 ( XM_012704886.1 ) cDNA ORF clone, Hydra vulgaris -> XP_012560340.1 Hydra vulgaris zinc finger FYVE domain-containing protein 26-like (LOC100197921), mRNA.

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CloneID	OHc13456
Clone ID Related Accession (Same CDS sequence)	XM_012704886.1
Accession Version	XM_012704886.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7797bp) 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	zinc finger FYVE domain-containing protein 26-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004166975.1) 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##

ATGAATCTTG AAGAGTTAGA GGATTCATTT TGGTATCGTA TTAATATAAA TCAATATGAG 
CTAGCAGATG CTATTTTACA AGTGATAAGA AATGTCTCAC AGGATAATTA CAAAGATCTT 
CTTGTTTCTC TTATATTACG AACATCTAAA TATCAGCAAA GAACTGATTC ATTAGAGGAG 
TATTTGCATT CTTGGATTGC CTTAAGAGAA TATGTGAAAA ATGAAGTTAT ACTGAGTCAG 
ACACATGTAT TGTGTCCAGA AAGAGAACGA AATGAACTTG AATTTCAAAT GATTTTAAAA 
TCAAATAAGA AAGAAATTGA TGCCCAATCT GCAAATATTT TAAAGGAATT GTTTTCTTGT 
CAAGGATCTT CTAACAAAAC TGTAAATTTA TCACAAGCAA CATCTTTCAT TAAAAAATTA 
GTAGATTGTG ATGTGGAACT ATGTTTCAAT ATTATTGAAT TGTTATCACA TCATGAAAGT 
ATTAGAGCTT TTGGATCACA ACTTTTAAAA AATGAGGTTG AATGTTTATT ATTAAATGAT 
AGATTTGCAA AATCTTTATC GTTGTTATCT GTTGGCAAGA AGTATTTAGA TTATAATGAC 
AAAAATCAAA TGGACATTTT GAAGAAATTT CTTTATGAGT TATTGAAGCA AAATAAATTT 
GGGGTGGTCG ACAGTTTATC TGTTTCATTA GTTACAAAAT TTAAGCTTGT TCAGTTTATT 
GATATCCAAG TTCAAGATTT TATTTTAGCA TCAGTGAAAC CAATAAACAA TGACCCTGGC 
AGTATAGAAC TTGCAGAAAT CATAGCTAGA GCGATTGGTT ATCCAAATAG GGATGACTGG 
TTTTTGTTAG TTTTATTGTG TATCGATAAA AAACTTCTTC TTTTGCAAAA TATTCTGGAT 
ACTTGTTTTT ATTTAGTAAG TGAGGGTCAA CATAAGTGTG CAGCTTCTTT GTTATCTTCT 
CCTTGTTTAA GTCCTCTTAA AAATCTTGTC TTGCTTGCTT CTTGGTCAAA TTGTGCAACA 
ATGGATGAAG CTGTGGACTT GTTAGATCAT TTTCATGATT CCAAACCAGA GAAAGAAAAC 
TTTCTTTCAA GCAGTGTGGA GAAGCTCTCT AATCAAGTAA ATCTTATGCA ACGGTGTTTT 
TCAAAAATGA GTGAAATACT TGGAAATAAA CTAGACTCTT CTATATTTAA ATTGGCGCTT 
TGCCAAAAAG AATTGAGTTG TGCTTTATTT GTTCTCAATG AAACTAATCT GTTAAAAGAA 
ATGAAGTTTG ATGGTATTAT AGACATCTTG CAAATGCAAC CTGTTGATGG ATTTGATGGA 
TCAATGCAGT CAGAAGAAAT TAATATTTAT TGCAGTTTTA CTATAATCAA GCAGTTGTTA 
AACATTATCA TGGCCCCTTT TACCGGTGTT TTAAAGGACA AAAATGGTGT TATCTTGCCT 
TATTCAGTTG ATTTAGTTTG TGATTACTTT TATAAACTTA AGGCTGATGT TGAAAAAATA 
GAGCCTTTGG AATTGCGCAT TGAACTTCTT GAAAATATTT TCTCTCTTTT ATTTTTAAGA 
ACTGAAGATC TAAAAGATCC CAAGAAAAAT GATTGTGAAA GCCCTCATGA GCTTACACTT 
AATAGTTCAT CCCCGAGTCT AGATTCACCA AATATTTGTG GTAATAATTC TTTTAGTATG 
ACAAATAACA ATTTTCCCAG TAGAACACCT TTATTATTAA ATACTAATGA ATCTTATAAA 
AAATCAGAGG TGAAGCAAGA AAGTTTAAAG ATGAAGTTCA GTAACATATT GGGTTTGATT 
GGTTCATCTA AAACATTTCT TTGTGAGCAA AATACTGTAG AAAAAATTCT TCAACTTGTT 
