LOC100578071 cDNA ORF clone, Apis mellifera(honey bee)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100578071
Entrez Gene ID	100578071
Full Name	DNA polymerase zeta catalytic subunit
Gene Type	protein-coding
Organism	Apis mellifera(honey bee)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016916917.1	XP_016772406.1	DNA polymerase zeta catalytic subunit
XM_026445708.1	XP_026301493.1	DNA polymerase zeta catalytic subunit

Pathways from BioSystems
Gene Ontology

The following LOC100578071 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100578071 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
OHd28052	XM_026445708.1 Latest version!	Apis mellifera DNA polymerase zeta catalytic subunit (LOC100578071), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHd20481	XM_016916917.1 Latest version!	Apis mellifera DNA polymerase zeta catalytic subunit (LOC100578071), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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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)

LOC100578071 ( XM_026445708.1 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_026301493.1 Apis mellifera DNA polymerase zeta catalytic subunit (LOC100578071), mRNA.

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CloneID	OHd28052
Clone ID Related Accession (Same CDS sequence)	XM_026445708.1
Accession Version	XM_026445708.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6000bp) 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	2018-09-18
Organism	Apis mellifera(honey bee)
Product	DNA polymerase zeta catalytic subunit
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_037653.1) 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##

ATGTTTTCAA TTAATTTAGT AGTTTTGGAT AGTTATCAAT CAACTCCACT ATCAGAATTA 
GATGTAACAT TTTCAGATTT TCGAGGAAAT GAAATTAGAC AAGTCCCAAT TATTAGAATC 
TTTGGATCTA CTTTATCTGG AATAAAAACA TGTTTACATG TACATGGAGT ATTTCCATAT 
ATATATATAC CATGTACAAT AAATAACAAT GTTGATAGCT TTATGTATAA ATTAGCAGCA 
GGAATAGATT CTGCAATAAA TATATCTTTG GGATCTGCAA TGTCTAATAT TCAACATGTT 
TATAAAATTC AACAAGTTTA TGGAATTCCT CTTTATGGAT ATCATGAGAA GAAACATTTA 
TTTTTTAAAA TTTATTTTTA TAATCCAGCT ATAATTAAAC GAGCAGCTGA TTTATTGCAA 
AATGGTATGG TACTTAATCA AACTTTACAA CCACATGAAG CACATATACC TTTTATTTTA 
CAATTTATGA TTGATTATAA TCTTTATGGT ATGAGTTTAA TAAACTTGAA AGATGTTAAA 
TTTAGACAAT ACACACATAT GAAAGAAAAT TCTCAAAATG AAAATTCATT AAATTCATTT 
GATTCACAAA AATATCTTCC TTCATCTGTT TTAAAACAAA CTACTTGTAA ATTAGAAGTA 
GATGCACAAG CAAGTGAAAT ATTGAATAAA CAAGAAATTC AGAATGATTT TGATTTAAAT 
CCTGGTCTTG CAGCCATTTG GAATGAAGAA AAATATAGAA GAGAAGCAAA AGGATTACAG 
AATATTGAAT CACAATTTTT ATATTCCAAT ACTAATGAGA GAATTTATAA TGTAACAGAA 
AATGATATTT ATCAAGAAGA AAGATTTATA AAAAGATTAC AATCTATATC AGAGATCAGT 
GATGATATAA TATCAATAAT ATCAAAAGAA CATAGTTATC CTTTAGAATT AGAAAATGAA 
GATAATTCAT TTAGTGCTTC ATATGTTCCT AATCATTTTA AATCATTAGT ATTAAATAAG 
GAAAATAAAA ATGAAATACT TTTAAATAAT GATTTATTAA AACTTAAAAA ATCTGAAATA 
AGAGAAAGTT TATCTCAAGA TAAAACAATA GAAAATAGTA TTTTGGATTC AGAAGATATG 
TATTTGCTTG AAATATTAAA TAATTTAATA GAAGAAAATG AAGAAGAAAA AATTATAGAT 
AATGATAGTA TGTTAGGTTC TCAATTTTCT ATGTTAAGCA ACGAAATTAA GGATGATAAT 
GAAGATGATG AGATTGAAAA TTTGAATATT ACAAGTTTAG ATTTAAATAT TGATTCATGG 
AATTCAACTA TTGAATTTGA AACTAAGACC GAAGATAAGA AAACAGATTA CATAACTGAA 
TATAATATTG AAAAAACTAT TTCAACAGAT CTTCCTCAGT ATGATGGTTC AAGTGATTTG 
ATTTTAAAAA ATAAAAAACA ATTATCATCG AAATTTATTA AAAATAGAAT GAAAAAAGAA 
AGAAAAGTAT GTACAAAATC GAAGAAATTT ATATTGCATT TTAATAAAAA TATAAATGAA 
TTTGAAAGTA AACATAGAAA ATTAATGCAA ACTGAAAAAA AGTTATTCTG TTACAAAGAT 
TTAAATATAT ATAAATTAGA TCATCAAGAT TTAGATGTTT ATGATATTGA TGAAATATTT 
GAATATAAAT TAACATTATA TAAACATTTA AAGAACCCAA TAAATTTTGA GAAAAAACCT 
AATTCAATTA GTCATGAATC ATATCATACT ATGGATAGTA TTTTAAATAA ATTAAATATA 
CCAGCATTTG ATGGTAATAC AATTGATAGT TGTAGTGATT CTGAATCAGA TAATAATATT 
ACTATTAATA GAGAGGAAAA ACGTATTTGT GTTTATAAAT CATCTATAAA ATCTAAAAGT 
GACAAAACTA TTGATAATAT TTCAGCAAAA AAACGAAAAT TTAAATTGGA AGATTCTAAT 
TTGCAATCTA CACATAAACG ATGTAATTTA CAAAATGAAT CACATTGTAC TCCAACAAAA 
ATAAAAACTG TACACAGTCC ATGCTCTGTT TCAAAAAAAT ATTCTCCACT TAATATAAAA 
ATAATATCTC CAAAAATAGA TAAAAATATT AAAAATAACG AATTTTGTAA TTTAAAATCT 
ACTTATAATA CTTTGAAACA AAATAATCAA CAACTAAGAA TGAATCTATT TCATGAAAAA 
