LOC100203405 cDNA ORF clone, Hydra vulgaris

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100203405
Entrez Gene ID	100203405
Full Name	polycystic kidney disease protein 1-like 2
Gene Type	protein-coding
Organism	Hydra vulgaris

mRNA and Protein(s)

mRNA	Protein	Name
XM_012701122.1	XP_012556576.1	polycystic kidney disease protein 1-like 2

Pathways from BioSystems
Gene Ontology

The following LOC100203405 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100203405 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
OHc15080	XM_012701122.1 Latest version!	Hydra vulgaris polycystic kidney disease protein 1-like 2 (LOC100203405), 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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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

LOC100203405 ( XM_012701122.1 ) cDNA ORF clone, Hydra vulgaris -> XP_012556576.1 Hydra vulgaris polycystic kidney disease protein 1-like 2 (LOC100203405), mRNA.

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CloneID	OHc15080
Clone ID Related Accession (Same CDS sequence)	XM_012701122.1
Accession Version	XM_012701122.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5073bp) 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	polycystic kidney disease protein 1-like 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004168047.1) and transcript sequence (GAOL01001184.1) 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 assembly gap :: added 135 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGAGAGCAA AGATTAAATT TACAAAGTCT ACGTGTTCTA AACCAACACC AGGAGTTTGT 
TATGTCAATC CAACAGTTGG ATTTGCCCTT GAAACAAAAT TCAACATTAT TTGTGATAAT 
TGGAAAGATT CTGATGGGTT GCTACGATAC ATGTTTTATT ATAACAATGG TCAAACGCAG 
CACATGAATG TTAGTACAAC AGATACAATT GATTATCCAA TGTTGAATGC TGCAACTACC 
GATCAACCTA GTTTATTTGA TTTTTTGATG GGTCCTGGTG ATAAAAACAA TGATGACCAA 
GTCACAATTA TTATAAAAGT GAGTAATAAA TACCAAGCCT ACACAGAATA CAAACATCTT 
TTTATCAAGG TACAAACAAA TAAGAAACCT GTAAATGTTA CAGACTTGAT TACTGGAATT 
GATTTAAACG ACACACAAAG TCTCGCAAAT CTTGTTCAAG CAGTTAGTTC AACTACAAAT 
AAAATTTCAG CTAATTATTC TAATAGCACT CTACCAACTG CAGATAACAT TACTGGTTTT 
ATTGATAATG GTGCATTAAA TCAAGAAAAA CAGCGGCAAT TGACTCTTTT GCAAGATACT 
CGCACACACA TGATTGGTTT ACTTGGTAAT GCCACCATCA ATGATTTAAA TTCCTTTAAA 
ATTATTGGTG ATGCTTTAGC TTTAACTTCA CAAAATCCAA TCGAGTTAGT TCCTCAATCT 
CAGAAACAAG CATCAAATAT TGTTGCTAAA ATGTCTGAAC TTCTTACCGC CCAAAATCTT 
