MUC3A cDNA ORF clone, Pteropus vampyrus(large flying fox)

Gene
Clones
gRNAs

Summary

Gene Symbol	MUC3A
Entrez Gene ID	105299785
Full Name	mucin 3A, cell surface associated
Gene Type	protein-coding
Organism	Pteropus vampyrus(large flying fox)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011371686.1	XP_011369988.1	mucin-3A

Pathways from BioSystems
Gene Ontology

The following MUC3A gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the MUC3A 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
OPt55106	XM_011371686.1 Latest version!	Pteropus vampyrus mucin 3A, cell surface associated (MUC3A), 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)

MUC3A ( XM_011371686.1 ) cDNA ORF clone, Pteropus vampyrus(large flying fox) -> XP_011369988.1 Pteropus vampyrus mucin 3A, cell surface associated (MUC3A), mRNA.

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CloneID	OPt55106
Clone ID Related Accession (Same CDS sequence)	XM_011371686.1
Accession Version	XM_011371686.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5637bp) 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	1516204800000
Organism	Pteropus vampyrus(large flying fox)
Product	mucin-3A
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011888974.1) 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 :: Pteropus vampyrus Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 17% of CDS bases ##RefSeq-Attributes-END##

ATGGCCACAT CCACCTATAA TGAGCTATTC CCCAGTGAAG CAGCAGCCCA CACTGCTCTT 
AGCAACTCCC AACAATCCAA AGGCACAGCA GGGTGGCCAC TTAGCAATCC TGAAAATGCT 
TCTTCCACTC CCAGCAGTAG GGAAAACATA CCTATGACTC TCACCACCTC CACCCACTTT 
AAACCTATTT TTGAAACATT GCTCAAATCT CCAATCAATT CCAAAACCTC AACAATCCCG 
ACATCCAAGT TTGTCATCAA GGCGGAAACC ACTCCACCTA CCATAATTGT CTATATGGGC 
TCTACAGAAT GCATCCATCC AACAAGACTT GTAATCACCA CAACTTACCC CACCACCACT 
TGCATGGCAA TGACCCAAGT GTCCTTCACC AGTTCTTACA CAACTGCAGC TGTGACAGGG 
AAGCCAGGAA CAATCATCAC CAGTACTTAT CCCACAACTA CTACTGAGAG AGTCACTTCA 
