LOC107327932 cDNA ORF clone, Acropora digitifera

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107327932
Entrez Gene ID	107327932
Full Name	uncharacterized LOC107327932
Gene Type	protein-coding
Organism	Acropora digitifera

mRNA and Protein(s)

mRNA	Protein	Name
XM_015892654.1	XP_015748140.1	uncharacterized protein LOC107327932

Pathways from BioSystems
Gene Ontology

The following LOC107327932 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107327932 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
OAc85730	XM_015892654.1 Latest version!	Acropora digitifera uncharacterized LOC107327932 (LOC107327932), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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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)

LOC107327932 ( XM_015892654.1 ) cDNA ORF clone, Acropora digitifera -> XP_015748140.1 Acropora digitifera uncharacterized LOC107327932 (LOC107327932), mRNA.

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CloneID	OAc85730
Clone ID Related Accession (Same CDS sequence)	XM_015892654.1
Accession Version	XM_015892654.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3483bp) 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	2016-03-13
Organism	Acropora digitifera
Product	uncharacterized protein LOC107327932
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015442058.1) 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 :: Acropora digitifera Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTTTCTA CAGGAATGAA GGCGTCTCCA GTTATTCAAC TGTTGGCTGG AATTTTAGCT 
TTAACTATCT TTCCCTGTTT GGTAGAAGGG CAAACCCTCT GGCAGAGCGG AAAGGCGAAT 
GTGACCAGGG CATCACAGGG TTTTCTTCAT TGCAGCATCG TTCAATACCC ACGGGCATTT 
TCGAGTTCTG CAAATATACG TGTTTTGGCA TCCACTGTCC ATAAAGATGG GGATACAGTC 
AGCGTTCACG ACTCAGCAGT AGTTTGGACA GCTGAAGTGA CACAATACAA TTTCCGAGTC 
TGCGTGTTAG AATCCGGACC TGGTACAAAT GGATCCTTTG TTGTCAGCTG GATTGCTTTT 
CGCACCGCGC CCTCGGGCGT GCTCGACGGC ACTGCGTCTT TTAGTACGTT CACAAGTGGA 
ACTAAGTGTC AAAGAATTGA CTTCGTACAG CGTTTTCACT CTGTCCCATA CGTGCTTGCT 
ACTGTACGTT ACGGAGGCAA TACTGGGCCA CAAGACGCCA TGAACATGTG GTTAGAAGAA 
AAACAGAAAG ATCACTTTAG AATCTGTGTT CGAGAGGTGA AGACATTCGA TGGAAAACAT 
CAGAACACAC AAGTGGACTG GGTCGCGTTC ACACAAATGC CAGCTCAACT TACCTTTCAA 
GGAAAGACCC TGTTTGAAAA TGGCGGAGCG CCGCCTGAAA TAGATAACTT CGCTTTTTGC 
AAGGCACTTA ACTTTACCGA AGAGTTTTAT GCTCCTCCTG TTGTCGTGGT GACAGTCAAT 
CACTTTTACA ACAACGGGAG CTTGTATTCT GTCAAGCCAG AGAATAATGC TCTTAATACT 
TGGGTAGAGG AAATAACTAT TTCTTCCTTT CGCGTGTGCG TCAAGGATCT AGCAGGATTG 
AATAGGCAAC ATGATCCTGT TATTGTCGAC TACGCAGTTA TAGGAGATTT TAACCCGTGT 
ATCAATGTCT CTTGCAACTA CTTCGCCGTT TGTAAAGCGT TTGGCCCCTA TGACGCGCGA 
TGCATCTGCG TAGACACTTG CCCTTCCTAT GAAGAGCCCG TGTGTTCTTC TAACGGAACC 
