LOC107342155 cDNA ORF clone, Acropora digitifera

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107342155
Entrez Gene ID	107342155
Full Name	von Willebrand factor D and EGF domain-containing protein-like
Gene Type	protein-coding
Organism	Acropora digitifera

mRNA and Protein(s)

mRNA	Protein	Name
XM_015907611.1	XP_015763097.1	von Willebrand factor D and EGF domain-containing protein-like

Pathways from BioSystems
Gene Ontology

The following LOC107342155 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107342155 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
OAc70725	XM_015907611.1 Latest version!	Acropora digitifera von Willebrand factor D and EGF domain-containing protein-like (LOC107342155), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00

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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)

LOC107342155 ( XM_015907611.1 ) cDNA ORF clone, Acropora digitifera -> XP_015763097.1 Acropora digitifera von Willebrand factor D and EGF domain-containing protein-like (LOC107342155), mRNA.

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CloneID	OAc70725
Clone ID Related Accession (Same CDS sequence)	XM_015907611.1
Accession Version	XM_015907611.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3681bp) 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	von Willebrand factor D and EGF domain-containing protein-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015441235.1) 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## ##RefSeq-Attributes-START## ab initio :: 6% of CDS bases ##RefSeq-Attributes-END##

ATGTCAAACG GATCATCCCG TATACTGAGT TTGCCAAATA CTTGCTCTAT TGGAGTGCCA 
GACCCAACAG TGTTCGGAGG ATTACCCAGT AAGTTCTTGA AGTATTTGTG CCATAGCTTC 
ACTCGTTCTT CGGAGCTAGA TGCTTTCAAC GATGCTTTTT CGATAAACTC CACTGCACTT 
GATATTAATC CTTACATTAC TTTGAAGAAC TGTGAACTAC AAGTCTATCC AATTACCATA 
ACACCCACTA TACCTGTCCG CAAAACCCGG CTTGGTCTTC CTAAGCTGAC GCTGTACACA 
CCAAAGGAAG CACTCATTCT GAACGGCTGC CAGGTCAACC TTGAACAAGG AACCACACCA 
GTGCAAATAT TGGTGAAGGC CAACTGTCAA CAGAAAGGGA AAGTGTCTCC CGGTCTCAAG 
CCCATTGTTC CAAAAATCAT CTATCACAAC AGTGCTTTCT GGACTTATGA TATTAGTCTT 
CCGACTATAT GGGTAAATAT CAGGGACAGT ACCGCAATAG AGAACTGCGA ATCATCTGGA 
GATCCTCATT ATTATACACT TCCAAATTTA ACGAGAAATT ATTTTAATTT TATGGGTCAC 
GGTGATTTCA TATTGTACAA GAACTTGGAA AGGTACTTTG AGGTTCAAAC AAGGCAGTGG 
ACCTGTAATA AACGTGTTAG CTGCAACTGC GGAGTAGTTT TGAGGGATCA TAATGATGTT 
ATCGAATTTA ACTGCTGCAA TGGCCTCCTG AATGGGGGTG AAACAACTCC GATAAGAGTT 
AAAATTCGAA GTAACAAATG TCTGTCCCCG GGAATCTCCA TTAAGTCGCA GCTAGGTGGA 
ACGAGCGTCA AATATCAGGT GATGTTTCCT TCAGGAGCAA AAGTCGAAAT ACGAAGGTTT 
TCTTGGGGGC TGAACATTTA TCTTTACACC CCGAGGGCTA AAGTTCCATC CAAGGAATCT 
GGCCTCTGCA TATACCCGCC AAAAGGACAA GACGCTAATT CCTACGGCGA AAGTTTAAGG 
CTGTCACCTA ATCAAAGTTA CTTTGATGTT CTTCCACCTC CTGTGCCAGC ATATACAGTG 
CAATATTCTA AGGCCTGCGA ATGCAAACCC AGAGCACAAA ATGGGACTTG CAACAATGCC 