AGTGAGTGTT TGCTATCTGC AAAATCAAAG ATAGTGTACA AAAGTGAAGT AGATGAAAAA 
GAAAATAAAT TGCGATATCG TCTTTCTCGA CTTTTACAGT ATAGCCGCGA GGCACAATGG 
AGACTGGAAA TTGCATCTGG GTTTAACCAA TCAGCTTCAA AATCATCTTT TCAAAATTTG 
CTACCTAATT CTTTTAAAAA TCACATTGTT GGACAAATGC TAGCATCACC AGCATCCTTA 
GTCCATTTAA CTCTGCAGAA ACGTGAGACA TTTCAAGCTA AACAAGTTAT TAAAATGTTT 
GACCTTAAAG ATGATAGCTG TGTTGATGAA GTTAATTTTA TCGAAGAATT TTCTAATGTA 
TCTAAAAACC TACTTCAAAT TTCACAGCCT GACACAAGCA AGAAAATGGG ATCAACTCTT 
GATCATGTAA GATCTGTTGC CTCTGCTGGA AAAACGTCAT TTGACAATAT ACAAATGATA 
AATCAATTAC TTGGTCATTC ATTTTTCAAC CACTCATTTT CAAATTTGTT ATCCTCCCTT 
GCAGTATGTG TGGATTTAAT GTTTCATTCT CCTTTGGTGT TTAACGTATG TAAAAGTATT 
TTTGAGATCA TCGAACCTAA GTGTGATACT ACTGTTCACT CTTCTGATCA ACATTTATAT 
TATCAAATGC TTGATAAAAT TAATGGTCTT AAATGTTTAC TCAATGCTGC TTCTTTAAAG 
GAAATGGATT TTTTTGAGTA CCTTGGACAG ATAAAACCTT TGGGAATATC TTCTTTTGTT 
TTACATTTTC CTTTATTTAT GGATGTTGAA AAAGTATCCT TGTTGAACTT CCTCATAACA 
CAAGGGATGA AGTTATTTTC AAATATATCC AATCACATAA ATAGTTTTCA TAATCTGTCC 
AATCACATTA AACAGGGTCA AGATAGAAGT AGTTTAACAT CATTTTCCAA AGAATTTCAT 
CAAGTTATCA CTCAGTATTG GAATGTTCCT CATGCAACTG ATTACTTTCG ATCTTTGTTT 
AAGTATGTTG AAAAATTAGC AGCCTTGCAA TCAGATAAAA ATAAATCCTT TAGAAATAAT 
GAAGATCCAT TTTCAGTATT CAATAATGAT ATTGTGAAGA TACTTGGAGC ATTATTATTC 
AAGTCTGAGG TATTGCCTAA CAATCTTGAA AGCTTTGCAA AGAGGTTTCA CATCAATCTT 
GTTAAAGTCA TAGCTAGTGG TTGTGGTTTT TCAGTACCTT TGATATCAAA AAGTTTACAT 
TTTAGTTATA ATGAATTATT TAAAGAAAAA GTAATTTTAA ATAGTACTCA AGATTATTTA 
CTGCTTCAAA AAACAGAAGA TCCTTTATTT ATTACCGAAG GCTTGCTAAA TCATTTTTTG 
GAAATGTTAT CTAATATGAT TTCTCCTCCT TTAACTGCTT CTGAAATATG TCAATACACT 
CAATCATATG CTCAAGATCT AATTAAAGTA GATATTAAAA AGCTTGAAAC AAGCATAGAA 
AAAAAAGTTT TTTTTATTAA CTTGTATAAT TTATTGCTGC TTCATGGTGT TTTGCTCATT 
GTTTCTGGAA AGTTTTCTAT TCCACAAAAG ATACCACTAA ATGAAATATT GTTTTTGCTT 
TGTCAATCTA ATTCTTTTTT AGCGATATTA ACTTCTTTTG CATATCAAGT TGGTGATCAA 
GTTTATACTG CTTTTGATAT TTATAAGCAA TTATTTCCTT CTCAAGATGA CTTGTCAAGT 
TTGCTTTTAC TTTCAAATGG ATCAATTTTT TCTCCAAACA TCCAGGTTGT AACTCCAAGC 
ACCCTCTCGG ATCTACTTAA GAAGTCCTTA AGCACACATG TTAAATTTGA GTTTAAAAAA 
GTTTTTCTTT CAAAAACGCT GGTTACTCAC ATTCATTTTA TGGATCAATA CGTTTTCCAT 
TCAGGTGATA ATCTAATTTC TTTAGAAAAG TTGCAGAATG TGTTTAAACA TTTTTCTACT 
CCGACTGATT TTACTACTGC TCTTCAAGAT AATTATGAGA TAATTGTTGA TCCCAAAGTC 
AACCAGTGTG ACCAATATCA GACAAATAAT GATTTTAATT TTTTAGCAGA ATCAAATTTT 
AAATTTTCAA ATTCAATTAA TGATTACCTT GTAAAAACTT GTCCTCTTGC TGGAACAATG 
ATGCATCTTC ATTTAAAATG GTATTCCATC ATGCAACAAT TTTCACTTGA ATCCAAATTA 
ATGTTTTTAG AAGATGAGCT ATCTAGATTT AGTTCATTAT CTTCAAATTA TGCTGTTATT 
AATAGTTTTT TTGTTGAAAT GACTACGCGA CATTCTAGGC TGTTAAACTC AATCTCTTCA 