ACATATGACA ACGTATGCAA GTTCCAGCGA GAGATATGCC ACCTTAAAGC CAACTTTTCT 
CTTTATCATC CGGGTGATTG CACAGGATTC CCAAACCAAA AAGGACGCCA TCGCCTGCGA 
CACTATCCAG TCTGGGCTGA AGCAGTCTGC GAACAAGTTC CGCTGACACC TTACGTTTTC 
TATCCGCACA AACCTGTTCA TATTCAGGTC TCTGTCAATC ACGTGAACTT CTCGGACCCA 
GGCTATGTTC ACGAAGCTGT GGTTACTTGG GTTGAAGATA TTCTGGACAA CAATTTCACC 
GTTTGTGTTA CTCAGGCCGG TAGGAACAAA AGGAGAAATG GCGAAACGTT TGCCACCGTT 
GACTGGCTGG CTTACCAGGG AGCTCCTGAC GGGGGAGTGT CTGGTCAAAT GGACATGCCT 
ACTTGGTGGA CTGGAACGAG TTGTCGCACT GCGTCGCTTC CATTGGGCAA GTTTCAGTCG 
CTTCCAACAG TACTCGTGTC AGCGGAGCAT GAGAGACGAA GTTTGCTTCA TGACGCGTCG 
TCTGTGTGGT TGGAAGACAT CACCACAACT TCATTTAAGA TCTGCGCTAG AGAATTACAA 
AACTTTGATG GTGCTCACCA AAACATCCAC ATTGATTGGT TAGCATTTGA AGAACTTCAC 
AGGCCTTTGT TTAGAGAGCA TGGATCCGTT AGCTTTACAA ACGGAGTAGG CCCTTCTCAA 
GAATTCAACT TTGCCTTTTG TGAGGATGTG CTTTTTAAGA AGCCCTACAA TAACTCCCCA 
GAGGTCTTAG TGTCAGCAAA CCATTCAACC AATGGCAGAA ATCTGAATCC TTTGTACAAC 
TCCATATCTG CATGGGTTGA GTATGTCAAC CAGACCGGAT TCAGGACCTG CGTCAAAGAA 
CTTTTTGTAC AACAGCACGA TCCTCTGTCA ATCTCTTACG CGGTTATGCC AGACGTCTGT 
GAACCTGGCT GGACTTTCTT CAATGGTTCT TGTTACTTCA CCAGTGAACA ATGCGAGACA 
TGGACAAATG CCAATCTCAT CTGCAGAGCT ATGGGTGCTA GTCTGACAGC CGTCGAGAGC 
CAGGAAGAAA ATGTATACAT TCAGCACAGA CATAATGGCG ATAGAGCGTG GATTGGTTTG 
AATGACATAG CTACGGAGGG ATTATTCACC TGGGTGGATG GATGTCCCTT CAGATTTCGC 
TACTGGGCTC TAAACCAACC AAACGACTTC AGGGGTGAGG ACTGCGTGCA CACTCTAGGA 
GTAGCGCACG GGTACATGTG GAATGACGTG GATTGTTCAA CCTGTCATCA GTATACTTGT 
AAGAAAGATT ATGACGAATG CTCCAGTAGT CCGTGTCTAA ACGGAGGCAC ATGTGTCAAC 
GGTAAAAGAA CCTTCAGCTG CACTTGCCCT CCAACCCACA AAGGAAAAAC TTGCGAAGAA 
TTTGATGACT GCTCCAGTAG TCCATGCATG AATGGTGGAA CTTGCAGAGA CGGCGCCCAC 
AATTTCACCT GTTCTTGTCC TTCTCCATAC TATGGGCAAA GATGCCAAGA TTTCAATGAA 
TGCCAATCCA ACCCTTGTCA AAACGGTGGA ACTTGCATTG ACGGAGTTTA CAATTTTACC 
TGCAGATGCC CAGCTTCTTA TTACGGGCCA CGCTGTAATG TTTTAGGATA TTCTTCTTGC 
AAAAAACATT ATGCGAGAGG AAGCAGGTCT AGTGGAAGAT ACCAATTGGA TGTATCTGGA 
AATGTCTTTC AGGCTTTTTG TGACATGTCA GCAAACGGAG GCGGTTGGAC TCTTGTCGCG 
CGGTTCTCAA ATAGTGATTC AAAAAATTGG ATGAGAAATG ATGCGTACTG GTGGTACGGC 
ATCCTGTCTT CACAAGGATC ACCAACAAGC ACAACATCTA ACTATGATAT GATATCTGAG 
GCTTTTTGGA ACGTAAGGGG GACAGAGTTG AAAGTAACAC GCAGTGATGA CAGATCAAAC 
ACTGCTTTGC TTCGGACCTA CACCAATTGC ATGGGTTCGA GAACTCTGAG GAGTTTCTTG 
TCTAGTTATG GTAGATTTTC CTATCGAAAC GTTTGGTCAA ATGACAGGTG CCTGGGAAGC 
TGTCCGGTTT ATTTCGAAGG AGCGTATAGT TCCACTGTTG GCTTCAGCCA AGCAAATTGT 
AATGGTAACA TTCAGACAAG GAACCGTATT GGATTCTGGT GTCAGTGGAG TACAGGTGAT 
GGTTCCGTGA TGATGTTTGG TGGAGGTGGA AGCAGCTGTG CCAGAGCTGA CCACGGAATT 
GGAATCACTG AGAATAACTA TGGAGGCTTT GAAGAATGGG AAGACTCTGG AGAGTATGAT 
TTTGGTGACG ACGCAAATTC ACTCTCCACG ATTTCTTACT CCTTGAATTT GTGGATTCGG 
TAG

