LOC105619122 cDNA ORF clone, Atta cephalotes

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105619122
Entrez Gene ID	105619122
Full Name	sterile alpha and TIR motif-containing protein 1
Gene Type	protein-coding
Organism	Atta cephalotes

mRNA and Protein(s)

mRNA	Protein	Name
XM_012200651.1	XP_012056041.1	sterile alpha and TIR motif-containing protein 1

Pathways from BioSystems
Gene Ontology

The following LOC105619122 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105619122 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
OAt115014	XM_012200651.1 Latest version!	Atta cephalotes sterile alpha and TIR motif-containing protein 1 (LOC105619122), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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)

LOC105619122 ( XM_012200651.1 ) cDNA ORF clone, Atta cephalotes -> XP_012056041.1 Atta cephalotes sterile alpha and TIR motif-containing protein 1 (LOC105619122), mRNA.

Price & Availability↑

CloneID	OAt115014
Clone ID Related Accession (Same CDS sequence)	XM_012200651.1
Accession Version	XM_012200651.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3399bp) 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	2015-04-01
Organism	Atta cephalotes
Product	sterile alpha and TIR motif-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012130083.1) 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 cephalotes Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCGTCG ATAGAGGATT AAACATGCTA CACAAGCATG GAAGCAGATC ACATGGCGCT 
GTGTATAAAG GCAGAGGCGC TTTTCTAAAA TCCATGTCGG AATTCCCGGT GGAAGGAGGC 
GAAAACATGC ATACTGCCAT GGAGAATTTT CAAAAGAAAA ACCTGGTGAC TGGCAGGACG 
CATCACGTCA CGCATCATCC GCAGGTCACC ACCACGTCAT CGCAGATGCT GACGACAAAT 
CAGAGCCAAC ATCAGAGTAG TAGCAGCACC AGTACCAGTA CTAGTAGTAG TAGCAGCAGT 
AGCAGTACGA GCAGCAGGGT GGCCAAGTCC TCGCAGAGGA TTCTCACCTC GTCTTCGTCG 
AGTGAGATGA AGGCGAGCTC CATGAAAAGT GATCTGACGG AACTCAAACG CGGTATCTCG 
GAGATGAAGA ACATCTCGAC CAACTTTTCA CAACGGCTGC GCAACAGCAT GGAGAACCTC 
GTAGACAGAG ATGGCAGTGG ATCGGAAGAG ACCGATCTCA CAGAACCGCT GGTGACTTTT 
CCGGATACCG ATACGCCGCC ACCTGTCAAT GATGCTGTCA CATTAGCAGG CGGTTCTCCG 
TCCCAATTAA GTTCCCTGAA TTCGCTGAAC AATCTTCATC ACAGCATGAG CCCGCCGATG 
AATATACCGA GTATGCCAAA CCTACCTGCT GGTCAGGAAA CTATGAAGTT CGAACAGAAG 
AAAATGACAA GCGCTTCAAA AACAAAAGTC GTCACGGATG GATTTAGCGC TGAAAAGGCG 
ACGGCGAATA GTGCAGAAAT GAGGGCCCTA CAAGCCGGTG ATGTCTCATA CAAGGAACAG 
AGCGCAGCAA CGGCGGCGAG GGCGCGCGTC GAGCTCGACG GCGTCTCGGC GGAGAAGAGC 
GTCGCTGCTG CGAGAGAACA GAGAAGCTTG AAGGCTGGCG ATCTCTCGCA TCAAGAGAGT 
