LOC115458634 cDNA ORF clone,

Gene
Clones
gRNAs

The following LOC115458634 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC115458634 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
OMi171603	XM_030188477.1 Latest version!	Microcaecilia unicolor interferon-induced very large GTPase 1-like (LOC115458634), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

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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)

LOC115458634 ( XM_030188477.1 ) cDNA ORF clone, -> XP_030044337.1 Microcaecilia unicolor interferon-induced very large GTPase 1-like (LOC115458634), mRNA.

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CloneID	OMi171603
Clone ID Related Accession (Same CDS sequence)	XM_030188477.1
Accession Version	XM_030188477.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7224bp) 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	2019-08-02
Organism	Microcaecilia unicolor
Product	interferon-induced very large GTPase 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_021962892.1) 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 Name :: Microcaecilia unicolor Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCAGGAG AGAAGGATGC GCCTGAAGAT CAAGTTCTAG AGGATCCTGG AAAGACAAAA 
CTTCTTCAGA GCCTCAGTGA CGTGGGATTG GATCCAGAAT ACTGGCTGCC CGAGTTGCGA 
GACAGATTTG GAGTTAGTAC TACTCAGGCT TTGAAACACC TTAATCACGA AGATTATTTA 
AAACTTGAAT GCCGCACACG ACACTCATGG GAAAAACGGG CACTTCAAAA ACTTCTTCAG 
ATACCTGACA GAGAGAGGCA GGCAGTAAAG ACTCTGAAAG AGCTGCAGCA AATGCAAAGT 
GAACGCAAAC GCAGACATGA TGATGGTGTA AAAAGAAAAG AGAAAAAATT GAAGTTGGCC 
ATGGAAATAC CAACTGAGAA CTGGGTACCA TCTGAGAAAT CTTTCAGAGA AATGATAGAA 
AATCCGCACA AGCAGTTAAA TGTAATGCAA GATTCTTTGA GAAAAGGGAA AAATATTTCT 
GACAGAGAAA TTCTAACAAA TGCATCTGGG GGGCTCGCCC TGGAAGGGAT TTATAAGACC 
AGCCAACTAG AAGACTTGCT ACAGAAAAGG GAACAGCTTG TTCGCATCCC AGAAGAGTTT 
AGCCTTTCTG GCCCTGCCCA TGGGACTATG TTTCAAAAGA AGGAATTTTC ATCTTCTGTA 
ACAGAGTCAA CCTTTACAAA ATCCATGGAA AAACTGGGCC ATAGCTTCAG CTGTTCAGCC 
AAAGGTGGCT TTTGGGGGGT TCATTTTGAA ACTAGCATAG AACACAGTAA ATCTTCAGAG 
TCTGAAAACA AGCAAAAGTC TTCCACTATG CAAACTTACA TTTGTACTAC AAAATATAAC 
TACATTCCAT TGGCCTCATG TTACTTTCCA AAGGATAAAC TCAGTCTTTC CAGTGCAGCG 
CTGAAGGAGC TGCAACAGCT TGAGGAAGAC TTGACTCTCA CCACAGAGAC TGAAAAGCAG 
AATATGCTAC TGAGATATGA GCAATTTTTT AACAGATTTG GTTCTCATGC TAACCAGGGC 
CCCCTTCACT TTGGTGGAAT ATTCTGGTGG AAGGCATCCT CAGAGGGCTT TAAGACAGAG 
CATCTGGAAG AAGTGAAAAA ACTGGCATCT GAAGAACTTA ATGGTTACAT TGAGGCCAGT 
TGCAGTAATG TTGCAGGTGG CATCAGTGGT TCACAGATTC AGTCACAAGC ATCTTTTCAA 