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

RefSeq	XP_015748140.1
CDS	91..3573
Translation	MFSTGMKASPVIQLLAGILALTIFPCLVEGQTLWQSGKANVTRASQGFLHCSIVQYPRAFSSSANIRVLASTVHKDGDTVSVHDSAVVWTAEVTQYNFRVCVLESGPGTNGSFVVSWIAFRTAPSGVLDGTASFSTFTSGTKCQRIDFVQRFHSVPYVLATVRYGGNTGPQDAMNMWLEEKQKDHFRICVREVKTFDGKHQNTQVDWVAFTQMPAQLTFQGKTLFENGGAPPEIDNFAFCKALNFTEEFYAPPVVVVTVNHFYNNGSLYSVKPENNALNTWVEEITISSFRVCVKDLAGLNRQHDPVIVDYAVIGDFNPCINVSCNYFAVCKAFGPYDARCICVDTCPSYEEPVCSSNGTTYDNVCKFQREICHLKANFSLYHPGDCTGFPNQKGRHRLRHYPVWAEAVCEQVPLTPYVFYPHKPVHIQVSVNHVNFSDPGYVHEAVVTWVEDILDNNFTVCVTQAGRNKRRNGETFATVDWLAYQGAPDGGVSGQMDMPTWWTGTSCRTASLPLGKFQSLPTVLVSAEHERRSLLHDASSVWLEDITTTSFKICARELQNFDGAHQNIHIDWLAFEELHRPLFREHGSVSFTNGVGPSQEFNFAFCEDVLFKKPYNNSPEVLVSANHSTNGRNLNPLYNSISAWVEYVNQTGFRTCVKELFVQQHDPLSISYAVMPDVCEPGWTFFNGSCYFTSEQCETWTNANLICRAMGASLTAVESQEENVYIQHRHNGDRAWIGLNDIATEGLFTWVDGCPFRFRYWALNQPNDFRGEDCVHTLGVAHGYMWNDVDCSTCHQYTCKKDYDECSSSPCLNGGTCVNGKRTFSCTCPPTHKGKTCEEFDDCSSSPCMNGGTCRDGAHNFTCSCPSPYYGQRCQDFNECQSNPCQNGGTCIDGVYNFTCRCPASYYGPRCNVLGYSSCKKHYARGSRSSGRYQLDVSGNVFQAFCDMSANGGGWTLVARFSNSDSKNWMRNDAYWWYGILSSQGSPTSTTSNYDMISEAFWNVRGTELKVTRSDDRSNTALLRTYTNCMGSRTLRSFLSSYGRFSYRNVWSNDRCLGSCPVYFEGAYSSTVGFSQANCNGNIQTRNRIGFWCQWSTGDGSVMMFGGGGSSCARADHGIGITENNYGGFEEWEDSGEYDFGDDANSLSTISYSLNLWIR

Target ORF information:

RefSeq Version	XM_015892654.1
Organism	Acropora digitifera
Definition	Acropora digitifera uncharacterized LOC107327932 (LOC107327932), mRNA.