ACCATAACCA CTTCTCCAAT TAACACTGCT CCTAAGAAAA CTACCACAAC CATGCTCCCA 
CATTCTTCCT CTGTCCCAAC CACACTCACA ACACTTGATA CACTGAACTC TATGACCACC 
ACAAGCTCAG AAACACCGTC CTTCACTGCA GCCACTACAC AGACAGGCAA GACGACAGAC 
ACACCTTCTC ATGCCACATC CACCTGGAAA ACCACCCCTA GTCTCACCAG TGATTCCTCT 
GCAGAGTCCC TCACAACAGA GATAACGTCT ACTCCCCCAT TGACATTTTC GATAACTCCC 
ACAAATGCTG TCAGTTCCCC CACTTCTATC ACTTCTATTC CAGTGACCAC CCTTACCTTG 
ACATCAACCA CCAGTGTGCC TCTGACCTCT CCACATTTCT CTACCACACA TCCCACCAGT 
GATTCCTCTG CAGAGTCTCT CACAACAGAG CTAATGTCTA ATCCCCCATT GACATTTTCA 
ATAACTCCCA CAAACGCTGT CAGTTCCCCC ACTTCTATCA CTTCTATTCC AGTGACCACC 
CTTACCTTGA CATCAACCAC CAGTGTGCCT CTGACCTCTC CACCTTTCTC TACCACACAG 
CCAGGTGACA CTAGGACAAC AACCACAACC CCCGTGTCCA CCTTGATCAC CTCACTCCCT 
TCTACTATGT CAATGTCCAG CGCTGTCTCT CCCACTAGTC ATGTCAGCAC GACCACGACA 
GAGATTGGTA CTCACACTGA CACTTCGACA TCTGCCACCT CGATCACAGC AACGTCCACT 
GCTCGCCACA CTACAGAAAG GGTCATGACT TCTACCACTG ACATGGCAAC AACCCCATCC 
CATGCCACAA CACAACGTAC TCTGGCCGTC ACCTCTTCAA ACAGCTACTC CACCGCCATT 
ACTCCCTCAT CTACACTGAG GCCAGTTCCC TCTACTCCTG GCACCGTGCG GACATCAACA 
ACCAGAATCC CATTACATGT TAGCACAGAA ATCCCTACCA GCACCAGGCA AACAACTACT 
CCCACATACG CAGGTACCAC TGTGCATCCG ACTGACATGA ATGACCTCAC CTCAACACTC 
ATCCCTTTCA GTATGTCGGG AAACCCCACA AATATCTTCA CATCTTTCCC TACCACCACC 
AATGCGAAAA CAACACTCAG TGTGACTACA ACCACAGTCA GCATGCCTAC TCAAGCAAAC 
ACACTCACAG TCACCCAGAG CAGTCCAACT CCATCTCTCA CTACAAACAG TCTAGTGACA 
TCTGCAGGCT CCACAGCCAG CAGCAGTACC ATGGCCACTC AGACACTGAG TCCCACCTCA 
CCTGCAATGA GCCCTACATC ACTCCACACA AACGCCGAAA CCACCGTGGC ATCCACTATA 
ACAGTTTCGT ACACGACAGC CACAAGCACA GAAACACCGT CCTCCACTGC AGCCACTACA 
CAGACAGGCA AGATGACAGA CACACCTTCT CATGCCACAA CCACCCTGAA AACCACCGCT 
AGTCACACCA GTGATTCCTC TGCAGAGTCT CTCACAACAG AGCTAATGTC TACTCTTCCA 
CTGACATTTT CGACAACTCC CACAAACGCT GTCAGTTCCC CCACTTCTAT CACTTCTATT 
CCAGTGACCA CCCCTACCTT GACATCATCC ACAAGTGTGC CTCTGACCTC TCCACATTTC 