GGAACACAGA AAGAAACTCT CAAAAAACAG ATTCAGCTGT ATGTAACCAA GACAGGTGGA 
CCAGCTGAAG CAGATTCTCT TCCACAGTGG CAATCTGGTC TTATCTCCAG TAACAAAACA 
TGGTGTGTCA TTGACAGAGG ATTTCAGCTG GCACCTGTGT GGGAATTAAT CCTGTCCAAT 
CACAGAAAAG ATTTTAAAGA TGTTCAGAAA GTTTGTGCTG GTCTTACAGA TGCCTACAAA 
GCTTTAACAA ATCAAAATGT CAGTAGATTA TTTGGAGAGC AACTCACAAG TGCAGTAAAT 
TATGCCAAAT CATTCTTAGA AGATCTGGCA AACTGGAAGA CCTCCAGAAC CGAAGAGAAT 
TTGAAGAAAC TGATTGATTT TAAACAGAAA CTGACTGAAA AAACAAGAAA CTACAGTGTT 
TGGATTAACA TTTGTCTTTC TGATAAAGCA CTTCAAGATT TCTTGAGAAG TGTAGTGGAA 
GAGCAGAGCA ATAATCCAGG AAGTGATACT ATTTACATTA AATCTGTAAT ACGCAGTCTG 
ATTGAGCCAC ATATCTACTC AGTTGAGACC TTTCCCAGCT CTTCCTTCAT TATGCAGTGG 
ATTTACCACT CAGAAATTCA GCAACATCAA AATATTTCCA CTTCAGAATT TGATCAGTTT 
ATTGAAGTAT TACAGAAAGC AAAGAATATC ATCCAGGAAG TCACTTTTGA AAGTAATACT 
TCTGCAGAAG CAATACATGA AGCAAAGATA AAATCCACCT TTAATGCAAG TTTGTCTTTA 
TATTCTTTAT TAAAGACTCT GAGAGAGGCT AAACAAACAG ACATAGAAGT GCTGCTGCTG 
TGCATTGCAA GCAGCTGTGG ATACAGTCTG GAAGATAACA TCTTTCAGTA TCTCCTTGGA 
TGCCCAGAAA TTGATTTCAT GTTAAGAGAA ATGAAAGCCG CTTATAAGGA ATACACTAGT 
CTAAGAAACC AAAACGTTTA CCGAGCTGAA GCTTTCTTGC TGCTGACCAG TTTGACAGTG 
ACAATAGAAG ATAAAGAAGT GCCTCCAGAA CAAAAGCGTG AACGATTAAA TGTAATAACA 
AAATATCTGA AAAGTCACTT ATCATCTGAG GTTACCACTG TCCTTATGAA ATATGATGAC 
CATGCTGACC TGAAAGAACT AGAAAAAAAC TTACATAACC TAATACTTGA AAATTATGAT 
ACCACGATGG ATGACAGGAA GATTCAGCTT GTGTTAAAAG AATTAGAGAA CATATGTCAA 
AATAAAGAAC AACAGCATAT AACCAAATCA AAATCTAAAA ATAAACTATC AGAATGTAAA 
ATGCATGAAA CTTTTGAAAA CCACATTTTT GTAAATCTAA TTAAGCGACT TGACCTTGAC 
AAATATTACC CAAAGAAAAT GAGGACAGCA GACTTTCACA TTATTGATCA ATCATCATTG 
TGTGAACGCC AGCCTTGCAC AGAAAGCGAA CTTCCATTTT ATTACCTCAA AAAGCTGCTT 
ATGCTAGATT ACCGAGCAAG ATATTTGGTG TGCAAAGGTG TAAATGAGAT GGAACAAGTT 
ATAGACAATT CATTTAACAC ACTAGAAAAC ATGAATGAAT TGTCAGACGT GGATGAATTT 
TTCAGTGATG TCAATGAGGT AACACATAAA CCAGAAGGAA ATTGTCAGAC ACCAGTACAT 
CCTATGGATG TACATATGGC TGTTTTTCTT TGTGCAAATA ATTTTATGAG GCAGAATCTC 
ACAATAAAAC TTTCCTTATG CCAATTTGCA CTTCCACTTT TGATAACAAA TCCCTGCACT 
TCAGAAATCG AATTCCCTCT CTGGTCCTTT CGGCAGGTTA AGAAACGATG GCAACGTAGA 
ACAAAAAACA AAGATCTAGT GACTAATAGA TGTGAAGAAA AATTTGTATC TGAAATTGAA 
ACCCCTGTAA TTTCCTTTAT AAGGTTTGGT GATTCTGTAT CTTCGAAATC TCAGATTTTG 
AATTCTTTGT TGAGTAAACA AAAGCATGAT GTTTTTTTCC ACCGACATTG CAGAGGCAGT 
AGCAAAGAAG GTCTCTTGAT GAAAGGAGTT GTAGAAATTG CCTGGTATTG TCCAGGTGGG 
AAGGATGATG ACAGTTTTGA TAACTGTGTC GCATTTACTA ACCTTCATGG AGATGCAAGA 
GAACATGAGC CTCAACTGCA ATTTTTACAG GAGATAGCTT CTGTCAATGT GATCCTTCTA 