AAAAGTATTG GAGCAGACAA TTTCGATACC ATGACTCAAC CATTTTTAAA GTCAATATCT 
AACTTGTTCC AAACTAGTTT AAATAATAAT GAATCAGATT CAGTTTTACC TACCCTTCAA 
ACAACAACTT CATCAACAAC TTCATCGCTA AATTTAAAAA GCAATAGTAA TCCAGTGTTG 
CAATTGTTCA AATCTATGGA TAGTCATTTT CTTGCAGCAC AAACTTACAA AGTACCTGGT 
GAAAACGCAA CTGTTGGTGA AACCAATCAA TTTACTTTTG TATTAAAAAA AGATTTCTCA 
AGTAGTTTGA GCAACAAATC AATTGGTTCA TCTGATGGTG AATATGGTTT TACTCTTCCT 
GATTCTAAGG ATTTATTTAA TGATTCTGTG CAAAACTCAC AAATCTCAGT CAATAATTTA 
AGAATGAAAG ATAATGTTTA CACATGGGAC ACAAATCGAT CACAAAACAT TCTCTCAGAA 
TCTCAAAGTC TTTCTTTTTC AGATGCTAAC GGTCATCCAA TTAAAGTAAG CAACAGTTCA 
CAACCAATTA AAATTGCCAT AAAAAATATT CCAGAAAAAA TGACTGGCAA AAATGTATCT 
TTATCAATGC CTAATGATGT AAATTTAATT AGTCTACCGT TGACATCAGG TTGTAACATG 
CTCTTAAAGT TCTTGTTTTT AAATGATGAA AATAATTTAA CAAATCTTTT TGTTTACATT 
CAATATGGAA AAATTGCAAC TAAACTTGAT TATGATATAA TGCTGAATAT TTCTGCTAAA 
CATGGTGTAA CTATGACAAA AAATAACAAT ATAACTACAG GCAACATCAC ATTTGATAAC 
AATATAAATG ATGTAAGTAA TTATTCTGGA TTTGTGCAAA GAAATCAAGA TGCTCTTCTT 
TTTGATGATG GCACCCTAAT TTTATGGAAT TTTTTAAACT CTACATATGG TTTTTATAAA 
AAAAGTATAT TGCATTTGCT CTTCTCCTAT TCTGGCCCAA TGCCTTCTAA AAAGCTAGAT 
TTGAATCCAT ACACTTTTGA TGAAGCAGAG TCTGTTGGGA CATATGTCTA TGAAATGAAG 
TCTTTTTGTG CAGAATGTAA TTATTGGAAT GAAGGGGAAA ATAAATGGAT GTCTGATGGA 
TGTGAGCTAG ATATTAATGG CACAAGTTTT TTAGTTACAA AATGTAAATG CACTCATTTG 
ACTTCTTTTG GCGGATTTTT TGTTGCTCCA AATCCTATAC GAAAACCAAC TTTATCTATG 
CTTAAAAATG GATATGTCCT TACTGTAGTA GTTGCAATAG CTCTTTTTAT TTGGATAGTT 
GGTTTGATAT TTTGTAGAAG AATGGACAAA AAAGATGTTT CAAAGATTGG TGTTTGTCCA 
CTTCTTGATA ATCGGGATGA AGATAATTAT ATGTATCAAA TAATAGTATA CACTGGAAAT 
CGAAAAGATG CTGGTACAGA ATCTAACATC TTTTTTACAG TAGCTGGTGA CATGGGTGAC 
AGTGAAGTTC GACGTTTAAA AGGTTCAGAA AGAAAATGTT TTCAAAGATC AAGCTGTGAT 
ATGTTTATAA TGACAACACA GAGTTCTCTT GGTGATTTAG ATTATATAAG ATTTTGGCAT 
GATAATAGTG GTGGAGGTTG GTACATAAAA AACATCATTA TTATTGATCT TCAAACTGAA 
AAACAATACC TTTTTATTGG AAATCGTTGG CTTGCTGTAG ATCGTGGCTC ATATTCAATA 
GATTGTGTTT TACCAGCGGC ATCAGTAGAA GAACAAAACG ATTTTACCTA TGTTTTTACT 
TTAAAAGCAA AACATAATCT TTCTGATGAA CATTTATGGT TTTCAGTTTT AGCTCGATCA 
CCTAAAAGTA ACTTTACCAG ATGTCAAAGG TTGTCTGTTG CAGTTTCTTT GTTACTGACT 
TCAATGATGG TAAGCGCAAT GTTCTATGGA CAAGGAGAAA GTAAAGAAGA CCCAGCAACA 
GAAAATAAAA GTGTTTTTTC CTTTACAGGA ACCCAGTTTG CACTTTTCAT TAAAAATATT 
AAAGAAGAAG AAACTGATTT TCAGACACAA GGTAAAATGT TGGCCCTTGA CGAAAATTGG 
CTTCACAAAC CGAAACACGA ACAATCTATT TTTGATCGAA AAGATATAGA AATGCAACCA 