TCTACCACAC AGCCTGGTCA CACTAGGATG ACAACCACAA CCCCCGTGTC CACCTTGATC 
ACCTCACTCC CTTCTATGAC GTCAATGTCC AGCCCTGTTT ATCCCACTAC TCATGTCAGC 
ATGAGCACGA CAGAGATTGG CACTCACACT GACACTTCGC CATCTGTCAC CTCGATCACA 
GCAACGTCCT CTGCTGATCA CACTACGGAA AGGGTCATGA CTTCTACCAC TGACGTGGCA 
ACAACCCCCT CCCCGGCCAG AACACAACGT ACTCTGGCCG TCACCTCTTC AAACAGCTAC 
TCCACCGCCA TTACTCCCTC ATCTACACTA AGGCCAGTTT CCTCCACCAA TGCCAAAACA 
ACACTTAGTG TGACGACAAC CTCAGTCAGC ACGCCTACTC AAGCAAACAC ACTCACAGTC 
ACCCAGAGCA GTCCAACTCC ATCGCTCACT ACAAGCAGTC TAGGGACATC TGCAGGCTCC 
ACAGCCAGCA GCAGTACCAT GACCACTCAG ACACTGAGTC CCAGCTCACC TGCAACGAGC 
CCTACATCAC ACCACACAAA CGCCGAATCC ACCGTGGCAT CCACTATAAC GGTTTCATAC 
ACGACAGCCA CGAGCTCAGA AACACCGTCC TCCACTGCAG TCACTACAGA GACAGGGAAG 
ATGACGGACA CTACCTCTTG TGCTGAGCCC ACCTGGACAA CCACGCCTAA TCCCACCATA 
GTCACCTCTG CCAAGTCTCT CACAACACAG CTACTGTCTA CTGTCCCAAT GACATTCTCA 
ATAACTCCCA CAAACTCTGT CAGTTCCTCC ACTTCTATCA CTTCTATTCC AGTGACCACG 
TGTACCTTGA CATCAACCAC CGGTGTGCCT CTGACCTCTC CACCTTTCTC TACCACACAG 
CCAGTTGACA CTCGGACAAC AACCACAACC CCCGTGTCCA CCTTGATCAC CTCACTCCCT 
TCTACTACAT CAATGTCCAG CCCTGTCTCT CCCACTAGTC ATGTCAGCAC GACCACGACA 
GAGATTGGCA CTCACACTGA CACTTCGACA TCTGCCACCT CGATCACAGC AACGTCCTCT 
GCTCGCCACC GTAGTGAAAG CATCATGACT TCTACCACTG ACATGTGTGA CGACAACCTC 
AGTCAGCACG CCTACTCAAG AAAACACACT CACAGTCACC CAGAGCAGTC CAACTCCATC 
CCTCACTACA AGCAGTCTAG TCACATCTGC AGGCTCTACA GCCAGCAGCA GTACCACGAC 
CACTCAGACA CTGAGTCCCA GTTCACCTGC AACGAGCCCT ACACCACTCC ACACAAACGC 
CGAATCCACC GTGGCATCCA CTATGGCGTT TACGTACACT CTAACTTGAA CAGATACAGT 
AATTTTTCCA ATCTTTCAAT TTTTCGAAGA ACCAAGAGTG GTACCACAAC AATGGCAATG 
AGCCCTTACC AGACAACACT GCAAAGTACT TCAAGTGTTT CTCCCACACC TTTTCCTTCC 
ATACTGTGTA CATCTACAAA TGCAATAATC TCTTCCTTTA GTACTGTTAT CTTCTCTTCA 
TTATCCACAA TAATAACGTC TCCTTTTTTC TCTTCCATCA GTGAAAATTC CATGCTCACT 
AATACCACTA ACCTTTTTCC TACCTCCCTA TATTCTTTTA GTACACAAAA TCCAGCCACT 
CCTGTCACTA CTTTTCCTAC TCCTTTTTCA TCTGAAACTA CAAGAACTTC TCCAAGTTTG 
