LOC102653763 cDNA ORF clone, Apis mellifera(honey bee)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC102653763
Entrez Gene ID	102653763
Full Name	adenylate cyclase type 10-like
Gene Type	protein-coding
Organism	Apis mellifera(honey bee)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016913855.1	XP_016769344.1	LOW QUALITY PROTEIN: adenylate cyclase type 10-like
XM_026442963.1	XP_026298748.1	LOW QUALITY PROTEIN: adenylate cyclase type 10-like

Pathways from BioSystems
Gene Ontology

The following LOC102653763 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC102653763 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
OHd22847	XM_016913855.1 Latest version!	Apis mellifera adenylate cyclase type 10-like (LOC102653763), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHd33872	XM_026442963.1 Latest version!	Apis mellifera adenylate cyclase type 10-like (LOC102653763), 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)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*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)

LOC102653763 ( XM_016913855.1 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_016769344.1 Apis mellifera adenylate cyclase type 10-like (LOC102653763), mRNA.

Price & Availability↑

CloneID	OHd22847
Clone ID Related Accession (Same CDS sequence)	XM_016913855.1
Accession Version	XM_016913855.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5193bp) 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	1463932800000
Organism	Apis mellifera(honey bee)
Product	LOW QUALITY PROTEIN: adenylate cyclase type 10-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007078.3) 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 :: Apis mellifera Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 4% of CDS bases frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGACGTCGA CCCATCATAG ATTCAAGCAC AATAAGGAAC TAGTAGGGCC AGGCACAATA 
AAATTCGGCC GTCACGTTGT AGACAGCGAT CTGTTAGAAA CGACAAATGT GGATAGAAAA 
TGGCACGCGA AAGAGCTGAA TATGCTAGAG CTATGCGAAG GAAAACTCGG AAATTCGAGA 
TACGAATCAG AAAGAAAAAA GAAAGACAGT ATACCGTCGG ACAAAAAATC ACAAATCGCG 
CAGATGAGAA TCGAATATCA CACGAAAATA TTTGCCTCGA TGTGTCCGGA TGAAATTTTG 
GATTATTACG ACGATTATAA AACTCGAATG TATTACACGA CTTTGATGCT TGGCGATGTG 
TCGGGTTTCA CAGACCTCGC CGAGAAATAT ACGAAAATTG GGAAAGGCGG GCCATCGAAA 
TTGTCGGAGA CATTGAACTC TTATATCGGT GCTATGGTGC AAGAAATACT TTATCACGAG 
GGTGACGTGT TGAAATTTTC CGGGGACGCG TTCATAGTGA TGTGGAAGCT TCACAAGGGG 
ATGATGATGC GAGATTTGGC CGTGACAGCG ATGCAAACTG CCTGCATCAT TCAGAAACAC 
TTTGGAACTT ACGAAACTGA AATTGGAGTG ACTCTTAAAG GTTTGTTCAT TAAAATCATC 
ATCGTTCGCG TTAATTACAT TAGAGGAGGC GATATCATAG TAGCTCCCAG TAGCTGGCAA 
TGGGTGAATC CGCACGAATA CATCCACGAA ACACTTCCCG ATGGTATACA CACCCTTATT 
ATAACTTGCA CAGCCATGTG GTATCAAGTG GTACCAAGGG AGGATGAAAT AACCGAGGAA 
GGTATTTTAA CTAAAAAAAA AAAAAAATTT CAATTTCGAT TTCTTCGTCC CGACTGCTTT 
ATTAAAAAAA AAGCAAATTA TTTTACTTTA TTCGAAGAGG AGAACGAGTA TTTAATAGAA 
AAATATGATC CAACTATCAT GGCCAGAATG CATATACAGG AAGAACCTGA ATTGACCGAA 
TTGCTGACCA GGCAACGATA CGAGCACGAA AAGTTCGAGG AGGTCGATTA CAGCTTACGG 
CCTAAAGTTA TAAAAGCGGC AGAAAGCCAT CTGAAAGGAG CTTTGAAAAG TTACATGTTG 
AGACCTGTCA TTCGTTCCGT GGAAATGGAC GAGCCATTGG AATATCTAAC CGAAATGAGG 
CAAGTGGTGA TTCTGTTCAT CAATGTGATC ACCATCGATG CGTACAAACA AGAGTTAGTT 
AGTTTAGTGA ATATCGTTTA TAAATGTGTG TGCCAGATCG TAAGTGAAAT GCACGGATGC 
GTGAACAAGA CTTCCCTCTT CGACAAAGAT TTGATGTTCC TCTGCGTGTT CGGTTTAAGA 
GGCGATAAGC ACGAATTAGA GTCGCAGATC GGTTTGAAAT GCGCGTATAA ATTAAGATTG 
ACGCTCATAG AGATGAAAAA TATTAAATCT GTGACCATAG CTGTGACCAC AGGGATGACG 
TATTGTGGTG TAGTTGGGCA TATTTTGCGA AGGGAGTATA CAGTGATTGG AACGTCGGTG 
AACAAAGCCG CGAGGCTTAT GGTAGCTTAT AAGGACAAGG TGATTTGTGA TCGAGAAAGT 
TTCCTTCATT CCCATCTCGA GGCTAGTCAT TTCATCTTAC AAGAGCCAAA ATACTTGAAG 
GGAATCTCGC ATATTGGACC GATATACGAG TTCGAAGAGC ATCCAAAGTT CGTCTCGTCG 
TACGTAATTT GGAATTCATA TCCTTTACTC GATCGAATCA ATGAAGTTAA AATATTTAAA 