TTTAATGTTG CTTTCCCCAC ACTTACAGGA CGAACGAAGT CAACGCTTTC ACCAATGTTT 
TTGTGTGACC GAGACAAGCG AGATATCCAC TTCTCTGATG AGCCAACAGA CGAGGATTTC 
AATCTTTTCA AGCGAGCACT CCCTTCACGA AAACGCCACA AACGAGAGGC CAGACGAATT 
TCCAAAGAAA ATGCCACTTA TCATTGTGAG GATAGAATAT CAAAGACCAA AATTGGCAAA 
CTTTGTGAAA AGATTGGAAT TAATGTGCAG GCATTAGTTA ATGCTTGCTC TTTCGACGTG 
GAGACCACAG GGGACTTCTC CTATGCTCTT GGTGGCGTCG ATTCATTGAT AGATCAATGT 
GAAAATATGG CGGCATTGAA TCTTTCCGCT CGAGCTGCAA ATTCAAGTGG TGATGGCGCT 
GTCGAATCGT CTGCTTCTTC TTTGATGGAA GAAATCACAG AATCACTTTG TTCCAATGAC 
TGCTCGTCAA ATGGAAGATG TGTAAATGGC TCTTGTATAT GCAATAAGGA TTTCACAGCG 
AATGATTGTT CGGCATACAT TTTCGAAGTA CCAACGATTT TGAGTTTGCA AGGAAGTGGT 
TTGTGTGATA GACGAACCCG ACCATGCAGG AAAGTTACAG TGTTGGGAAC TGGTTTCATT 
CCTTCTGGAA ACATGACGTG TCACGTGGAA GAATTTAAGG TTGTAAACAG CACGTGGTCT 
CCTAATAAGA CAGAACTCAA GTTTCCTGGT GTGATGACGG ACTTGGTTCT CGCAGACTGC 
AATTTACCTG AATCGCCTGT TTCTCCCGGT TACTTTCACA AAATTAATGC AGGAACTCCA 
GCAGCTGGAC TTAAAATATC TGTTTCCAAT GATGGGGAAC ACAGAAGCAA GGAAACCCTG 
ACATTGATAT CTTACGACTC AGCGTGCATG AGTTGTAACA TTTCGTCAGG CTGCTCCCTT 
AAGGCAAAGT TTAACTCTTG TTTTATCAAT GGCTACTGTT TTGCCGCAAA CGAGAGCAAT 
CCTATGGACT GGTGCTATCA GTGTATTCCA GGTGTTAATG CAAGCGCATG GACTAAACGA 
CAAGTTAATC TTCCACCAAA GTTTTCCCCA GCAACACAAT ACTACGCTTT GTATCAAGAA 
AACTTGGAAC TGCCAATTAA GGTCCTGGAC CCAGAGGGCA TGCCTATTAC TGTTACACTT 
ATGGGCAGAA GCTCAAGTCA CGCTATCATA CGCGAGAATG CCTTAGTTTG GAACGCCAGT 
AACAGTTCGA ATACGCGATT TACACTCAAA GCAACGGATG CATGCCAAGC CGTCTCTATG 
CATACCATCA CAATCTCTTT GGTTGTGTGC CCGTGCCAGA ATAACGGAAA CTGCATTCCA 
GACCCACAGA GCCCCAGGGG ATCTGGTTTG TATCAATGCA GCTGTGCTCC CGGGTTTGCT 
GGAGATGCCT GCCAAACTAA TATAGACGAG TGCCAAAGTT ACCCATGTGC AAGAGGTCGT 
TGCATAGATG GATTGAACAA CTTCACCTGC ATCTGTTATC CGGGGTATGT TGGAAGAACT 
TGCGACACGG ATTATGACGA TTGCAGCTCT TCCCCATGTG TTCACGTGTC CATGATTGCG 
GGTTCCTTCG GCTGCACGTG TTACGCTGGA TACGCGGGAG AAAACTGCAT GATTGACATA 
GATGAATGCG CGTCATCGCC TTGTAGACAT GGAACTTGTA TTGATCAAGT CAACAGCTAC 
ATCTGTCAGT GTGACGCTGG GTATACTGGC TATGAGTGCA ATGTTGAGAT CGACGAATGC 
CAGTCTTCGC CCTGTGTTCG CGGCAAATGC CGGGACCAGT TAAATGGTTT TACTTGCAAC 
TGTGAGGCTG GCTTTTCTGG AATGAGGTGC GAAGAGAACA TTGGCGATTG CAAATCATCA 
CCTTGCGTAA ATGGGACTTG CACGGACCTC GTTAACAACT ACACCTGCAG TTGCAATGTT 
GGCTTCACAG GCCGTGACTG TGATATCGTC GTTACGGCAT GCACCGCTGA CTCCTGTTTT 
CCAAATGTAA CTTGCTCTAA CAGCAGCCAT ACAATTGCCT GCGGCCCGTG CCCGTTGGGC 
TTCACTGGTG ATGGAAAAAA TTGCAGAGAC ATGGATGACT GTGTCAATCA CGAGTGTACT 
AACAGAGCAT CGTGTAAAGA TGGCATTAAT AGTTACAGCT GCAACTGCTC AGTGGGATTT 
ACCGGAGGAT ATTGCGAAAC GGACATCGAT GATTGTGTGA ACCACGCATG TGCCAATGGT 
GCCTGCATGG ATGGAATCGA TAGCTACTGG TGCAACTGCA CAAAAGGATT TACTGGAGTA 
CATTGTGAAA CAGACATCGA TGACTGTGTG AACCACGTAT GCGCCAATGG TGCCTCATGC 
GTAGATGGTA TCAATAGCTA CTGGTGTAAC TGCAAAGCGG GATTCACGGG AGCCTACTGC 
AGCAAAGGTA ACTTTCAAAT CAATATTCAG CGGAGACATT ACAAGAGGAA ACACGAACAG 
GACGTGACCA AGGAAATGTA A

