LOC108687605 cDNA ORF clone, Atta colombica

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108687605
Entrez Gene ID	108687605
Full Name	spectrin alpha chain
Gene Type	protein-coding
Organism	Atta colombica

mRNA and Protein(s)

mRNA	Protein	Name
XM_018193456.1	XP_018048945.1	spectrin alpha chain

Pathways from BioSystems
Gene Ontology

The following LOC108687605 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108687605 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
OAt85558	XM_018193456.1 Latest version!	Atta colombica spectrin alpha chain (LOC108687605), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1371.30 $1959.00

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
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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)

LOC108687605 ( XM_018193456.1 ) cDNA ORF clone, Atta colombica -> XP_018048945.1 Atta colombica spectrin alpha chain (LOC108687605), mRNA.

Price & Availability↑

CloneID	OAt85558
Clone ID Related Accession (Same CDS sequence)	XM_018193456.1
Accession Version	XM_018193456.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7257bp) 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	2016-09-18
Organism	Atta colombica
Product	spectrin alpha chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017259305.1) 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 :: Atta colombica Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATCAAA TTACGCCTAA AGAGGTGAAG ATCCTCGAAA ATCCGGAAGA CATTCAGGAG 
AGGCGAGAAC AAGTATTGGG ACGCTATGCC AACTTCAAGG CGGAGGCGCG CAACAAACGG 
GACAAACTCG AGGACTCCCG TCGCTTTCAG TACTTTAAGC GAGATGCGGA CGAACTCGAA 
GGTTGGATTT ACGAAAAGCT CCAAGCGGCC TCCGATGAGA GTTACAAAGA CCCAACCAAT 
CTACAAGCAA AGATCCAGAA GCACCAGGCT TTTGAAGCAG AAGTTGCCGC TCATTCAAAT 
GCCATCGTGC TACTCGATAA TACTGGTTCT GAGATGATAG CGCAACATCA TTTTGCCAGC 
GATGTAATTC GCAAGAGACT AGAGGAGTTA CACCGCCTGT GGGAGTTGTT GTTATCCCGA 
TTAGCTGACA AGGGCTTGAA GCTACAGCAG GCTTTAGTTC TTGTACAATT TATTCGTCAT 
TGTGATGAAG TGATGTTTTG GATTCACGAC AAGGAAGCAT TTGTAACGAC CGATGAATTT 
GGACACGACT TGGAGCATGT GGAGGTGCTC CAAAGGAAAT TTGACGAATT CCAGAAGGAC 
ATGGCAAGTC AAGAATACAG AGTTACTGAG GTGAACGAGC TGGCGGATAA ATTGTTATTA 
GATGGACATC CCGAACGCGA TACCATTTTA CGTAGGAAGG AAGAGCTTAA CGAATCTTGG 
CAGAGATTGA AACAATTAGC CACATTGCGA CAGGAGAAGC TCTTTGGAGC GCACGAAATC 
CAGAGATTCA ATCGTGATGC TGATGAGACT ATGGCTTGGA TCGCAGAGAA GGATGTTGTC 