Target ORF information:

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

XM_015892654.1

ORF Insert Sequence:

ATGTTTTCTA CAGGAATGAA GGCGTCTCCA GTTATTCAAC TGTTGGCTGG AATTTTAGCT 
TTAACTATCT TTCCCTGTTT GGTAGAAGGG CAAACCCTCT GGCAGAGCGG AAAGGCGAAT 
GTGACCAGGG CATCACAGGG TTTTCTTCAT TGCAGCATCG TTCAATACCC ACGGGCATTT 
TCGAGTTCTG CAAATATACG TGTTTTGGCA TCCACTGTCC ATAAAGATGG GGATACAGTC 
AGCGTTCACG ACTCAGCAGT AGTTTGGACA GCTGAAGTGA CACAATACAA TTTCCGAGTC 
TGCGTGTTAG AATCCGGACC TGGTACAAAT GGATCCTTTG TTGTCAGCTG GATTGCTTTT 
CGCACCGCGC CCTCGGGCGT GCTCGACGGC ACTGCGTCTT TTAGTACGTT CACAAGTGGA 
ACTAAGTGTC AAAGAATTGA CTTCGTACAG CGTTTTCACT CTGTCCCATA CGTGCTTGCT 
ACTGTACGTT ACGGAGGCAA TACTGGGCCA CAAGACGCCA TGAACATGTG GTTAGAAGAA 
AAACAGAAAG ATCACTTTAG AATCTGTGTT CGAGAGGTGA AGACATTCGA TGGAAAACAT 
CAGAACACAC AAGTGGACTG GGTCGCGTTC ACACAAATGC CAGCTCAACT TACCTTTCAA 
GGAAAGACCC TGTTTGAAAA TGGCGGAGCG CCGCCTGAAA TAGATAACTT CGCTTTTTGC 
AAGGCACTTA ACTTTACCGA AGAGTTTTAT GCTCCTCCTG TTGTCGTGGT GACAGTCAAT 
CACTTTTACA ACAACGGGAG CTTGTATTCT GTCAAGCCAG AGAATAATGC TCTTAATACT 
TGGGTAGAGG AAATAACTAT TTCTTCCTTT CGCGTGTGCG TCAAGGATCT AGCAGGATTG 
AATAGGCAAC ATGATCCTGT TATTGTCGAC TACGCAGTTA TAGGAGATTT TAACCCGTGT 
ATCAATGTCT CTTGCAACTA CTTCGCCGTT TGTAAAGCGT TTGGCCCCTA TGACGCGCGA 
TGCATCTGCG TAGACACTTG CCCTTCCTAT GAAGAGCCCG TGTGTTCTTC TAACGGAACC 
ACATATGACA ACGTATGCAA GTTCCAGCGA GAGATATGCC ACCTTAAAGC CAACTTTTCT 
CTTTATCATC CGGGTGATTG CACAGGATTC CCAAACCAAA AAGGACGCCA TCGCCTGCGA 
CACTATCCAG TCTGGGCTGA AGCAGTCTGC GAACAAGTTC CGCTGACACC TTACGTTTTC 
TATCCGCACA AACCTGTTCA TATTCAGGTC TCTGTCAATC ACGTGAACTT CTCGGACCCA 
GGCTATGTTC ACGAAGCTGT GGTTACTTGG GTTGAAGATA TTCTGGACAA CAATTTCACC 
GTTTGTGTTA CTCAGGCCGG TAGGAACAAA AGGAGAAATG GCGAAACGTT TGCCACCGTT 
GACTGGCTGG CTTACCAGGG AGCTCCTGAC GGGGGAGTGT CTGGTCAAAT GGACATGCCT 
ACTTGGTGGA CTGGAACGAG TTGTCGCACT GCGTCGCTTC CATTGGGCAA GTTTCAGTCG 
CTTCCAACAG TACTCGTGTC AGCGGAGCAT GAGAGACGAA GTTTGCTTCA TGACGCGTCG 
TCTGTGTGGT TGGAAGACAT CACCACAACT TCATTTAAGA TCTGCGCTAG AGAATTACAA 