AATTACAGTG CAGATGTAAT ACAAGAAGAA ACTTTGTATA GTTCTTTAAA ATTTAATTTT 
TCACAAGATT TAATATGGAC AATGAAACAA AGTATGTGGT CAGTTTTACT TAGTTTTTTA 
ATCGAGTACA GTTCTTTTTC CAAGCAAGTT CACAGGCTGT TTGACTCACA TTTAGATCTA 
CTAAATTTAC TTTCATTTGA TGTATTTGAT TCGCTTGTAT ATAATGCAAT ATATGAAATC 
AAAGTTTTAC TTAATGAACT TATTGGTAAT AAATACACTG ATAATAGTAA TATTTCTAAA 
ATTAATGATC ATCAGTTCAA ATTAAAGAGG TTATTATTGC TTATAAAGAA GCCAGAAAAA 
CAAATTGACA GAGTAAAATC ATCTATAAAG TTATTATCTG CAAAAGATGC AACAGACTTG 
CTAAAAATAT GGCTAAAAAG TGAAAAGTTG TGTAAAAATA TGCAAGTTGT TCTTAAAAAG 
AAGTTTAGTG AAATTGAATG GTTTGAAAAG ATTAACAAAG CATGCAAAAT TAATTTTTAT 
GATACTTGGT ATGATATTAA AGTTTTGTTT AAAATGAATC CTCAAAATTT GATATCTCGA 
TTAATTTCTA TTGAAAAATA TGATTTATTG GATGAATGGA AAACATTGTT TTCTATGAAA 
AATGAACATC TACAGCAATG CATTGAAGCC AAACTTGATT ATTTAGTTGA AAACTGTGCG 
GACCAGTTGA CTATTTTTGA TGTTTTAATA AACATTAAAG ACTTAAAAAT GTGTTTAACT 
ATCTGTGAAC TTGTTTTACA AAAAAGAACA GACTCAAAAA GTTATTACTC CAAAAGTTTA 
CTTTATGTAA TTGAACACAT GTTAAAACAT GAATTGCTTT CTCCTGTTTT GAAATTAACA 
TGTTTAAAAA ATAAAATTGG TATTCAATGT ATTGAATTAA TGAGTTGCGA ATTTTCTGAT 
GAGTACAAAC ATCTACAATC AGTGCCACAT ATTTTGCTGG AGCAGTTATT GATGAATGCA 
AAAGTTACTA TTGCTGGTCA GGTTGTTAAT CTTATAAGGA AATTGGGTTC ATCAGAAGTT 
ATGCTTCGCC CTCTTTTTAA AGACTGTGAT GATTTGATAG AAAAGTATGC TTCCTTTTCA 
CTTGATATTA AAGAAGTTGA TTCTGATAAA ATCTCCACAC CAGTTCAAAG TCCAAAAGTT 
AGAAGGAAGA CTATGAAACG TTCTCCATTA CCTTCTTCGA TTTTGCCAAC ATCTCCTTCA 
GATCAAACTG ATCAAGTGAA AGAAAGAAAT TTAAGTATGT CTTACTCTAA AGAAAAACAT 
GAGTTTGTAC CCCCTATAGA ATCTGTAGAC CGAAGTAGCT GGGTGAAAGA TTCACAAGTG 
ACAACATGCA TGCAGTGCAA TGAATTGTTC AATATGTTTA ACCGGCGTCA TCATTGTCGA 
CATTGTGGTC GGGTTGTTTG TTCAACTTGT TCTGACTTTA CATGCTATGT ACAGCAATAC 
AAAAAAAATG AAAGAATATG TTTAGTTTGT GCACAATATG TCTACAATTC ACCTGTAGAA 
AACGTTGACA ATAACTTTTT AGTAACAACA ACTCCAAGGC CTTTACCAAA AAGTTCAAAA 
ACTTCATCTG AAAAAACAAG CAGCAATTTT GAGCTAGATA AAACAGAATG GAAATTATAT 
ACAGATCCAA ATCAAAATAA ATCAGTTTAT GATAACTTTT ACTATGAGCA GGCCCCTAAC 
GCTCCACTTT GTTTATCTAT TATTGACCTA CACAGTAATG ACAAAGCTGC AGGTGGACTT 
TTAGTAAAGT TTTGCAACAA TCTATCTCAG CACTTTCATT CTAGCACTGA ATATGACTTT 
AATATGATTG TTGGGATAAT TGAATTTATT TTGAAACATG CTAAATTGAA GTTTTCAAAG 
TCTGGAGATG ATGGTGGTAT ATCCATGTGT GATTTCCAAC TGTCATATGT TGAAGTTCTA 
AAAATTCTAT TAGCAGCAAA TTGGCGTGAA GTACCTTCGA GTCAAGATTT TACTAATCCT 
GATTGTTTGA GAATGCTACG TGAAAAGCTC ATGGAACAGG AAAGATTTTC TCTTGCTTTA 
GAAATAACAA ATAAAGCGGG TTTAGACTTA GTTCCTGTTT TTTTCAAAAT GGGCATGGCA 
AAGTTAAAAT CTGGCTATCT TGAAGCAGCG CGAGAACATT TTTCTCATTG TCTTACTGTA 
ACCCAGGGTA TCTCAGGAAA CTCGTTTTTG CCAAACACTT ATTATTTAGA GAAGATTGTG 
CATTTGATAG AAAGTTCTCC TCTTTTGCTT CATCCATTTC ATTTATCTAG AGACATCACA 
GCTTCACCTG TAGCCTTTCT TCAAGAACAG AGCAAGAGTT TTATAGGTGA TTTTGGTCTT 