ATAAATATTA CTTCAGAGTC AAATCAAGCA TTCTTTACAC ATAATGAAGC TTTAAATATT 
AATAAAACAA TTATTTTTAA AGATAGCAAT ATGTATGAAG AATTAATTGA AAAAAAAGAT 
AGAGCATCAA CAACAAAATT TAAAAAAGAA TTTATTACTA AAAATAACAA AGCAGTTCGT 
AAAAGATTAA GTTTTGTAAA TATTAATGAA AAAGATATTA ATGAAAAAAA TATCGTAAAG 
AATGATATGA ATTCCGAAAA TTTATCTTTA ACAGAAAAAA TGATTAATGA TATTGATCTT 
ACTAATATTT CAGTAATAAA TCATCCCGAA CATTCTAAGT TATATACAAA AAATAATGAA 
AAAATGAATT ATGAATTTAA TTTTCCAAGT ACATCGAAAA ATAATGTAAA TTTAAATATA 
GATAATATTT CAAATAAAAT ATCATTGATA AATAAAAATA CAGATGAAGA TGAAGATGAT 
TGTAATATGA CATATACTCA ATATCTTAAT AAAAAATTAG AAGGGAAATT AGATATTTCA 
AATATTATAT TACATGATAA TACAAGTGAT ATAAAAACTA GATTAATTAT CATTACTACT 
AAATTTAATC CACCAAGCAG AGAAAAGATT ATAAATTCTA TGAAAATGTA TGATATTTTA 
GAATTAAAAA GCAATACATT ATTCTTTAGT AATAAAATTG ATTTGATGAA GTACAGAGAA 
AAAGAAAGTA ATTTAAGTAA TAGTAATATT TACAATGTAA TTCCATTTAA ATGTAATTTA 
GACAAAGTTA CAGGGATTAA ACTCTGGCGA CGAGTAAAAA TAAATGAATT TTATCCTTCT 
GGTTCAAGTA TAAAATCTTG TGACATAAAG AGAATTTTAG CTGGATATAA TTCATTAATA 
ATTCATCCCC TTATTCATCC ACCGACATCA AGAAATGTTA AAACTTGGTT AAAAGCCAAA 
AAATATTTAT CAAAAAAAAA TAAGCATAAA GAAATAAATG ATTATATTGA TATTCTAAAA 
GAAAATAACA TTAAAAAAAC TTTTAATGAA AATATGAAAT ATCATTCACA ATGTTCTAAT 
AATTTAGAGA ATTCAAGTGA ATCTAATAAT ACTTTTAATC CTTCCTTACA AGAAATGCTT 
GAAAATCCAT TATTATATAT GAATGATACG AGATATTTAG GCATTTCATA TGGACAAATT 
GAATATAATT TGAAAGAATA TAGTAATAAT GCAGAAAAAG AAAATCATCA AACTGCTAGA 
AGTTTAAATA TGCATCAATA TTTAACAATA TTAGCAATAG AAATACATGT TATTACACGT 
GGTAAATTTC TTCCTGATCC AAATCATGAT TCAATTGAAG CAATATTTTA TGCTATTTAT 
AATGATGTTC CATTATCTTC AAAAATTGAT CAAATAGAAC ATGGCGTTAT TCTTTTAAAT 
TCATCTATAA AAAATTCAAA AGTAAAAAAT ATATATTCTA GTAATACATG TACTACATCT 
TATGTATCAA GTGAAGAAGA TTTATTAAAT AGTCTTATAA TATTAATTAG ACATTGTGAT 
CCAGATATTT TAATTGGTTG GGAGATAGAA TTTCTTTCAT GGGGATATAT CTTTCACAGA 
GCTTCTCATA TTGGTTTGAA TAATTTTATG TCGCAAATTT CAAGGATTTC AAATGCATTT 
CCAATATCTA AAGGACAATC ATTTGATAAA GATAATTTCA GTGATACACA AATACCAGGT 
CGAATTATTT TTGATGTTTG GAGAGTAATG CGACATGAAA TAGCATTATT AAATTATACA 
TTTGAAAATG TTATGTATAA TGTCATGCAT GAAAGAATTT CATGTCCTAC CTTTCAAATG 
TTAACTGAAT GGTGGAATCA TGAAAATATG ACTATGCAAT GGAGAGTCAT TACTCATTAT 
ATCATAAGAG TTGTAGGTAC TCTGAGAATA TTAATTCATC TCGATATTAT TGGTCAAACA 
TGTGAACATG CACGACTTTT TGGAATACAA TTTTATGAAG TCTTTTCTAG AGGTTCTCAA 
TTTCGAGTTG AGTCAATGAT GTTGAGACTT GCAAAACCTT TAAATTATAT TCCAGTTTCA 
CCTTCTATAC AACAAAGAGC ACGAATGCGT GCACCTGAAT CTTTACCGCT TATTATGGAA 
CCACAGTCTG CATTCTATAC TGATCCATTA GTTGTCCTGG ATTTTCAAAG TTTATATCCG 
AGTATTATTA TAGCTTATAA CTATTGTTTT TCTACATGTT TAGGTCGTAT AGAGCATATT 
GGTCAATACG AGCCATATGA ATTTGGTACA ACTACATTAA AGATAAAGAA GAATACTGCT 
CAAAAACTAG TGGGTAAAAT AAATTTTGCA CCTTGTGGTG TAGCTTTTGT AAAACCAGAA 
ATACGAATGG GAATATTACC ACGTATGCTT TCAGAAATTT TAAATACTCG ATTAATGATT 
AAAAATTCCA TGAAACTTTA TGGAAATGAT AATAATACAT TACAACGTAT TCTTTATTCA 
CAACAATTAG GTCTTAAATT AATTGCAAAT GTCACTTATG GTTATACAGC TGCTAATTTT 
AGTGGTAGAA TGCCTTGTAT TGAAATAGGA GATAGTGTTG TTAGTAAAGG AAGAGAAACA 
TTAGAACGAG CAATTAAAAT AGTAGAATCT ACAGATAAAT GGGGAGCTGA AGTTGTTTAT 
GGTGACACAG ATTCTTTGTT TATTCTTTTA CGTGGAAAAT CAAGAAAAGA TGCATTTATA 
ATTGGAACTG AAATTGCAGA TAGTATTACT GCAGTTAATC CTCCTCCTGT AAAACTTAAA 
TTTGAAAAAA TTTTGCAACC AGCAATATTA CAAACTAAAA AAAGATATTG TGGTTACATG 
TATGAATCTC CAGAACAAAC AAATCCTGAA TATTTAGCAA AAGGAATTGA AACTGTTCGT 
AGAGATGGTT GCCCAGCTGT AGCTAAAATA CTTGAAAAAA CGTTAAAAAT TTTATTTGAT 
ATAAAGGATC TTTCTATGGT AAAATTATAT GTTACCAGAC AATTTGATAA AATTTTACGT 
CAAAGAATAT CTATTCAAGA TTTAACGTTT GCAAAGGAAT TTCGTGGCTT AAATGGTTAT 
AAAACTAATG CTTGTGTACC TGCTTTAGAA TTAACACGAA GATTGATGCG CAAAGATCCA 
CGAGCAATAC CTCGTACTGG TGAAAGAGTT CGATACGTTA TAGTTGCTGG AGCACCAAAT 
CAACCTTTAA TTCAATGTGT GCGAACACCA ATGGAAGTAA TTTCAGATGA AGGTTTAAAT 
CCAAATTCAA TATATTATAT AACAAAAGTT ATCATACCAC CTCTTAATCG ATGTTTAAAT 
TTAATCAACA TTGATGTTAA TACATGGTAT AGAGAAATGA TCCATCGTCA AACATCTGAT 
AAAACAATTG ATTTATGTAC AAATAATCAA AAATTAACTA TTCGGCAGTT TTTTAATACT 
GTTGTATGCG TTACTTGTGG AAATCAAACG CAAAAAGATA TTTGCATGAA TTGTATAGCA 
AAACCAAATC AGACAATTAC TATTTTATAT GAAAAATTAA GATGGTTGGA ACGTATTCAT 
CATGAACTTA CTATGATATG TCAATCTTGT ACTGGTTATT TAGATGAACC AAAATGTGAA 
TCTTTAGATT GTCCAGTTTT ATATCGTTTA ATGCAAGCTA AAAGAGATCT CATTCAAATA 
ACATATTTGA ATAATATTAT TTATAATATT TCTTGTATAC ATAAAAAAAA TATAAACTAA