TCTTCTCTAA CTTCCTCTTC TACTAAAACA ACCGCCACTC TTGCTATTTC CTCCATTACC 
CCATGTCCAG AATCTATATC CATTACAATA GTTCCTACTT CTCCCATCAC TCCATGTATA 
GAAATTGATC CAAATAGTAA AGTTACTTCT ACACCTACTA TCCCATTATC ATTCTTTACC 
TCTACTACTG AGATGGCCAC CACCCCTTCT ATTTACACCA GTATGACAAC TGTATTTCCC 
ACACATACAG ACACTTCCAC TTTGGTTCTA GAAACTGACC CCACCAACAT CATATCTGAT 
GTTCCTAGTT CTCTCAGCAC TGGGACTTTC CCCATTAACA CAGTTTTGAC AAGCACACAA 
GGAACCAGCA GTGGGACCTC GATAAGCACC TACTCTGTAA CCACCCCACA TGTGCCCAGC 
TTCACTAGCC TCCCAGCGAC CGTGAAACCA AGTAGCAGCC TTCCAACTGC CACGACGACT 
TCAAGCAAAT TGACAAGCAC CACTCCGGTC ACCACCAGAG CTCCAGAGAA ATCAGTGGCC 
ACCACTCAGA CTCCCGCCAA TTTTTTGTCA TCCAGGACAA CTTCGACCAC TACTCAGATG 
ATCACACAGT CTAGATTGAC CACCACTCCA GGCACCTGTG ACAATGGTGG CACCTGGATA 
CAGGACCGCT GCCTTTGCCC CTCGGGGTTC TCTGGGGACC GTTGTGAGCT CCAGAGGAGC 
ATGTGCCAAA ATGGGGGTCA GTGGGATGGC CTCAAGTGTC GCTGTTCCAA AAATTTCTAT 
GGCTCCCGCT GTGAGTTTGC TGTGGACGAG GTGGAACTGG ACACAGTGGA TGCTGAAGTG 
GGCATGGAGG TGTCTGTCCA ACAAGATTTC ACCTCAGAGC TCAATGACAA CACTTCAGAG 
GCCTACATGG ATTTCAGCAA AACCTTCCGA AATCAGATGC AGAAGATTTA CCAAAATGTG 
CAGGGGTTCA AGGATGTGGA GATTCTGTCC TTAAGGAATG GCAGTATTGT GGTGGACTAT 
CTGGTTCTGC TGGAGTTGCC CTTCAGTGCC CAGATGGAGA ACACGTATGA AAATGTGAAG 
ATGACCCTGA AGAAGGAGCT CCAGAATGTC AGCCAGGACC AGGATAGCTG CCAGAATAAC 
CAGGTCCTGT GTTTTAAGCC TGACTCCATC AAGGTGAACA ACAACACCAG GACTGAGCTG 
ACTCCGGAAG CCATCTGTCG TCGCGCTGCT CCTCAGGGTT ATGAGGATTT CTATTTCCCC 
TTGGTGGAGG AGAACCAGCT CCGTTGCGTC ACCAATTGCA CATCCGGTGT GGATGGCGCC 
ATTGACTGTA ACCAGGGCCA GTGCTTTCTG GAGAGGAGCG GTCCCACTTG CCGCTGCTTT 
TCCACAGACA CGTACTGGTT CTCCGGACCT CGCTGTGAGG TGGCCATCGC CTGGAAAGCC 
TTGGTGGGGG GCCTAGTAGG GGCCGCTGCA CTGCTGCTGC TGCTGCTGGC ACTCAGCGTC 
TTCGTCGTGC GCTCACGCTC ACGTAGGAAG AACGACCAAG GCAGAGGCAG GTCCTGGGAC 
GACGACAAGA AATGGTTCGA GATGTGGGAT GAGAACACCG TGGGGACTTT TACAAACTCG 
GGCTTTGAGG ACGACAGAAC AGTCAAGGAG GAAAACTTCC ATGTAGCCTT GGAGAATGTG 
GACACCAGTA TGAGGGTATA CACCCAGAGA CCTGAGGTGG CCACGTCCTC GCCGTGA