TCAGAGTCTG ATCGGAATGA AAAAGGTAAA CAAATTTTAC TCCATTTTTT CAATTCTCCA 
AAACCTTTGA TCTGCCTTTG TGCAGATAAA GAAAAAATCC CAGCTTGCAA ATCTAGAAAC 
AAAGTCAAAA TAGGCATCAA GAACAGAAAT GAAGCAGATT TAGTTAATGA ACTGGCAATG 
ACAATAAAAC ATATGCTGGC AATGACAGAC AGCACTTTCC GTCTTGATAG GTGCGTAGAT 
ATTGCTTCTA AGTATGCATT CATTATAGAT GAAAATGATG AAGACTGTAA AGAGGGTAAA 
AATACTGCAG AGACATTATT AAGTCTCTTG AAAGAAAATA AAATATCTGA CATGAAGAGA 
AATTTGCTTC CTCTTCAGGG AGAGCTGTGG CATAAATGGT GCAAGAAGGA TAAGGAGCTC 
ACGCGCCTTC TTCAGAAAGG AAACAAAAGC ATTGAACAAT ATAGAAGTGA CATAGAATCA 
GAAAAACGTG CCATAAGGAA TGATCAGTTG AAAAAAGCAT TTCCCCTCAA TGACCTAATG 
AGGTCATTAC TTGAGATCTT AAACTTCCAA ACAGATGAAG TCAAAATGTA CTTTCTGCAG 
TGGTTTAAAA CATTTATTGA TAATCTATCT CATGACCACC TTTCAAAATT ATATAACGAA 
TATCATGTTG TGTGGTCTAA CATGAAACAA GCAGGAAAAC ATAATAATGA CCTGGTAAAA 
AAAATGCAAA AACAGTTAGA CTCTCTGTCT AATGAGATCA ATGATTCTAC ATTTGGCCTT 
GAACATCTTT TGAGAGAACT AGGACAGATC TATGAAGCTG TGGATATGAT TTGTAACAAA 
GATGAAAATA TTTTGGCTTT GCCAAAACTT GCAGCTGATT TGATGATTTC CGGGCATCCT 
ATTGAACTGA TGGATGGAGA TACTGCACAT GTGCCCTTGA AATGGGTAGG AGATATCTTA 
GACAACCTCA TTGAGAAACT CGGAGACAAA AAAGTATTTG TCCTTTCTGT ACTTGGTATC 
CAGAGCACTG GAAAATCAAC ACTACTGAAT TCAATGTTTG GCCTGCAGTT TGCTGTCAGC 
GCTGGACGAT GCACTCGAGG TGCATTTATG CAGCTAGTTA AAGTTGAGGA AAAGCTCTGT 
CAGGAGATGA ACTTTGACTT TTTACTCGTG ATCGATACTG AGGGGCTTCG GGCCCTTGAA 
TTAGCAAACA AAGCAACACT TAATCATGAT AACGAACTTG CTACATTTGT CATTGGTATT 
GGCAACATGA CTCTGATAAA TATATTTGGA GAAAATCCTT CTGAAATGCA GGATATTCTA 
CAAATTGCTG TCCAGGCATT TCTGAGAATG AAACAGGTAA AGCTTTCACC TAGTTGTTTG 
TTTGTACATC AAAATGTAGG GGAAATAACA GCAAAGGAAA AAAATATGGA AGGACGAAGA 
CGCCTTCAGG AGAAACTAGA TGAAATGACA AAAACTGCAG CAGAGCAAGA GCTATGTGAT 
GCAACATGCT TCAATGATGT CATCAGATTT GATGTGGATA CTCACATTCA TTATTTTGCT 
CACCTCTGGG AAGGGGATCC ACCGATGGCT TCTCCAAATC CCAGTTACAG TCAAAATGTT 
CAGGATCTAG AGAATGTAAT TTTTTCATCT GCGAAAAATG AGTTTACACA CAGTATTTTA 
AAAATATCAG AACTGAAGCA GCGCATTCAG GATTTTTGGA ATGCATTGCT GAATGAGAAT 
TTTGTGTTCA GCTTCAGGAA TACATTAGAG ATTGCAGCAT ACAGTAGGCT GGAAGCAGAA 
TACAGTAATT GGACCTGGAA ATTGAGGCGT CACGTGCTCG ACCTACAGCC CAGACTGAAC 
AACAGAATTC AAAAGAATGA AATCAACAGT GTAAACAATA AATTTCTTGA AGAACAGGTT 
CGAGAGCAAT ATGAGGCCAT CATGAAGGAT CAAGAAAAGT ATTTTACTGA AAGCAAAGAC 
TGTGAGAAAC TGATTCAGTG GAAAGCTAAC ATTGAAAACA GGCTAAAAGA ACTGAAACAA 
GAGCTTATTG AAAGAACTAA AAGAAAATGC CGAGAAATGA TTGAACTAAA GAAAAACAAA 
AGGAAACTGG ATGAAAATAA ATCAAAATAT GAAGATGAAT TGTTTCAAAT AAGTAAACAG 
CTGGCTTTGC AGTTAAAGGG GAAAGAGTTA AGTGAAGAGG AGATGAGCGA GAACTTTAAC 
ACATTGTGGA AAAAATGGAT CATACAGGTG AGCAACGATT CTGTTCCTGT TGAAGAGACA 