AACTTTGATG GTGCTCACCA AAACATCCAC ATTGATTGGT TAGCATTTGA AGAACTTCAC 
AGGCCTTTGT TTAGAGAGCA TGGATCCGTT AGCTTTACAA ACGGAGTAGG CCCTTCTCAA 
GAATTCAACT TTGCCTTTTG TGAGGATGTG CTTTTTAAGA AGCCCTACAA TAACTCCCCA 
GAGGTCTTAG TGTCAGCAAA CCATTCAACC AATGGCAGAA ATCTGAATCC TTTGTACAAC 
TCCATATCTG CATGGGTTGA GTATGTCAAC CAGACCGGAT TCAGGACCTG CGTCAAAGAA 
CTTTTTGTAC AACAGCACGA TCCTCTGTCA ATCTCTTACG CGGTTATGCC AGACGTCTGT 
GAACCTGGCT GGACTTTCTT CAATGGTTCT TGTTACTTCA CCAGTGAACA ATGCGAGACA 
TGGACAAATG CCAATCTCAT CTGCAGAGCT ATGGGTGCTA GTCTGACAGC CGTCGAGAGC 
CAGGAAGAAA ATGTATACAT TCAGCACAGA CATAATGGCG ATAGAGCGTG GATTGGTTTG 
AATGACATAG CTACGGAGGG ATTATTCACC TGGGTGGATG GATGTCCCTT CAGATTTCGC 
TACTGGGCTC TAAACCAACC AAACGACTTC AGGGGTGAGG ACTGCGTGCA CACTCTAGGA 
GTAGCGCACG GGTACATGTG GAATGACGTG GATTGTTCAA CCTGTCATCA GTATACTTGT 
AAGAAAGATT ATGACGAATG CTCCAGTAGT CCGTGTCTAA ACGGAGGCAC ATGTGTCAAC 
GGTAAAAGAA CCTTCAGCTG CACTTGCCCT CCAACCCACA AAGGAAAAAC TTGCGAAGAA 
TTTGATGACT GCTCCAGTAG TCCATGCATG AATGGTGGAA CTTGCAGAGA CGGCGCCCAC 
AATTTCACCT GTTCTTGTCC TTCTCCATAC TATGGGCAAA GATGCCAAGA TTTCAATGAA 
TGCCAATCCA ACCCTTGTCA AAACGGTGGA ACTTGCATTG ACGGAGTTTA CAATTTTACC 
TGCAGATGCC CAGCTTCTTA TTACGGGCCA CGCTGTAATG TTTTAGGATA TTCTTCTTGC 
AAAAAACATT ATGCGAGAGG AAGCAGGTCT AGTGGAAGAT ACCAATTGGA TGTATCTGGA 
AATGTCTTTC AGGCTTTTTG TGACATGTCA GCAAACGGAG GCGGTTGGAC TCTTGTCGCG 
CGGTTCTCAA ATAGTGATTC AAAAAATTGG ATGAGAAATG ATGCGTACTG GTGGTACGGC 
ATCCTGTCTT CACAAGGATC ACCAACAAGC ACAACATCTA ACTATGATAT GATATCTGAG 
GCTTTTTGGA ACGTAAGGGG GACAGAGTTG AAAGTAACAC GCAGTGATGA CAGATCAAAC 
ACTGCTTTGC TTCGGACCTA CACCAATTGC ATGGGTTCGA GAACTCTGAG GAGTTTCTTG 
TCTAGTTATG GTAGATTTTC CTATCGAAAC GTTTGGTCAA ATGACAGGTG CCTGGGAAGC 
TGTCCGGTTT ATTTCGAAGG AGCGTATAGT TCCACTGTTG GCTTCAGCCA AGCAAATTGT 
AATGGTAACA TTCAGACAAG GAACCGTATT GGATTCTGGT GTCAGTGGAG TACAGGTGAT 
GGTTCCGTGA TGATGTTTGG TGGAGGTGGA AGCAGCTGTG CCAGAGCTGA CCACGGAATT 
GGAATCACTG AGAATAACTA TGGAGGCTTT GAAGAATGGG AAGACTCTGG AGAGTATGAT 
TTTGGTGACG ACGCAAATTC ACTCTCCACG ATTTCTTACT CCTTGAATTT GTGGATTCGG 
TAG