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

RefSeq	XP_011369988.1
CDS	1..5637
Translation	MATSTYNELFPSEAAAHTALSNSQQSKGTAGWPLSNPENASSTPSSRENIPMTLTTSTHFKPIFETLLKSPINSKTSTIPTSKFVIKAETTPPTIIVYMGSTECIHPTRLVITTTYPTTTCMAMTQVSFTSSYTTAAVTGKPGTIITSTYPTTTTERVTSTITTSPINTAPKKTTTTMLPHSSSVPTTLTTLDTLNSMTTTSSETPSFTAATTQTGKTTDTPSHATSTWKTTPSLTSDSSAESLTTEITSTPPLTFSITPTNAVSSPTSITSIPVTTLTLTSTTSVPLTSPHFSTTHPTSDSSAESLTTELMSNPPLTFSITPTNAVSSPTSITSIPVTTLTLTSTTSVPLTSPPFSTTQPGDTRTTTTTPVSTLITSLPSTMSMSSAVSPTSHVSTTTTEIGTHTDTSTSATSITATSTARHTTERVMTSTTDMATTPSHATTQRTLAVTSSNSYSTAITPSSTLRPVPSTPGTVRTSTTRIPLHVSTEIPTSTRQTTTPTYAGTTVHPTDMNDLTSTLIPFSMSGNPTNIFTSFPTTTNAKTTLSVTTTTVSMPTQANTLTVTQSSPTPSLTTNSLVTSAGSTASSSTMATQTLSPTSPAMSPTSLHTNAETTVASTITVSYTTATSTETPSSTAATTQTGKMTDTPSHATTTLKTTASHTSDSSAESLTTELMSTLPLTFSTTPTNAVSSPTSITSIPVTTPTLTSSTSVPLTSPHFSTTQPGHTRMTTTTPVSTLITSLPSMTSMSSPVYPTTHVSMSTTEIGTHTDTSPSVTSITATSSADHTTERVMTSTTDVATTPSPARTQRTLAVTSSNSYSTAITPSSTLRPVSSTNAKTTLSVTTTSVSTPTQANTLTVTQSSPTPSLTTSSLGTSAGSTASSSTMTTQTLSPSSPATSPTSHHTNAESTVASTITVSYTTATSSETPSSTAVTTETGKMTDTTSCAEPTWTTTPNPTIVTSAKSLTTQLLSTVPMTFSITPTNSVSSSTSITSIPVTTCTLTSTTGVPLTSPPFSTTQPVDTRTTTTTPVSTLITSLPSTTSMSSPVSPTSHVSTTTTEIGTHTDTSTSATSITATSSARHRSESIMTSTTDMCDDNLSQHAYSRKHTHSHPEQSNSIPHYKQSSHICRLYSQQQYHDHSDTESQFTCNEPYTTPHKRRIHRGIHYGVYVHSNLNRYSNFSNLSIFRRTKSGTTTMAMSPYQTTLQSTSSVSPTPFPSILCTSTNAIISSFSTVIFSSLSTIITSPFFSSISENSMLTNTTNLFPTSLYSFSTQNPATPVTTFPTPFSSETTRTSPSLSSLTSSSTKTTATLAISSITPCPESISITIVPTSPITPCIEIDPNSKVTSTPTIPLSFFTSTTEMATTPSIYTSMTTVFPTHTDTSTLVLETDPTNIISDVPSSLSTGTFPINTVLTSTQGTSSGTSISTYSVTTPHVPSFTSLPATVKPSSSLPTATTTSSKLTSTTPVTTRAPEKSVATTQTPANFLSSRTTSTTTQMITQSRLTTTPGTCDNGGTWIQDRCLCPSGFSGDRCELQRSMCQNGGQWDGLKCRCSKNFYGSRCEFAVDEVELDTVDAEVGMEVSVQQDFTSELNDNTSEAYMDFSKTFRNQMQKIYQNVQGFKDVEILSLRNGSIVVDYLVLLELPFSAQMENTYENVKMTLKKELQNVSQDQDSCQNNQVLCFKPDSIKVNNNTRTELTPEAICRRAAPQGYEDFYFPLVEENQLRCVTNCTSGVDGAIDCNQGQCFLERSGPTCRCFSTDTYWFSGPRCEVAIAWKALVGGLVGAAALLLLLLALSVFVVRSRSRRKNDQGRGRSWDDDKKWFEMWDENTVGTFTNSGFEDDRTVKEENFHVALENVDTSMRVYTQRPEVATSSP

Target ORF information:

RefSeq Version	XM_011371686.1
Organism	Pteropus vampyrus(large flying fox)
Definition	Pteropus vampyrus mucin 3A, cell surface associated (MUC3A), mRNA.

Target ORF information:

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

XM_011371686.1

ORF Insert Sequence:

ATGGCCACAT CCACCTATAA TGAGCTATTC CCCAGTGAAG CAGCAGCCCA CACTGCTCTT 
AGCAACTCCC AACAATCCAA AGGCACAGCA GGGTGGCCAC TTAGCAATCC TGAAAATGCT 
TCTTCCACTC CCAGCAGTAG GGAAAACATA CCTATGACTC TCACCACCTC CACCCACTTT 
AAACCTATTT TTGAAACATT GCTCAAATCT CCAATCAATT CCAAAACCTC AACAATCCCG 
ACATCCAAGT TTGTCATCAA GGCGGAAACC ACTCCACCTA CCATAATTGT CTATATGGGC 
TCTACAGAAT GCATCCATCC AACAAGACTT GTAATCACCA CAACTTACCC CACCACCACT 
TGCATGGCAA TGACCCAAGT GTCCTTCACC AGTTCTTACA CAACTGCAGC TGTGACAGGG 
AAGCCAGGAA CAATCATCAC CAGTACTTAT CCCACAACTA CTACTGAGAG AGTCACTTCA 
ACCATAACCA CTTCTCCAAT TAACACTGCT CCTAAGAAAA CTACCACAAC CATGCTCCCA 
CATTCTTCCT CTGTCCCAAC CACACTCACA ACACTTGATA CACTGAACTC TATGACCACC 
ACAAGCTCAG AAACACCGTC CTTCACTGCA GCCACTACAC AGACAGGCAA GACGACAGAC 
ACACCTTCTC ATGCCACATC CACCTGGAAA ACCACCCCTA GTCTCACCAG TGATTCCTCT 
GCAGAGTCCC TCACAACAGA GATAACGTCT ACTCCCCCAT TGACATTTTC GATAACTCCC 
ACAAATGCTG TCAGTTCCCC CACTTCTATC ACTTCTATTC CAGTGACCAC CCTTACCTTG 
ACATCAACCA CCAGTGTGCC TCTGACCTCT CCACATTTCT CTACCACACA TCCCACCAGT 
GATTCCTCTG CAGAGTCTCT CACAACAGAG CTAATGTCTA ATCCCCCATT GACATTTTCA 
ATAACTCCCA CAAACGCTGT CAGTTCCCCC ACTTCTATCA CTTCTATTCC AGTGACCACC 
CTTACCTTGA CATCAACCAC CAGTGTGCCT CTGACCTCTC CACCTTTCTC TACCACACAG 
CCAGGTGACA CTAGGACAAC AACCACAACC CCCGTGTCCA CCTTGATCAC CTCACTCCCT 
TCTACTATGT CAATGTCCAG CGCTGTCTCT CCCACTAGTC ATGTCAGCAC GACCACGACA 
GAGATTGGTA CTCACACTGA CACTTCGACA TCTGCCACCT CGATCACAGC AACGTCCACT 
GCTCGCCACA CTACAGAAAG GGTCATGACT TCTACCACTG ACATGGCAAC AACCCCATCC 
CATGCCACAA CACAACGTAC TCTGGCCGTC ACCTCTTCAA ACAGCTACTC CACCGCCATT 
ACTCCCTCAT CTACACTGAG GCCAGTTCCC TCTACTCCTG GCACCGTGCG GACATCAACA 
ACCAGAATCC CATTACATGT TAGCACAGAA ATCCCTACCA GCACCAGGCA AACAACTACT 
CCCACATACG CAGGTACCAC TGTGCATCCG ACTGACATGA ATGACCTCAC CTCAACACTC 
ATCCCTTTCA GTATGTCGGG AAACCCCACA AATATCTTCA CATCTTTCCC TACCACCACC 
AATGCGAAAA CAACACTCAG TGTGACTACA ACCACAGTCA GCATGCCTAC TCAAGCAAAC 
ACACTCACAG TCACCCAGAG CAGTCCAACT CCATCTCTCA CTACAAACAG TCTAGTGACA 
TCTGCAGGCT CCACAGCCAG CAGCAGTACC ATGGCCACTC AGACACTGAG TCCCACCTCA 
CCTGCAATGA GCCCTACATC ACTCCACACA AACGCCGAAA CCACCGTGGC ATCCACTATA 
ACAGTTTCGT ACACGACAGC CACAAGCACA GAAACACCGT CCTCCACTGC AGCCACTACA 
CAGACAGGCA AGATGACAGA CACACCTTCT CATGCCACAA CCACCCTGAA AACCACCGCT 