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

RefSeq	XP_015763097.1
CDS	1..3681
Translation	MSNGSSRILSLPNTCSIGVPDPTVFGGLPSKFLKYLCHSFTRSSELDAFNDAFSINSTALDINPYITLKNCELQVYPITITPTIPVRKTRLGLPKLTLYTPKEALILNGCQVNLEQGTTPVQILVKANCQQKGKVSPGLKPIVPKIIYHNSAFWTYDISLPTIWVNIRDSTAIENCESSGDPHYYTLPNLTRNYFNFMGHGDFILYKNLERYFEVQTRQWTCNKRVSCNCGVVLRDHNDVIEFNCCNGLLNGGETTPIRVKIRSNKCLSPGISIKSQLGGTSVKYQVMFPSGAKVEIRRFSWGLNIYLYTPRAKVPSKESGLCIYPPKGQDANSYGESLRLSPNQSYFDVLPPPVPAYTVQYSKACECKPRAQNGTCNNAFNVAFPTLTGRTKSTLSPMFLCDRDKRDIHFSDEPTDEDFNLFKRALPSRKRHKREARRISKENATYHCEDRISKTKIGKLCEKIGINVQALVNACSFDVETTGDFSYALGGVDSLIDQCENMAALNLSARAANSSGDGAVESSASSLMEEITESLCSNDCSSNGRCVNGSCICNKDFTANDCSAYIFEVPTILSLQGSGLCDRRTRPCRKVTVLGTGFIPSGNMTCHVEEFKVVNSTWSPNKTELKFPGVMTDLVLADCNLPESPVSPGYFHKINAGTPAAGLKISVSNDGEHRSKETLTLISYDSACMSCNISSGCSLKAKFNSCFINGYCFAANESNPMDWCYQCIPGVNASAWTKRQVNLPPKFSPATQYYALYQENLELPIKVLDPEGMPITVTLMGRSSSHAIIRENALVWNASNSSNTRFTLKATDACQAVSMHTITISLVVCPCQNNGNCIPDPQSPRGSGLYQCSCAPGFAGDACQTNIDECQSYPCARGRCIDGLNNFTCICYPGYVGRTCDTDYDDCSSSPCVHVSMIAGSFGCTCYAGYAGENCMIDIDECASSPCRHGTCIDQVNSYICQCDAGYTGYECNVEIDECQSSPCVRGKCRDQLNGFTCNCEAGFSGMRCEENIGDCKSSPCVNGTCTDLVNNYTCSCNVGFTGRDCDIVVTACTADSCFPNVTCSNSSHTIACGPCPLGFTGDGKNCRDMDDCVNHECTNRASCKDGINSYSCNCSVGFTGGYCETDIDDCVNHACANGACMDGIDSYWCNCTKGFTGVHCETDIDDCVNHVCANGASCVDGINSYWCNCKAGFTGAYCSKGNFQINIQRRHYKRKHEQDVTKEM

Target ORF information:

RefSeq Version	XM_015907611.1
Organism	Acropora digitifera
Definition	Acropora digitifera von Willebrand factor D and EGF domain-containing protein-like (LOC107342155), mRNA.