CTTAATGCTT CTATAATATT AGAGATGAGA GATTTACGGA TTAAGAACCT CAAGATGTAC 
TCTTTAATAA AGGAGTTGGC TTTATATATG TTTTATGCTT TTTTGGTGAT GTTTATAGGA 
TTTTCAACAC GCAAAAATGT TGCTTTTCAC CAAACTCGCA ATGTTCAAGA TCTTTTTAAT 
CTAACACTTA GAAGGGTTCC ATGGCCAAGA GATTACAGTA AAATTTTTGG CCAGATTCAA 
GCTACACCAG ATTTTTGGAA TTGGATGGAC GAATTTTTTT TACCTCAAGT TTTTCCTGAA 
CCCTGGTATA AATTGAGTGA TTTTTATGCT AATTCGGATA AGAAAGATTT CCCTGGAAAG 
TTGTTTTTAA ACGATCTCAA TTCTAAGATT GTGAATGGAA TCAGAATTCG GCAAGTTCGT 
GTGCAACCAA ATTCTTGTGT AAAAACGAAA TCAGTTGCTC AGTTTATCAA GGTTAACTGT 
ATGTCTTCTT ATGAATCTAC TCTTGAAGAA ACAGGAAATT TTTATTTAAA TTGGACAGTT 
CCACTGTTGC ATAAATCTGA CATTAATCCT TTAACTAAAC CATGGAGGTA CCAAACTTGG 
AAAGAACTTG ATGGGTATCC ATATGCAGCA AAGTTAGAAA CTTACTATGG TGGTGGTTAT 
GTTGTAGAAA TTTTCCCAAA ATGGAAAAAC AAGGCTATAA TAGATCAGGT CAAGAATCTC 
AGATGGATTG ATAGACAAAC GCGAGCTATA TTAATTGAGT TTGCTTTGTT TAATGCTGCT 
ACTAATTATA TTAACATGGT CACAATGGTT TTAGAGTTCC CTGCTTCTGG TGGAGTTATT 
CCTACTTTTT GCATTTTGAC TTTTAGATTG TATTCTGGTA CAAGAGAAAT GTTGATTTCT 
CATTTTTTTT TTATTTTAAT GACAATATTA TTTACTGTTC GTGAATGTCG ATTTTTATAT 
CGAGTTGGTT GTAAATATTT TGTTGAGTTT TGGAATTTGG TGGAAGTTGC ATTGATACTG 
CTTTCTGTTA TTGAAGTTGT TTTTTTTTTT TACAAAGATC ATCTGGTCAA ATTGTTATTA 
GAGCGAATGC CAGCTAAGAA ACCACAAGTA TTTATCAACT TTCAGTTTGC TTCTTACTGG 
GACCTGACAC ATATATACAT TGTATCTTTA ATTGTTTTTT TTGTAACTTT GAAGTTTATT 
AAATTATTGC GTTTTAATCG TCATATTTCA CTGTTATCTT CAACTTTAAA AGCTGCATGG 
TATCCTCTAT CAATGTTTTT CATTATGTTT TCTATTGTTA TGTGCTCTGT GGTAACCACA 
TCTAGTATTG TTTTTGGTTC GTTATTACAT GGGTATCAAA ACTACTTCAA AGCAATAGCT 
TCCATCATTT CATTATTGTT AGGGAAATTC AGTTACAGTC AGTTTCAAAA TGCTAATGGT 
TTTCTAGGAC CAATCTTCTT TTTTGGATTT AATGTTATGG TAAACTGGGT TGTTATGAAT 
ATTTTCCTGA CTATACTAAA CGACGCGTTT ACTGATGTTC GTGAAGAACT ACAGTTTCAA 
CAAAACGAAT ATGAAATAGT AGACTTTATA ACAGAGCATG TTAAAGCATG GCTGGGATGG 
AGCAGTCCAA ACAACAATGT AGAAAATACA CCAACAAATC AAAATCTGAG CTCTACCGTA 
TCAGAAAATA ATGACCACCA TGATGTTACC CGCCATGATG TTACCCGCCT GCAGAAAGCA 
GTTTTAACCA ATAATCAGAG TATCGCCAAG TTTGACGGTT GTTTACCTAT TACTGATCAA 
CAATGGAAAA TGAAGATCAA GAGTCATAAA GTTTCAAGGC CCAACAAAGT GAATGGAAAT 
TCTGATCCAG TTGAATCAGA TTGTGCAATA AGTATTCGTA TTTCTGAACT TGCAAAATAC 
GATTATTTGT TAAATGAAAG ATCGCTTGAT GTTTACGCTA GCGAGATGCT GGGTAAGTTT 
ATCTATTGCA TGAATTTCGT CTACAAAGCA AATGAGGCTA TGGGAGAAAA AAAGGATTTA 
AGAAAGCGAC AATTTAAAAA GAAAATTTAT AGTAATAGCA ATCTTGTTAT CATTAATTCG 
AAGAACTTAA CAGAAAAGTT TTCAAAGATT TAA