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

RefSeq	XP_026301493.1
CDS	64..6063
Translation	MFSINLVVLDSYQSTPLSELDVTFSDFRGNEIRQVPIIRIFGSTLSGIKTCLHVHGVFPYIYIPCTINNNVDSFMYKLAAGIDSAINISLGSAMSNIQHVYKIQQVYGIPLYGYHEKKHLFFKIYFYNPAIIKRAADLLQNGMVLNQTLQPHEAHIPFILQFMIDYNLYGMSLINLKDVKFRQYTHMKENSQNENSLNSFDSQKYLPSSVLKQTTCKLEVDAQASEILNKQEIQNDFDLNPGLAAIWNEEKYRREAKGLQNIESQFLYSNTNERIYNVTENDIYQEERFIKRLQSISEISDDIISIISKEHSYPLELENEDNSFSASYVPNHFKSLVLNKENKNEILLNNDLLKLKKSEIRESLSQDKTIENSILDSEDMYLLEILNNLIEENEEEKIIDNDSMLGSQFSMLSNEIKDDNEDDEIENLNITSLDLNIDSWNSTIEFETKTEDKKTDYITEYNIEKTISTDLPQYDGSSDLILKNKKQLSSKFIKNRMKKERKVCTKSKKFILHFNKNINEFESKHRKLMQTEKKLFCYKDLNIYKLDHQDLDVYDIDEIFEYKLTLYKHLKNPINFEKKPNSISHESYHTMDSILNKLNIPAFDGNTIDSCSDSESDNNITINREEKRICVYKSSIKSKSDKTIDNISAKKRKFKLEDSNLQSTHKRCNLQNESHCTPTKIKTVHSPCSVSKKYSPLNIKIISPKIDKNIKNNEFCNLKSTYNTLKQNNQQLRMNLFHEKINITSESNQAFFTHNEALNINKTIIFKDSNMYEELIEKKDRASTTKFKKEFITKNNKAVRKRLSFVNINEKDINEKNIVKNDMNSENLSLTEKMINDIDLTNISVINHPEHSKLYTKNNEKMNYEFNFPSTSKNNVNLNIDNISNKISLINKNTDEDEDDCNMTYTQYLNKKLEGKLDISNIILHDNTSDIKTRLIIITTKFNPPSREKIINSMKMYDILELKSNTLFFSNKIDLMKYREKESNLSNSNIYNVIPFKCNLDKVTGIKLWRRVKINEFYPSGSSIKSCDIKRILAGYNSLIIHPLIHPPTSRNVKTWLKAKKYLSKKNKHKEINDYIDILKENNIKKTFNENMKYHSQCSNNLENSSESNNTFNPSLQEMLENPLLYMNDTRYLGISYGQIEYNLKEYSNNAEKENHQTARSLNMHQYLTILAIEIHVITRGKFLPDPNHDSIEAIFYAIYNDVPLSSKIDQIEHGVILLNSSIKNSKVKNIYSSNTCTTSYVSSEEDLLNSLIILIRHCDPDILIGWEIEFLSWGYIFHRASHIGLNNFMSQISRISNAFPISKGQSFDKDNFSDTQIPGRIIFDVWRVMRHEIALLNYTFENVMYNVMHERISCPTFQMLTEWWNHENMTMQWRVITHYIIRVVGTLRILIHLDIIGQTCEHARLFGIQFYEVFSRGSQFRVESMMLRLAKPLNYIPVSPSIQQRARMRAPESLPLIMEPQSAFYTDPLVVLDFQSLYPSIIIAYNYCFSTCLGRIEHIGQYEPYEFGTTTLKIKKNTAQKLVGKINFAPCGVAFVKPEIRMGILPRMLSEILNTRLMIKNSMKLYGNDNNTLQRILYSQQLGLKLIANVTYGYTAANFSGRMPCIEIGDSVVSKGRETLERAIKIVESTDKWGAEVVYGDTDSLFILLRGKSRKDAFIIGTEIADSITAVNPPPVKLKFEKILQPAILQTKKRYCGYMYESPEQTNPEYLAKGIETVRRDGCPAVAKILEKTLKILFDIKDLSMVKLYVTRQFDKILRQRISIQDLTFAKEFRGLNGYKTNACVPALELTRRLMRKDPRAIPRTGERVRYVIVAGAPNQPLIQCVRTPMEVISDEGLNPNSIYYITKVIIPPLNRCLNLINIDVNTWYREMIHRQTSDKTIDLCTNNQKLTIRQFFNTVVCVTCGNQTQKDICMNCIAKPNQTITILYEKLRWLERIHHELTMICQSCTGYLDEPKCESLDCPVLYRLMQAKRDLIQITYLNNIIYNISCIHKKNIN

Target ORF information:

RefSeq Version	XM_026445708.1
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera DNA polymerase zeta catalytic subunit (LOC100578071), mRNA.

Target ORF information:

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

XM_026445708.1

ORF Insert Sequence:

ATGTTTTCAA TTAATTTAGT AGTTTTGGAT AGTTATCAAT CAACTCCACT ATCAGAATTA 
GATGTAACAT TTTCAGATTT TCGAGGAAAT GAAATTAGAC AAGTCCCAAT TATTAGAATC 
TTTGGATCTA CTTTATCTGG AATAAAAACA TGTTTACATG TACATGGAGT ATTTCCATAT 
ATATATATAC CATGTACAAT AAATAACAAT GTTGATAGCT TTATGTATAA ATTAGCAGCA 
GGAATAGATT CTGCAATAAA TATATCTTTG GGATCTGCAA TGTCTAATAT TCAACATGTT 
TATAAAATTC AACAAGTTTA TGGAATTCCT CTTTATGGAT ATCATGAGAA GAAACATTTA 
TTTTTTAAAA TTTATTTTTA TAATCCAGCT ATAATTAAAC GAGCAGCTGA TTTATTGCAA 
AATGGTATGG TACTTAATCA AACTTTACAA CCACATGAAG CACATATACC TTTTATTTTA 
CAATTTATGA TTGATTATAA TCTTTATGGT ATGAGTTTAA TAAACTTGAA AGATGTTAAA 
TTTAGACAAT ACACACATAT GAAAGAAAAT TCTCAAAATG AAAATTCATT AAATTCATTT 
GATTCACAAA AATATCTTCC TTCATCTGTT TTAAAACAAA CTACTTGTAA ATTAGAAGTA 
GATGCACAAG CAAGTGAAAT ATTGAATAAA CAAGAAATTC AGAATGATTT TGATTTAAAT 
CCTGGTCTTG CAGCCATTTG GAATGAAGAA AAATATAGAA GAGAAGCAAA AGGATTACAG 
AATATTGAAT CACAATTTTT ATATTCCAAT ACTAATGAGA GAATTTATAA TGTAACAGAA 
AATGATATTT ATCAAGAAGA AAGATTTATA AAAAGATTAC AATCTATATC AGAGATCAGT 
GATGATATAA TATCAATAAT ATCAAAAGAA CATAGTTATC CTTTAGAATT AGAAAATGAA 
GATAATTCAT TTAGTGCTTC ATATGTTCCT AATCATTTTA AATCATTAGT ATTAAATAAG 
GAAAATAAAA ATGAAATACT TTTAAATAAT GATTTATTAA AACTTAAAAA ATCTGAAATA 
AGAGAAAGTT TATCTCAAGA TAAAACAATA GAAAATAGTA TTTTGGATTC AGAAGATATG 
TATTTGCTTG AAATATTAAA TAATTTAATA GAAGAAAATG AAGAAGAAAA AATTATAGAT 
AATGATAGTA TGTTAGGTTC TCAATTTTCT ATGTTAAGCA ACGAAATTAA GGATGATAAT 
GAAGATGATG AGATTGAAAA TTTGAATATT ACAAGTTTAG ATTTAAATAT TGATTCATGG 
AATTCAACTA TTGAATTTGA AACTAAGACC GAAGATAAGA AAACAGATTA CATAACTGAA 
TATAATATTG AAAAAACTAT TTCAACAGAT CTTCCTCAGT ATGATGGTTC AAGTGATTTG 
ATTTTAAAAA ATAAAAAACA ATTATCATCG AAATTTATTA AAAATAGAAT GAAAAAAGAA 
AGAAAAGTAT GTACAAAATC GAAGAAATTT ATATTGCATT TTAATAAAAA TATAAATGAA 
TTTGAAAGTA AACATAGAAA ATTAATGCAA ACTGAAAAAA AGTTATTCTG TTACAAAGAT 
TTAAATATAT ATAAATTAGA TCATCAAGAT TTAGATGTTT ATGATATTGA TGAAATATTT 
GAATATAAAT TAACATTATA TAAACATTTA AAGAACCCAA TAAATTTTGA GAAAAAACCT 
AATTCAATTA GTCATGAATC ATATCATACT ATGGATAGTA TTTTAAATAA ATTAAATATA 
CCAGCATTTG ATGGTAATAC AATTGATAGT TGTAGTGATT CTGAATCAGA TAATAATATT 
ACTATTAATA GAGAGGAAAA ACGTATTTGT GTTTATAAAT CATCTATAAA ATCTAAAAGT 
GACAAAACTA TTGATAATAT TTCAGCAAAA AAACGAAAAT TTAAATTGGA AGATTCTAAT 
TTGCAATCTA CACATAAACG ATGTAATTTA CAAAATGAAT CACATTGTAC TCCAACAAAA 
ATAAAAACTG TACACAGTCC ATGCTCTGTT TCAAAAAAAT ATTCTCCACT TAATATAAAA 
ATAATATCTC CAAAAATAGA TAAAAATATT AAAAATAACG AATTTTGTAA TTTAAAATCT 
ACTTATAATA CTTTGAAACA AAATAATCAA CAACTAAGAA TGAATCTATT TCATGAAAAA 
ATAAATATTA CTTCAGAGTC AAATCAAGCA TTCTTTACAC ATAATGAAGC TTTAAATATT 
AATAAAACAA TTATTTTTAA AGATAGCAAT ATGTATGAAG AATTAATTGA AAAAAAAGAT 
AGAGCATCAA CAACAAAATT TAAAAAAGAA TTTATTACTA AAAATAACAA AGCAGTTCGT 
AAAAGATTAA GTTTTGTAAA TATTAATGAA AAAGATATTA ATGAAAAAAA TATCGTAAAG 
AATGATATGA ATTCCGAAAA TTTATCTTTA ACAGAAAAAA TGATTAATGA TATTGATCTT 
ACTAATATTT CAGTAATAAA TCATCCCGAA CATTCTAAGT TATATACAAA AAATAATGAA 
AAAATGAATT ATGAATTTAA TTTTCCAAGT ACATCGAAAA ATAATGTAAA TTTAAATATA 
GATAATATTT CAAATAAAAT ATCATTGATA AATAAAAATA CAGATGAAGA TGAAGATGAT 
TGTAATATGA CATATACTCA ATATCTTAAT AAAAAATTAG AAGGGAAATT AGATATTTCA 
AATATTATAT TACATGATAA TACAAGTGAT ATAAAAACTA GATTAATTAT CATTACTACT 
AAATTTAATC CACCAAGCAG AGAAAAGATT ATAAATTCTA TGAAAATGTA TGATATTTTA 
GAATTAAAAA GCAATACATT ATTCTTTAGT AATAAAATTG ATTTGATGAA GTACAGAGAA 
AAAGAAAGTA ATTTAAGTAA TAGTAATATT TACAATGTAA TTCCATTTAA ATGTAATTTA 
GACAAAGTTA CAGGGATTAA ACTCTGGCGA CGAGTAAAAA TAAATGAATT TTATCCTTCT 
GGTTCAAGTA TAAAATCTTG TGACATAAAG AGAATTTTAG CTGGATATAA TTCATTAATA 