TTATCGTCCG ATGATTTCGG ACGTGATCTT GCCAGTGTGC AAACGTTGCA ACGAAAACAC 
GAAGGTATCG AGCGCGACTT GGCTGCTCTG GAAGACAAAG TATATACATT GGGTGCGGAA 
GCCGATCGTC TCGCTGCGAT TCACGAAGCT GATCATTCTA AACAGATTCA AGCTAAACGC 
GCCGAGATTT TACAGTCGTG GGAGAGTCTT ACTGCAAAAG CAAAAGAGCG ACGCCTCAAA 
CTTGATGAAT CCTATTATTT ACATCGATTC TTGGCAGATT ATCGTGACTT AGTATCCTGG 
ATGAACGATA TGCGTGCTAT CATTTCCGCA GACGAACTAG CTAAAGATGT GGCCGGCGCT 
GAAGCCTTGG TCGATCGACA TCAGGAACAT AAGGGAGAAA TAGATGCCAG AGCCGATAGC 
TTTGATGCAA CCACTTTGGC TGGTAATAAA CTGCTAGAAA AGAAACATTA CGCTGCTGAA 
GAAGTGGCAC GAAAATTAAA TTCTCTCGCC GATGACAAGT CATCTCTTTT GAGTTTGTGG 
GAGAAGAGGC GTATCTTGTA CGAGCAATGT GTAGATTTAC AACTATTCTA CCGGGATACG 
GAGCAGGCGG ATGCGTGGAT GGCTAAACAA GAAGCTTTTT TGGCTAATGA AGACTTGGGA 
GATTCCCTTG ATAGTGTGGA GGCACTTATC AAAAAACATG AAGACTTCGA TAAATCTCTG 
GCAGCTCAGG AAGAGAAGAT TAAGGTGCTT GATGACTTTG CTGGAAAGTT AATCGAGGGC 
GAGCATTATG CTGCAGATGA CGTGGCGCAA CGACGGCAAC TGTTATTAGA AAGACGAGCT 
ATTCTTCTTG AGAAATCAGC TCAAAGACGT CGTCGTCTTG AAGATGCATA CAAACTACAA 
CAATTCGAAA GAGATTGTGA CGAAACAAAG GGCTGGGTCA ATGAGAAGCT TAAGTTCGCT 
ACTGATGACA GTTACTTGGA TCCCACTAAT TTGAACGGCA AAGTCCAAAA ACATCAGAAT 
TTCGAGCAAG AACTAAACGC GAATAAAACG CGGATGGAGG AGATGGTAGC TACTGGCCAG 
GAGTTGATTG AGTGTGGTCA CTATGCTAGT GATCGCATAC GCACCCGCTC GGATGAAATC 
GTGACACTAT GGGAGAGCTT AACGCGAGCT ACAGAGAAGA AAGGTGCGAA ATTACAAGAA 
GCCTCCCAGC AGCAACAATT CAACCGAACA GTAGAAGACA TCGAACTGTG GCTATCAGAG 
GTAGAAGGGC AGCTCATGTC GGAAGATTAT GGTAAAGATC TGACCAGCGT CCAGAACTTG 
CAAAAGAAAC ACGCGCTTCT GGAGGCTGAC GTAGGCTCTC ACGCGGATAG GATCGATAGT 
ATTGCTCAAG CGGCCGAACA GTTCGTTAAG TCAGGCCATT TTGATGCTGA TAATATCAAA 
ACTAAGCAGG ATCAATTACA AACTAGATAC GCTGCCTTGC AGCGTCCTAT GAGTGTAAGA 
AAGCAACGAC TCCTCGATTC GCTCCAAGTG CAACAACTGT TCCGAGATAT CGAGGACGAG 
GAAGCATGGA TTCGCGAGAA AGAACCAGTT GCGGCATCTA CAAATCGCGG TCGTGATTTG 
ATTGGCGTGC AGAATCTTCA GAAGAAGCAT CAAGCTGTTC TAGCCGAAAT CAACAATCAT 
GAGCCAAGAG TGGCCGCTGT TTGCCAAGCA GGTTCGACGA TGTTGCAAGA GGGACATTTT 
GCAGCCGAGG AAATCAATCA GCGACTGGCA GCTTTAGATG AACACTGGGG ACAGCTGAAA 
GATAAAGCTC GACAACGTAA GAATGATTTG GATGATTCTT TACAGGCACA TCAATATTTC 
GCTGATGCGA ATGAAGCTGA ATCATGGATG AAGGAGAAAC GTCCTATAGT GATGAATGGC 
GATTACGGCA AGGACGAGGA TAGTTCAGAG GCTCTTCTGA AGAAACACGA GGCCTTAGTC 
AGCGATCTGG AAGCGTTTGC AAGCACCATC GCAGCGCTGA GAGATCAAGC TGCGGCGTGC 
AGACAGCAAG AGACACCTAC AGTCGACATC ACCGGCAAAG AATGTGTCGT AGCCCTCTAT 
GACTACACTG AGAAGTCTCC CAGAGAAGTA TCCATGAAAA AGGGCGATAC TTTAACTCTG 