AGTCACACCA GTGATTCCTC TGCAGAGTCT CTCACAACAG AGCTAATGTC TACTCTTCCA 
CTGACATTTT CGACAACTCC CACAAACGCT GTCAGTTCCC CCACTTCTAT CACTTCTATT 
CCAGTGACCA CCCCTACCTT GACATCATCC ACAAGTGTGC CTCTGACCTC TCCACATTTC 
TCTACCACAC AGCCTGGTCA CACTAGGATG ACAACCACAA CCCCCGTGTC CACCTTGATC 
ACCTCACTCC CTTCTATGAC GTCAATGTCC AGCCCTGTTT ATCCCACTAC TCATGTCAGC 
ATGAGCACGA CAGAGATTGG CACTCACACT GACACTTCGC CATCTGTCAC CTCGATCACA 
GCAACGTCCT CTGCTGATCA CACTACGGAA AGGGTCATGA CTTCTACCAC TGACGTGGCA 
ACAACCCCCT CCCCGGCCAG AACACAACGT ACTCTGGCCG TCACCTCTTC AAACAGCTAC 
TCCACCGCCA TTACTCCCTC ATCTACACTA AGGCCAGTTT CCTCCACCAA TGCCAAAACA 
ACACTTAGTG TGACGACAAC CTCAGTCAGC ACGCCTACTC AAGCAAACAC ACTCACAGTC 
ACCCAGAGCA GTCCAACTCC ATCGCTCACT ACAAGCAGTC TAGGGACATC TGCAGGCTCC 
ACAGCCAGCA GCAGTACCAT GACCACTCAG ACACTGAGTC CCAGCTCACC TGCAACGAGC 
CCTACATCAC ACCACACAAA CGCCGAATCC ACCGTGGCAT CCACTATAAC GGTTTCATAC 
ACGACAGCCA CGAGCTCAGA AACACCGTCC TCCACTGCAG TCACTACAGA GACAGGGAAG 
ATGACGGACA CTACCTCTTG TGCTGAGCCC ACCTGGACAA CCACGCCTAA TCCCACCATA 
GTCACCTCTG CCAAGTCTCT CACAACACAG CTACTGTCTA CTGTCCCAAT GACATTCTCA 
ATAACTCCCA CAAACTCTGT CAGTTCCTCC ACTTCTATCA CTTCTATTCC AGTGACCACG 
TGTACCTTGA CATCAACCAC CGGTGTGCCT CTGACCTCTC CACCTTTCTC TACCACACAG 
CCAGTTGACA CTCGGACAAC AACCACAACC CCCGTGTCCA CCTTGATCAC CTCACTCCCT 
TCTACTACAT CAATGTCCAG CCCTGTCTCT CCCACTAGTC ATGTCAGCAC GACCACGACA 
GAGATTGGCA CTCACACTGA CACTTCGACA TCTGCCACCT CGATCACAGC AACGTCCTCT 
GCTCGCCACC GTAGTGAAAG CATCATGACT TCTACCACTG ACATGTGTGA CGACAACCTC 
AGTCAGCACG CCTACTCAAG AAAACACACT CACAGTCACC CAGAGCAGTC CAACTCCATC 
CCTCACTACA AGCAGTCTAG TCACATCTGC AGGCTCTACA GCCAGCAGCA GTACCACGAC 
CACTCAGACA CTGAGTCCCA GTTCACCTGC AACGAGCCCT ACACCACTCC ACACAAACGC 
CGAATCCACC GTGGCATCCA CTATGGCGTT TACGTACACT CTAACTTGAA CAGATACAGT 
AATTTTTCCA ATCTTTCAAT TTTTCGAAGA ACCAAGAGTG GTACCACAAC AATGGCAATG 
AGCCCTTACC AGACAACACT GCAAAGTACT TCAAGTGTTT CTCCCACACC TTTTCCTTCC 
ATACTGTGTA CATCTACAAA TGCAATAATC TCTTCCTTTA GTACTGTTAT CTTCTCTTCA 
TTATCCACAA TAATAACGTC TCCTTTTTTC TCTTCCATCA GTGAAAATTC CATGCTCACT 
AATACCACTA ACCTTTTTCC TACCTCCCTA TATTCTTTTA GTACACAAAA TCCAGCCACT 
CCTGTCACTA CTTTTCCTAC TCCTTTTTCA TCTGAAACTA CAAGAACTTC TCCAAGTTTG 