Target ORF information:

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

XM_015907611.1

ORF Insert Sequence:

ATGTCAAACG GATCATCCCG TATACTGAGT TTGCCAAATA CTTGCTCTAT TGGAGTGCCA 
GACCCAACAG TGTTCGGAGG ATTACCCAGT AAGTTCTTGA AGTATTTGTG CCATAGCTTC 
ACTCGTTCTT CGGAGCTAGA TGCTTTCAAC GATGCTTTTT CGATAAACTC CACTGCACTT 
GATATTAATC CTTACATTAC TTTGAAGAAC TGTGAACTAC AAGTCTATCC AATTACCATA 
ACACCCACTA TACCTGTCCG CAAAACCCGG CTTGGTCTTC CTAAGCTGAC GCTGTACACA 
CCAAAGGAAG CACTCATTCT GAACGGCTGC CAGGTCAACC TTGAACAAGG AACCACACCA 
GTGCAAATAT TGGTGAAGGC CAACTGTCAA CAGAAAGGGA AAGTGTCTCC CGGTCTCAAG 
CCCATTGTTC CAAAAATCAT CTATCACAAC AGTGCTTTCT GGACTTATGA TATTAGTCTT 
CCGACTATAT GGGTAAATAT CAGGGACAGT ACCGCAATAG AGAACTGCGA ATCATCTGGA 
GATCCTCATT ATTATACACT TCCAAATTTA ACGAGAAATT ATTTTAATTT TATGGGTCAC 
GGTGATTTCA TATTGTACAA GAACTTGGAA AGGTACTTTG AGGTTCAAAC AAGGCAGTGG 
ACCTGTAATA AACGTGTTAG CTGCAACTGC GGAGTAGTTT TGAGGGATCA TAATGATGTT 
ATCGAATTTA ACTGCTGCAA TGGCCTCCTG AATGGGGGTG AAACAACTCC GATAAGAGTT 
AAAATTCGAA GTAACAAATG TCTGTCCCCG GGAATCTCCA TTAAGTCGCA GCTAGGTGGA 
ACGAGCGTCA AATATCAGGT GATGTTTCCT TCAGGAGCAA AAGTCGAAAT ACGAAGGTTT 
TCTTGGGGGC TGAACATTTA TCTTTACACC CCGAGGGCTA AAGTTCCATC CAAGGAATCT 
GGCCTCTGCA TATACCCGCC AAAAGGACAA GACGCTAATT CCTACGGCGA AAGTTTAAGG 
CTGTCACCTA ATCAAAGTTA CTTTGATGTT CTTCCACCTC CTGTGCCAGC ATATACAGTG 
CAATATTCTA AGGCCTGCGA ATGCAAACCC AGAGCACAAA ATGGGACTTG CAACAATGCC 
TTTAATGTTG CTTTCCCCAC ACTTACAGGA CGAACGAAGT CAACGCTTTC ACCAATGTTT 
TTGTGTGACC GAGACAAGCG AGATATCCAC TTCTCTGATG AGCCAACAGA CGAGGATTTC 
AATCTTTTCA AGCGAGCACT CCCTTCACGA AAACGCCACA AACGAGAGGC CAGACGAATT 
TCCAAAGAAA ATGCCACTTA TCATTGTGAG GATAGAATAT CAAAGACCAA AATTGGCAAA 
CTTTGTGAAA AGATTGGAAT TAATGTGCAG GCATTAGTTA ATGCTTGCTC TTTCGACGTG 
GAGACCACAG GGGACTTCTC CTATGCTCTT GGTGGCGTCG ATTCATTGAT AGATCAATGT 
GAAAATATGG CGGCATTGAA TCTTTCCGCT CGAGCTGCAA ATTCAAGTGG TGATGGCGCT 
GTCGAATCGT CTGCTTCTTC TTTGATGGAA GAAATCACAG AATCACTTTG TTCCAATGAC 
TGCTCGTCAA ATGGAAGATG TGTAAATGGC TCTTGTATAT GCAATAAGGA TTTCACAGCG 
AATGATTGTT CGGCATACAT TTTCGAAGTA CCAACGATTT TGAGTTTGCA AGGAAGTGGT 
TTGTGTGATA GACGAACCCG ACCATGCAGG AAAGTTACAG TGTTGGGAAC TGGTTTCATT 