GATAAACCAA GATATGAAGA GATTCTATAT TATCTCAATA CTTATGGCTC ACATGTTCAG 
ACCATAACAT TTTTTTTGCG TCATCGTTTG CTGAAAAATG CTGTAATGTT TGTAAAGGAT 
CATAAATGTT CCCATGAAGT TTTTACAAAA CATCTTTTAT TGCCTTCCTT TAAAGAAGGA 
TGCTTTGAAC AGCTGTTTGA AGAGCTTAGA ATGAGTGACT CAATGTTACG TTTCTGGGAA 
ATGTACTTTG CTAACGCATG TAAAGATCTA AGTAGACTAG GCTATTATAA TTGCCTTTTA 
GAGCTTCAAA TTGCTATTAA GGATTATTTT CGAGCTGCAT TAACTTGTGT TAGGTTTTAT 
TTGGGAACTA ACGGCCAACC ACCTTGCTCA TTTGGTGACC TTATTTCTAG AAAAAAACAT 
TTATTAAATG CTTCCAAATA CTTAGAAGTT GTTATAAAGG ATAGAAGCAG TGGTTTTGTC 
TGCCATATTG GTGCTTCATT TTTAGGAGAT GAAAAATTGC ATGCTAATAG AGAAATATCT 
ATAAGTGAGA TGAAGCGATA TTTAATCACT GTAAATATGC AAATGGAGGT TACAGAGTTC 
ATGTATAATT TGGAAGTGAC TGGAGGAAAA TATGAAGGAA AACCTATACC TACATTGTTT 
GGAAATGGTA AAGAGAGATC AGAATTAGCT GTGAAAATAT TAGAAAGCTC TTCGCTTAAT 
GGATTGTCAC TTGTGTCTCG AATAATACAG GAATTTAAGT TACCGGCTGC TGCAATATTC 
CGACATTCTA TTTCAAAATT AGTGCAAAAA ATGCAATTAG AACAAGCTAA TTCAATCCTC 
CAAAATATTG AGCAAAATGG TATGGTCACA CAGCAAGAAA AAGATGAAAT ATTGATGCAA 
GTTGTGAATG TTATTTCAGC CAGTGACCAG TTAAAAAACG CAAACCATTT TTTAAAACAA 
ATTAAAGATG ATGTGAAAAA GATAAGAGCC TTAATTTTGT GCGGACGCTT AAAAGATGCT 
TATTTGGAAG CCGTAAAAAA AGATTTGGTT TTTGAAATCC AAAATATACT TGATAACGCA 
AAAAAAGCAC CAAACCAAAA GAATATGGTA GAAATTTGCG AAAAATGGCT AAAAGCTTAT 
CAAGAGAAAA AAGAAAAACG TTTCAACGAA ACTACAGGAT TATCAAAAAA GAAATAA

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

RefSeq	XP_012560340.1
CDS	27..7823
Translation	MNLEELEDSFWYRININQYELADAILQVIRNVSQDNYKDLLVSLILRTSKYQQRTDSLEEYLHSWIALREYVKNEVILSQTHVLCPERERNELEFQMILKSNKKEIDAQSANILKELFSCQGSSNKTVNLSQATSFIKKLVDCDVELCFNIIELLSHHESIRAFGSQLLKNEVECLLLNDRFAKSLSLLSVGKKYLDYNDKNQMDILKKFLYELLKQNKFGVVDSLSVSLVTKFKLVQFIDIQVQDFILASVKPINNDPGSIELAEIIARAIGYPNRDDWFLLVLLCIDKKLLLLQNILDTCFYLVSEGQHKCAASLLSSPCLSPLKNLVLLASWSNCATMDEAVDLLDHFHDSKPEKENFLSSSVEKLSNQVNLMQRCFSKMSEILGNKLDSSIFKLALCQKELSCALFVLNETNLLKEMKFDGIIDILQMQPVDGFDGSMQSEEINIYCSFTIIKQLLNIIMAPFTGVLKDKNGVILPYSVDLVCDYFYKLKADVEKIEPLELRIELLENIFSLLFLRTEDLKDPKKNDCESPHELTLNSSSPSLDSPNICGNNSFSMTNNNFPSRTPLLLNTNESYKKSEVKQESLKMKFSNILGLIGSSKTFLCEQNTVEKILQLVSECLLSAKSKIVYKSEVDEKENKLRYRLSRLLQYSREAQWRLEIASGFNQSASKSSFQNLLPNSFKNHIVGQMLASPASLVHLTLQKRETFQAKQVIKMFDLKDDSCVDEVNFIEEFSNVSKNLLQISQPDTSKKMGSTLDHVRSVASAGKTSFDNIQMINQLLGHSFFNHSFSNLLSSLAVCVDLMFHSPLVFNVCKSIFEIIEPKCDTTVHSSDQHLYYQMLDKINGLKCLLNAASLKEMDFFEYLGQIKPLGISSFVLHFPLFMDVEKVSLLNFLITQGMKLFSNISNHINSFHNLSNHIKQGQDRSSLTSFSKEFHQVITQYWNVPHATDYFRSLFKYVEKLAALQSDKNKSFRNNEDPFSVFNNDIVKILGALLFKSEVLPNNLESFAKRFHINLVKVIASGCGFSVPLISKSLHFSYNELFKEKVILNSTQDYLLLQKTEDPLFITEGLLNHFLEMLSNMISPPLTASEICQYTQSYAQDLIKVDIKKLETSIEKKVFFINLYNLLLLHGVLLIVSGKFSIPQKIPLNEILFLLCQSNSFLAILTSFAYQVGDQVYTAFDIYKQLFPSQDDLSSLLLLSNGSIFSPNIQVVTPSTLSDLLKKSLSTHVKFEFKKVFLSKTLVTHIHFMDQYVFHSGDNLISLEKLQNVFKHFSTPTDFTTALQDNYEIIVDPKVNQCDQYQTNNDFNFLAESNFKFSNSINDYLVKTCPLAGTMMHLHLKWYSIMQQFSLESKLMFLEDELSRFSSLSSNYAVINSFFVEMTTRHSRLLNSISSNYSADVIQEETLYSSLKFNFSQDLIWTMKQSMWSVLLSFLIEYSSFSKQVHRLFDSHLDLLNLLSFDVFDSLVYNAIYEIKVLLNELIGNKYTDNSNISKINDHQFKLKRLLLLIKKPEKQIDRVKSSIKLLSAKDATDLLKIWLKSEKLCKNMQVVLKKKFSEIEWFEKINKACKINFYDTWYDIKVLFKMNPQNLISRLISIEKYDLLDEWKTLFSMKNEHLQQCIEAKLDYLVENCADQLTIFDVLINIKDLKMCLTICELVLQKRTDSKSYYSKSLLYVIEHMLKHELLSPVLKLTCLKNKIGIQCIELMSCEFSDEYKHLQSVPHILLEQLLMNAKVTIAGQVVNLIRKLGSSEVMLRPLFKDCDDLIEKYASFSLDIKEVDSDKISTPVQSPKVRRKTMKRSPLPSSILPTSPSDQTDQVKERNLSMSYSKEKHEFVPPIESVDRSSWVKDSQVTTCMQCNELFNMFNRRHHCRHCGRVVCSTCSDFTCYVQQYKKNERICLVCAQYVYNSPVENVDNNFLVTTTPRPLPKSSKTSSEKTSSNFELDKTEWKLYTDPNQNKSVYDNFYYEQAPNAPLCLSIIDLHSNDKAAGGLLVKFCNNLSQHFHSSTEYDFNMIVGIIEFILKHAKLKFSKSGDDGGISMCDFQLSYVEVLKILLAANWREVPSSQDFTNPDCLRMLREKLMEQERFSLALEITNKAGLDLVPVFFKMGMAKLKSGYLEAAREHFSHCLTVTQGISGNSFLPNTYYLEKIVHLIESSPLLLHPFHLSRDITASPVAFLQEQSKSFIGDFGLDKPRYEEILYYLNTYGSHVQTITFFLRHRLLKNAVMFVKDHKCSHEVFTKHLLLPSFKEGCFEQLFEELRMSDSMLRFWEMYFANACKDLSRLGYYNCLLELQIAIKDYFRAALTCVRFYLGTNGQPPCSFGDLISRKKHLLNASKYLEVVIKDRSSGFVCHIGASFLGDEKLHANREISISEMKRYLITVNMQMEVTEFMYNLEVTGGKYEGKPIPTLFGNGKERSELAVKILESSSLNGLSLVSRIIQEFKLPAAAIFRHSISKLVQKMQLEQANSILQNIEQNGMVTQQEKDEILMQVVNVISASDQLKNANHFLKQIKDDVKKIRALILCGRLKDAYLEAVKKDLVFEIQNILDNAKKAPNQKNMVEICEKWLKAYQEKKEKRFNETTGLSKKK

Target ORF information:

RefSeq Version	XM_012704886.1
Organism	Hydra vulgaris
Definition	Hydra vulgaris zinc finger FYVE domain-containing protein 26-like (LOC100197921), mRNA.

Target ORF information:

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

XM_012704886.1

ORF Insert Sequence:

ATGAATCTTG AAGAGTTAGA GGATTCATTT TGGTATCGTA TTAATATAAA TCAATATGAG 
CTAGCAGATG CTATTTTACA AGTGATAAGA AATGTCTCAC AGGATAATTA CAAAGATCTT 
CTTGTTTCTC TTATATTACG AACATCTAAA TATCAGCAAA GAACTGATTC ATTAGAGGAG 
TATTTGCATT CTTGGATTGC CTTAAGAGAA TATGTGAAAA ATGAAGTTAT ACTGAGTCAG 
ACACATGTAT TGTGTCCAGA AAGAGAACGA AATGAACTTG AATTTCAAAT GATTTTAAAA 
TCAAATAAGA AAGAAATTGA TGCCCAATCT GCAAATATTT TAAAGGAATT GTTTTCTTGT 
CAAGGATCTT CTAACAAAAC TGTAAATTTA TCACAAGCAA CATCTTTCAT TAAAAAATTA 
GTAGATTGTG ATGTGGAACT ATGTTTCAAT ATTATTGAAT TGTTATCACA TCATGAAAGT 
ATTAGAGCTT TTGGATCACA ACTTTTAAAA AATGAGGTTG AATGTTTATT ATTAAATGAT 
AGATTTGCAA AATCTTTATC GTTGTTATCT GTTGGCAAGA AGTATTTAGA TTATAATGAC 
AAAAATCAAA TGGACATTTT GAAGAAATTT CTTTATGAGT TATTGAAGCA AAATAAATTT 
GGGGTGGTCG ACAGTTTATC TGTTTCATTA GTTACAAAAT TTAAGCTTGT TCAGTTTATT 
GATATCCAAG TTCAAGATTT TATTTTAGCA TCAGTGAAAC CAATAAACAA TGACCCTGGC 
AGTATAGAAC TTGCAGAAAT CATAGCTAGA GCGATTGGTT ATCCAAATAG GGATGACTGG 
TTTTTGTTAG TTTTATTGTG TATCGATAAA AAACTTCTTC TTTTGCAAAA TATTCTGGAT 