TCTTCTCTAA CTTCCTCTTC TACTAAAACA ACCGCCACTC TTGCTATTTC CTCCATTACC 
CCATGTCCAG AATCTATATC CATTACAATA GTTCCTACTT CTCCCATCAC TCCATGTATA 
GAAATTGATC CAAATAGTAA AGTTACTTCT ACACCTACTA TCCCATTATC ATTCTTTACC 
TCTACTACTG AGATGGCCAC CACCCCTTCT ATTTACACCA GTATGACAAC TGTATTTCCC 
ACACATACAG ACACTTCCAC TTTGGTTCTA GAAACTGACC CCACCAACAT CATATCTGAT 
GTTCCTAGTT CTCTCAGCAC TGGGACTTTC CCCATTAACA CAGTTTTGAC AAGCACACAA 
GGAACCAGCA GTGGGACCTC GATAAGCACC TACTCTGTAA CCACCCCACA TGTGCCCAGC 
TTCACTAGCC TCCCAGCGAC CGTGAAACCA AGTAGCAGCC TTCCAACTGC CACGACGACT 
TCAAGCAAAT TGACAAGCAC CACTCCGGTC ACCACCAGAG CTCCAGAGAA ATCAGTGGCC 
ACCACTCAGA CTCCCGCCAA TTTTTTGTCA TCCAGGACAA CTTCGACCAC TACTCAGATG 
ATCACACAGT CTAGATTGAC CACCACTCCA GGCACCTGTG ACAATGGTGG CACCTGGATA 
CAGGACCGCT GCCTTTGCCC CTCGGGGTTC TCTGGGGACC GTTGTGAGCT CCAGAGGAGC 
ATGTGCCAAA ATGGGGGTCA GTGGGATGGC CTCAAGTGTC GCTGTTCCAA AAATTTCTAT 
GGCTCCCGCT GTGAGTTTGC TGTGGACGAG GTGGAACTGG ACACAGTGGA TGCTGAAGTG 
GGCATGGAGG TGTCTGTCCA ACAAGATTTC ACCTCAGAGC TCAATGACAA CACTTCAGAG 
GCCTACATGG ATTTCAGCAA AACCTTCCGA AATCAGATGC AGAAGATTTA CCAAAATGTG 
CAGGGGTTCA AGGATGTGGA GATTCTGTCC TTAAGGAATG GCAGTATTGT GGTGGACTAT 
CTGGTTCTGC TGGAGTTGCC CTTCAGTGCC CAGATGGAGA ACACGTATGA AAATGTGAAG 
ATGACCCTGA AGAAGGAGCT CCAGAATGTC AGCCAGGACC AGGATAGCTG CCAGAATAAC 
CAGGTCCTGT GTTTTAAGCC TGACTCCATC AAGGTGAACA ACAACACCAG GACTGAGCTG 
ACTCCGGAAG CCATCTGTCG TCGCGCTGCT CCTCAGGGTT ATGAGGATTT CTATTTCCCC 
TTGGTGGAGG AGAACCAGCT CCGTTGCGTC ACCAATTGCA CATCCGGTGT GGATGGCGCC 
ATTGACTGTA ACCAGGGCCA GTGCTTTCTG GAGAGGAGCG GTCCCACTTG CCGCTGCTTT 
TCCACAGACA CGTACTGGTT CTCCGGACCT CGCTGTGAGG TGGCCATCGC CTGGAAAGCC 
TTGGTGGGGG GCCTAGTAGG GGCCGCTGCA CTGCTGCTGC TGCTGCTGGC ACTCAGCGTC 
TTCGTCGTGC GCTCACGCTC ACGTAGGAAG AACGACCAAG GCAGAGGCAG GTCCTGGGAC 
GACGACAAGA AATGGTTCGA GATGTGGGAT GAGAACACCG TGGGGACTTT TACAAACTCG 
GGCTTTGAGG ACGACAGAAC AGTCAAGGAG GAAAACTTCC ATGTAGCCTT GGAGAATGTG 
GACACCAGTA TGAGGGTATA CACCCAGAGA CCTGAGGTGG CCACGTCCTC GCCGTGA

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

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MUC3A cDNA ORF clone, Pteropus vampyrus(large flying fox)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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