TCGATGTTAA CAAAAATGAT AGAGTATAAC GTTATAGATA AAAAAGAGCG TGGTCCACGA 
CCGGAATACA ATACGCTTAT TATAAAGGGT GAACCACGAA TAGGAAAGAC AAGATTGCTA 
GATGAATTCA CACGGAACAT ATCACCGAAC ATACGTTACA ATTATATTAA CTTGCATCCA 
GAAGATAGCC AGATCCCGTA CACGATGATG AATTTAATAT TTTCAAAAGC TCTTGATTTC 
ACCGCAATGT CCACGCAAAA GGAACGCGAG GATAAATTAC TTTTGCGCCT TGGAAAGGTG 
AAATACCCGT ATTTCCTGTG CGTTTTCAAC GAACCTTTCA ACGTACAATT CCCAATCACT 
ACTGATTACA ACGATTTAAA CGAGACACAG AAACGAAAGC TTTTAAGAAA GTTCTTATTA 
AAATTAATAA AAGGTAGTTT CAGAGAGTTG TGGGTGAATA TCATAGACGA TGCGGAATAT 
AGCGATCCAA ATTCCTTAGA GGTATTTGAC GTTTTCACGA AAAAAGATAT AATCTTCTTC 
GTGATTAGCA TTGGGCGGAA AGTAGGAACG GATTTCCCAA TATTCTTCAA TATTCTTAGG 
AAAACACTAG TAATAGAATT GCTTGGAATA GACAAATGGT ATCACGCTGC GTTAGCGTGT 
CAGATGCTTA ACGTGAATGG TCTACCAGCG GAGCTTGAAA AAATAATACA GGAAAAAAGT 
CTCGGTAATC CTGGCTGGAT CGAAAGTTAT CTATTGAGTC TTCTCCAAGT TGGAGACATA 
GAAATACTGT ATATAACGAG AAGGGAAGCG AATAATAAAG GTTACGTGTT GCCTCCTTCG 
TATATGTTAA AAAGACTTGT TTCGCACATA GATGAAATTA ACGATGTTCG GGACGATAGA 
TGGCAGATGT ACATGGCGAG TTATAAGGAA AGCAAGCCTT TGATAACAAG GCCAGAAAAC 
ATGCATAGAC ATTTGAGTAT CGATCCCGAG GAGACTAAGA TCGCCGTTTG CAACATTTCA 
AAACACTTCG TGTACGAGGA AGAAAATTCT GACATTACGA TGGATGTTAT GATATTGAAG 
CTTTTCGATT CATTGACACC TCTTGATCAA CTTATTTTGA AATGTGCTTC CGTGATCGGG 
GAAACTGTAA ATAGGCACAT GTTAGAAAGT TTAATGGCCA TCACTTCTAA AAGAGACATC 
GGTCTTGCTC TTACGAAACT CTTCGAAATA CAAATATTTG GCTGCGCAAT CGGGGATTTT 
ACCAAAACTA AAGGCCCTAT AATATTTATC AGAAATATAC GAAACAATGA TTCGGATGTT 
TTTTGCAAGT GTATTGGCAT TACTATTCCA GATGAATTGA AAGATTTGCC AAAATATGCT 
TCTTGTGGAT TGATAAGATT CAAAATGACG ATGTTCCGTG AAACTACTTA TCGATTACTG 
ACAGAAAATC AGAAAATAGA GTTGCACAAT CAAGCATTGA AATATTTGCA ATATCATACA 
AGGCGTTGTA TTTCTTGCGG AGAAGGTCGA TTCGTAAAAT TATTAGGGGA GGTAAGGAAA 
ATAGATCAAA GAAAGAAAAC GATAATACAA TTAAATGAGA TATTCGAAGA AGAAATTTAC 
GAAGAGGAAG ATATTGAAGA TGAGAAGAAA AAAGGGAAGA TATTTCTTAC TTGTATGAAT 
ATATTTCGAA CTATCGAAAA AAAACCAACG CTCACATTTT CGGATTTGGA TTTTTCCAAT 
TGCCTGTGCG ATCTGATATT GATGACTACG TATACTCAAA TGCTTGAACA TTGTCGCGGT 
ATTGGAAAAC TGGATGTAAT ACTAACTGCT CTTTTAGAGT TTGCAGAAAT TTGTATAATT 
TCTTTTAACA TACCGCAAGC TAGAAAGCTT TTAAAAGAAA GCGAAAATGT CCTCGAAAAG 
CTACTTGAAT TGGACGAAAA CGAAATAGTT ATTTCCCCCT TTTCTGCTGC AAAAATACAA 
ATTCTTCAAG GCCAATGTCT TCTTGAAACC GGCTCCATTT TCGAAGCTGA AGAATTATTC 
GAAAAGGCAA TGTTAAATTT AGGATATAAA TTTCCAAAAC TTGAAATGAT GATCGATTTA 
AACTCGAAGA TGCAGTTATT GAATCTGAAA TTAAAATTCA TTTTTATGAA AGATATTAAA 
TATTTCGAAG AGGACTATCA GGATTATACT AAACAATTGG CAACATGTTT GATACAAATG 
TTTAAACTCT ACAGAATTAA AGGAATGAGG AAGCACGCTC GTTTAGCAGC AATTTGGAGT 
TTGAACGCAG CTTTGGATCT ATCCAGTAAG GATGCATCTA CACTCTGTAT ATCGCTCAGC 
AATATGTTAA TCACTGCACA TATGTATCAA GATAGATATA TCATACCTTA TTTAGAAGAG 
AAGGGTATTC TTATTTCTAG CGAGAAGACA AGAGCACTCG AAGCTCAAGA GCTGAAAGTG 
ATCGCCCAGC TTTATGCGGC GATATTTTTT TCTCGATGGT TAAGAGGAGA CTTTCCGAAA 
GCCATTAACA TTGGTTTCAT TACTAATAGA ATAGCAACTA CGATTGGATC CACATCTTTG 
AAAATATTGA TTCTACCACG ATTAATTCAT TTGTTATTAC TGTCTTGCCG ACTCTCGGAA 
GTAATCACTC AATTAAGAGA ATTAGAATTT GTGTCCCAAA ATCATTTTGA TAAATCTGGA 
CGTACTTGGT ACTATGCACT TTGCGCTGAC ATTTATTTAG ATACTGGAAT GTCAATTGTA 
TCTTTCCAAG TTTGCGAACA ATATTTTCTT CATGAGGGGG AACGAATGAT AAGTTTATAC 
AATCCAGAAG CAGAAAATCG ATATTTCATA TGCATGTGGC TATGGTGCAT TAGAACTGAA 
CAATGGGATG CTGCAAAAGT ATGGAGGAAT AGAATTATAG AAACCCCCAT TATGGATGAA 
CATATAGTAG CAGCAACAAT AACTTTTTTA AAAAAACTCG AAGGACTATT AATTCTTTAT 
GTGCATAAAT TAAACACCAG AAATATAGCT GCAACTATTA CTATAAGAGA AATAAAAAAT 
ATGTTTAAAT ATGGAAAAAA AATGACCAAG ATTGTTATAA TTACAATTCC CAGATATATG 
TTATTAAAAG CATATTATTG GATGATAAAA TCACAAAAAA GTAGAGCAAT AAAGATGTTA 
AAGAAAGTAA AAAAACTATC CGAAAAAATG GAAAATAAAT TGATTCTCAT ATGGGCACAA 
CATTGTGAAA AGGTTTGGTT AAGCGGAATT TCTCCTCTAC ATACAGAAAT GTGGAAAGAA 
ATCTCGAAAG TAGATAAATG GGATGAAATC AATGCAAATA ATTCACATAT AGTAGTCTTT 
ACTTTTCCTC TGCCAAACTA TCTTTTTTTG TAA