ACTTGTTTTT ATTTAGTAAG TGAGGGTCAA CATAAGTGTG CAGCTTCTTT GTTATCTTCT 
CCTTGTTTAA GTCCTCTTAA AAATCTTGTC TTGCTTGCTT CTTGGTCAAA TTGTGCAACA 
ATGGATGAAG CTGTGGACTT GTTAGATCAT TTTCATGATT CCAAACCAGA GAAAGAAAAC 
TTTCTTTCAA GCAGTGTGGA GAAGCTCTCT AATCAAGTAA ATCTTATGCA ACGGTGTTTT 
TCAAAAATGA GTGAAATACT TGGAAATAAA CTAGACTCTT CTATATTTAA ATTGGCGCTT 
TGCCAAAAAG AATTGAGTTG TGCTTTATTT GTTCTCAATG AAACTAATCT GTTAAAAGAA 
ATGAAGTTTG ATGGTATTAT AGACATCTTG CAAATGCAAC CTGTTGATGG ATTTGATGGA 
TCAATGCAGT CAGAAGAAAT TAATATTTAT TGCAGTTTTA CTATAATCAA GCAGTTGTTA 
AACATTATCA TGGCCCCTTT TACCGGTGTT TTAAAGGACA AAAATGGTGT TATCTTGCCT 
TATTCAGTTG ATTTAGTTTG TGATTACTTT TATAAACTTA AGGCTGATGT TGAAAAAATA 
GAGCCTTTGG AATTGCGCAT TGAACTTCTT GAAAATATTT TCTCTCTTTT ATTTTTAAGA 
ACTGAAGATC TAAAAGATCC CAAGAAAAAT GATTGTGAAA GCCCTCATGA GCTTACACTT 
AATAGTTCAT CCCCGAGTCT AGATTCACCA AATATTTGTG GTAATAATTC TTTTAGTATG 
ACAAATAACA ATTTTCCCAG TAGAACACCT TTATTATTAA ATACTAATGA ATCTTATAAA 
AAATCAGAGG TGAAGCAAGA AAGTTTAAAG ATGAAGTTCA GTAACATATT GGGTTTGATT 
GGTTCATCTA AAACATTTCT TTGTGAGCAA AATACTGTAG AAAAAATTCT TCAACTTGTT 
AGTGAGTGTT TGCTATCTGC AAAATCAAAG ATAGTGTACA AAAGTGAAGT AGATGAAAAA 
GAAAATAAAT TGCGATATCG TCTTTCTCGA CTTTTACAGT ATAGCCGCGA GGCACAATGG 
AGACTGGAAA TTGCATCTGG GTTTAACCAA TCAGCTTCAA AATCATCTTT TCAAAATTTG 
CTACCTAATT CTTTTAAAAA TCACATTGTT GGACAAATGC TAGCATCACC AGCATCCTTA 
GTCCATTTAA CTCTGCAGAA ACGTGAGACA TTTCAAGCTA AACAAGTTAT TAAAATGTTT 
GACCTTAAAG ATGATAGCTG TGTTGATGAA GTTAATTTTA TCGAAGAATT TTCTAATGTA 
TCTAAAAACC TACTTCAAAT TTCACAGCCT GACACAAGCA AGAAAATGGG ATCAACTCTT 
GATCATGTAA GATCTGTTGC CTCTGCTGGA AAAACGTCAT TTGACAATAT ACAAATGATA 
AATCAATTAC TTGGTCATTC ATTTTTCAAC CACTCATTTT CAAATTTGTT ATCCTCCCTT 
GCAGTATGTG TGGATTTAAT GTTTCATTCT CCTTTGGTGT TTAACGTATG TAAAAGTATT 
TTTGAGATCA TCGAACCTAA GTGTGATACT ACTGTTCACT CTTCTGATCA ACATTTATAT 
TATCAAATGC TTGATAAAAT TAATGGTCTT AAATGTTTAC TCAATGCTGC TTCTTTAAAG 
GAAATGGATT TTTTTGAGTA CCTTGGACAG ATAAAACCTT TGGGAATATC TTCTTTTGTT 
TTACATTTTC CTTTATTTAT GGATGTTGAA AAAGTATCCT TGTTGAACTT CCTCATAACA 
CAAGGGATGA AGTTATTTTC AAATATATCC AATCACATAA ATAGTTTTCA TAATCTGTCC 
AATCACATTA AACAGGGTCA AGATAGAAGT AGTTTAACAT CATTTTCCAA AGAATTTCAT 
CAAGTTATCA CTCAGTATTG GAATGTTCCT CATGCAACTG ATTACTTTCG ATCTTTGTTT 
AAGTATGTTG AAAAATTAGC AGCCTTGCAA TCAGATAAAA ATAAATCCTT TAGAAATAAT 
GAAGATCCAT TTTCAGTATT CAATAATGAT ATTGTGAAGA TACTTGGAGC ATTATTATTC 
AAGTCTGAGG TATTGCCTAA CAATCTTGAA AGCTTTGCAA AGAGGTTTCA CATCAATCTT 
GTTAAAGTCA TAGCTAGTGG TTGTGGTTTT TCAGTACCTT TGATATCAAA AAGTTTACAT 
TTTAGTTATA ATGAATTATT TAAAGAAAAA GTAATTTTAA ATAGTACTCA AGATTATTTA 
CTGCTTCAAA AAACAGAAGA TCCTTTATTT ATTACCGAAG GCTTGCTAAA TCATTTTTTG 