AACATAGATA ATGATGTAGA GCATGCAATT TTGAATCATT TTAAGAATGA AAATATTACA 
GAAAGTATTA ACAGGTCCTA TGGACAGAAT ACATTTTACT TTGACAAAGT TAAGCATATT 
GCAATAAAAA GAAATAACTA TTTCTTAAGG ATATCATTTG AAGAATGTGA CAGTGAAAAC 
ATAAATCAAA TGGTAAGTGA TATCACGAAG ACTGTTAATG AATACATCCA GAAGAAAAAG 
GAGGATGGTA TGGATTACAA TCCAAGCTAT ATTTATGAAA TATTAAAAAG AATAGATGAA 
GAGGTAGAAT CTGCCTCCAG GGGTCCTAGA TTTGAGTACA GAAAGAAATT CAAAATGGAT 
TTCTCTTTAT ATTTGTTAAG AGAGGCAGCA AAACACTTCA CAAAGCTTCA TAAAGATTTC 
CAGAGAACAA ATGATCCTGT AACATACCTC AGTAGTAAGA AAGGGGATTA TTTCAACATG 
TTTAGAATCT CCTGCAAAGG AGCAACCTCC ATTACAATGT TTGCAGATTT TTTATGTGAC 
AAACTGAGAC AACCTTTACG TCAGAGAGTC TATGAGAAGA CAGCGATTGA CATTGCAGGT 
GAGATGTTAT CTAACGAACA AGCCTTTAAT GGCAATAGGT CGAAATTAGA AAGCTACATT 
CTAATGTCTC TTGCAAAAGA AGAAAACTTT TCTAAATACA TGGAATACAT TAAACACCCC 
AAACAAGCCT TTCAAGACTA TATTAAAGAG AGTGTCAAAA ACTGCTTCTC AAGTAAAACA 
TTTTTGACTA TTTCTCTTGA TTCTGTCAAA AATATGCTCC ACAAAACCAT TGATTATGCA 
ACTAGAGTTG TTAAAGACAG AAATGGTGGT GCATCTTTGT GGCTGGATAC ATTTTGTAAA 
AATATTGGAG ATCAGCTAAA TATTCAGCGA AGTGATTTCT GTTGTCTTGA ACAGCAAGAC 
ATAACAAAAA TTGATTTTTT AAAAGATGCA ATGACTATGG CATTGGATAC TGTGGTAAAA 
AGCTTAGAAC AAGAATTTGC TAGTGCAACT GTGGAAGCAT TGATGATGAA ACCTCATGAA 
ATATTGATTG ATCAGCTGGC TGGATGCTGG GAGCAGTGCC CCTTTTGCAG TGCTGTCTGT 
ACAAACACTG TTTCAGGTCA TGATGGAGAC CACAGCGTTC CTTTCCATCG TCCTCAATGT 
GTGAATGGTT TCCACTGGTA TAAAACAAAT AACTTTTCCA TTGAACTTTG TACCAGCCTT 
GTAGCAAGTG ACTATTTGCT TGTATTGAGT GAGGATAATA AAATTCCATT TAAAACTTAT 
CGAAATGCAG GACCTCCTTA TTCACAGTGG AGCATCACAC CAGACAACTC ATCACGGCTA 
TACTGGAAAT GGTTTGTTAG CAAATTCAGG ACTAATTTAG AAGAATATTA TAACAACAAA 
TTTGAGGGTA AAGGATCTAT CCCCTCACAG TGGGAATCTA TAACAAAGAA AAACATAATC 
TTGGAGTTGA AACAACAGAT TTAA

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

RefSeq	XP_030044337.1
CDS	17..7240
Translation	MSGEKDAPEDQVLEDPGKTKLLQSLSDVGLDPEYWLPELRDRFGVSTTQALKHLNHEDYLKLECRTRHSWEKRALQKLLQIPDRERQAVKTLKELQQMQSERKRRHDDGVKRKEKKLKLAMEIPTENWVPSEKSFREMIENPHKQLNVMQDSLRKGKNISDREILTNASGGLALEGIYKTSQLEDLLQKREQLVRIPEEFSLSGPAHGTMFQKKEFSSSVTESTFTKSMEKLGHSFSCSAKGGFWGVHFETSIEHSKSSESENKQKSSTMQTYICTTKYNYIPLASCYFPKDKLSLSSAALKELQQLEEDLTLTTETEKQNMLLRYEQFFNRFGSHANQGPLHFGGIFWWKASSEGFKTEHLEEVKKLASEELNGYIEASCSNVAGGISGSQIQSQASFQGTQKETLKKQIQLYVTKTGGPAEADSLPQWQSGLISSNKTWCVIDRGFQLAPVWELILSNHRKDFKDVQKVCAGLTDAYKALTNQNVSRLFGEQLTSAVNYAKSFLEDLANWKTSRTEENLKKLIDFKQKLTEKTRNYSVWINICLSDKALQDFLRSVVEEQSNNPGSDTIYIKSVIRSLIEPHIYSVETFPSSSFIMQWIYHSEIQQHQNISTSEFDQFIEVLQKAKNIIQEVTFESNTSAEAIHEAKIKSTFNASLSLYSLLKTLREAKQTDIEVLLLCIASSCGYSLEDNIFQYLLGCPEIDFMLREMKAAYKEYTSLRNQNVYRAEAFLLLTSLTVTIEDKEVPPEQKRERLNVITKYLKSHLSSEVTTVLMKYDDHADLKELEKNLHNLILENYDTTMDDRKIQLVLKELENICQNKEQQHITKSKSKNKLSECKMHETFENHIFVNLIKRLDLDKYYPKKMRTADFHIIDQSSLCERQPCTESELPFYYLKKLLMLDYRARYLVCKGVNEMEQVIDNSFNTLENMNELSDVDEFFSDVNEVTHKPEGNCQTPVHPMDVHMAVFLCANNFMRQNLTIKLSLCQFALPLLITNPCTSEIEFPLWSFRQVKKRWQRRTKNKDLVTNRCEEKFVSEIETPVISFIRFGDSVSSKSQILNSLLSKQKHDVFFHRHCRGSSKEGLLMKGVVEIAWYCPGGKDDDSFDNCVAFTNLHGDAREHEPQLQFLQEIASVNVILLSESDRNEKGKQILLHFFNSPKPLICLCADKEKIPACKSRNKVKIGIKNRNEADLVNELAMTIKHMLAMTDSTFRLDRCVDIASKYAFIIDENDEDCKEGKNTAETLLSLLKENKISDMKRNLLPLQGELWHKWCKKDKELTRLLQKGNKSIEQYRSDIESEKRAIRNDQLKKAFPLNDLMRSLLEILNFQTDEVKMYFLQWFKTFIDNLSHDHLSKLYNEYHVVWSNMKQAGKHNNDLVKKMQKQLDSLSNEINDSTFGLEHLLRELGQIYEAVDMICNKDENILALPKLAADLMISGHPIELMDGDTAHVPLKWVGDILDNLIEKLGDKKVFVLSVLGIQSTGKSTLLNSMFGLQFAVSAGRCTRGAFMQLVKVEEKLCQEMNFDFLLVIDTEGLRALELANKATLNHDNELATFVIGIGNMTLINIFGENPSEMQDILQIAVQAFLRMKQVKLSPSCLFVHQNVGEITAKEKNMEGRRRLQEKLDEMTKTAAEQELCDATCFNDVIRFDVDTHIHYFAHLWEGDPPMASPNPSYSQNVQDLENVIFSSAKNEFTHSILKISELKQRIQDFWNALLNENFVFSFRNTLEIAAYSRLEAEYSNWTWKLRRHVLDLQPRLNNRIQKNEINSVNNKFLEEQVREQYEAIMKDQEKYFTESKDCEKLIQWKANIENRLKELKQELIERTKRKCREMIELKKNKRKLDENKSKYEDELFQISKQLALQLKGKELSEEEMSENFNTLWKKWIIQVSNDSVPVEETNIDNDVEHAILNHFKNENITESINRSYGQNTFYFDKVKHIAIKRNNYFLRISFEECDSENINQMVSDITKTVNEYIQKKKEDGMDYNPSYIYEILKRIDEEVESASRGPRFEYRKKFKMDFSLYLLREAAKHFTKLHKDFQRTNDPVTYLSSKKGDYFNMFRISCKGATSITMFADFLCDKLRQPLRQRVYEKTAIDIAGEMLSNEQAFNGNRSKLESYILMSLAKEENFSKYMEYIKHPKQAFQDYIKESVKNCFSSKTFLTISLDSVKNMLHKTIDYATRVVKDRNGGASLWLDTFCKNIGDQLNIQRSDFCCLEQQDITKIDFLKDAMTMALDTVVKSLEQEFASATVEALMMKPHEILIDQLAGCWEQCPFCSAVCTNTVSGHDGDHSVPFHRPQCVNGFHWYKTNNFSIELCTSLVASDYLLVLSEDNKIPFKTYRNAGPPYSQWSITPDNSSRLYWKWFVSKFRTNLEEYYNNKFEGKGSIPSQWESITKKNIILELKQQI

Target ORF information:

RefSeq Version	XM_030188477.1
Organism	Microcaecilia unicolor
Definition	Microcaecilia unicolor interferon-induced very large GTPase 1-like (LOC115458634), mRNA.

Target ORF information:

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

XM_030188477.1

ORF Insert Sequence:

ATGTCAGGAG AGAAGGATGC GCCTGAAGAT CAAGTTCTAG AGGATCCTGG AAAGACAAAA 
CTTCTTCAGA GCCTCAGTGA CGTGGGATTG GATCCAGAAT ACTGGCTGCC CGAGTTGCGA 
GACAGATTTG GAGTTAGTAC TACTCAGGCT TTGAAACACC TTAATCACGA AGATTATTTA 
AAACTTGAAT GCCGCACACG ACACTCATGG GAAAAACGGG CACTTCAAAA ACTTCTTCAG 
ATACCTGACA GAGAGAGGCA GGCAGTAAAG ACTCTGAAAG AGCTGCAGCA AATGCAAAGT 
GAACGCAAAC GCAGACATGA TGATGGTGTA AAAAGAAAAG AGAAAAAATT GAAGTTGGCC 
ATGGAAATAC CAACTGAGAA CTGGGTACCA TCTGAGAAAT CTTTCAGAGA AATGATAGAA 
AATCCGCACA AGCAGTTAAA TGTAATGCAA GATTCTTTGA GAAAAGGGAA AAATATTTCT 