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

RefSeq	XP_016769344.1
CDS	1..5193
Translation	MTSTHHRFKHNKELVGPGTIKFGRHVVDSDLLETTNVDRKWHAKELNMLELCEGKLGNSRYESERKKKDSIPSDKKSQIAQMRIEYHTKIFASMCPDEILDYYDDYKTRMYYTTLMLGDVSGFTDLAEKYTKIGKGGPSKLSETLNSYIGAMVQEILYHEGDVLKFSGDAFIVMWKLHKGMMMRDLAVTAMQTACIIQKHFGTYETEIGVTLKGLFIKIIIVRVNYIRGGDIIVAPSSWQWVNPHEYIHETLPDGIHTLIITCTAMWYQVVPREDEITEEGILTKKKKKFQFRFLRPDCFIKKKANYFTLFEEENEYLIEKYDPTIMARMHIQEEPELTELLTRQRYEHEKFEEVDYSLRPKVIKAAESHLKGALKSYMLRPVIRSVEMDEPLEYLTEMRQVVILFINVITIDAYKQELVSLVNIVYKCVCQIVSEMHGCVNKTSLFDKDLMFLCVFGLRGDKHELESQIGLKCAYKLRLTLIEMKNIKSVTIAVTTGMTYCGVVGHILRREYTVIGTSVNKAARLMVAYKDKVICDRESFLHSHLEASHFILQEPKYLKGISHIGPIYEFEEHPKFVSSYVIWNSYPLLDRINEVKIFKSMLTKMIEYNVIDKKERGPRPEYNTLIIKGEPRIGKTRLLDEFTRNISPNIRYNYINLHPEDSQIPYTMMNLIFSKALDFTAMSTQKEREDKLLLRLGKVKYPYFLCVFNEPFNVQFPITTDYNDLNETQKRKLLRKFLLKLIKGSFRELWVNIIDDAEYSDPNSLEVFDVFTKKDIIFFVISIGRKVGTDFPIFFNILRKTLVIELLGIDKWYHAALACQMLNVNGLPAELEKIIQEKSLGNPGWIESYLLSLLQVGDIEILYITRREANNKGYVLPPSYMLKRLVSHIDEINDVRDDRWQMYMASYKESKPLITRPENMHRHLSIDPEETKIAVCNISKHFVYEEENSDITMDVMILKLFDSLTPLDQLILKCASVIGETVNRHMLESLMAITSKRDIGLALTKLFEIQIFGCAIGDFTKTKGPIIFIRNIRNNDSDVFCKCIGITIPDELKDLPKYASCGLIRFKMTMFRETTYRLLTENQKIELHNQALKYLQYHTRRCISCGEGRFVKLLGEVRKIDQRKKTIIQLNEIFEEEIYEEEDIEDEKKKGKIFLTCMNIFRTIEKKPTLTFSDLDFSNCLCDLILMTTYTQMLEHCRGIGKLDVILTALLEFAEICIISFNIPQARKLLKESENVLEKLLELDENEIVISPFSAAKIQILQGQCLLETGSIFEAEELFEKAMLNLGYKFPKLEMMIDLNSKMQLLNLKLKFIFMKDIKYFEEDYQDYTKQLATCLIQMFKLYRIKGMRKHARLAAIWSLNAALDLSSKDASTLCISLSNMLITAHMYQDRYIIPYLEEKGILISSEKTRALEAQELKVIAQLYAAIFFSRWLRGDFPKAINIGFITNRIATTIGSTSLKILILPRLIHLLLLSCRLSEVITQLRELEFVSQNHFDKSGRTWYYALCADIYLDTGMSIVSFQVCEQYFLHEGERMISLYNPEAENRYFICMWLWCIRTEQWDAAKVWRNRIIETPIMDEHIVAATITFLKKLEGLLILYVHKLNTRNIAATITIREIKNMFKYGKKMTKIVIITIPRYMLLKAYYWMIKSQKSRAIKMLKKVKKLSEKMENKLILIWAQHCEKVWLSGISPLHTEMWKEISKVDKWDEINANNSHIVVFTFPLPNYLFL

Target ORF information:

RefSeq Version	XM_016913855.1
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera adenylate cyclase type 10-like (LOC102653763), mRNA.

Target ORF information:

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

XM_016913855.1

ORF Insert Sequence:

ATGACGTCGA CCCATCATAG ATTCAAGCAC AATAAGGAAC TAGTAGGGCC AGGCACAATA 
AAATTCGGCC GTCACGTTGT AGACAGCGAT CTGTTAGAAA CGACAAATGT GGATAGAAAA 
TGGCACGCGA AAGAGCTGAA TATGCTAGAG CTATGCGAAG GAAAACTCGG AAATTCGAGA 
TACGAATCAG AAAGAAAAAA GAAAGACAGT ATACCGTCGG ACAAAAAATC ACAAATCGCG 
CAGATGAGAA TCGAATATCA CACGAAAATA TTTGCCTCGA TGTGTCCGGA TGAAATTTTG 
GATTATTACG ACGATTATAA AACTCGAATG TATTACACGA CTTTGATGCT TGGCGATGTG 
TCGGGTTTCA CAGACCTCGC CGAGAAATAT ACGAAAATTG GGAAAGGCGG GCCATCGAAA 
TTGTCGGAGA CATTGAACTC TTATATCGGT GCTATGGTGC AAGAAATACT TTATCACGAG 
GGTGACGTGT TGAAATTTTC CGGGGACGCG TTCATAGTGA TGTGGAAGCT TCACAAGGGG 
ATGATGATGC GAGATTTGGC CGTGACAGCG ATGCAAACTG CCTGCATCAT TCAGAAACAC 
TTTGGAACTT ACGAAACTGA AATTGGAGTG ACTCTTAAAG GTTTGTTCAT TAAAATCATC 
ATCGTTCGCG TTAATTACAT TAGAGGAGGC GATATCATAG TAGCTCCCAG TAGCTGGCAA 
TGGGTGAATC CGCACGAATA CATCCACGAA ACACTTCCCG ATGGTATACA CACCCTTATT 
ATAACTTGCA CAGCCATGTG GTATCAAGTG GTACCAAGGG AGGATGAAAT AACCGAGGAA 
GGTATTTTAA CTAAAAAAAA AAAAAAATTT CAATTTCGAT TTCTTCGTCC CGACTGCTTT 
ATTAAAAAAA AAGCAAATTA TTTTACTTTA TTCGAAGAGG AGAACGAGTA TTTAATAGAA 
AAATATGATC CAACTATCAT GGCCAGAATG CATATACAGG AAGAACCTGA ATTGACCGAA 
TTGCTGACCA GGCAACGATA CGAGCACGAA AAGTTCGAGG AGGTCGATTA CAGCTTACGG 
CCTAAAGTTA TAAAAGCGGC AGAAAGCCAT CTGAAAGGAG CTTTGAAAAG TTACATGTTG 
AGACCTGTCA TTCGTTCCGT GGAAATGGAC GAGCCATTGG AATATCTAAC CGAAATGAGG 
CAAGTGGTGA TTCTGTTCAT CAATGTGATC ACCATCGATG CGTACAAACA AGAGTTAGTT 
AGTTTAGTGA ATATCGTTTA TAAATGTGTG TGCCAGATCG TAAGTGAAAT GCACGGATGC 
GTGAACAAGA CTTCCCTCTT CGACAAAGAT TTGATGTTCC TCTGCGTGTT CGGTTTAAGA 
GGCGATAAGC ACGAATTAGA GTCGCAGATC GGTTTGAAAT GCGCGTATAA ATTAAGATTG 
ACGCTCATAG AGATGAAAAA TATTAAATCT GTGACCATAG CTGTGACCAC AGGGATGACG 
TATTGTGGTG TAGTTGGGCA TATTTTGCGA AGGGAGTATA CAGTGATTGG AACGTCGGTG 
AACAAAGCCG CGAGGCTTAT GGTAGCTTAT AAGGACAAGG TGATTTGTGA TCGAGAAAGT 
TTCCTTCATT CCCATCTCGA GGCTAGTCAT TTCATCTTAC AAGAGCCAAA ATACTTGAAG 
GGAATCTCGC ATATTGGACC GATATACGAG TTCGAAGAGC ATCCAAAGTT CGTCTCGTCG 
TACGTAATTT GGAATTCATA TCCTTTACTC GATCGAATCA ATGAAGTTAA AATATTTAAA 
TCGATGTTAA CAAAAATGAT AGAGTATAAC GTTATAGATA AAAAAGAGCG TGGTCCACGA 
CCGGAATACA ATACGCTTAT TATAAAGGGT GAACCACGAA TAGGAAAGAC AAGATTGCTA 
GATGAATTCA CACGGAACAT ATCACCGAAC ATACGTTACA ATTATATTAA CTTGCATCCA 
GAAGATAGCC AGATCCCGTA CACGATGATG AATTTAATAT TTTCAAAAGC TCTTGATTTC 
ACCGCAATGT CCACGCAAAA GGAACGCGAG GATAAATTAC TTTTGCGCCT TGGAAAGGTG 
AAATACCCGT ATTTCCTGTG CGTTTTCAAC GAACCTTTCA ACGTACAATT CCCAATCACT 
ACTGATTACA ACGATTTAAA CGAGACACAG AAACGAAAGC TTTTAAGAAA GTTCTTATTA 
AAATTAATAA AAGGTAGTTT CAGAGAGTTG TGGGTGAATA TCATAGACGA TGCGGAATAT 
AGCGATCCAA ATTCCTTAGA GGTATTTGAC GTTTTCACGA AAAAAGATAT AATCTTCTTC 
GTGATTAGCA TTGGGCGGAA AGTAGGAACG GATTTCCCAA TATTCTTCAA TATTCTTAGG 
AAAACACTAG TAATAGAATT GCTTGGAATA GACAAATGGT ATCACGCTGC GTTAGCGTGT 
CAGATGCTTA ACGTGAATGG TCTACCAGCG GAGCTTGAAA AAATAATACA GGAAAAAAGT 
CTCGGTAATC CTGGCTGGAT CGAAAGTTAT CTATTGAGTC TTCTCCAAGT TGGAGACATA 
GAAATACTGT ATATAACGAG AAGGGAAGCG AATAATAAAG GTTACGTGTT GCCTCCTTCG 
TATATGTTAA AAAGACTTGT TTCGCACATA GATGAAATTA ACGATGTTCG GGACGATAGA 
TGGCAGATGT ACATGGCGAG TTATAAGGAA AGCAAGCCTT TGATAACAAG GCCAGAAAAC 
ATGCATAGAC ATTTGAGTAT CGATCCCGAG GAGACTAAGA TCGCCGTTTG CAACATTTCA 
AAACACTTCG TGTACGAGGA AGAAAATTCT GACATTACGA TGGATGTTAT GATATTGAAG 
CTTTTCGATT CATTGACACC TCTTGATCAA CTTATTTTGA AATGTGCTTC CGTGATCGGG 
GAAACTGTAA ATAGGCACAT GTTAGAAAGT TTAATGGCCA TCACTTCTAA AAGAGACATC 
GGTCTTGCTC TTACGAAACT CTTCGAAATA CAAATATTTG GCTGCGCAAT CGGGGATTTT 
ACCAAAACTA AAGGCCCTAT AATATTTATC AGAAATATAC GAAACAATGA TTCGGATGTT 
TTTTGCAAGT GTATTGGCAT TACTATTCCA GATGAATTGA AAGATTTGCC AAAATATGCT 
TCTTGTGGAT TGATAAGATT CAAAATGACG ATGTTCCGTG AAACTACTTA TCGATTACTG 
ACAGAAAATC AGAAAATAGA GTTGCACAAT CAAGCATTGA AATATTTGCA ATATCATACA 
AGGCGTTGTA TTTCTTGCGG AGAAGGTCGA TTCGTAAAAT TATTAGGGGA GGTAAGGAAA 
ATAGATCAAA GAAAGAAAAC GATAATACAA TTAAATGAGA TATTCGAAGA AGAAATTTAC 
GAAGAGGAAG ATATTGAAGA TGAGAAGAAA AAAGGGAAGA TATTTCTTAC TTGTATGAAT 
ATATTTCGAA CTATCGAAAA AAAACCAACG CTCACATTTT CGGATTTGGA TTTTTCCAAT 
TGCCTGTGCG ATCTGATATT GATGACTACG TATACTCAAA TGCTTGAACA TTGTCGCGGT 
ATTGGAAAAC TGGATGTAAT ACTAACTGCT CTTTTAGAGT TTGCAGAAAT TTGTATAATT 
TCTTTTAACA TACCGCAAGC TAGAAAGCTT TTAAAAGAAA GCGAAAATGT CCTCGAAAAG 
CTACTTGAAT TGGACGAAAA CGAAATAGTT ATTTCCCCCT TTTCTGCTGC AAAAATACAA 
ATTCTTCAAG GCCAATGTCT TCTTGAAACC GGCTCCATTT TCGAAGCTGA AGAATTATTC 
GAAAAGGCAA TGTTAAATTT AGGATATAAA TTTCCAAAAC TTGAAATGAT GATCGATTTA 
AACTCGAAGA TGCAGTTATT GAATCTGAAA TTAAAATTCA TTTTTATGAA AGATATTAAA 
TATTTCGAAG AGGACTATCA GGATTATACT AAACAATTGG CAACATGTTT GATACAAATG 
TTTAAACTCT ACAGAATTAA AGGAATGAGG AAGCACGCTC GTTTAGCAGC AATTTGGAGT 
TTGAACGCAG CTTTGGATCT ATCCAGTAAG GATGCATCTA CACTCTGTAT ATCGCTCAGC 
AATATGTTAA TCACTGCACA TATGTATCAA GATAGATATA TCATACCTTA TTTAGAAGAG 
AAGGGTATTC TTATTTCTAG CGAGAAGACA AGAGCACTCG AAGCTCAAGA GCTGAAAGTG 
ATCGCCCAGC TTTATGCGGC GATATTTTTT TCTCGATGGT TAAGAGGAGA CTTTCCGAAA 
GCCATTAACA TTGGTTTCAT TACTAATAGA ATAGCAACTA CGATTGGATC CACATCTTTG 
AAAATATTGA TTCTACCACG ATTAATTCAT TTGTTATTAC TGTCTTGCCG ACTCTCGGAA 
GTAATCACTC AATTAAGAGA ATTAGAATTT GTGTCCCAAA ATCATTTTGA TAAATCTGGA 
CGTACTTGGT ACTATGCACT TTGCGCTGAC ATTTATTTAG ATACTGGAAT GTCAATTGTA 
TCTTTCCAAG TTTGCGAACA ATATTTTCTT CATGAGGGGG AACGAATGAT AAGTTTATAC 
AATCCAGAAG CAGAAAATCG ATATTTCATA TGCATGTGGC TATGGTGCAT TAGAACTGAA 
CAATGGGATG CTGCAAAAGT ATGGAGGAAT AGAATTATAG AAACCCCCAT TATGGATGAA 
CATATAGTAG CAGCAACAAT AACTTTTTTA AAAAAACTCG AAGGACTATT AATTCTTTAT 
GTGCATAAAT TAAACACCAG AAATATAGCT GCAACTATTA CTATAAGAGA AATAAAAAAT 
ATGTTTAAAT ATGGAAAAAA AATGACCAAG ATTGTTATAA TTACAATTCC CAGATATATG 
TTATTAAAAG CATATTATTG GATGATAAAA TCACAAAAAA GTAGAGCAAT AAAGATGTTA 
AAGAAAGTAA AAAAACTATC CGAAAAAATG GAAAATAAAT TGATTCTCAT ATGGGCACAA 
CATTGTGAAA AGGTTTGGTT AAGCGGAATT TCTCCTCTAC ATACAGAAAT GTGGAAAGAA 
ATCTCGAAAG TAGATAAATG GGATGAAATC AATGCAAATA ATTCACATAT AGTAGTCTTT 
ACTTTTCCTC TGCCAAACTA TCTTTTTTTG TAA

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

LOC102653763 ( XM_026442963.1 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_026298748.1 Apis mellifera adenylate cyclase type 10-like (LOC102653763), mRNA.