CTCAACTCCA ACAACAAAGA TTGGTGGAAA GTCGAGGTAA ATGATCGTCA AGGTTTTGTA 
CCAGCGGCAT ATGTAAAGCG TGTGGAACCT GAGGCGGGTC TTAGTGCATC TCAACAGAAC 
TTGGCTAGGG AGCAGAGCTC AATCGCCGCG CGACAAGCGC AGATCGAAGC GCAATATGAT 
GATCTCTTGC GTTTAGCACG CGAACGTCAA AATAAGCTTA ACGAAACAGC CAAAGCTTAT 
GTATTGGTGA GAGAAGCCGC GGAATTAGCT ACTTGGATCA AAGACAAGGA GAATCACGCT 
CAAGTGCAGG ATGTAGGCGA AGATTTAGAA CAAGTGGAAG TTATGCAGAA GAAGTTTGAT 
GACTTTCAGG CTGATCTTAA GGCGAATGAA GTACGTTTGG CTGAGATGAA TGAAATCGCC 
GTACAACTAA TGAGCCTTGG GCAAACTGAA GCGGCATTGA AGATTCAGAC GCAAATCCAG 
GATCTGAACG AGAAATGGAC CAGCTTGCAA ACGCTCACAG CAGAACGAGC TAATCAGCTT 
GGTTCTGCTC ACGAGGTGCA ACGATTCCAT CGTGACGTTG ATGAAACGAA GGATTGGATT 
CGCGAGAAAG ATGCGGCATT AAACAATGAT GACCTTGGCA AAGATTTGCG CAGCGTTCAG 
GCTTTGCAAC GCAAGCACGA AGGACTGGAG AGAGATCTGG CAGCTTTGGG AGACAAGATC 
AAGCAACTTG ATGAGACAGC TAATCGCCTA ATGCAGTCAC ACCCAGAAAC TGCTGAGCAA 
ACATACGCTA AACAGAAGGA GATCAATGAA GAATGGACTC AATTGACGGC CAAAGCTAAT 
AGCAGAAAGG AGAAACTTCT GGATTCATAT GATTTGCAAC GTTTTCTCAG TGATTATCGT 
GACTTGATGG CTTGGATCAA CTCAATGATG GGCTTGGTTG CTTCCGAAGA ACTTGCATCG 
GACGTCACAG GTGCCGAAGC ATTGCTCGAA CGTCATCAGG AGCACCGGAT GGAGATAGAT 
GCTAGAGCAG GTACTTTCCA GGCGTTCGAA CTGTTCGGCC AACAACTATT GCAATCTAGC 
CATTATGCTA GCGTGGAAAT ACTGGAGAAA CTTGAATCTA TGGCAGAAGC CAGACAAGAA 
TTAGAAAAAG CTTGGATTCA ACGACGTATG CAGCTCGATC AGAATCTCGA ATTGCAATTG 
TTCTGCAGAG ATTGCGAGCA AGCGGAGAAT TGGATGAGCG CGCGAGAAGC TTTCCTCAGC 
AGTGCGGACG CAGTAGACAG TAGTGACAAT GTTGAAGCTC TCATCAAGAA ACATGAAGAT 
TTTGACAAAG CAATCAACGC TCACGAAGAG AAAATTGCTA CCTTACAAAC TCTAGCCGAT 
CAGTTAATCG CTGCCGAGCA TTACGCCGCT AAACCCATCG ATGAAAGAAG ATGCCAAGTG 
TTAGATCGCT GGCGACATTT GAAGGACGCT CTTATCGAAA AGCGTTCGAA GTTAGGCGAA 
TCTCAGACTC TACAACAGTT CTCTCGAGAT GCTGACGAGA TGGAAAATTG GATTGCTGAG 
AAACTTCAGT TAGCGACCGA GGAAAATTAC AAAGATCCCG CCAATATACA GTCAAAGCAT 
CAGAAACATC AGGCATTTGA AGCCGAATTG GCAGCCAATG CAGATCGAAT TCAATCGGTA 
CTTGCTATGG GAGGCAATTT AATCGAAAAG CATCAGTGTG CCGGGTCGGA GGATGCGGTT 
CAAAAAAGAT TGGCATCTAT TGCTGATCAG TGGGAATATC TTACGCAAAA GACCACGGAG 
AAGTCCATGA AGCTGAAGGA AGCCAATAAG CAGCGTACTT ATATCGCTGC CGTAAAGGAT 
CTTGATTTTT GGCTTGGAGA AGTCGAAAGT TTGCTTACAT CCGAAGATGC CGGCAAAGAT 
TTAGCCTCTG TGCAAAATCT TATGAAAAAA CATCAACTTG TTGAAGCAGA CATACAGGCG 
CATGAGGAAA GAATTAAGGA TATGAATGCA CAAGCCGATT CATTGATCGA GAGCGGTCAG 
TTTGATGCCG CTGGTATTCA AGAAAAACGC CAGAGTATAA ATGAACGTTA TGAGCGAATT 