ATTCATCCCC TTATTCATCC ACCGACATCA AGAAATGTTA AAACTTGGTT AAAAGCCAAA 
AAATATTTAT CAAAAAAAAA TAAGCATAAA GAAATAAATG ATTATATTGA TATTCTAAAA 
GAAAATAACA TTAAAAAAAC TTTTAATGAA AATATGAAAT ATCATTCACA ATGTTCTAAT 
AATTTAGAGA ATTCAAGTGA ATCTAATAAT ACTTTTAATC CTTCCTTACA AGAAATGCTT 
GAAAATCCAT TATTATATAT GAATGATACG AGATATTTAG GCATTTCATA TGGACAAATT 
GAATATAATT TGAAAGAATA TAGTAATAAT GCAGAAAAAG AAAATCATCA AACTGCTAGA 
AGTTTAAATA TGCATCAATA TTTAACAATA TTAGCAATAG AAATACATGT TATTACACGT 
GGTAAATTTC TTCCTGATCC AAATCATGAT TCAATTGAAG CAATATTTTA TGCTATTTAT 
AATGATGTTC CATTATCTTC AAAAATTGAT CAAATAGAAC ATGGCGTTAT TCTTTTAAAT 
TCATCTATAA AAAATTCAAA AGTAAAAAAT ATATATTCTA GTAATACATG TACTACATCT 
TATGTATCAA GTGAAGAAGA TTTATTAAAT AGTCTTATAA TATTAATTAG ACATTGTGAT 
CCAGATATTT TAATTGGTTG GGAGATAGAA TTTCTTTCAT GGGGATATAT CTTTCACAGA 
GCTTCTCATA TTGGTTTGAA TAATTTTATG TCGCAAATTT CAAGGATTTC AAATGCATTT 
CCAATATCTA AAGGACAATC ATTTGATAAA GATAATTTCA GTGATACACA AATACCAGGT 
CGAATTATTT TTGATGTTTG GAGAGTAATG CGACATGAAA TAGCATTATT AAATTATACA 
TTTGAAAATG TTATGTATAA TGTCATGCAT GAAAGAATTT CATGTCCTAC CTTTCAAATG 
TTAACTGAAT GGTGGAATCA TGAAAATATG ACTATGCAAT GGAGAGTCAT TACTCATTAT 
ATCATAAGAG TTGTAGGTAC TCTGAGAATA TTAATTCATC TCGATATTAT TGGTCAAACA 
TGTGAACATG CACGACTTTT TGGAATACAA TTTTATGAAG TCTTTTCTAG AGGTTCTCAA 
TTTCGAGTTG AGTCAATGAT GTTGAGACTT GCAAAACCTT TAAATTATAT TCCAGTTTCA 
CCTTCTATAC AACAAAGAGC ACGAATGCGT GCACCTGAAT CTTTACCGCT TATTATGGAA 
CCACAGTCTG CATTCTATAC TGATCCATTA GTTGTCCTGG ATTTTCAAAG TTTATATCCG 
AGTATTATTA TAGCTTATAA CTATTGTTTT TCTACATGTT TAGGTCGTAT AGAGCATATT 
GGTCAATACG AGCCATATGA ATTTGGTACA ACTACATTAA AGATAAAGAA GAATACTGCT 
CAAAAACTAG TGGGTAAAAT AAATTTTGCA CCTTGTGGTG TAGCTTTTGT AAAACCAGAA 
ATACGAATGG GAATATTACC ACGTATGCTT TCAGAAATTT TAAATACTCG ATTAATGATT 
AAAAATTCCA TGAAACTTTA TGGAAATGAT AATAATACAT TACAACGTAT TCTTTATTCA 
CAACAATTAG GTCTTAAATT AATTGCAAAT GTCACTTATG GTTATACAGC TGCTAATTTT 
AGTGGTAGAA TGCCTTGTAT TGAAATAGGA GATAGTGTTG TTAGTAAAGG AAGAGAAACA 
TTAGAACGAG CAATTAAAAT AGTAGAATCT ACAGATAAAT GGGGAGCTGA AGTTGTTTAT 
GGTGACACAG ATTCTTTGTT TATTCTTTTA CGTGGAAAAT CAAGAAAAGA TGCATTTATA 
ATTGGAACTG AAATTGCAGA TAGTATTACT GCAGTTAATC CTCCTCCTGT AAAACTTAAA 
TTTGAAAAAA TTTTGCAACC AGCAATATTA CAAACTAAAA AAAGATATTG TGGTTACATG 
TATGAATCTC CAGAACAAAC AAATCCTGAA TATTTAGCAA AAGGAATTGA AACTGTTCGT 
AGAGATGGTT GCCCAGCTGT AGCTAAAATA CTTGAAAAAA CGTTAAAAAT TTTATTTGAT 
ATAAAGGATC TTTCTATGGT AAAATTATAT GTTACCAGAC AATTTGATAA AATTTTACGT 
CAAAGAATAT CTATTCAAGA TTTAACGTTT GCAAAGGAAT TTCGTGGCTT AAATGGTTAT 
AAAACTAATG CTTGTGTACC TGCTTTAGAA TTAACACGAA GATTGATGCG CAAAGATCCA 
CGAGCAATAC CTCGTACTGG TGAAAGAGTT CGATACGTTA TAGTTGCTGG AGCACCAAAT 
CAACCTTTAA TTCAATGTGT GCGAACACCA ATGGAAGTAA TTTCAGATGA AGGTTTAAAT 
CCAAATTCAA TATATTATAT AACAAAAGTT ATCATACCAC CTCTTAATCG ATGTTTAAAT 
TTAATCAACA TTGATGTTAA TACATGGTAT AGAGAAATGA TCCATCGTCA AACATCTGAT 
AAAACAATTG ATTTATGTAC AAATAATCAA AAATTAACTA TTCGGCAGTT TTTTAATACT 
GTTGTATGCG TTACTTGTGG AAATCAAACG CAAAAAGATA TTTGCATGAA TTGTATAGCA 
AAACCAAATC AGACAATTAC TATTTTATAT GAAAAATTAA GATGGTTGGA ACGTATTCAT 
CATGAACTTA CTATGATATG TCAATCTTGT ACTGGTTATT TAGATGAACC AAAATGTGAA 
TCTTTAGATT GTCCAGTTTT ATATCGTTTA ATGCAAGCTA AAAGAGATCT CATTCAAATA 
ACATATTTGA ATAATATTAT TTATAATATT TCTTGTATAC ATAAAAAAAA TATAAACTAA

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

LOC100578071 ( XM_016916917.1 ) cDNA ORF clone, Apis mellifera(honey bee) -> XP_016772406.1 Apis mellifera DNA polymerase zeta catalytic subunit (LOC100578071), mRNA.