GACAGAGAAA TTCTAACAAA TGCATCTGGG GGGCTCGCCC TGGAAGGGAT TTATAAGACC 
AGCCAACTAG AAGACTTGCT ACAGAAAAGG GAACAGCTTG TTCGCATCCC AGAAGAGTTT 
AGCCTTTCTG GCCCTGCCCA TGGGACTATG TTTCAAAAGA AGGAATTTTC ATCTTCTGTA 
ACAGAGTCAA CCTTTACAAA ATCCATGGAA AAACTGGGCC ATAGCTTCAG CTGTTCAGCC 
AAAGGTGGCT TTTGGGGGGT TCATTTTGAA ACTAGCATAG AACACAGTAA ATCTTCAGAG 
TCTGAAAACA AGCAAAAGTC TTCCACTATG CAAACTTACA TTTGTACTAC AAAATATAAC 
TACATTCCAT TGGCCTCATG TTACTTTCCA AAGGATAAAC TCAGTCTTTC CAGTGCAGCG 
CTGAAGGAGC TGCAACAGCT TGAGGAAGAC TTGACTCTCA CCACAGAGAC TGAAAAGCAG 
AATATGCTAC TGAGATATGA GCAATTTTTT AACAGATTTG GTTCTCATGC TAACCAGGGC 
CCCCTTCACT TTGGTGGAAT ATTCTGGTGG AAGGCATCCT CAGAGGGCTT TAAGACAGAG 
CATCTGGAAG AAGTGAAAAA ACTGGCATCT GAAGAACTTA ATGGTTACAT TGAGGCCAGT 
TGCAGTAATG TTGCAGGTGG CATCAGTGGT TCACAGATTC AGTCACAAGC ATCTTTTCAA 
GGAACACAGA AAGAAACTCT CAAAAAACAG ATTCAGCTGT ATGTAACCAA GACAGGTGGA 
CCAGCTGAAG CAGATTCTCT TCCACAGTGG CAATCTGGTC TTATCTCCAG TAACAAAACA 
TGGTGTGTCA TTGACAGAGG ATTTCAGCTG GCACCTGTGT GGGAATTAAT CCTGTCCAAT 
CACAGAAAAG ATTTTAAAGA TGTTCAGAAA GTTTGTGCTG GTCTTACAGA TGCCTACAAA 
GCTTTAACAA ATCAAAATGT CAGTAGATTA TTTGGAGAGC AACTCACAAG TGCAGTAAAT 
TATGCCAAAT CATTCTTAGA AGATCTGGCA AACTGGAAGA CCTCCAGAAC CGAAGAGAAT 
TTGAAGAAAC TGATTGATTT TAAACAGAAA CTGACTGAAA AAACAAGAAA CTACAGTGTT 
TGGATTAACA TTTGTCTTTC TGATAAAGCA CTTCAAGATT TCTTGAGAAG TGTAGTGGAA 
GAGCAGAGCA ATAATCCAGG AAGTGATACT ATTTACATTA AATCTGTAAT ACGCAGTCTG 
ATTGAGCCAC ATATCTACTC AGTTGAGACC TTTCCCAGCT CTTCCTTCAT TATGCAGTGG 
ATTTACCACT CAGAAATTCA GCAACATCAA AATATTTCCA CTTCAGAATT TGATCAGTTT 
ATTGAAGTAT TACAGAAAGC AAAGAATATC ATCCAGGAAG TCACTTTTGA AAGTAATACT 
TCTGCAGAAG CAATACATGA AGCAAAGATA AAATCCACCT TTAATGCAAG TTTGTCTTTA 
TATTCTTTAT TAAAGACTCT GAGAGAGGCT AAACAAACAG ACATAGAAGT GCTGCTGCTG 
TGCATTGCAA GCAGCTGTGG ATACAGTCTG GAAGATAACA TCTTTCAGTA TCTCCTTGGA 
TGCCCAGAAA TTGATTTCAT GTTAAGAGAA ATGAAAGCCG CTTATAAGGA ATACACTAGT 
CTAAGAAACC AAAACGTTTA CCGAGCTGAA GCTTTCTTGC TGCTGACCAG TTTGACAGTG 
ACAATAGAAG ATAAAGAAGT GCCTCCAGAA CAAAAGCGTG AACGATTAAA TGTAATAACA 
AAATATCTGA AAAGTCACTT ATCATCTGAG GTTACCACTG TCCTTATGAA ATATGATGAC 
CATGCTGACC TGAAAGAACT AGAAAAAAAC TTACATAACC TAATACTTGA AAATTATGAT 
ACCACGATGG ATGACAGGAA GATTCAGCTT GTGTTAAAAG AATTAGAGAA CATATGTCAA 
AATAAAGAAC AACAGCATAT AACCAAATCA AAATCTAAAA ATAAACTATC AGAATGTAAA 
ATGCATGAAA CTTTTGAAAA CCACATTTTT GTAAATCTAA TTAAGCGACT TGACCTTGAC 
AAATATTACC CAAAGAAAAT GAGGACAGCA GACTTTCACA TTATTGATCA ATCATCATTG 
TGTGAACGCC AGCCTTGCAC AGAAAGCGAA CTTCCATTTT ATTACCTCAA AAAGCTGCTT 