Price & Availability↑

CloneID	OHd33872
Clone ID Related Accession (Same CDS sequence)	XM_026442963.1
Accession Version	XM_026442963.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5397bp) 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	1537200000000
Organism	Apis mellifera(honey bee)
Product	LOW QUALITY PROTEIN: adenylate cyclase type 10-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_037646.1) 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 :: Apis mellifera Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 4% of CDS bases frameshifts :: corrected 1 indel internal stop codons :: corrected 2 genomic stop codon ##RefSeq-Attributes-END##

ATGACGTCGA CCCATCATAG ATTCAAGCAC AATAAGGAAC TAGTAGGGCC AGGCACAATA 
AAATTCGGCC GTCACGTTGT AGACAGCGAT CTGTTAGAAA CGACAAATGT GGATAGAAAA 
TGGCACGCGA AAGAGCTGAA TATGCTAGAG CTATGCGAAG GAAAACTCGG AAATTCGAGA 
TACGAATCAT CGACAGATCA GGAAAGAAAA AAGAAAGACA GTATACCGTC GGACAAAAAA 
TCACAAATCG CGCAGATGAG AATCGAATAT CACACGAAAA TATTTGCCTC GATGTGTCCG 
GATGAAATTT TGGATTATTA CGACGATTAT AAAACTCGAA TGTATTACAC GACTTTGATG 
CTTGGCGATG TGTCGGGTTT CACAGACCTC GCCGAGAAAT ATACGAAAAT TGGGAAAGGC 
GGGCCATCGA AATTGTCGGA GACATTGAAC TCTTATATCG GTGCTATGGT GCAAGAAATA 
CTTTATCACG AGGGTGACGT GTTGAAATTT TCCGGGGACG CGTTCATAGT GATGTGGAAG 
CTTCACAAGG GGATGATGAT GCGAGATTTG GCCGTGACAG CGATGCAAAC TGCCTGCATC 
ATTCAGAAAC ACTTTGGAAC TTACGAAACT GAAATTGGAG TGACTCTTAA AGTAAAATTG 
GCAATTGCTT CTGGGAAAAC ATATTTCACG TCTATCGGAG ATCCAGAGAC CATGTCTCAC 
TACATTATCA CCGGAAAACC GGTGTGGGAT GTGAAATTTG CTGAAGGCCT TTGTCGAGGA 
GGCGATATCA TAGTAGCTCC CAGTAGCTGG CAATGGGTGA ATCCGCACGA ATACATCCAC 
GAAACACTTC CCGATGGTAT ACACACCCTT ATTATAACTT GCACAGCCAT GTGGTATCAA 
GTGGTACCAA GGGAGGATGA AATAACCGAG GAAGGCAACG ATACGAGCAC GAAAAGTTCG 
AGGAGGTCGA TTACAGCTGT AAGAAAATCA TCCTTATCCT GTCGTCGAGA TAAAAGAAAT 
TCTAAACGCT TAGGGAAACG CGTTTTTTTT TTAGTACGGC CTAAAGTTAT AAAAGCGGCA 
GAAAGCCATC TGAAAGGAGC TTTGAAAAGT TACATGTTGA GACCTGTCAT TCGTTCCGTG 
GAAATGGACG AGCCATTGGA ATATCTAACC GAAATGAGGC AAGTGGTGAT TCTGTTCATC 
AATGTGATCA CCATCGATGC GTACAAACAA GAGTTAGTTA GTTTAGTGAA TATCGTTTAT 
AAATTTGTGT GCCAGATCGT AAGTGAAATG CACGGATGCG TGAACAAGAC TTCCCTCTTC 
GACAAAGATT TGATGTTCCT CTGCGTGTTC GGTTTAAGAG GCGATAAGCA CGAATTAGAG 
TCGCAGATCG GTTTGAAATG CGCGTATAAA TTAAGATTGA CGCTCATAGA GATGAAAAAT 
ATTAAATCTG TGACCATAGC TGTGACCACA GGGATGACGT ATTGTGGTGT AGTTGGGCAT 
ATTTTGCGAA GGGAGTATAC AGTGATTGGA ACGTCGGTGA ACAAAGCCGC GAGGCTTATG 
GTAGCTTATA AGGACAAGGT GATTTGTGAT CGAGAAAGTT TCCTTCATTC CCATCTCGAG 
GCTAGTCATT TCATCTTACA AGAGCCAAAA TACTTGAAGG GAATTTCGCA TATTGGACCG 
ATATACGAGT TCGAAGAGCA TCCAAAGTTC GTCTCGTCGT ACGTAATTTG GAATTCATAT 
CCTTTACTCG ATCGAATCAA TGAAGTTAAA ATATTTAAAT CGATGTTAAC AAAAATGATA 
GAGTATAACG TTATAGATAA AGAAGAGCGT GGTCCACGAC CGGAATACAA TACGCTTATT 
ATAAAGCATG ATACGTTCCC ATTCCAATCC ATGTGGATTC AAAGGGGTGA ACCACGAATA 
GGAAAGACAA GATTGCTAGA TGAATTCACA CGGAACATAT CACCGAACAT ACGTTACAAT 
TATATTAACT TGCATCCAGA AGATAGCCAG GTTCACACTT CATTCAATTA TTATTATAAA 
ATTTCACAAT TCGATATTAT ATTCGATAAT GTTTCCAAAT GGTTGACATT ACAATCAAAC 
GTGATTTGTT TCTCAGTGCA GATCCCGTAC ACGATGATGA ATTTAATATT TTCAAAAGCT 
CTTGATTTCA CCGCAATGTC CACGCAAAAG GAACGCGAGG ATAAATTACT TTTGCGCCTT 
GGAAAGGTGA AATACCCGTA TTTCCTGTGC GTTTTCAACG AACCTTTCAA CGTACAATTC 
CCAATCACTA CTGATTACAA CGATTTAAAC GAGACACAGA AACGAAAGCT TTTAAGAAAG 
TTCTTATTAA AATTAATAAA AGGTAGTTTC AGAGAGTTGT GGGTGAATAT CATAGACGAT 
GCGGAATATA GCGATCCAAA TTCCTTAGAG GTATTTGACG TTTTCACGAA AAAAGATATA 
ATCTTCTTCG TGATTAGCAT TGGGCGGAAA GTAGGAACGG ATTTCCCAAT ATTCTTCAAT 
ATTCTTAGGA AAACACTAGT AACACTCGTT CAATTATTCT TTTATAAATG TAAATCGTAT 
ATACCAATGA TAAGATAGAA TCTTTGTTAA AAGGTAATAG AATTGCTTGG AATAGACAAA 
TGGTATCACG CTGCGTTAGC GTGTCAGATG CTTAACGTGA ATGGTCTACC AGCGGAGCTT 
GAAAAAATAA TACAGGAAAA AAGTCTCGGT AATCCTGGCT GGATCGAAAG TTATCTATTG 
AGTCTTCTCC AAGTTGGAGA CATAGAAATA CTGTATATAA CGAGAAGGGA AGCGAATAAT 
AAAGGTTACG TGTTGCCTCC TTCGTATATG TTAAAAAGAC TTGTTTCGCA CATAGATGAA 
ATTAACGATG TTCGGGACGA TAGATGGCAG ATGTACATGG CGAGTTATAA GGAAAGCAAG 
CCTTTGATAA CAAGGCCAGA AAATATGCAT AGACATTTGA GTATCGATCC CGAAGAGACT 
AAGATCGCCG TTTGCAACAT TTCAAAACAC TTCGTGTACG AGGAAGAAAA TTCTGACATT 
ACGATGGATG TTATGATATT GAAGCTTTTC GATTCATTGA CACCTCTTGA TCAACTTATT 
TTGAAATGTG CTTCCGTGAT CGGGGAAACT GTAAATAGGC ACATGTTAGA AAGTTTAATG 
GCCATCACTT CTAAAAGAGA CATCGGTCTT GCTCTTACGA AACTCTTCGA AATACAAATA 
TTTGGCTGCG CAATCGGGGA TTTTACCAAA ACTAAAGGCC CTATAATATT TATCAGAAAT 
ATACGAAACA ATGATTCGGA TGTCTTTTGC AAGTGTATTG GCATTACTAT TCCAGATGAA 
TTGAAAGATT TGCCAAAATA TGCTTCTTGT GGATTGATAA GATTCAAAAT GACGATGTTC 
CGTGAAACTA CTTATCGATT ACTGACAGAA AATCAGAAAA TAGAGTTGCA CAATCAAGCA 
TTGAAATATT TGCAATATCA TACAAGGCGT TGTATTTCTT GCGGAGAAGG TCGATTCGTA 
AAATTATTAG GGGAGGTAAG GAAAATAGAT CAAAGAAAGA AAACGATAAT ACAATTAAAT 
GAGATATTCG AAGAAGAAAT TTACGAAGAG GAAGATATTG AAGATGAGAA GAAAAAAGGG 
AAGATATTTC TTACTTGTAT GAATATATTT CGAACTATCG AAAAAAAACC AACGCTCACA 
TTTTCGGATT TGGATTTTTC CAATTGCCTG TGCGATCTGA TATTGATGAC TACGTATACT 
CAAATGCTTG AACATTGTCG CGGTATTGGA AAACTGGATG TAATACTAAC TGCTCTTTTA 
GAGTTTGCAG AAATTTGTAT AATTTCTTTT AACATACCGC AAGCTAGAAA GCTTTTAAAA 
GAAAGCGAAA ATGTCCTCGA AAAGCTACTT GAATTGGACG AAAACGAAAT AGTTATTTCC 
CCCTTTTCTG CTGCAAAAAT ACAAATTCTT CAAGGCCAAT GTCTTCTTGA AACCGGCTCC 
ATTTTCGAAG CTGAAGAATT ATTCGAAAAG GCAATGTTAA ATTTAGGATA TAAATTTCCA 
AAACTTGAAA TGATGATCGA TTTAAACTCG AAGATGCAGT TATTGAATCT GAAATTAAAA 
TTCATTTTTA TGAAAGATAT TAAATATTTC GAAGAGGACT ATCAGGATTA TACTAAACAA 
TTGGCAACAT GTTTGATACA AATGTTTAAA CTCTACAGAA TTAAAGGAAT GAGGAAGCAC 
GCTCGTTTAG CAGCAATTTG GAGTTTGAAC GCAGCTTTGG ATCTATCCAG TAAGGATGCA 
TCTACACTCT GTATATCGCT CAGCAATATG TTAATCACTG CACATATGTA TCAAGATAGA 
TATATCATAC CTTATTTAGA AGAGAAGGGT ATTCTTATTT CTAGCGAGAA GACAAGAGCA 
CTCGAAGCTC AAGAGCTGAA AGTGATCGCC CAGCTTTATG CGGCGATATT TTTTTCTCGA 
TGGTTAAGAG GAGACTTTCC GAAAGCCATT AACATTGGTT TCATTACTAA TAGAATAGCA 
ACTACGATTG GATCCACATC TTTGAAAATA TTGATTCTAC CACGATTAAT TCATTTGTTA 
TTACTGTCTT GCCGACTCTC GGAAGTAATC ACTCAATTAA GAGAATTAGA ATTTGTGTCC 
CAAAATCATT TTGATAAATC TGGACGTACT TGGTACTATG CACTTTGCGC TGACATTTAT 
TTAGATACTG GAATGTCAAT TGTATCTTTC CAAGTTTGCG AACAATATTT TCTTCATGAG 
GGGGAACGAA TGATAAGTTT ATACAATCCA GAAGCAGAAA ATCGATATTT CATATGCATG 
TGGCTATGGT GCATTAGAAC TGAACAATGG GATGCTGCAA AAGTATGGAG GAATAGAATT 
ATAGAAACCC CCATTATGGA TGAACATATA GTAGCAGCAA CAATAACTTT TTTAAAAAAA 
CTCGAAGGAC TATTAATTCT TTATGTGCAT AAATTAAACA CCAGAAATAT AGCTGCAACT 
ATTACTATAA GAGAAATAAA AAATATGTTT AAATATGGAA AAAAAATGAC CAAGATTGTT 
ATAATTACAA TTCCCAGATA TATGTTATTA AAAGCATATT ATTGGATGAT AAAATCACAA 
AAAAGTAGAG CAATAAAGAT GTTAAAGAAA GTAAAAAAAC TATCCGAAAA AATGGAAAAT 
AAATTGATTC TCATATGGGC ACAACATTGT GAAAAGGTTT GGTTAAGCGG AATTTCTCCT 
CTACATACAG AAATGTGGAA AGAAATCTCG AAAGTAGATA AATGGGATGA AATCAATGCA 
AATAATTCAC ATATAGTAGT CTTTACTTTT CCTCTGCCAA ACTATCTTTT TTTGTAA