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CloneID	OHd20481
Clone ID Related Accession (Same CDS sequence)	XM_016916917.1
Accession Version	XM_016916917.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5889bp) 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	2016-05-23
Organism	Apis mellifera(honey bee)
Product	DNA polymerase zeta catalytic subunit
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007085.3) 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 :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGTTTTCAA TTAATTTAGT AGTTTTGGAT AGTTATCAAT CAACTCCACT ATCAGAATTA 
GATGTAACAT TTTCAGATTT TCGAGGAAAT GAAATTAGAC AAGTCCCAAT TATTAGAATC 
TTTGGATCTA CTTTATCTGG AATAAAAACA TGTTTACATG TACATGGAGT ATTTCCATAT 
ATATATATAC CATGTACAAT AAATAACAAT GTTGATAGCT TTATGTATAA ATTAGCAGCA 
GGAATAGATT CTGCAATAAA TATATCTTTG GGATCTGCAA TGTCTAATAT TCAACATGTT 
TATAAAATTC AACAAGTTTA TGGAATTCCT CTTTATGGAT ATCATGAGAA GAAACATTTA 
TTTTTTAAAA TTTATTTTTA TAATCCAGCT ATAATTAAAC GAGCAGCTGA TTTATTGCAA 
AATGGTATGG TACTTAATCA AACTTTACAA CCACATGAAG CACATATACC TTTTATTTTA 
CAATTTATGA TTGATTATAA TCTTTATGGT ATGAGTTTAA TAAACTTGAA AGATGTTAAA 
TTTAGACAAT ACACACATAT GAAAGAAAAT TCTCAAAATG AAAATTCATT AAATTCATTT 
GATTCACAAA AATATCTTCC TTCATCTGTT TTAAAACAAA CTACTTGTAA ATTAGAAGTA 
GATGCACAAG CAAGTGAAAT ATTGAATAAA CAAGAAATTC AGAATGATTT TGATTTAAAT 
CCTGGTCTTG CAGCCATTTG GAATGAAGAA AAATATAGAA GAGAAGCAAA AGGATTACAG 
AATATTGAAT CACAATTTTT ATATTCCAAT ACTAATGAGA GAATTTATAA TGTAACAGAA 
AATGATATTT ATCAAGAAGA AAGATTTATA AAAAGATTAC AATCTATATC AGAGATCAGT 
GATGATATAA TATCAATAAT ATCAAAAGAA CATAGTTATC CTTTAGAATT AGAAAATGAA 
GATAATTCAT TTAGTGCTTC ATATGTTCCT AATCATTTTA AATCATTAGT ATTAAATAAG 
GAAAATAAAA ATGAAATACT TTTAAATAAT GATTTATTAA AACTTAAAAA ATCTGAAATA 
AGAGAAAGTT TATCTCAAGA TAAAACAATA GAAAATAGTA TTTTGGATTC AGAAGATATG 
TATTTGCTTG AAATATTAAA TAATTTAATA GAAGAAAATG AAGAAGAAAA AATTATAGAT 
AATGATAGTA TGTTAGGTTC TCAATTTTCT ATGTTAAGCA ACGAAATTAA GGATGATAAT 
GAAGATGATA ATGAAGATGA TGAGATTGAA AATTTGAATA TTACAAGTTT AGATTTAAAT 
ATTGATTCAT GGAATTCAAC TATTGAATTT GAAACTAAGA CCGAAGATAA GAAAACAGAT 
TACATAACTG AATATAATAT TGAAAAAACT ATTTCAACAG ATCTTCCTCA GTATGATGGT 
TCAAGTGATT TGATTTTAAA AAATAAAAAA CAATTATCAT CGAAATTTAT TAAAAATAGA 
ATGAAAAAAG AAAGAAAAGT ATGTACAAAA AAACATAGAA AATTAATGCA AACTAAAAAA 
AAGTTATTCT GTTACAAAGA TTTAAATATA TATAAATTAG ATCATCAAGA TTTAGATGTT 
TATGATATTG ATGAAATATT TGAATATAAA TTAACATTAT ATAAACATTT AAAGAACCCA 
ATAAATTTTG AGAAAAAACC TAATTCAATT AGTCATGAAT CATATCATAC TATGGATAGT 
ATTTTAAATA AATTAAATAT ACCAGCATTT GATGGTAATA CAATTGATAG TTGTAGTGAT 
TCTGAATCAG ATAATAATAT TACTATTAAT AGAGAGGAAA AACGTATTTG TGTTTATAAA 
TCATCTATAA AATCTAAAAG TGACAAAACT ATTGATAATA TTTCAGCAAA AAAACGAAAA 
TTTAAATTGG AAGATTCTAA TTTGCAATCT ACACATAAAC GATGTAATTT ACAAAATGAA 
TCACATTGTA CTCCAACAAA AATAAAAACT GTACACAGTC CATGCTCTGT TTCAAAAAAA 
TATTCTCCAC TTAATATAAA ATTGAAACAA AATAATCAAC AACTAAGAAT GAATCTATTT 
CATGAAAAAA TAAATATTAC TTCAGAGTCA AATCAAGCAT TCTTTACACA TAATGAAGCT 
TTAAATATTA ATAAAACAAT TATTTTTAAA GATAGCAATA TGTATGAAGA ATTAATTGAA 
AAAAAAGATA GAGCATCAAC AACAAAATTT AAAAAAGAAT TTATTACTAA AAATAACAAA 
GCAGTTCGTA AAAGATTAAG TTTTGTAAAT ATTAATGAAA AAGATATTAA TGAAAAAAAT 
ATCGTAAAGA ATGATATGAA TTCCGAAAAT TTATCTTTAA CAGAAAAAAT GATTAATGAT 
ATTGATCTTA CTAATATTTC AGTAATAAAT CATCCCGAAC ATTCTAAGTT ATATACAAAA 
AATAATGAAA AAATAAATTA TGAATTTAAT TTTCCAAGTA CATCGAAAAA TAATGTAAAT 
TTAAATATAG ATAATATTTC AAATAAAATA TCATTGATAA ATAAAAATAC AGATGAAGAT 
GAAGATGATT GTAATATGAC ATATACTCAA TATCTTAATA AAAAATTAGA AGGGAAATTA 
GATATTTCAA ATATTATATT ACATGATAAT ACAAGTGATA TAAAAACTAG ATTAATTATC 
ATTACTACTA AATTTAATCC ACCAAGCAGA GAAAAGATTA TAAATTCTAT GAAAATGTAT 
GATATTTTAG AATTAAAAAG CAATACATTA TTCTTTAGTA ATAAAATTGA TTTGATGAAG 
TACAGAGAAA AAGAAAGTAA TTTAAGTAAT AGTAATATTT ACAATGTAAT TCCATTTAAA 
TGTAATTTAG ACAAAGTTAC AGGGATTAAA CTCTGGCGAC GAGTAAAAAT AAATGAATTT 
TATCCTTCTG GTTCAAGTAT AAAATCTTGT GACATAAAGA GAATTTTAGC TGGATATAAT 
TCATTAATAA TTCATCCCCT TATTCATCCA CCGACATCAA GAAATGTTAA AACTTGGTTA 
AAAGCCAAAA AATATTTATC AAAAAAAAAT AAGCATAAAG AAATAAATGA TTATATTGAT 
ATTCTAAAAG AAAATAACAT TAAAAAAACT TTTAATGAAA ATATGAAATA TCATTCACAA 
TGTTCTAATA ATTTAGAGAA TTCAAGTGAA TCTAATAATA CTTTTAATCC TTCCTTACAA 
GAAATGCTTG AAAATCCATT ATTATATATG AATGATACGA GATATTTAGG CATTTCATAT 
GGACAAATTG AATATAATTT GAAAGAATAT AGTAATAATG CAGAAAAAGA AAATCATCAA 
ACTGCTAGAA GTTTAAATAT GCATCAATAT TTAACAATAT TAGCAATAGA AATACATGTT 
ATTACACGTG GTAAATTTCT TCCTGATCCA AATCATGATT CAATTGAAGC AATATTTTAT 
GCTATTTATA ATGATGTTCC ATTATCTTCA AAAATTGATC AAATAGAACA TGGCGTTATT 
CTTTTAAATT CATCTATAAA AAATTCAAAA GTAAAAAATA TATATTCTAG TAATACATGT 
ACTACATCTT ATGTATCAAG TGAAGAAGAT TTATTAAATA GTCTTATAAT ATTAATTAGA 
CATTGTGATC CAGATATTTT AATTGGTTGG GAGATAGAAT TTCTTTCATG GGGATATATC 
TTTCACAGAG CTTCTCATAT TGGTTTGAAT AATTTTATGT CGCAAATTTC AAGGATTTCA 
AATGCATTTC CAATATCTAA AGGACAATCA TTTGATAAAG ATAATTTCAG TGATACACAA 
ATACCAGGTC GAATTATTTT TGATGTTTGG AGAGTAATGC GACATGAAAT AGCATTATTA 
AATTATACAT TTGAAAATGT TATGTATAAT GTCATGCATG AAAGAATTTC ATGTCCTACC 
TTTCAAATGT TAACTGAATG GTGGAATCAT GAAAATATGA CTATGCAATG GAGAGTCATT 
ACTCATTATA TCATAAGAGT TGTAGGTACT CTGAGAATAT TAATTCATCT CGATATTATT 
GGTCAAACAT GTGAACATGC ACGACTTTTT GGAATACAAT TTTATGAAGT CTTTTCTAGA 
GGTTCTCAAT TTCGAGTTGA GTCAATGATG TTGAGACTTG CAAAACCTTT AAATTATATT 
CCAGTTTCAC CTTCTATACA ACAAAGAGCA CGAATGCGTG CACCTGAATC TTTACCGCTT 
ATTATGGAAC CACAGTCTGC ATTCTATACT GATCCATTAG TTGTCCTGGA TTTTCAAAGT 
TTATATCCGA GTATTATTAT AGCTTATAAC TATTGTTTTT CTACATGTTT AGGTCGTATA 
GAGCATATTG GTCAATACGA GCCATATGAA TTTGGTACAA CTACATTAAA GATAAAGAAG 
AATACTGCTC AAAAACTAGT GGGTAAAATA AATTTTGCAC CTTGTGGTGT AGCTTTTGTA 
AAACCAGAAA TACGAATGGG AATATTACCA CGTATGCTTT CAGAAATTTT AAATACTCGA 
TTAATGATTA AAAATTCCAT GAAACTTTAT GGAAATGATA ATAATACATT ACAACGTATT 
CTTTATTCAC AACAATTAGG TCTTAAATTA ATTGCAAATG TCACTTATGG TTATACAGCT 
GCTAATTTTA GTGGTAGAAT GCCTTGTATT GAAATAGGAG ATAGTGTTGT TAGTAAAGGA 
AGAGAAACAT TAGAACGAGC AATTAAAATA GTAGAATCTA CAGATAAATG GGGAGCTGAA 
GTTGTTTATG GTGACACAGA TTCTTTGTTT ATTCTTTTAC GTGGAAAATC AAGAAAAGAT 
GCATTTATAA TTGGAACTGA AATTGCAGAT AGTATTACTG CAGTTAATCC TCCTCCTGTA 
AAACTTAAAT TTGAAAAAAT TTTGCAACCA GCAATATTAC AAACTAAAAA AAGATATTGT 
GGTTACATGT ATGAATCTCC AGAACAAACA AATCCTGAAT ATTTAGCAAA AGGAATTGAA 
ACTGTTCGTA GAGATGGTTG CCCAGCTGTA GCTAAAATAC TTGAAAAAAC GTTAAAAATT 
TTATTTGATA TAAAGGATCT TTCTATGGTA AAATTATATG TTACCAGACA ATTTGATAAA 
ATTTTACGTC AAAGAATATC TATTCAAGAT TTAACGTTTG CAAAGGAATT TCGTGGCTTA 
AATGGTTATA AAACTAATGC TTGTGTACCT GCTTTAGAAT TAACACGAAG ATTGATGCGC 
AAAGATCCAC GAGCAATACC TCGTACTGGT GAAAGAGTTC GATACGTTAT AGTTGCTGGA 
GCACCAAATC AACCTTTAAT TCAATGTGTG CGAACACCAA TGGAAGTAAT TTCAGATGAA 
GGTTTAAATC CAAATTCAAT ATATTATATA ACAAAAGTTA TCATACCACC TCTTAATCGA 
TGTTTAAATT TAATCAACAT TGATGTTAAT ACATGGTATA GAGAAATGAT CCATCGTCAA 
ACATCTGATA AAACAATTGA TTTATGTACA AATAATCAAA AATTAACTAT TCGGCAGTTT 
TTTAATACTG TTGTATGCGT TACTTGTGGA AATCAAACGC AAAAAGATAT TTGCATGAAT 
TGTATAGCAA AACCAAATCA GACAATTACT ATTTTATATG AAAAATTAAG ATGGTTGGAA 
CGTACTCATC ATGAACTTAC TATGATATGT CAATCTTGTA CTGGTTATTT AGATGAACCA 
AAATGTGAAT CTTTAGATTG TCCAGTTTTA TATCGTTTAA TGCAAGCTAA AAGAGATCTC 
ATTCAAATAA CATATTTGAA TAATATTATT TATAATATTT CTTGTATACA TAAAAAAAAT 
ATAAACTAA