ATGCTAGATT ACCGAGCAAG ATATTTGGTG TGCAAAGGTG TAAATGAGAT GGAACAAGTT 
ATAGACAATT CATTTAACAC ACTAGAAAAC ATGAATGAAT TGTCAGACGT GGATGAATTT 
TTCAGTGATG TCAATGAGGT AACACATAAA CCAGAAGGAA ATTGTCAGAC ACCAGTACAT 
CCTATGGATG TACATATGGC TGTTTTTCTT TGTGCAAATA ATTTTATGAG GCAGAATCTC 
ACAATAAAAC TTTCCTTATG CCAATTTGCA CTTCCACTTT TGATAACAAA TCCCTGCACT 
TCAGAAATCG AATTCCCTCT CTGGTCCTTT CGGCAGGTTA AGAAACGATG GCAACGTAGA 
ACAAAAAACA AAGATCTAGT GACTAATAGA TGTGAAGAAA AATTTGTATC TGAAATTGAA 
ACCCCTGTAA TTTCCTTTAT AAGGTTTGGT GATTCTGTAT CTTCGAAATC TCAGATTTTG 
AATTCTTTGT TGAGTAAACA AAAGCATGAT GTTTTTTTCC ACCGACATTG CAGAGGCAGT 
AGCAAAGAAG GTCTCTTGAT GAAAGGAGTT GTAGAAATTG CCTGGTATTG TCCAGGTGGG 
AAGGATGATG ACAGTTTTGA TAACTGTGTC GCATTTACTA ACCTTCATGG AGATGCAAGA 
GAACATGAGC CTCAACTGCA ATTTTTACAG GAGATAGCTT CTGTCAATGT GATCCTTCTA 
TCAGAGTCTG ATCGGAATGA AAAAGGTAAA CAAATTTTAC TCCATTTTTT CAATTCTCCA 
AAACCTTTGA TCTGCCTTTG TGCAGATAAA GAAAAAATCC CAGCTTGCAA ATCTAGAAAC 
AAAGTCAAAA TAGGCATCAA GAACAGAAAT GAAGCAGATT TAGTTAATGA ACTGGCAATG 
ACAATAAAAC ATATGCTGGC AATGACAGAC AGCACTTTCC GTCTTGATAG GTGCGTAGAT 
ATTGCTTCTA AGTATGCATT CATTATAGAT GAAAATGATG AAGACTGTAA AGAGGGTAAA 
AATACTGCAG AGACATTATT AAGTCTCTTG AAAGAAAATA AAATATCTGA CATGAAGAGA 
AATTTGCTTC CTCTTCAGGG AGAGCTGTGG CATAAATGGT GCAAGAAGGA TAAGGAGCTC 
ACGCGCCTTC TTCAGAAAGG AAACAAAAGC ATTGAACAAT ATAGAAGTGA CATAGAATCA 
GAAAAACGTG CCATAAGGAA TGATCAGTTG AAAAAAGCAT TTCCCCTCAA TGACCTAATG 
AGGTCATTAC TTGAGATCTT AAACTTCCAA ACAGATGAAG TCAAAATGTA CTTTCTGCAG 
TGGTTTAAAA CATTTATTGA TAATCTATCT CATGACCACC TTTCAAAATT ATATAACGAA 
TATCATGTTG TGTGGTCTAA CATGAAACAA GCAGGAAAAC ATAATAATGA CCTGGTAAAA 
AAAATGCAAA AACAGTTAGA CTCTCTGTCT AATGAGATCA ATGATTCTAC ATTTGGCCTT 
GAACATCTTT TGAGAGAACT AGGACAGATC TATGAAGCTG TGGATATGAT TTGTAACAAA 
GATGAAAATA TTTTGGCTTT GCCAAAACTT GCAGCTGATT TGATGATTTC CGGGCATCCT 
ATTGAACTGA TGGATGGAGA TACTGCACAT GTGCCCTTGA AATGGGTAGG AGATATCTTA 
GACAACCTCA TTGAGAAACT CGGAGACAAA AAAGTATTTG TCCTTTCTGT ACTTGGTATC 
CAGAGCACTG GAAAATCAAC ACTACTGAAT TCAATGTTTG GCCTGCAGTT TGCTGTCAGC 
GCTGGACGAT GCACTCGAGG TGCATTTATG CAGCTAGTTA AAGTTGAGGA AAAGCTCTGT 
CAGGAGATGA ACTTTGACTT TTTACTCGTG ATCGATACTG AGGGGCTTCG GGCCCTTGAA 
TTAGCAAACA AAGCAACACT TAATCATGAT AACGAACTTG CTACATTTGT CATTGGTATT 
GGCAACATGA CTCTGATAAA TATATTTGGA GAAAATCCTT CTGAAATGCA GGATATTCTA 
CAAATTGCTG TCCAGGCATT TCTGAGAATG AAACAGGTAA AGCTTTCACC TAGTTGTTTG 
TTTGTACATC AAAATGTAGG GGAAATAACA GCAAAGGAAA AAAATATGGA AGGACGAAGA 
CGCCTTCAGG AGAAACTAGA TGAAATGACA AAAACTGCAG CAGAGCAAGA GCTATGTGAT 
GCAACATGCT TCAATGATGT CATCAGATTT GATGTGGATA CTCACATTCA TTATTTTGCT 