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

RefSeq	XP_026298748.1
CDS	1..5397
Translation	MTSTHHRFKHNKELVGPGTIKFGRHVVDSDLLETTNVDRKWHAKELNMLELCEGKLGNSRYESSTDQERKKKDSIPSDKKSQIAQMRIEYHTKIFASMCPDEILDYYDDYKTRMYYTTLMLGDVSGFTDLAEKYTKIGKGGPSKLSETLNSYIGAMVQEILYHEGDVLKFSGDAFIVMWKLHKGMMMRDLAVTAMQTACIIQKHFGTYETEIGVTLKVKLAIASGKTYFTSIGDPETMSHYIITGKPVWDVKFAEGLCRGGDIIVAPSSWQWVNPHEYIHETLPDGIHTLIITCTAMWYQVVPREDEITEEGNDTSTKSSRRSITAVRKSSLSCRRDKRNSKRLGKRVFFLVRPKVIKAAESHLKGALKSYMLRPVIRSVEMDEPLEYLTEMRQVVILFINVITIDAYKQELVSLVNIVYKFVCQIVSEMHGCVNKTSLFDKDLMFLCVFGLRGDKHELESQIGLKCAYKLRLTLIEMKNIKSVTIAVTTGMTYCGVVGHILRREYTVIGTSVNKAARLMVAYKDKVICDRESFLHSHLEASHFILQEPKYLKGISHIGPIYEFEEHPKFVSSYVIWNSYPLLDRINEVKIFKSMLTKMIEYNVIDKEERGPRPEYNTLIIKHDTFPFQSMWIQRGEPRIGKTRLLDEFTRNISPNIRYNYINLHPEDSQVHTSFNYYYKISQFDIIFDNVSKWLTLQSNVICFSVQIPYTMMNLIFSKALDFTAMSTQKEREDKLLLRLGKVKYPYFLCVFNEPFNVQFPITTDYNDLNETQKRKLLRKFLLKLIKGSFRELWVNIIDDAEYSDPNSLEVFDVFTKKDIIFFVISIGRKVGTDFPIFFNILRKTLVTLVQLFFYKCKSYIPMIRNLCKVIELLGIDKWYHAALACQMLNVNGLPAELEKIIQEKSLGNPGWIESYLLSLLQVGDIEILYITRREANNKGYVLPPSYMLKRLVSHIDEINDVRDDRWQMYMASYKESKPLITRPENMHRHLSIDPEETKIAVCNISKHFVYEEENSDITMDVMILKLFDSLTPLDQLILKCASVIGETVNRHMLESLMAITSKRDIGLALTKLFEIQIFGCAIGDFTKTKGPIIFIRNIRNNDSDVFCKCIGITIPDELKDLPKYASCGLIRFKMTMFRETTYRLLTENQKIELHNQALKYLQYHTRRCISCGEGRFVKLLGEVRKIDQRKKTIIQLNEIFEEEIYEEEDIEDEKKKGKIFLTCMNIFRTIEKKPTLTFSDLDFSNCLCDLILMTTYTQMLEHCRGIGKLDVILTALLEFAEICIISFNIPQARKLLKESENVLEKLLELDENEIVISPFSAAKIQILQGQCLLETGSIFEAEELFEKAMLNLGYKFPKLEMMIDLNSKMQLLNLKLKFIFMKDIKYFEEDYQDYTKQLATCLIQMFKLYRIKGMRKHARLAAIWSLNAALDLSSKDASTLCISLSNMLITAHMYQDRYIIPYLEEKGILISSEKTRALEAQELKVIAQLYAAIFFSRWLRGDFPKAINIGFITNRIATTIGSTSLKILILPRLIHLLLLSCRLSEVITQLRELEFVSQNHFDKSGRTWYYALCADIYLDTGMSIVSFQVCEQYFLHEGERMISLYNPEAENRYFICMWLWCIRTEQWDAAKVWRNRIIETPIMDEHIVAATITFLKKLEGLLILYVHKLNTRNIAATITIREIKNMFKYGKKMTKIVIITIPRYMLLKAYYWMIKSQKSRAIKMLKKVKKLSEKMENKLILIWAQHCEKVWLSGISPLHTEMWKEISKVDKWDEINANNSHIVVFTFPLPNYLFL