AGGAACTTGG CAGCACATAG ACAGGCGAGA CTTAATGAAG CTAATACTTT GCATCAATTT 
TTCCGCGATA TTGCTGACGA AGAATCTTGG ATTAAAGAGA AGAAACTTCT TGTCGGATCG 
GATGATTACG GCCGCGACCT TACGGGCGTA CAGAATTTGA AGAAGAAGCA CAAGAGATTG 
GAGGCTGAAC TTGGTAGTCA TGAACCTGCT ATCCAAGCTG TTCAGGAAGC AGGAGAAAAA 
TTGATGGACG TTTCAAATCT GGGAGTACCC GAAATCGAGC AACGTTTGAA ACTTCTTAAT 
CAGGCATGGG CTGAACTGAA ACAATTAGCT GCCACTAGAG GACAGAAGTT GGATGAATCC 
TTGACGTATC AACAGTTTCT TGCCAAGGTC GAAGAAGAAG AAGCCTGGAT CACAGAAAAA 
CAGCAATTAC TTTCCGTTGA AGATTATGGT GATACAATGG CTGCCGTACA AGGTCTTTTG 
AAAAAGCACG ATGCGTTTGA AACTGACTTT GCAGCACACG GTGAACGCTG CAAGGACATT 
TGTGAAGCGG GCGAAGCGCT GATCAAAGCT GGCAATCATC GAGCAGATGC TATCAGTCAA 
AGATGCGCAC AATTGCGCAA CAAATTGGAG CAACTCGGAG CTCTCGCGGC CCGTAGAAAG 
ACACGGCTAA ATGACAACTC CGCGTACTTG CAGTTTATGT GGAAGGCTGA TGTAGTCGAG 
TCATGGATTG CTGATAAGGA AACTCATGTG CGTTCTGAAG AATTTGGTCG GGATCTGTCT 
ACTGTGCAAA CTCTGCTTAC GAAACAGGAG ACTTTTGATG CTGGTCTTCA TGCCTTTGAA 
CACGAAGGTA TCCAGAATAT CACCTCATTA AAGGAAATGC TTGTTGATTC TGGTCACGAT 
CAAACACCCA GCATTCAAAA ACGTCATGCT GATGTCATTG CTCGTTGGCA AAAACTTTTG 
GCAGATTCCG ACTCGAGAAA ACAACGTTTA TTAAGAATGC AGGATCAGTT CAGGCAGATT 
GAAGAGCTTT ATCTGACATT TGCAAAGAAG GCATCCGCTT TCAACTCTTG GTTTGAGAAT 
GCCGAGGAAG ATTTAACGGA TCCTGTACGT TGTAATAGTA TTGAGGAGAT TCGAGCTCTT 
CGCGAAGCAC ACGCACAATT TCAAGCAAGC TTATCCTCAG CTGAAGCTGA TTTCCAAGCC 
CTGGCTGCTC TAGATAGACA AATTAAGAGC TTCAATGTCG GACCAAATCC ATACACGTGG 
TTTACGATGG AAGCCTTGGA AGATACTTGG CGGAACTTAC AAAAGATAAT TAAGGAACGC 
GATGTTGAGC TTGCAAAAGA AGCACAGCGA CAGGAGGAAA ATGATAAATT ACGTAAGGAA 
TTCGCCAAGC ATGCCAATGC CTTCCATCAA TGGCTTGCGG AAACAAGAAC ATCTATGATG 
GAAGGATCCG GATCTTTGGA ACAGCAACTG GAAGCTACCA AGCGAAAAAC TCAAGAAGTT 
CGTGCACGTC GTCAAGATCT GAAGAAAATC GAAGATCTAG GAGCTATTTT AGAGGAACAT 
CTAATTCTGG ATAATCGTTA TACAGAACAC AGTACCGTAG GATTGGCACA GCAATGGGAT 
CAATTGGATC AGTTAGGAAT GCGTATGCAA CACAATTTGG AACAACAGAT TCAAGCGCGA 
AACCAGTCAG GTGTATCTGA AGATGCACTC AAAGAATTTT CTATGATGTT CAAGCACTTC 
GATAAAGACA AGAGCGGCCG CCTGAATCAC CAAGAATTCA AATCGTGCCT GAGAGCTTTG 
GGCTACGACC TTCCTATGAT AGAAGAAGGA CAACCTGATC CAGAATTTGA GAACATATTA 
GATATTGTGG ATCCTAATAG GGACGGCTAC GTATCTCTAC AAGAATACAT GGCGTTTATG 
ATCAGCAAGG AAACGGAGAA CGTGCAAAGT TCAGAGGAAA TAGAAAACGC TTTCCGAGCA 
ATCACAGCAG CAGATCGGCC ATATGTCACA AAGGAGGAAT TATATGCTAA CCTCACGAAG 
GAGATGGCTG ATTATTGCGT TGCTCGTATG AAACCTTATG TAGATCCCAA ATCAGAACGA 
CCGATAACAG CTGCGTTGGA TTATATAGAA TTCACGCGCA CTCTTTTTCA GAATTAA