GAAATGTTAT CTAATATGAT TTCTCCTCCT TTAACTGCTT CTGAAATATG TCAATACACT 
CAATCATATG CTCAAGATCT AATTAAAGTA GATATTAAAA AGCTTGAAAC AAGCATAGAA 
AAAAAAGTTT TTTTTATTAA CTTGTATAAT TTATTGCTGC TTCATGGTGT TTTGCTCATT 
GTTTCTGGAA AGTTTTCTAT TCCACAAAAG ATACCACTAA ATGAAATATT GTTTTTGCTT 
TGTCAATCTA ATTCTTTTTT AGCGATATTA ACTTCTTTTG CATATCAAGT TGGTGATCAA 
GTTTATACTG CTTTTGATAT TTATAAGCAA TTATTTCCTT CTCAAGATGA CTTGTCAAGT 
TTGCTTTTAC TTTCAAATGG ATCAATTTTT TCTCCAAACA TCCAGGTTGT AACTCCAAGC 
ACCCTCTCGG ATCTACTTAA GAAGTCCTTA AGCACACATG TTAAATTTGA GTTTAAAAAA 
GTTTTTCTTT CAAAAACGCT GGTTACTCAC ATTCATTTTA TGGATCAATA CGTTTTCCAT 
TCAGGTGATA ATCTAATTTC TTTAGAAAAG TTGCAGAATG TGTTTAAACA TTTTTCTACT 
CCGACTGATT TTACTACTGC TCTTCAAGAT AATTATGAGA TAATTGTTGA TCCCAAAGTC 
AACCAGTGTG ACCAATATCA GACAAATAAT GATTTTAATT TTTTAGCAGA ATCAAATTTT 
AAATTTTCAA ATTCAATTAA TGATTACCTT GTAAAAACTT GTCCTCTTGC TGGAACAATG 
ATGCATCTTC ATTTAAAATG GTATTCCATC ATGCAACAAT TTTCACTTGA ATCCAAATTA 
ATGTTTTTAG AAGATGAGCT ATCTAGATTT AGTTCATTAT CTTCAAATTA TGCTGTTATT 
AATAGTTTTT TTGTTGAAAT GACTACGCGA CATTCTAGGC TGTTAAACTC AATCTCTTCA 
AATTACAGTG CAGATGTAAT ACAAGAAGAA ACTTTGTATA GTTCTTTAAA ATTTAATTTT 
TCACAAGATT TAATATGGAC AATGAAACAA AGTATGTGGT CAGTTTTACT TAGTTTTTTA 
ATCGAGTACA GTTCTTTTTC CAAGCAAGTT CACAGGCTGT TTGACTCACA TTTAGATCTA 
CTAAATTTAC TTTCATTTGA TGTATTTGAT TCGCTTGTAT ATAATGCAAT ATATGAAATC 
AAAGTTTTAC TTAATGAACT TATTGGTAAT AAATACACTG ATAATAGTAA TATTTCTAAA 
ATTAATGATC ATCAGTTCAA ATTAAAGAGG TTATTATTGC TTATAAAGAA GCCAGAAAAA 
CAAATTGACA GAGTAAAATC ATCTATAAAG TTATTATCTG CAAAAGATGC AACAGACTTG 
CTAAAAATAT GGCTAAAAAG TGAAAAGTTG TGTAAAAATA TGCAAGTTGT TCTTAAAAAG 
AAGTTTAGTG AAATTGAATG GTTTGAAAAG ATTAACAAAG CATGCAAAAT TAATTTTTAT 
GATACTTGGT ATGATATTAA AGTTTTGTTT AAAATGAATC CTCAAAATTT GATATCTCGA 
TTAATTTCTA TTGAAAAATA TGATTTATTG GATGAATGGA AAACATTGTT TTCTATGAAA 
AATGAACATC TACAGCAATG CATTGAAGCC AAACTTGATT ATTTAGTTGA AAACTGTGCG 
GACCAGTTGA CTATTTTTGA TGTTTTAATA AACATTAAAG ACTTAAAAAT GTGTTTAACT 
ATCTGTGAAC TTGTTTTACA AAAAAGAACA GACTCAAAAA GTTATTACTC CAAAAGTTTA 
CTTTATGTAA TTGAACACAT GTTAAAACAT GAATTGCTTT CTCCTGTTTT GAAATTAACA 
TGTTTAAAAA ATAAAATTGG TATTCAATGT ATTGAATTAA TGAGTTGCGA ATTTTCTGAT 
GAGTACAAAC ATCTACAATC AGTGCCACAT ATTTTGCTGG AGCAGTTATT GATGAATGCA 
AAAGTTACTA TTGCTGGTCA GGTTGTTAAT CTTATAAGGA AATTGGGTTC ATCAGAAGTT 
ATGCTTCGCC CTCTTTTTAA AGACTGTGAT GATTTGATAG AAAAGTATGC TTCCTTTTCA 
CTTGATATTA AAGAAGTTGA TTCTGATAAA ATCTCCACAC CAGTTCAAAG TCCAAAAGTT 
AGAAGGAAGA CTATGAAACG TTCTCCATTA CCTTCTTCGA TTTTGCCAAC ATCTCCTTCA 
GATCAAACTG ATCAAGTGAA AGAAAGAAAT TTAAGTATGT CTTACTCTAA AGAAAAACAT 
GAGTTTGTAC CCCCTATAGA ATCTGTAGAC CGAAGTAGCT GGGTGAAAGA TTCACAAGTG 
ACAACATGCA TGCAGTGCAA TGAATTGTTC AATATGTTTA ACCGGCGTCA TCATTGTCGA 