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

RefSeq	XP_012556576.1
CDS	68..5140
Translation	MRAKIKFTKSTCSKPTPGVCYVNPTVGFALETKFNIICDNWKDSDGLLRYMFYYNNGQTQHMNVSTTDTIDYPMLNAATTDQPSLFDFLMGPGDKNNDDQVTIIIKVSNKYQAYTEYKHLFIKVQTNKKPVNVTDLITGIDLNDTQSLANLVQAVSSTTNKISANYSNSTLPTADNITGFIDNGALNQEKQRQLTLLQDTRTHMIGLLGNATINDLNSFKIIGDALALTSQNPIELVPQSQKQASNIVAKMSELLTAQNLKSIGADNFDTMTQPFLKSISNLFQTSLNNNESDSVLPTLQTTTSSTTSSLNLKSNSNPVLQLFKSMDSHFLAAQTYKVPGENATVGETNQFTFVLKKDFSSSLSNKSIGSSDGEYGFTLPDSKDLFNDSVQNSQISVNNLRMKDNVYTWDTNRSQNILSESQSLSFSDANGHPIKVSNSSQPIKIAIKNIPEKMTGKNVSLSMPNDVNLISLPLTSGCNMLLKFLFLNDENNLTNLFVYIQYGKIATKLDYDIMLNISAKHGVTMTKNNNITTGNITFDNNINDVSNYSGFVQRNQDALLFDDGTLILWNFLNSTYGFYKKSILHLLFSYSGPMPSKKLDLNPYTFDEAESVGTYVYEMKSFCAECNYWNEGENKWMSDGCELDINGTSFLVTKCKCTHLTSFGGFFVAPNPIRKPTLSMLKNGYVLTVVVAIALFIWIVGLIFCRRMDKKDVSKIGVCPLLDNRDEDNYMYQIIVYTGNRKDAGTESNIFFTVAGDMGDSEVRRLKGSERKCFQRSSCDMFIMTTQSSLGDLDYIRFWHDNSGGGWYIKNIIIIDLQTEKQYLFIGNRWLAVDRGSYSIDCVLPAASVEEQNDFTYVFTLKAKHNLSDEHLWFSVLARSPKSNFTRCQRLSVAVSLLLTSMMVSAMFYGQGESKEDPATENKSVFSFTGTQFALFIKNIKEEETDFQTQGKMLALDENWLHKPKHEQSIFDRKDIEMQPLNASIILEMRDLRIKNLKMYSLIKELALYMFYAFLVMFIGFSTRKNVAFHQTRNVQDLFNLTLRRVPWPRDYSKIFGQIQATPDFWNWMDEFFLPQVFPEPWYKLSDFYANSDKKDFPGKLFLNDLNSKIVNGIRIRQVRVQPNSCVKTKSVAQFIKVNCMSSYESTLEETGNFYLNWTVPLLHKSDINPLTKPWRYQTWKELDGYPYAAKLETYYGGGYVVEIFPKWKNKAIIDQVKNLRWIDRQTRAILIEFALFNAATNYINMVTMVLEFPASGGVIPTFCILTFRLYSGTREMLISHFFFILMTILFTVRECRFLYRVGCKYFVEFWNLVEVALILLSVIEVVFFFYKDHLVKLLLERMPAKKPQVFINFQFASYWDLTHIYIVSLIVFFVTLKFIKLLRFNRHISLLSSTLKAAWYPLSMFFIMFSIVMCSVVTTSSIVFGSLLHGYQNYFKAIASIISLLLGKFSYSQFQNANGFLGPIFFFGFNVMVNWVVMNIFLTILNDAFTDVREELQFQQNEYEIVDFITEHVKAWLGWSSPNNNVENTPTNQNLSSTVSENNDHHDVTRHDVTRLQKAVLTNNQSIAKFDGCLPITDQQWKMKIKSHKVSRPNKVNGNSDPVESDCAISIRISELAKYDYLLNERSLDVYASEMLGKFIYCMNFVYKANEAMGEKKDLRKRQFKKKIYSNSNLVIINSKNLTEKFSKI

Target ORF information:

RefSeq Version	XM_012701122.1
Organism	Hydra vulgaris
Definition	Hydra vulgaris polycystic kidney disease protein 1-like 2 (LOC100203405), mRNA.