Target ORF information:

RefSeq Version	XM_026442963.1
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera adenylate cyclase type 10-like (LOC102653763), mRNA.

Target ORF information:

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

XM_026442963.1

ORF Insert Sequence:

ATGACGTCGA CCCATCATAG ATTCAAGCAC AATAAGGAAC TAGTAGGGCC AGGCACAATA 
AAATTCGGCC GTCACGTTGT AGACAGCGAT CTGTTAGAAA CGACAAATGT GGATAGAAAA 
TGGCACGCGA AAGAGCTGAA TATGCTAGAG CTATGCGAAG GAAAACTCGG AAATTCGAGA 
TACGAATCAT CGACAGATCA GGAAAGAAAA AAGAAAGACA GTATACCGTC GGACAAAAAA 
TCACAAATCG CGCAGATGAG AATCGAATAT CACACGAAAA TATTTGCCTC GATGTGTCCG 
GATGAAATTT TGGATTATTA CGACGATTAT AAAACTCGAA TGTATTACAC GACTTTGATG 
CTTGGCGATG TGTCGGGTTT CACAGACCTC GCCGAGAAAT ATACGAAAAT TGGGAAAGGC 
GGGCCATCGA AATTGTCGGA GACATTGAAC TCTTATATCG GTGCTATGGT GCAAGAAATA 
CTTTATCACG AGGGTGACGT GTTGAAATTT TCCGGGGACG CGTTCATAGT GATGTGGAAG 
CTTCACAAGG GGATGATGAT GCGAGATTTG GCCGTGACAG CGATGCAAAC TGCCTGCATC 
ATTCAGAAAC ACTTTGGAAC TTACGAAACT GAAATTGGAG TGACTCTTAA AGTAAAATTG 
GCAATTGCTT CTGGGAAAAC ATATTTCACG TCTATCGGAG ATCCAGAGAC CATGTCTCAC 
TACATTATCA CCGGAAAACC GGTGTGGGAT GTGAAATTTG CTGAAGGCCT TTGTCGAGGA 
GGCGATATCA TAGTAGCTCC CAGTAGCTGG CAATGGGTGA ATCCGCACGA ATACATCCAC 
GAAACACTTC CCGATGGTAT ACACACCCTT ATTATAACTT GCACAGCCAT GTGGTATCAA 
GTGGTACCAA GGGAGGATGA AATAACCGAG GAAGGCAACG ATACGAGCAC GAAAAGTTCG 
AGGAGGTCGA TTACAGCTGT AAGAAAATCA TCCTTATCCT GTCGTCGAGA TAAAAGAAAT 
TCTAAACGCT TAGGGAAACG CGTTTTTTTT TTAGTACGGC CTAAAGTTAT AAAAGCGGCA 
GAAAGCCATC TGAAAGGAGC TTTGAAAAGT TACATGTTGA GACCTGTCAT TCGTTCCGTG 
GAAATGGACG AGCCATTGGA ATATCTAACC GAAATGAGGC AAGTGGTGAT TCTGTTCATC 
AATGTGATCA CCATCGATGC GTACAAACAA GAGTTAGTTA GTTTAGTGAA TATCGTTTAT 
AAATTTGTGT GCCAGATCGT AAGTGAAATG CACGGATGCG TGAACAAGAC TTCCCTCTTC 
GACAAAGATT TGATGTTCCT CTGCGTGTTC GGTTTAAGAG GCGATAAGCA CGAATTAGAG 
TCGCAGATCG GTTTGAAATG CGCGTATAAA TTAAGATTGA CGCTCATAGA GATGAAAAAT 
ATTAAATCTG TGACCATAGC TGTGACCACA GGGATGACGT ATTGTGGTGT AGTTGGGCAT 
ATTTTGCGAA GGGAGTATAC AGTGATTGGA ACGTCGGTGA ACAAAGCCGC GAGGCTTATG 
GTAGCTTATA AGGACAAGGT GATTTGTGAT CGAGAAAGTT TCCTTCATTC CCATCTCGAG 
GCTAGTCATT TCATCTTACA AGAGCCAAAA TACTTGAAGG GAATTTCGCA TATTGGACCG 
ATATACGAGT TCGAAGAGCA TCCAAAGTTC GTCTCGTCGT ACGTAATTTG GAATTCATAT 
CCTTTACTCG ATCGAATCAA TGAAGTTAAA ATATTTAAAT CGATGTTAAC AAAAATGATA 
GAGTATAACG TTATAGATAA AGAAGAGCGT GGTCCACGAC CGGAATACAA TACGCTTATT 
ATAAAGCATG ATACGTTCCC ATTCCAATCC ATGTGGATTC AAAGGGGTGA ACCACGAATA 
GGAAAGACAA GATTGCTAGA TGAATTCACA CGGAACATAT CACCGAACAT ACGTTACAAT 
TATATTAACT TGCATCCAGA AGATAGCCAG GTTCACACTT CATTCAATTA TTATTATAAA 
ATTTCACAAT TCGATATTAT ATTCGATAAT GTTTCCAAAT GGTTGACATT ACAATCAAAC 
GTGATTTGTT TCTCAGTGCA GATCCCGTAC ACGATGATGA ATTTAATATT TTCAAAAGCT 
CTTGATTTCA CCGCAATGTC CACGCAAAAG GAACGCGAGG ATAAATTACT TTTGCGCCTT 
GGAAAGGTGA AATACCCGTA TTTCCTGTGC GTTTTCAACG AACCTTTCAA CGTACAATTC 
CCAATCACTA CTGATTACAA CGATTTAAAC GAGACACAGA AACGAAAGCT TTTAAGAAAG 
TTCTTATTAA AATTAATAAA AGGTAGTTTC AGAGAGTTGT GGGTGAATAT CATAGACGAT 
GCGGAATATA GCGATCCAAA TTCCTTAGAG GTATTTGACG TTTTCACGAA AAAAGATATA 
ATCTTCTTCG TGATTAGCAT TGGGCGGAAA GTAGGAACGG ATTTCCCAAT ATTCTTCAAT 
ATTCTTAGGA AAACACTAGT AACACTCGTT CAATTATTCT TTTATAAATG TAAATCGTAT 
ATACCAATGA TAAGATAGAA TCTTTGTTAA AAGGTAATAG AATTGCTTGG AATAGACAAA 
TGGTATCACG CTGCGTTAGC GTGTCAGATG CTTAACGTGA ATGGTCTACC AGCGGAGCTT 
GAAAAAATAA TACAGGAAAA AAGTCTCGGT AATCCTGGCT GGATCGAAAG TTATCTATTG 