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

RefSeq	XP_018048945.1
CDS	304..7560
Translation	MDQITPKEVKILENPEDIQERREQVLGRYANFKAEARNKRDKLEDSRRFQYFKRDADELEGWIYEKLQAASDESYKDPTNLQAKIQKHQAFEAEVAAHSNAIVLLDNTGSEMIAQHHFASDVIRKRLEELHRLWELLLSRLADKGLKLQQALVLVQFIRHCDEVMFWIHDKEAFVTTDEFGHDLEHVEVLQRKFDEFQKDMASQEYRVTEVNELADKLLLDGHPERDTILRRKEELNESWQRLKQLATLRQEKLFGAHEIQRFNRDADETMAWIAEKDVVLSSDDFGRDLASVQTLQRKHEGIERDLAALEDKVYTLGAEADRLAAIHEADHSKQIQAKRAEILQSWESLTAKAKERRLKLDESYYLHRFLADYRDLVSWMNDMRAIISADELAKDVAGAEALVDRHQEHKGEIDARADSFDATTLAGNKLLEKKHYAAEEVARKLNSLADDKSSLLSLWEKRRILYEQCVDLQLFYRDTEQADAWMAKQEAFLANEDLGDSLDSVEALIKKHEDFDKSLAAQEEKIKVLDDFAGKLIEGEHYAADDVAQRRQLLLERRAILLEKSAQRRRRLEDAYKLQQFERDCDETKGWVNEKLKFATDDSYLDPTNLNGKVQKHQNFEQELNANKTRMEEMVATGQELIECGHYASDRIRTRSDEIVTLWESLTRATEKKGAKLQEASQQQQFNRTVEDIELWLSEVEGQLMSEDYGKDLTSVQNLQKKHALLEADVGSHADRIDSIAQAAEQFVKSGHFDADNIKTKQDQLQTRYAALQRPMSVRKQRLLDSLQVQQLFRDIEDEEAWIREKEPVAASTNRGRDLIGVQNLQKKHQAVLAEINNHEPRVAAVCQAGSTMLQEGHFAAEEINQRLAALDEHWGQLKDKARQRKNDLDDSLQAHQYFADANEAESWMKEKRPIVMNGDYGKDEDSSEALLKKHEALVSDLEAFASTIAALRDQAAACRQQETPTVDITGKECVVALYDYTEKSPREVSMKKGDTLTLLNSNNKDWWKVEVNDRQGFVPAAYVKRVEPEAGLSASQQNLAREQSSIAARQAQIEAQYDDLLRLARERQNKLNETAKAYVLVREAAELATWIKDKENHAQVQDVGEDLEQVEVMQKKFDDFQADLKANEVRLAEMNEIAVQLMSLGQTEAALKIQTQIQDLNEKWTSLQTLTAERANQLGSAHEVQRFHRDVDETKDWIREKDAALNNDDLGKDLRSVQALQRKHEGLERDLAALGDKIKQLDETANRLMQSHPETAEQTYAKQKEINEEWTQLTAKANSRKEKLLDSYDLQRFLSDYRDLMAWINSMMGLVASEELASDVTGAEALLERHQEHRMEIDARAGTFQAFELFGQQLLQSSHYASVEILEKLESMAEARQELEKAWIQRRMQLDQNLELQLFCRDCEQAENWMSAREAFLSSADAVDSSDNVEALIKKHEDFDKAINAHEEKIATLQTLADQLIAAEHYAAKPIDERRCQVLDRWRHLKDALIEKRSKLGESQTLQQFSRDADEMENWIAEKLQLATEENYKDPANIQSKHQKHQAFEAELAANADRIQSVLAMGGNLIEKHQCAGSEDAVQKRLASIADQWEYLTQKTTEKSMKLKEANKQRTYIAAVKDLDFWLGEVESLLTSEDAGKDLASVQNLMKKHQLVEADIQAHEERIKDMNAQADSLIESGQFDAAGIQEKRQSINERYERIRNLAAHRQARLNEANTLHQFFRDIADEESWIKEKKLLVGSDDYGRDLTGVQNLKKKHKRLEAELGSHEPAIQAVQEAGEKLMDVSNLGVPEIEQRLKLLNQAWAELKQLAATRGQKLDESLTYQQFLAKVEEEEAWITEKQQLLSVEDYGDTMAAVQGLLKKHDAFETDFAAHGERCKDICEAGEALIKAGNHRADAISQRCAQLRNKLEQLGALAARRKTRLNDNSAYLQFMWKADVVESWIADKETHVRSEEFGRDLSTVQTLLTKQETFDAGLHAFEHEGIQNITSLKEMLVDSGHDQTPSIQKRHADVIARWQKLLADSDSRKQRLLRMQDQFRQIEELYLTFAKKASAFNSWFENAEEDLTDPVRCNSIEEIRALREAHAQFQASLSSAEADFQALAALDRQIKSFNVGPNPYTWFTMEALEDTWRNLQKIIKERDVELAKEAQRQEENDKLRKEFAKHANAFHQWLAETRTSMMEGSGSLEQQLEATKRKTQEVRARRQDLKKIEDLGAILEEHLILDNRYTEHSTVGLAQQWDQLDQLGMRMQHNLEQQIQARNQSGVSEDALKEFSMMFKHFDKDKSGRLNHQEFKSCLRALGYDLPMIEEGQPDPEFENILDIVDPNRDGYVSLQEYMAFMISKETENVQSSEEIENAFRAITAADRPYVTKEELYANLTKEMADYCVARMKPYVDPKSERPITAALDYIEFTRTLFQN

Target ORF information:

RefSeq Version	XM_018193456.1
Organism	Atta colombica
Definition	Atta colombica spectrin alpha chain (LOC108687605), mRNA.

Target ORF information:

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

XM_018193456.1

ORF Insert Sequence:

ATGGATCAAA TTACGCCTAA AGAGGTGAAG ATCCTCGAAA ATCCGGAAGA CATTCAGGAG 
AGGCGAGAAC AAGTATTGGG ACGCTATGCC AACTTCAAGG CGGAGGCGCG CAACAAACGG 
GACAAACTCG AGGACTCCCG TCGCTTTCAG TACTTTAAGC GAGATGCGGA CGAACTCGAA 
GGTTGGATTT ACGAAAAGCT CCAAGCGGCC TCCGATGAGA GTTACAAAGA CCCAACCAAT 
CTACAAGCAA AGATCCAGAA GCACCAGGCT TTTGAAGCAG AAGTTGCCGC TCATTCAAAT 
GCCATCGTGC TACTCGATAA TACTGGTTCT GAGATGATAG CGCAACATCA TTTTGCCAGC 
GATGTAATTC GCAAGAGACT AGAGGAGTTA CACCGCCTGT GGGAGTTGTT GTTATCCCGA 
TTAGCTGACA AGGGCTTGAA GCTACAGCAG GCTTTAGTTC TTGTACAATT TATTCGTCAT 
TGTGATGAAG TGATGTTTTG GATTCACGAC AAGGAAGCAT TTGTAACGAC CGATGAATTT 
GGACACGACT TGGAGCATGT GGAGGTGCTC CAAAGGAAAT TTGACGAATT CCAGAAGGAC 
ATGGCAAGTC AAGAATACAG AGTTACTGAG GTGAACGAGC TGGCGGATAA ATTGTTATTA 
GATGGACATC CCGAACGCGA TACCATTTTA CGTAGGAAGG AAGAGCTTAA CGAATCTTGG 
CAGAGATTGA AACAATTAGC CACATTGCGA CAGGAGAAGC TCTTTGGAGC GCACGAAATC 
CAGAGATTCA ATCGTGATGC TGATGAGACT ATGGCTTGGA TCGCAGAGAA GGATGTTGTC 
TTATCGTCCG ATGATTTCGG ACGTGATCTT GCCAGTGTGC AAACGTTGCA ACGAAAACAC 
GAAGGTATCG AGCGCGACTT GGCTGCTCTG GAAGACAAAG TATATACATT GGGTGCGGAA 
GCCGATCGTC TCGCTGCGAT TCACGAAGCT GATCATTCTA AACAGATTCA AGCTAAACGC 
GCCGAGATTT TACAGTCGTG GGAGAGTCTT ACTGCAAAAG CAAAAGAGCG ACGCCTCAAA 
CTTGATGAAT CCTATTATTT ACATCGATTC TTGGCAGATT ATCGTGACTT AGTATCCTGG 
ATGAACGATA TGCGTGCTAT CATTTCCGCA GACGAACTAG CTAAAGATGT GGCCGGCGCT 
GAAGCCTTGG TCGATCGACA TCAGGAACAT AAGGGAGAAA TAGATGCCAG AGCCGATAGC 
TTTGATGCAA CCACTTTGGC TGGTAATAAA CTGCTAGAAA AGAAACATTA CGCTGCTGAA 
GAAGTGGCAC GAAAATTAAA TTCTCTCGCC GATGACAAGT CATCTCTTTT GAGTTTGTGG 
GAGAAGAGGC GTATCTTGTA CGAGCAATGT GTAGATTTAC AACTATTCTA CCGGGATACG 
GAGCAGGCGG ATGCGTGGAT GGCTAAACAA GAAGCTTTTT TGGCTAATGA AGACTTGGGA 
GATTCCCTTG ATAGTGTGGA GGCACTTATC AAAAAACATG AAGACTTCGA TAAATCTCTG 
GCAGCTCAGG AAGAGAAGAT TAAGGTGCTT GATGACTTTG CTGGAAAGTT AATCGAGGGC 
GAGCATTATG CTGCAGATGA CGTGGCGCAA CGACGGCAAC TGTTATTAGA AAGACGAGCT 
ATTCTTCTTG AGAAATCAGC TCAAAGACGT CGTCGTCTTG AAGATGCATA CAAACTACAA 
CAATTCGAAA GAGATTGTGA CGAAACAAAG GGCTGGGTCA ATGAGAAGCT TAAGTTCGCT 
ACTGATGACA GTTACTTGGA TCCCACTAAT TTGAACGGCA AAGTCCAAAA ACATCAGAAT 
TTCGAGCAAG AACTAAACGC GAATAAAACG CGGATGGAGG AGATGGTAGC TACTGGCCAG 
GAGTTGATTG AGTGTGGTCA CTATGCTAGT GATCGCATAC GCACCCGCTC GGATGAAATC 
GTGACACTAT GGGAGAGCTT AACGCGAGCT ACAGAGAAGA AAGGTGCGAA ATTACAAGAA 
GCCTCCCAGC AGCAACAATT CAACCGAACA GTAGAAGACA TCGAACTGTG GCTATCAGAG 
GTAGAAGGGC AGCTCATGTC GGAAGATTAT GGTAAAGATC TGACCAGCGT CCAGAACTTG 
CAAAAGAAAC ACGCGCTTCT GGAGGCTGAC GTAGGCTCTC ACGCGGATAG GATCGATAGT 
ATTGCTCAAG CGGCCGAACA GTTCGTTAAG TCAGGCCATT TTGATGCTGA TAATATCAAA 
ACTAAGCAGG ATCAATTACA AACTAGATAC GCTGCCTTGC AGCGTCCTAT GAGTGTAAGA 
AAGCAACGAC TCCTCGATTC GCTCCAAGTG CAACAACTGT TCCGAGATAT CGAGGACGAG 