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

RefSeq	XP_016772406.1
CDS	47..5935
Translation	MFSINLVVLDSYQSTPLSELDVTFSDFRGNEIRQVPIIRIFGSTLSGIKTCLHVHGVFPYIYIPCTINNNVDSFMYKLAAGIDSAINISLGSAMSNIQHVYKIQQVYGIPLYGYHEKKHLFFKIYFYNPAIIKRAADLLQNGMVLNQTLQPHEAHIPFILQFMIDYNLYGMSLINLKDVKFRQYTHMKENSQNENSLNSFDSQKYLPSSVLKQTTCKLEVDAQASEILNKQEIQNDFDLNPGLAAIWNEEKYRREAKGLQNIESQFLYSNTNERIYNVTENDIYQEERFIKRLQSISEISDDIISIISKEHSYPLELENEDNSFSASYVPNHFKSLVLNKENKNEILLNNDLLKLKKSEIRESLSQDKTIENSILDSEDMYLLEILNNLIEENEEEKIIDNDSMLGSQFSMLSNEIKDDNEDDNEDDEIENLNITSLDLNIDSWNSTIEFETKTEDKKTDYITEYNIEKTISTDLPQYDGSSDLILKNKKQLSSKFIKNRMKKERKVCTKKHRKLMQTKKKLFCYKDLNIYKLDHQDLDVYDIDEIFEYKLTLYKHLKNPINFEKKPNSISHESYHTMDSILNKLNIPAFDGNTIDSCSDSESDNNITINREEKRICVYKSSIKSKSDKTIDNISAKKRKFKLEDSNLQSTHKRCNLQNESHCTPTKIKTVHSPCSVSKKYSPLNIKLKQNNQQLRMNLFHEKINITSESNQAFFTHNEALNINKTIIFKDSNMYEELIEKKDRASTTKFKKEFITKNNKAVRKRLSFVNINEKDINEKNIVKNDMNSENLSLTEKMINDIDLTNISVINHPEHSKLYTKNNEKINYEFNFPSTSKNNVNLNIDNISNKISLINKNTDEDEDDCNMTYTQYLNKKLEGKLDISNIILHDNTSDIKTRLIIITTKFNPPSREKIINSMKMYDILELKSNTLFFSNKIDLMKYREKESNLSNSNIYNVIPFKCNLDKVTGIKLWRRVKINEFYPSGSSIKSCDIKRILAGYNSLIIHPLIHPPTSRNVKTWLKAKKYLSKKNKHKEINDYIDILKENNIKKTFNENMKYHSQCSNNLENSSESNNTFNPSLQEMLENPLLYMNDTRYLGISYGQIEYNLKEYSNNAEKENHQTARSLNMHQYLTILAIEIHVITRGKFLPDPNHDSIEAIFYAIYNDVPLSSKIDQIEHGVILLNSSIKNSKVKNIYSSNTCTTSYVSSEEDLLNSLIILIRHCDPDILIGWEIEFLSWGYIFHRASHIGLNNFMSQISRISNAFPISKGQSFDKDNFSDTQIPGRIIFDVWRVMRHEIALLNYTFENVMYNVMHERISCPTFQMLTEWWNHENMTMQWRVITHYIIRVVGTLRILIHLDIIGQTCEHARLFGIQFYEVFSRGSQFRVESMMLRLAKPLNYIPVSPSIQQRARMRAPESLPLIMEPQSAFYTDPLVVLDFQSLYPSIIIAYNYCFSTCLGRIEHIGQYEPYEFGTTTLKIKKNTAQKLVGKINFAPCGVAFVKPEIRMGILPRMLSEILNTRLMIKNSMKLYGNDNNTLQRILYSQQLGLKLIANVTYGYTAANFSGRMPCIEIGDSVVSKGRETLERAIKIVESTDKWGAEVVYGDTDSLFILLRGKSRKDAFIIGTEIADSITAVNPPPVKLKFEKILQPAILQTKKRYCGYMYESPEQTNPEYLAKGIETVRRDGCPAVAKILEKTLKILFDIKDLSMVKLYVTRQFDKILRQRISIQDLTFAKEFRGLNGYKTNACVPALELTRRLMRKDPRAIPRTGERVRYVIVAGAPNQPLIQCVRTPMEVISDEGLNPNSIYYITKVIIPPLNRCLNLINIDVNTWYREMIHRQTSDKTIDLCTNNQKLTIRQFFNTVVCVTCGNQTQKDICMNCIAKPNQTITILYEKLRWLERTHHELTMICQSCTGYLDEPKCESLDCPVLYRLMQAKRDLIQITYLNNIIYNISCIHKKNIN

Target ORF information:

RefSeq Version	XM_016916917.1
Organism	Apis mellifera(honey bee)
Definition	Apis mellifera DNA polymerase zeta catalytic subunit (LOC100578071), mRNA.

Target ORF information:

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

XM_016916917.1

ORF Insert Sequence:

ATGTTTTCAA TTAATTTAGT AGTTTTGGAT AGTTATCAAT CAACTCCACT ATCAGAATTA 
GATGTAACAT TTTCAGATTT TCGAGGAAAT GAAATTAGAC AAGTCCCAAT TATTAGAATC 
TTTGGATCTA CTTTATCTGG AATAAAAACA TGTTTACATG TACATGGAGT ATTTCCATAT 
ATATATATAC CATGTACAAT AAATAACAAT GTTGATAGCT TTATGTATAA ATTAGCAGCA 
GGAATAGATT CTGCAATAAA TATATCTTTG GGATCTGCAA TGTCTAATAT TCAACATGTT 
TATAAAATTC AACAAGTTTA TGGAATTCCT CTTTATGGAT ATCATGAGAA GAAACATTTA 
TTTTTTAAAA TTTATTTTTA TAATCCAGCT ATAATTAAAC GAGCAGCTGA TTTATTGCAA 
AATGGTATGG TACTTAATCA AACTTTACAA CCACATGAAG CACATATACC TTTTATTTTA 
CAATTTATGA TTGATTATAA TCTTTATGGT ATGAGTTTAA TAAACTTGAA AGATGTTAAA 
TTTAGACAAT ACACACATAT GAAAGAAAAT TCTCAAAATG AAAATTCATT AAATTCATTT 
GATTCACAAA AATATCTTCC TTCATCTGTT TTAAAACAAA CTACTTGTAA ATTAGAAGTA 
GATGCACAAG CAAGTGAAAT ATTGAATAAA CAAGAAATTC AGAATGATTT TGATTTAAAT 
CCTGGTCTTG CAGCCATTTG GAATGAAGAA AAATATAGAA GAGAAGCAAA AGGATTACAG 
AATATTGAAT CACAATTTTT ATATTCCAAT ACTAATGAGA GAATTTATAA TGTAACAGAA 
AATGATATTT ATCAAGAAGA AAGATTTATA AAAAGATTAC AATCTATATC AGAGATCAGT 
GATGATATAA TATCAATAAT ATCAAAAGAA CATAGTTATC CTTTAGAATT AGAAAATGAA 
GATAATTCAT TTAGTGCTTC ATATGTTCCT AATCATTTTA AATCATTAGT ATTAAATAAG 
GAAAATAAAA ATGAAATACT TTTAAATAAT GATTTATTAA AACTTAAAAA ATCTGAAATA 
AGAGAAAGTT TATCTCAAGA TAAAACAATA GAAAATAGTA TTTTGGATTC AGAAGATATG 
TATTTGCTTG AAATATTAAA TAATTTAATA GAAGAAAATG AAGAAGAAAA AATTATAGAT 
AATGATAGTA TGTTAGGTTC TCAATTTTCT ATGTTAAGCA ACGAAATTAA GGATGATAAT 
GAAGATGATA ATGAAGATGA TGAGATTGAA AATTTGAATA TTACAAGTTT AGATTTAAAT 
ATTGATTCAT GGAATTCAAC TATTGAATTT GAAACTAAGA CCGAAGATAA GAAAACAGAT 
TACATAACTG AATATAATAT TGAAAAAACT ATTTCAACAG ATCTTCCTCA GTATGATGGT 
TCAAGTGATT TGATTTTAAA AAATAAAAAA CAATTATCAT CGAAATTTAT TAAAAATAGA 
ATGAAAAAAG AAAGAAAAGT ATGTACAAAA AAACATAGAA AATTAATGCA AACTAAAAAA 
AAGTTATTCT GTTACAAAGA TTTAAATATA TATAAATTAG ATCATCAAGA TTTAGATGTT 
TATGATATTG ATGAAATATT TGAATATAAA TTAACATTAT ATAAACATTT AAAGAACCCA 
ATAAATTTTG AGAAAAAACC TAATTCAATT AGTCATGAAT CATATCATAC TATGGATAGT 
ATTTTAAATA AATTAAATAT ACCAGCATTT GATGGTAATA CAATTGATAG TTGTAGTGAT 
TCTGAATCAG ATAATAATAT TACTATTAAT AGAGAGGAAA AACGTATTTG TGTTTATAAA 
TCATCTATAA AATCTAAAAG TGACAAAACT ATTGATAATA TTTCAGCAAA AAAACGAAAA 
TTTAAATTGG AAGATTCTAA TTTGCAATCT ACACATAAAC GATGTAATTT ACAAAATGAA 
TCACATTGTA CTCCAACAAA AATAAAAACT GTACACAGTC CATGCTCTGT TTCAAAAAAA 
TATTCTCCAC TTAATATAAA ATTGAAACAA AATAATCAAC AACTAAGAAT GAATCTATTT 
CATGAAAAAA TAAATATTAC TTCAGAGTCA AATCAAGCAT TCTTTACACA TAATGAAGCT 
TTAAATATTA ATAAAACAAT TATTTTTAAA GATAGCAATA TGTATGAAGA ATTAATTGAA 
AAAAAAGATA GAGCATCAAC AACAAAATTT AAAAAAGAAT TTATTACTAA AAATAACAAA 
GCAGTTCGTA AAAGATTAAG TTTTGTAAAT ATTAATGAAA AAGATATTAA TGAAAAAAAT 
ATCGTAAAGA ATGATATGAA TTCCGAAAAT TTATCTTTAA CAGAAAAAAT GATTAATGAT 
ATTGATCTTA CTAATATTTC AGTAATAAAT CATCCCGAAC ATTCTAAGTT ATATACAAAA 
AATAATGAAA AAATAAATTA TGAATTTAAT TTTCCAAGTA CATCGAAAAA TAATGTAAAT 
TTAAATATAG ATAATATTTC AAATAAAATA TCATTGATAA ATAAAAATAC AGATGAAGAT 
GAAGATGATT GTAATATGAC ATATACTCAA TATCTTAATA AAAAATTAGA AGGGAAATTA 
GATATTTCAA ATATTATATT ACATGATAAT ACAAGTGATA TAAAAACTAG ATTAATTATC 
ATTACTACTA AATTTAATCC ACCAAGCAGA GAAAAGATTA TAAATTCTAT GAAAATGTAT 
GATATTTTAG AATTAAAAAG CAATACATTA TTCTTTAGTA ATAAAATTGA TTTGATGAAG 
TACAGAGAAA AAGAAAGTAA TTTAAGTAAT AGTAATATTT ACAATGTAAT TCCATTTAAA 
TGTAATTTAG ACAAAGTTAC AGGGATTAAA CTCTGGCGAC GAGTAAAAAT AAATGAATTT 
TATCCTTCTG GTTCAAGTAT AAAATCTTGT GACATAAAGA GAATTTTAGC TGGATATAAT 
TCATTAATAA TTCATCCCCT TATTCATCCA CCGACATCAA GAAATGTTAA AACTTGGTTA 
AAAGCCAAAA AATATTTATC AAAAAAAAAT AAGCATAAAG AAATAAATGA TTATATTGAT 
ATTCTAAAAG AAAATAACAT TAAAAAAACT TTTAATGAAA ATATGAAATA TCATTCACAA 
TGTTCTAATA ATTTAGAGAA TTCAAGTGAA TCTAATAATA CTTTTAATCC TTCCTTACAA 
GAAATGCTTG AAAATCCATT ATTATATATG AATGATACGA GATATTTAGG CATTTCATAT 
GGACAAATTG AATATAATTT GAAAGAATAT AGTAATAATG CAGAAAAAGA AAATCATCAA 
ACTGCTAGAA GTTTAAATAT GCATCAATAT TTAACAATAT TAGCAATAGA AATACATGTT 
ATTACACGTG GTAAATTTCT TCCTGATCCA AATCATGATT CAATTGAAGC AATATTTTAT 
GCTATTTATA ATGATGTTCC ATTATCTTCA AAAATTGATC AAATAGAACA TGGCGTTATT 
CTTTTAAATT CATCTATAAA AAATTCAAAA GTAAAAAATA TATATTCTAG TAATACATGT 
ACTACATCTT ATGTATCAAG TGAAGAAGAT TTATTAAATA GTCTTATAAT ATTAATTAGA 
CATTGTGATC CAGATATTTT AATTGGTTGG GAGATAGAAT TTCTTTCATG GGGATATATC 
TTTCACAGAG CTTCTCATAT TGGTTTGAAT AATTTTATGT CGCAAATTTC AAGGATTTCA 
AATGCATTTC CAATATCTAA AGGACAATCA TTTGATAAAG ATAATTTCAG TGATACACAA 
ATACCAGGTC GAATTATTTT TGATGTTTGG AGAGTAATGC GACATGAAAT AGCATTATTA 
AATTATACAT TTGAAAATGT TATGTATAAT GTCATGCATG AAAGAATTTC ATGTCCTACC 
TTTCAAATGT TAACTGAATG GTGGAATCAT GAAAATATGA CTATGCAATG GAGAGTCATT 
ACTCATTATA TCATAAGAGT TGTAGGTACT CTGAGAATAT TAATTCATCT CGATATTATT 
GGTCAAACAT GTGAACATGC ACGACTTTTT GGAATACAAT TTTATGAAGT CTTTTCTAGA 
GGTTCTCAAT TTCGAGTTGA GTCAATGATG TTGAGACTTG CAAAACCTTT AAATTATATT 
CCAGTTTCAC CTTCTATACA ACAAAGAGCA CGAATGCGTG CACCTGAATC TTTACCGCTT 
ATTATGGAAC CACAGTCTGC ATTCTATACT GATCCATTAG TTGTCCTGGA TTTTCAAAGT 
TTATATCCGA GTATTATTAT AGCTTATAAC TATTGTTTTT CTACATGTTT AGGTCGTATA 
GAGCATATTG GTCAATACGA GCCATATGAA TTTGGTACAA CTACATTAAA GATAAAGAAG 
AATACTGCTC AAAAACTAGT GGGTAAAATA AATTTTGCAC CTTGTGGTGT AGCTTTTGTA 
AAACCAGAAA TACGAATGGG AATATTACCA CGTATGCTTT CAGAAATTTT AAATACTCGA 
TTAATGATTA AAAATTCCAT GAAACTTTAT GGAAATGATA ATAATACATT ACAACGTATT 
CTTTATTCAC AACAATTAGG TCTTAAATTA ATTGCAAATG TCACTTATGG TTATACAGCT 
GCTAATTTTA GTGGTAGAAT GCCTTGTATT GAAATAGGAG ATAGTGTTGT TAGTAAAGGA 
AGAGAAACAT TAGAACGAGC AATTAAAATA GTAGAATCTA CAGATAAATG GGGAGCTGAA 
GTTGTTTATG GTGACACAGA TTCTTTGTTT ATTCTTTTAC GTGGAAAATC AAGAAAAGAT 
GCATTTATAA TTGGAACTGA AATTGCAGAT AGTATTACTG CAGTTAATCC TCCTCCTGTA 
AAACTTAAAT TTGAAAAAAT TTTGCAACCA GCAATATTAC AAACTAAAAA AAGATATTGT 
GGTTACATGT ATGAATCTCC AGAACAAACA AATCCTGAAT ATTTAGCAAA AGGAATTGAA 
ACTGTTCGTA GAGATGGTTG CCCAGCTGTA GCTAAAATAC TTGAAAAAAC GTTAAAAATT 
TTATTTGATA TAAAGGATCT TTCTATGGTA AAATTATATG TTACCAGACA ATTTGATAAA 
ATTTTACGTC AAAGAATATC TATTCAAGAT TTAACGTTTG CAAAGGAATT TCGTGGCTTA 
AATGGTTATA AAACTAATGC TTGTGTACCT GCTTTAGAAT TAACACGAAG ATTGATGCGC 
AAAGATCCAC GAGCAATACC TCGTACTGGT GAAAGAGTTC GATACGTTAT AGTTGCTGGA 
GCACCAAATC AACCTTTAAT TCAATGTGTG CGAACACCAA TGGAAGTAAT TTCAGATGAA 
GGTTTAAATC CAAATTCAAT ATATTATATA ACAAAAGTTA TCATACCACC TCTTAATCGA 
TGTTTAAATT TAATCAACAT TGATGTTAAT ACATGGTATA GAGAAATGAT CCATCGTCAA 
ACATCTGATA AAACAATTGA TTTATGTACA AATAATCAAA AATTAACTAT TCGGCAGTTT 
TTTAATACTG TTGTATGCGT TACTTGTGGA AATCAAACGC AAAAAGATAT TTGCATGAAT 
TGTATAGCAA AACCAAATCA GACAATTACT ATTTTATATG AAAAATTAAG ATGGTTGGAA 
CGTACTCATC ATGAACTTAC TATGATATGT CAATCTTGTA CTGGTTATTT AGATGAACCA 
AAATGTGAAT CTTTAGATTG TCCAGTTTTA TATCGTTTAA TGCAAGCTAA AAGAGATCTC 
ATTCAAATAA CATATTTGAA TAATATTATT TATAATATTT CTTGTATACA TAAAAAAAAT 
ATAAACTAA

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

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LOC100578071 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:

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