CATTGTGGTC GGGTTGTTTG TTCAACTTGT TCTGACTTTA CATGCTATGT ACAGCAATAC 
AAAAAAAATG AAAGAATATG TTTAGTTTGT GCACAATATG TCTACAATTC ACCTGTAGAA 
AACGTTGACA ATAACTTTTT AGTAACAACA ACTCCAAGGC CTTTACCAAA AAGTTCAAAA 
ACTTCATCTG AAAAAACAAG CAGCAATTTT GAGCTAGATA AAACAGAATG GAAATTATAT 
ACAGATCCAA ATCAAAATAA ATCAGTTTAT GATAACTTTT ACTATGAGCA GGCCCCTAAC 
GCTCCACTTT GTTTATCTAT TATTGACCTA CACAGTAATG ACAAAGCTGC AGGTGGACTT 
TTAGTAAAGT TTTGCAACAA TCTATCTCAG CACTTTCATT CTAGCACTGA ATATGACTTT 
AATATGATTG TTGGGATAAT TGAATTTATT TTGAAACATG CTAAATTGAA GTTTTCAAAG 
TCTGGAGATG ATGGTGGTAT ATCCATGTGT GATTTCCAAC TGTCATATGT TGAAGTTCTA 
AAAATTCTAT TAGCAGCAAA TTGGCGTGAA GTACCTTCGA GTCAAGATTT TACTAATCCT 
GATTGTTTGA GAATGCTACG TGAAAAGCTC ATGGAACAGG AAAGATTTTC TCTTGCTTTA 
GAAATAACAA ATAAAGCGGG TTTAGACTTA GTTCCTGTTT TTTTCAAAAT GGGCATGGCA 
AAGTTAAAAT CTGGCTATCT TGAAGCAGCG CGAGAACATT TTTCTCATTG TCTTACTGTA 
ACCCAGGGTA TCTCAGGAAA CTCGTTTTTG CCAAACACTT ATTATTTAGA GAAGATTGTG 
CATTTGATAG AAAGTTCTCC TCTTTTGCTT CATCCATTTC ATTTATCTAG AGACATCACA 
GCTTCACCTG TAGCCTTTCT TCAAGAACAG AGCAAGAGTT TTATAGGTGA TTTTGGTCTT 
GATAAACCAA GATATGAAGA GATTCTATAT TATCTCAATA CTTATGGCTC ACATGTTCAG 
ACCATAACAT TTTTTTTGCG TCATCGTTTG CTGAAAAATG CTGTAATGTT TGTAAAGGAT 
CATAAATGTT CCCATGAAGT TTTTACAAAA CATCTTTTAT TGCCTTCCTT TAAAGAAGGA 
TGCTTTGAAC AGCTGTTTGA AGAGCTTAGA ATGAGTGACT CAATGTTACG TTTCTGGGAA 
ATGTACTTTG CTAACGCATG TAAAGATCTA AGTAGACTAG GCTATTATAA TTGCCTTTTA 
GAGCTTCAAA TTGCTATTAA GGATTATTTT CGAGCTGCAT TAACTTGTGT TAGGTTTTAT 
TTGGGAACTA ACGGCCAACC ACCTTGCTCA TTTGGTGACC TTATTTCTAG AAAAAAACAT 
TTATTAAATG CTTCCAAATA CTTAGAAGTT GTTATAAAGG ATAGAAGCAG TGGTTTTGTC 
TGCCATATTG GTGCTTCATT TTTAGGAGAT GAAAAATTGC ATGCTAATAG AGAAATATCT 
ATAAGTGAGA TGAAGCGATA TTTAATCACT GTAAATATGC AAATGGAGGT TACAGAGTTC 
ATGTATAATT TGGAAGTGAC TGGAGGAAAA TATGAAGGAA AACCTATACC TACATTGTTT 
GGAAATGGTA AAGAGAGATC AGAATTAGCT GTGAAAATAT TAGAAAGCTC TTCGCTTAAT 
GGATTGTCAC TTGTGTCTCG AATAATACAG GAATTTAAGT TACCGGCTGC TGCAATATTC 
CGACATTCTA TTTCAAAATT AGTGCAAAAA ATGCAATTAG AACAAGCTAA TTCAATCCTC 
CAAAATATTG AGCAAAATGG TATGGTCACA CAGCAAGAAA AAGATGAAAT ATTGATGCAA 
GTTGTGAATG TTATTTCAGC CAGTGACCAG TTAAAAAACG CAAACCATTT TTTAAAACAA 
ATTAAAGATG ATGTGAAAAA GATAAGAGCC TTAATTTTGT GCGGACGCTT AAAAGATGCT 
TATTTGGAAG CCGTAAAAAA AGATTTGGTT TTTGAAATCC AAAATATACT TGATAACGCA 
AAAAAAGCAC CAAACCAAAA GAATATGGTA GAAATTTGCG AAAAATGGCT AAAAGCTTAT 
CAAGAGAAAA AAGAAAAACG TTTCAACGAA ACTACAGGAT TATCAAAAAA GAAATAA

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

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LOC100197921 cDNA ORF clone, Hydra vulgaris

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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