Target ORF information:

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

XM_012701122.1

ORF Insert Sequence:

ATGAGAGCAA AGATTAAATT TACAAAGTCT ACGTGTTCTA AACCAACACC AGGAGTTTGT 
TATGTCAATC CAACAGTTGG ATTTGCCCTT GAAACAAAAT TCAACATTAT TTGTGATAAT 
TGGAAAGATT CTGATGGGTT GCTACGATAC ATGTTTTATT ATAACAATGG TCAAACGCAG 
CACATGAATG TTAGTACAAC AGATACAATT GATTATCCAA TGTTGAATGC TGCAACTACC 
GATCAACCTA GTTTATTTGA TTTTTTGATG GGTCCTGGTG ATAAAAACAA TGATGACCAA 
GTCACAATTA TTATAAAAGT GAGTAATAAA TACCAAGCCT ACACAGAATA CAAACATCTT 
TTTATCAAGG TACAAACAAA TAAGAAACCT GTAAATGTTA CAGACTTGAT TACTGGAATT 
GATTTAAACG ACACACAAAG TCTCGCAAAT CTTGTTCAAG CAGTTAGTTC AACTACAAAT 
AAAATTTCAG CTAATTATTC TAATAGCACT CTACCAACTG CAGATAACAT TACTGGTTTT 
ATTGATAATG GTGCATTAAA TCAAGAAAAA CAGCGGCAAT TGACTCTTTT GCAAGATACT 
CGCACACACA TGATTGGTTT ACTTGGTAAT GCCACCATCA ATGATTTAAA TTCCTTTAAA 
ATTATTGGTG ATGCTTTAGC TTTAACTTCA CAAAATCCAA TCGAGTTAGT TCCTCAATCT 
CAGAAACAAG CATCAAATAT TGTTGCTAAA ATGTCTGAAC TTCTTACCGC CCAAAATCTT 
AAAAGTATTG GAGCAGACAA TTTCGATACC ATGACTCAAC CATTTTTAAA GTCAATATCT 
AACTTGTTCC AAACTAGTTT AAATAATAAT GAATCAGATT CAGTTTTACC TACCCTTCAA 
ACAACAACTT CATCAACAAC TTCATCGCTA AATTTAAAAA GCAATAGTAA TCCAGTGTTG 
CAATTGTTCA AATCTATGGA TAGTCATTTT CTTGCAGCAC AAACTTACAA AGTACCTGGT 
GAAAACGCAA CTGTTGGTGA AACCAATCAA TTTACTTTTG TATTAAAAAA AGATTTCTCA 
AGTAGTTTGA GCAACAAATC AATTGGTTCA TCTGATGGTG AATATGGTTT TACTCTTCCT 
GATTCTAAGG ATTTATTTAA TGATTCTGTG CAAAACTCAC AAATCTCAGT CAATAATTTA 
AGAATGAAAG ATAATGTTTA CACATGGGAC ACAAATCGAT CACAAAACAT TCTCTCAGAA 
TCTCAAAGTC TTTCTTTTTC AGATGCTAAC GGTCATCCAA TTAAAGTAAG CAACAGTTCA 
CAACCAATTA AAATTGCCAT AAAAAATATT CCAGAAAAAA TGACTGGCAA AAATGTATCT 
TTATCAATGC CTAATGATGT AAATTTAATT AGTCTACCGT TGACATCAGG TTGTAACATG 
CTCTTAAAGT TCTTGTTTTT AAATGATGAA AATAATTTAA CAAATCTTTT TGTTTACATT 
CAATATGGAA AAATTGCAAC TAAACTTGAT TATGATATAA TGCTGAATAT TTCTGCTAAA 
CATGGTGTAA CTATGACAAA AAATAACAAT ATAACTACAG GCAACATCAC ATTTGATAAC 
AATATAAATG ATGTAAGTAA TTATTCTGGA TTTGTGCAAA GAAATCAAGA TGCTCTTCTT 