CCTTCTGGAA ACATGACGTG TCACGTGGAA GAATTTAAGG TTGTAAACAG CACGTGGTCT 
CCTAATAAGA CAGAACTCAA GTTTCCTGGT GTGATGACGG ACTTGGTTCT CGCAGACTGC 
AATTTACCTG AATCGCCTGT TTCTCCCGGT TACTTTCACA AAATTAATGC AGGAACTCCA 
GCAGCTGGAC TTAAAATATC TGTTTCCAAT GATGGGGAAC ACAGAAGCAA GGAAACCCTG 
ACATTGATAT CTTACGACTC AGCGTGCATG AGTTGTAACA TTTCGTCAGG CTGCTCCCTT 
AAGGCAAAGT TTAACTCTTG TTTTATCAAT GGCTACTGTT TTGCCGCAAA CGAGAGCAAT 
CCTATGGACT GGTGCTATCA GTGTATTCCA GGTGTTAATG CAAGCGCATG GACTAAACGA 
CAAGTTAATC TTCCACCAAA GTTTTCCCCA GCAACACAAT ACTACGCTTT GTATCAAGAA 
AACTTGGAAC TGCCAATTAA GGTCCTGGAC CCAGAGGGCA TGCCTATTAC TGTTACACTT 
ATGGGCAGAA GCTCAAGTCA CGCTATCATA CGCGAGAATG CCTTAGTTTG GAACGCCAGT 
AACAGTTCGA ATACGCGATT TACACTCAAA GCAACGGATG CATGCCAAGC CGTCTCTATG 
CATACCATCA CAATCTCTTT GGTTGTGTGC CCGTGCCAGA ATAACGGAAA CTGCATTCCA 
GACCCACAGA GCCCCAGGGG ATCTGGTTTG TATCAATGCA GCTGTGCTCC CGGGTTTGCT 
GGAGATGCCT GCCAAACTAA TATAGACGAG TGCCAAAGTT ACCCATGTGC AAGAGGTCGT 
TGCATAGATG GATTGAACAA CTTCACCTGC ATCTGTTATC CGGGGTATGT TGGAAGAACT 
TGCGACACGG ATTATGACGA TTGCAGCTCT TCCCCATGTG TTCACGTGTC CATGATTGCG 
GGTTCCTTCG GCTGCACGTG TTACGCTGGA TACGCGGGAG AAAACTGCAT GATTGACATA 
GATGAATGCG CGTCATCGCC TTGTAGACAT GGAACTTGTA TTGATCAAGT CAACAGCTAC 
ATCTGTCAGT GTGACGCTGG GTATACTGGC TATGAGTGCA ATGTTGAGAT CGACGAATGC 
CAGTCTTCGC CCTGTGTTCG CGGCAAATGC CGGGACCAGT TAAATGGTTT TACTTGCAAC 
TGTGAGGCTG GCTTTTCTGG AATGAGGTGC GAAGAGAACA TTGGCGATTG CAAATCATCA 
CCTTGCGTAA ATGGGACTTG CACGGACCTC GTTAACAACT ACACCTGCAG TTGCAATGTT 
GGCTTCACAG GCCGTGACTG TGATATCGTC GTTACGGCAT GCACCGCTGA CTCCTGTTTT 
CCAAATGTAA CTTGCTCTAA CAGCAGCCAT ACAATTGCCT GCGGCCCGTG CCCGTTGGGC 
TTCACTGGTG ATGGAAAAAA TTGCAGAGAC ATGGATGACT GTGTCAATCA CGAGTGTACT 
AACAGAGCAT CGTGTAAAGA TGGCATTAAT AGTTACAGCT GCAACTGCTC AGTGGGATTT 
ACCGGAGGAT ATTGCGAAAC GGACATCGAT GATTGTGTGA ACCACGCATG TGCCAATGGT 
GCCTGCATGG ATGGAATCGA TAGCTACTGG TGCAACTGCA CAAAAGGATT TACTGGAGTA 
CATTGTGAAA CAGACATCGA TGACTGTGTG AACCACGTAT GCGCCAATGG TGCCTCATGC 
GTAGATGGTA TCAATAGCTA CTGGTGTAAC TGCAAAGCGG GATTCACGGG AGCCTACTGC 
AGCAAAGGTA ACTTTCAAAT CAATATTCAG CGGAGACATT ACAAGAGGAA ACACGAACAG 
GACGTGACCA AGGAAATGTA A