CACCTCTGGG AAGGGGATCC ACCGATGGCT TCTCCAAATC CCAGTTACAG TCAAAATGTT 
CAGGATCTAG AGAATGTAAT TTTTTCATCT GCGAAAAATG AGTTTACACA CAGTATTTTA 
AAAATATCAG AACTGAAGCA GCGCATTCAG GATTTTTGGA ATGCATTGCT GAATGAGAAT 
TTTGTGTTCA GCTTCAGGAA TACATTAGAG ATTGCAGCAT ACAGTAGGCT GGAAGCAGAA 
TACAGTAATT GGACCTGGAA ATTGAGGCGT CACGTGCTCG ACCTACAGCC CAGACTGAAC 
AACAGAATTC AAAAGAATGA AATCAACAGT GTAAACAATA AATTTCTTGA AGAACAGGTT 
CGAGAGCAAT ATGAGGCCAT CATGAAGGAT CAAGAAAAGT ATTTTACTGA AAGCAAAGAC 
TGTGAGAAAC TGATTCAGTG GAAAGCTAAC ATTGAAAACA GGCTAAAAGA ACTGAAACAA 
GAGCTTATTG AAAGAACTAA AAGAAAATGC CGAGAAATGA TTGAACTAAA GAAAAACAAA 
AGGAAACTGG ATGAAAATAA ATCAAAATAT GAAGATGAAT TGTTTCAAAT AAGTAAACAG 
CTGGCTTTGC AGTTAAAGGG GAAAGAGTTA AGTGAAGAGG AGATGAGCGA GAACTTTAAC 
ACATTGTGGA AAAAATGGAT CATACAGGTG AGCAACGATT CTGTTCCTGT TGAAGAGACA 
AACATAGATA ATGATGTAGA GCATGCAATT TTGAATCATT TTAAGAATGA AAATATTACA 
GAAAGTATTA ACAGGTCCTA TGGACAGAAT ACATTTTACT TTGACAAAGT TAAGCATATT 
GCAATAAAAA GAAATAACTA TTTCTTAAGG ATATCATTTG AAGAATGTGA CAGTGAAAAC 
ATAAATCAAA TGGTAAGTGA TATCACGAAG ACTGTTAATG AATACATCCA GAAGAAAAAG 
GAGGATGGTA TGGATTACAA TCCAAGCTAT ATTTATGAAA TATTAAAAAG AATAGATGAA 
GAGGTAGAAT CTGCCTCCAG GGGTCCTAGA TTTGAGTACA GAAAGAAATT CAAAATGGAT 
TTCTCTTTAT ATTTGTTAAG AGAGGCAGCA AAACACTTCA CAAAGCTTCA TAAAGATTTC 
CAGAGAACAA ATGATCCTGT AACATACCTC AGTAGTAAGA AAGGGGATTA TTTCAACATG 
TTTAGAATCT CCTGCAAAGG AGCAACCTCC ATTACAATGT TTGCAGATTT TTTATGTGAC 
AAACTGAGAC AACCTTTACG TCAGAGAGTC TATGAGAAGA CAGCGATTGA CATTGCAGGT 
GAGATGTTAT CTAACGAACA AGCCTTTAAT GGCAATAGGT CGAAATTAGA AAGCTACATT 
CTAATGTCTC TTGCAAAAGA AGAAAACTTT TCTAAATACA TGGAATACAT TAAACACCCC 
AAACAAGCCT TTCAAGACTA TATTAAAGAG AGTGTCAAAA ACTGCTTCTC AAGTAAAACA 
TTTTTGACTA TTTCTCTTGA TTCTGTCAAA AATATGCTCC ACAAAACCAT TGATTATGCA 
ACTAGAGTTG TTAAAGACAG AAATGGTGGT GCATCTTTGT GGCTGGATAC ATTTTGTAAA 
AATATTGGAG ATCAGCTAAA TATTCAGCGA AGTGATTTCT GTTGTCTTGA ACAGCAAGAC 
ATAACAAAAA TTGATTTTTT AAAAGATGCA ATGACTATGG CATTGGATAC TGTGGTAAAA 
AGCTTAGAAC AAGAATTTGC TAGTGCAACT GTGGAAGCAT TGATGATGAA ACCTCATGAA 
ATATTGATTG ATCAGCTGGC TGGATGCTGG GAGCAGTGCC CCTTTTGCAG TGCTGTCTGT 
ACAAACACTG TTTCAGGTCA TGATGGAGAC CACAGCGTTC CTTTCCATCG TCCTCAATGT 
GTGAATGGTT TCCACTGGTA TAAAACAAAT AACTTTTCCA TTGAACTTTG TACCAGCCTT 
GTAGCAAGTG ACTATTTGCT TGTATTGAGT GAGGATAATA AAATTCCATT TAAAACTTAT 
CGAAATGCAG GACCTCCTTA TTCACAGTGG AGCATCACAC CAGACAACTC ATCACGGCTA 
TACTGGAAAT GGTTTGTTAG CAAATTCAGG ACTAATTTAG AAGAATATTA TAACAACAAA 
TTTGAGGGTA AAGGATCTAT CCCCTCACAG TGGGAATCTA TAACAAAGAA AAACATAATC 
TTGGAGTTGA AACAACAGAT TTAA