TTTGATGATG GCACCCTAAT TTTATGGAAT TTTTTAAACT CTACATATGG TTTTTATAAA 
AAAAGTATAT TGCATTTGCT CTTCTCCTAT TCTGGCCCAA TGCCTTCTAA AAAGCTAGAT 
TTGAATCCAT ACACTTTTGA TGAAGCAGAG TCTGTTGGGA CATATGTCTA TGAAATGAAG 
TCTTTTTGTG CAGAATGTAA TTATTGGAAT GAAGGGGAAA ATAAATGGAT GTCTGATGGA 
TGTGAGCTAG ATATTAATGG CACAAGTTTT TTAGTTACAA AATGTAAATG CACTCATTTG 
ACTTCTTTTG GCGGATTTTT TGTTGCTCCA AATCCTATAC GAAAACCAAC TTTATCTATG 
CTTAAAAATG GATATGTCCT TACTGTAGTA GTTGCAATAG CTCTTTTTAT TTGGATAGTT 
GGTTTGATAT TTTGTAGAAG AATGGACAAA AAAGATGTTT CAAAGATTGG TGTTTGTCCA 
CTTCTTGATA ATCGGGATGA AGATAATTAT ATGTATCAAA TAATAGTATA CACTGGAAAT 
CGAAAAGATG CTGGTACAGA ATCTAACATC TTTTTTACAG TAGCTGGTGA CATGGGTGAC 
AGTGAAGTTC GACGTTTAAA AGGTTCAGAA AGAAAATGTT TTCAAAGATC AAGCTGTGAT 
ATGTTTATAA TGACAACACA GAGTTCTCTT GGTGATTTAG ATTATATAAG ATTTTGGCAT 
GATAATAGTG GTGGAGGTTG GTACATAAAA AACATCATTA TTATTGATCT TCAAACTGAA 
AAACAATACC TTTTTATTGG AAATCGTTGG CTTGCTGTAG ATCGTGGCTC ATATTCAATA 
GATTGTGTTT TACCAGCGGC ATCAGTAGAA GAACAAAACG ATTTTACCTA TGTTTTTACT 
TTAAAAGCAA AACATAATCT TTCTGATGAA CATTTATGGT TTTCAGTTTT AGCTCGATCA 
CCTAAAAGTA ACTTTACCAG ATGTCAAAGG TTGTCTGTTG CAGTTTCTTT GTTACTGACT 
TCAATGATGG TAAGCGCAAT GTTCTATGGA CAAGGAGAAA GTAAAGAAGA CCCAGCAACA 
GAAAATAAAA GTGTTTTTTC CTTTACAGGA ACCCAGTTTG CACTTTTCAT TAAAAATATT 
AAAGAAGAAG AAACTGATTT TCAGACACAA GGTAAAATGT TGGCCCTTGA CGAAAATTGG 
CTTCACAAAC CGAAACACGA ACAATCTATT TTTGATCGAA AAGATATAGA AATGCAACCA 
CTTAATGCTT CTATAATATT AGAGATGAGA GATTTACGGA TTAAGAACCT CAAGATGTAC 
TCTTTAATAA AGGAGTTGGC TTTATATATG TTTTATGCTT TTTTGGTGAT GTTTATAGGA 
TTTTCAACAC GCAAAAATGT TGCTTTTCAC CAAACTCGCA ATGTTCAAGA TCTTTTTAAT 
CTAACACTTA GAAGGGTTCC ATGGCCAAGA GATTACAGTA AAATTTTTGG CCAGATTCAA 
GCTACACCAG ATTTTTGGAA TTGGATGGAC GAATTTTTTT TACCTCAAGT TTTTCCTGAA 
CCCTGGTATA AATTGAGTGA TTTTTATGCT AATTCGGATA AGAAAGATTT CCCTGGAAAG 
TTGTTTTTAA ACGATCTCAA TTCTAAGATT GTGAATGGAA TCAGAATTCG GCAAGTTCGT 
GTGCAACCAA ATTCTTGTGT AAAAACGAAA TCAGTTGCTC AGTTTATCAA GGTTAACTGT 
ATGTCTTCTT ATGAATCTAC TCTTGAAGAA ACAGGAAATT TTTATTTAAA TTGGACAGTT 