GAAGCATGGA TTCGCGAGAA AGAACCAGTT GCGGCATCTA CAAATCGCGG TCGTGATTTG 
ATTGGCGTGC AGAATCTTCA GAAGAAGCAT CAAGCTGTTC TAGCCGAAAT CAACAATCAT 
GAGCCAAGAG TGGCCGCTGT TTGCCAAGCA GGTTCGACGA TGTTGCAAGA GGGACATTTT 
GCAGCCGAGG AAATCAATCA GCGACTGGCA GCTTTAGATG AACACTGGGG ACAGCTGAAA 
GATAAAGCTC GACAACGTAA GAATGATTTG GATGATTCTT TACAGGCACA TCAATATTTC 
GCTGATGCGA ATGAAGCTGA ATCATGGATG AAGGAGAAAC GTCCTATAGT GATGAATGGC 
GATTACGGCA AGGACGAGGA TAGTTCAGAG GCTCTTCTGA AGAAACACGA GGCCTTAGTC 
AGCGATCTGG AAGCGTTTGC AAGCACCATC GCAGCGCTGA GAGATCAAGC TGCGGCGTGC 
AGACAGCAAG AGACACCTAC AGTCGACATC ACCGGCAAAG AATGTGTCGT AGCCCTCTAT 
GACTACACTG AGAAGTCTCC CAGAGAAGTA TCCATGAAAA AGGGCGATAC TTTAACTCTG 
CTCAACTCCA ACAACAAAGA TTGGTGGAAA GTCGAGGTAA ATGATCGTCA AGGTTTTGTA 
CCAGCGGCAT ATGTAAAGCG TGTGGAACCT GAGGCGGGTC TTAGTGCATC TCAACAGAAC 
TTGGCTAGGG AGCAGAGCTC AATCGCCGCG CGACAAGCGC AGATCGAAGC GCAATATGAT 
GATCTCTTGC GTTTAGCACG CGAACGTCAA AATAAGCTTA ACGAAACAGC CAAAGCTTAT 
GTATTGGTGA GAGAAGCCGC GGAATTAGCT ACTTGGATCA AAGACAAGGA GAATCACGCT 
CAAGTGCAGG ATGTAGGCGA AGATTTAGAA CAAGTGGAAG TTATGCAGAA GAAGTTTGAT 
GACTTTCAGG CTGATCTTAA GGCGAATGAA GTACGTTTGG CTGAGATGAA TGAAATCGCC 
GTACAACTAA TGAGCCTTGG GCAAACTGAA GCGGCATTGA AGATTCAGAC GCAAATCCAG 
GATCTGAACG AGAAATGGAC CAGCTTGCAA ACGCTCACAG CAGAACGAGC TAATCAGCTT 
GGTTCTGCTC ACGAGGTGCA ACGATTCCAT CGTGACGTTG ATGAAACGAA GGATTGGATT 
CGCGAGAAAG ATGCGGCATT AAACAATGAT GACCTTGGCA AAGATTTGCG CAGCGTTCAG 
GCTTTGCAAC GCAAGCACGA AGGACTGGAG AGAGATCTGG CAGCTTTGGG AGACAAGATC 
AAGCAACTTG ATGAGACAGC TAATCGCCTA ATGCAGTCAC ACCCAGAAAC TGCTGAGCAA 
ACATACGCTA AACAGAAGGA GATCAATGAA GAATGGACTC AATTGACGGC CAAAGCTAAT 
AGCAGAAAGG AGAAACTTCT GGATTCATAT GATTTGCAAC GTTTTCTCAG TGATTATCGT 
GACTTGATGG CTTGGATCAA CTCAATGATG GGCTTGGTTG CTTCCGAAGA ACTTGCATCG 
GACGTCACAG GTGCCGAAGC ATTGCTCGAA CGTCATCAGG AGCACCGGAT GGAGATAGAT 
GCTAGAGCAG GTACTTTCCA GGCGTTCGAA CTGTTCGGCC AACAACTATT GCAATCTAGC 
CATTATGCTA GCGTGGAAAT ACTGGAGAAA CTTGAATCTA TGGCAGAAGC CAGACAAGAA 
TTAGAAAAAG CTTGGATTCA ACGACGTATG CAGCTCGATC AGAATCTCGA ATTGCAATTG 
TTCTGCAGAG ATTGCGAGCA AGCGGAGAAT TGGATGAGCG CGCGAGAAGC TTTCCTCAGC 
AGTGCGGACG CAGTAGACAG TAGTGACAAT GTTGAAGCTC TCATCAAGAA ACATGAAGAT 
TTTGACAAAG CAATCAACGC TCACGAAGAG AAAATTGCTA CCTTACAAAC TCTAGCCGAT 
CAGTTAATCG CTGCCGAGCA TTACGCCGCT AAACCCATCG ATGAAAGAAG ATGCCAAGTG 
TTAGATCGCT GGCGACATTT GAAGGACGCT CTTATCGAAA AGCGTTCGAA GTTAGGCGAA 
TCTCAGACTC TACAACAGTT CTCTCGAGAT GCTGACGAGA TGGAAAATTG GATTGCTGAG 
AAACTTCAGT TAGCGACCGA GGAAAATTAC AAAGATCCCG CCAATATACA GTCAAAGCAT 
CAGAAACATC AGGCATTTGA AGCCGAATTG GCAGCCAATG CAGATCGAAT TCAATCGGTA 
CTTGCTATGG GAGGCAATTT AATCGAAAAG CATCAGTGTG CCGGGTCGGA GGATGCGGTT 
CAAAAAAGAT TGGCATCTAT TGCTGATCAG TGGGAATATC TTACGCAAAA GACCACGGAG 
AAGTCCATGA AGCTGAAGGA AGCCAATAAG CAGCGTACTT ATATCGCTGC CGTAAAGGAT 