AGTCTTCTCC AAGTTGGAGA CATAGAAATA CTGTATATAA CGAGAAGGGA AGCGAATAAT 
AAAGGTTACG TGTTGCCTCC TTCGTATATG TTAAAAAGAC TTGTTTCGCA CATAGATGAA 
ATTAACGATG TTCGGGACGA TAGATGGCAG ATGTACATGG CGAGTTATAA GGAAAGCAAG 
CCTTTGATAA CAAGGCCAGA AAATATGCAT AGACATTTGA GTATCGATCC CGAAGAGACT 
AAGATCGCCG TTTGCAACAT TTCAAAACAC TTCGTGTACG AGGAAGAAAA TTCTGACATT 
ACGATGGATG TTATGATATT GAAGCTTTTC GATTCATTGA CACCTCTTGA TCAACTTATT 
TTGAAATGTG CTTCCGTGAT CGGGGAAACT GTAAATAGGC ACATGTTAGA AAGTTTAATG 
GCCATCACTT CTAAAAGAGA CATCGGTCTT GCTCTTACGA AACTCTTCGA AATACAAATA 
TTTGGCTGCG CAATCGGGGA TTTTACCAAA ACTAAAGGCC CTATAATATT TATCAGAAAT 
ATACGAAACA ATGATTCGGA TGTCTTTTGC AAGTGTATTG GCATTACTAT TCCAGATGAA 
TTGAAAGATT TGCCAAAATA TGCTTCTTGT GGATTGATAA GATTCAAAAT GACGATGTTC 
CGTGAAACTA CTTATCGATT ACTGACAGAA AATCAGAAAA TAGAGTTGCA CAATCAAGCA 
TTGAAATATT TGCAATATCA TACAAGGCGT TGTATTTCTT GCGGAGAAGG TCGATTCGTA 
AAATTATTAG GGGAGGTAAG GAAAATAGAT CAAAGAAAGA AAACGATAAT ACAATTAAAT 
GAGATATTCG AAGAAGAAAT TTACGAAGAG GAAGATATTG AAGATGAGAA GAAAAAAGGG 
AAGATATTTC TTACTTGTAT GAATATATTT CGAACTATCG AAAAAAAACC AACGCTCACA 
TTTTCGGATT TGGATTTTTC CAATTGCCTG TGCGATCTGA TATTGATGAC TACGTATACT 
CAAATGCTTG AACATTGTCG CGGTATTGGA AAACTGGATG TAATACTAAC TGCTCTTTTA 
GAGTTTGCAG AAATTTGTAT AATTTCTTTT AACATACCGC AAGCTAGAAA GCTTTTAAAA 
GAAAGCGAAA ATGTCCTCGA AAAGCTACTT GAATTGGACG AAAACGAAAT AGTTATTTCC 
CCCTTTTCTG CTGCAAAAAT ACAAATTCTT CAAGGCCAAT GTCTTCTTGA AACCGGCTCC 
ATTTTCGAAG CTGAAGAATT ATTCGAAAAG GCAATGTTAA ATTTAGGATA TAAATTTCCA 
AAACTTGAAA TGATGATCGA TTTAAACTCG AAGATGCAGT TATTGAATCT GAAATTAAAA 
TTCATTTTTA TGAAAGATAT TAAATATTTC GAAGAGGACT ATCAGGATTA TACTAAACAA 
TTGGCAACAT GTTTGATACA AATGTTTAAA CTCTACAGAA TTAAAGGAAT GAGGAAGCAC 
GCTCGTTTAG CAGCAATTTG GAGTTTGAAC GCAGCTTTGG ATCTATCCAG TAAGGATGCA 
TCTACACTCT GTATATCGCT CAGCAATATG TTAATCACTG CACATATGTA TCAAGATAGA 
TATATCATAC CTTATTTAGA AGAGAAGGGT ATTCTTATTT CTAGCGAGAA GACAAGAGCA 
CTCGAAGCTC AAGAGCTGAA AGTGATCGCC CAGCTTTATG CGGCGATATT TTTTTCTCGA 
TGGTTAAGAG GAGACTTTCC GAAAGCCATT AACATTGGTT TCATTACTAA TAGAATAGCA 
ACTACGATTG GATCCACATC TTTGAAAATA TTGATTCTAC CACGATTAAT TCATTTGTTA 
TTACTGTCTT GCCGACTCTC GGAAGTAATC ACTCAATTAA GAGAATTAGA ATTTGTGTCC 
CAAAATCATT TTGATAAATC TGGACGTACT TGGTACTATG CACTTTGCGC TGACATTTAT 
TTAGATACTG GAATGTCAAT TGTATCTTTC CAAGTTTGCG AACAATATTT TCTTCATGAG 
GGGGAACGAA TGATAAGTTT ATACAATCCA GAAGCAGAAA ATCGATATTT CATATGCATG 
TGGCTATGGT GCATTAGAAC TGAACAATGG GATGCTGCAA AAGTATGGAG GAATAGAATT 
ATAGAAACCC CCATTATGGA TGAACATATA GTAGCAGCAA CAATAACTTT TTTAAAAAAA 
CTCGAAGGAC TATTAATTCT TTATGTGCAT AAATTAAACA CCAGAAATAT AGCTGCAACT 
ATTACTATAA GAGAAATAAA AAATATGTTT AAATATGGAA AAAAAATGAC CAAGATTGTT 
ATAATTACAA TTCCCAGATA TATGTTATTA AAAGCATATT ATTGGATGAT AAAATCACAA 
AAAAGTAGAG CAATAAAGAT GTTAAAGAAA GTAAAAAAAC TATCCGAAAA AATGGAAAAT 
AAATTGATTC TCATATGGGC ACAACATTGT GAAAAGGTTT GGTTAAGCGG AATTTCTCCT 
CTACATACAG AAATGTGGAA AGAAATCTCG AAAGTAGATA AATGGGATGA AATCAATGCA 
AATAATTCAC ATATAGTAGT CTTTACTTTT CCTCTGCCAA ACTATCTTTT TTTGTAA

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

PubMed

REQUEST A QUOTE

EMAIL

gene@genscript.com

PHONE

1-877-436-7274

ONLINE FORM

Online Quote Submission

ONLINE FORM

Online Quote Submission

LOC102653763 cDNA ORF clone, Apis mellifera(honey bee)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Most Popular Services

Services & Products

News & Blogs

REQUEST A QUOTE

EMAIL

PHONE

ONLINE FORM

ONLINE FORM

SUPPORT

COMPANY

SUPPORT

COMPANY