CCACTGTTGC ATAAATCTGA CATTAATCCT TTAACTAAAC CATGGAGGTA CCAAACTTGG 
AAAGAACTTG ATGGGTATCC ATATGCAGCA AAGTTAGAAA CTTACTATGG TGGTGGTTAT 
GTTGTAGAAA TTTTCCCAAA ATGGAAAAAC AAGGCTATAA TAGATCAGGT CAAGAATCTC 
AGATGGATTG ATAGACAAAC GCGAGCTATA TTAATTGAGT TTGCTTTGTT TAATGCTGCT 
ACTAATTATA TTAACATGGT CACAATGGTT TTAGAGTTCC CTGCTTCTGG TGGAGTTATT 
CCTACTTTTT GCATTTTGAC TTTTAGATTG TATTCTGGTA CAAGAGAAAT GTTGATTTCT 
CATTTTTTTT TTATTTTAAT GACAATATTA TTTACTGTTC GTGAATGTCG ATTTTTATAT 
CGAGTTGGTT GTAAATATTT TGTTGAGTTT TGGAATTTGG TGGAAGTTGC ATTGATACTG 
CTTTCTGTTA TTGAAGTTGT TTTTTTTTTT TACAAAGATC ATCTGGTCAA ATTGTTATTA 
GAGCGAATGC CAGCTAAGAA ACCACAAGTA TTTATCAACT TTCAGTTTGC TTCTTACTGG 
GACCTGACAC ATATATACAT TGTATCTTTA ATTGTTTTTT TTGTAACTTT GAAGTTTATT 
AAATTATTGC GTTTTAATCG TCATATTTCA CTGTTATCTT CAACTTTAAA AGCTGCATGG 
TATCCTCTAT CAATGTTTTT CATTATGTTT TCTATTGTTA TGTGCTCTGT GGTAACCACA 
TCTAGTATTG TTTTTGGTTC GTTATTACAT GGGTATCAAA ACTACTTCAA AGCAATAGCT 
TCCATCATTT CATTATTGTT AGGGAAATTC AGTTACAGTC AGTTTCAAAA TGCTAATGGT 
TTTCTAGGAC CAATCTTCTT TTTTGGATTT AATGTTATGG TAAACTGGGT TGTTATGAAT 
ATTTTCCTGA CTATACTAAA CGACGCGTTT ACTGATGTTC GTGAAGAACT ACAGTTTCAA 
CAAAACGAAT ATGAAATAGT AGACTTTATA ACAGAGCATG TTAAAGCATG GCTGGGATGG 
AGCAGTCCAA ACAACAATGT AGAAAATACA CCAACAAATC AAAATCTGAG CTCTACCGTA 
TCAGAAAATA ATGACCACCA TGATGTTACC CGCCATGATG TTACCCGCCT GCAGAAAGCA 
GTTTTAACCA ATAATCAGAG TATCGCCAAG TTTGACGGTT GTTTACCTAT TACTGATCAA 
CAATGGAAAA TGAAGATCAA GAGTCATAAA GTTTCAAGGC CCAACAAAGT GAATGGAAAT 
TCTGATCCAG TTGAATCAGA TTGTGCAATA AGTATTCGTA TTTCTGAACT TGCAAAATAC 
GATTATTTGT TAAATGAAAG ATCGCTTGAT GTTTACGCTA GCGAGATGCT GGGTAAGTTT 
ATCTATTGCA TGAATTTCGT CTACAAAGCA AATGAGGCTA TGGGAGAAAA AAAGGATTTA 
AGAAAGCGAC AATTTAAAAA GAAAATTTAT AGTAATAGCA ATCTTGTTAT CATTAATTCG 
AAGAACTTAA CAGAAAAGTT TTCAAAGATT TAA

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

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LOC100203405 cDNA ORF clone, Hydra vulgaris

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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