CTTGATTTTT GGCTTGGAGA AGTCGAAAGT TTGCTTACAT CCGAAGATGC CGGCAAAGAT 
TTAGCCTCTG TGCAAAATCT TATGAAAAAA CATCAACTTG TTGAAGCAGA CATACAGGCG 
CATGAGGAAA GAATTAAGGA TATGAATGCA CAAGCCGATT CATTGATCGA GAGCGGTCAG 
TTTGATGCCG CTGGTATTCA AGAAAAACGC CAGAGTATAA ATGAACGTTA TGAGCGAATT 
AGGAACTTGG CAGCACATAG ACAGGCGAGA CTTAATGAAG CTAATACTTT GCATCAATTT 
TTCCGCGATA TTGCTGACGA AGAATCTTGG ATTAAAGAGA AGAAACTTCT TGTCGGATCG 
GATGATTACG GCCGCGACCT TACGGGCGTA CAGAATTTGA AGAAGAAGCA CAAGAGATTG 
GAGGCTGAAC TTGGTAGTCA TGAACCTGCT ATCCAAGCTG TTCAGGAAGC AGGAGAAAAA 
TTGATGGACG TTTCAAATCT GGGAGTACCC GAAATCGAGC AACGTTTGAA ACTTCTTAAT 
CAGGCATGGG CTGAACTGAA ACAATTAGCT GCCACTAGAG GACAGAAGTT GGATGAATCC 
TTGACGTATC AACAGTTTCT TGCCAAGGTC GAAGAAGAAG AAGCCTGGAT CACAGAAAAA 
CAGCAATTAC TTTCCGTTGA AGATTATGGT GATACAATGG CTGCCGTACA AGGTCTTTTG 
AAAAAGCACG ATGCGTTTGA AACTGACTTT GCAGCACACG GTGAACGCTG CAAGGACATT 
TGTGAAGCGG GCGAAGCGCT GATCAAAGCT GGCAATCATC GAGCAGATGC TATCAGTCAA 
AGATGCGCAC AATTGCGCAA CAAATTGGAG CAACTCGGAG CTCTCGCGGC CCGTAGAAAG 
ACACGGCTAA ATGACAACTC CGCGTACTTG CAGTTTATGT GGAAGGCTGA TGTAGTCGAG 
TCATGGATTG CTGATAAGGA AACTCATGTG CGTTCTGAAG AATTTGGTCG GGATCTGTCT 
ACTGTGCAAA CTCTGCTTAC GAAACAGGAG ACTTTTGATG CTGGTCTTCA TGCCTTTGAA 
CACGAAGGTA TCCAGAATAT CACCTCATTA AAGGAAATGC TTGTTGATTC TGGTCACGAT 
CAAACACCCA GCATTCAAAA ACGTCATGCT GATGTCATTG CTCGTTGGCA AAAACTTTTG 
GCAGATTCCG ACTCGAGAAA ACAACGTTTA TTAAGAATGC AGGATCAGTT CAGGCAGATT 
GAAGAGCTTT ATCTGACATT TGCAAAGAAG GCATCCGCTT TCAACTCTTG GTTTGAGAAT 
GCCGAGGAAG ATTTAACGGA TCCTGTACGT TGTAATAGTA TTGAGGAGAT TCGAGCTCTT 
CGCGAAGCAC ACGCACAATT TCAAGCAAGC TTATCCTCAG CTGAAGCTGA TTTCCAAGCC 
CTGGCTGCTC TAGATAGACA AATTAAGAGC TTCAATGTCG GACCAAATCC ATACACGTGG 
TTTACGATGG AAGCCTTGGA AGATACTTGG CGGAACTTAC AAAAGATAAT TAAGGAACGC 
GATGTTGAGC TTGCAAAAGA AGCACAGCGA CAGGAGGAAA ATGATAAATT ACGTAAGGAA 
TTCGCCAAGC ATGCCAATGC CTTCCATCAA TGGCTTGCGG AAACAAGAAC ATCTATGATG 
GAAGGATCCG GATCTTTGGA ACAGCAACTG GAAGCTACCA AGCGAAAAAC TCAAGAAGTT 
CGTGCACGTC GTCAAGATCT GAAGAAAATC GAAGATCTAG GAGCTATTTT AGAGGAACAT 
CTAATTCTGG ATAATCGTTA TACAGAACAC AGTACCGTAG GATTGGCACA GCAATGGGAT 
CAATTGGATC AGTTAGGAAT GCGTATGCAA CACAATTTGG AACAACAGAT TCAAGCGCGA 
AACCAGTCAG GTGTATCTGA AGATGCACTC AAAGAATTTT CTATGATGTT CAAGCACTTC 
GATAAAGACA AGAGCGGCCG CCTGAATCAC CAAGAATTCA AATCGTGCCT GAGAGCTTTG 
GGCTACGACC TTCCTATGAT AGAAGAAGGA CAACCTGATC CAGAATTTGA GAACATATTA 
GATATTGTGG ATCCTAATAG GGACGGCTAC GTATCTCTAC AAGAATACAT GGCGTTTATG 
ATCAGCAAGG AAACGGAGAA CGTGCAAAGT TCAGAGGAAA TAGAAAACGC TTTCCGAGCA 
ATCACAGCAG CAGATCGGCC ATATGTCACA AAGGAGGAAT TATATGCTAA CCTCACGAAG 
GAGATGGCTG ATTATTGCGT TGCTCGTATG AAACCTTATG TAGATCCCAA ATCAGAACGA 
CCGATAACAG CTGCGTTGGA TTATATAGAA TTCACGCGCA CTCTTTTTCA GAATTAA