AACAACATGG CAGCATCTAC CATGAAGCTT CAAAGTGATT CTTTTACTTC CGAGAAGAAA 
GCGATGGCAG CGCAACAGCA GCGGCAGACA GTCACCTCGA CCGGTATTTT CAACCACGAG 
AAGCACATGG CCTCGAGCTC ACAATCGAGC ATCACGATCG CGTCCAAATC GGGCGTGAGT 
TCATCCAAAT CGATGATCAG TGCTGCGAGT GCGGTTAATC AACTGATGAA CGGCATGCGA 
CCACCAACCG CTGAGGATGA GCTTTTGTCC TTACCGTTGG ATGACTTGGA TCTACTTTGT 
TCCAAGTCAA ATCCGCAGGA TGTGGACTGT GCCATCGCCA AGTATTGCAG TCTACTCGAC 
AGTTTCGTGG AGCGGTTAAA GGTGAGCGCC GACAGTGGCA AGAGCAGTAA CAGCGGCAGC 
AAAGCGCCAC AACTGTTGAA CAGGGTGAAC GAGATCATCC GGAAGGCTTG GGCAGTGCCT 
ACACATGGCC ATGAGTTGGG TTATACCCTG TGCAACACCC TAAGGACGCG CGGCGGTCTT 
GATCTACTCA TGTCAAATTG CATAGCGAAT GATCACGAAT TGCAGTTCTC GTCGGCCAGA 
TTACTAGAGC AATGCTTGAC TACGGAGAAT CGCGCTCACG TGGTGGAGAA CGGCCTGGAG 
AAAGTGGTAA ATGTCGCATG TGTGTGCACG AAGAACGCCA ATTCGGTGGA TCACGCGCGC 
GTCGGTACCG GGATACTCGA GCATTTGTTC AAACACAGCG AGGGCACTTG CAGCGACGTC 
ATCAGATTAG GTGGTTTGGA CGCGGTGCTA TTTGAATGTC GAAAAAATGA CGTGGAGACT 
CTGCGTCATT GTGCAGGTGC ATTAGCGAAC CTGTCGCTGT ATGGTGGAGC TGAGAACCAA 
GAAGCGATGA TCAAGCGGAA GGTGCCAATG TGGTTGTTTC CGCTTGCTTT TCACAACGAT 
GACAACATCA AGTATTACGC TTGTCTAGCG ATCGCCGTGT TGGTCGCCAA CAAAGAGATC 
GAGGCGGCCG TTCTCAAGTC CGGCACCCTC GATCTCGTCG AACCTTTCGT CACGTCGCAC 
AATCCCTACG AATTCGCTAA ATCGAACTTA GCGCACGCAC ATGGTCAGAG TAAGAACTGG 
CTGGAAAGGC TTGTGCCGGT CCTGAGCTCT AAACGAGAGG AGGCTCGCAA TCTAGCAGCC 
TTCCACTTTT GCATGGAGGC AGGTATCAAG AAGCAACAGG GCAATACTGA TATCTTCCGA 
ACGATCGGCG CGATCGAGCC GTTGAAGAAA GTAGCCAGTT GTCCGAACGC GATTGCGTCT 
AAATACGCAG CACAAGCTTT AAGATTAATC GGCGAAGAAA TTCCGCATAA ACTTAGCCAG 
CAAGTGCCTT TATGGTCTAC TGAGGACGTT CGAGAATGGG TAAAGCAGAT CGGTTTCGCC 
GAAGTAGCCC CGAACTTTGT GGAAAGCCGA GTGGATGGCG ACTTACTGCT GCAGTTGACG 
GAGGAGAATC TGCGCGAGGA TATCGGCCTG ACCAACGGTA TCATGCGTCG CAGATTCGCT 
CGCGAGCTGC AGAACCTGAA GAAAATGGCT GATTACAGTA GTCGCGACAC TGGTAACTTG 
AATAGCTTCC TGCAGTCGAT CGGCCAGGAG TTCTCCATCT ACACGTATAG CATGCTGAAC 
GCCGGAGTAG ACAAGGACTC GATACGAAAT CTCTCGGAGG ATCAATTACT GGCGGAATGT 
GGCATCACCA ATAGTATTCA TCGGCTCAGG ATACTTGACG CCATCAAGAA TATGCAGCAC 
AATCAGTTCA GTTCGTGCGA GTACGAATCG CCTGACAAGT CCCTTGACGT TTTCGTCAGT 
TATCGTAGAT CGAACGGCTC GCAACTGGCA AGTCTGTTGA AGGTACATCT ACAGTTGCGG 
GGTTTTACGG TTTTCATCGA CGTCGAAAGG CTTGAGGCTG GCAAGTTTGA CAACAACTTG 
CTACAGAGCA TCAGGCAGGC CAAACACTTC CTCCTCGTAC TTACACCCCA GGCTTTGGAG 
AGGTGTATAC AAGACAGCGA GTGCAAGGAT TGGGTACATA GGGAAATTGT TGCCGCGCTA 
CAATCACAAT GCAACATAAT CCCGATCATT GACAATTTTC AATGGCCGGA ACCTGAAGAA 
CTTCCTGAAG ACATGCGCGC GGTTTGCCAT TTTAACGGTG TTCGTTGGAT TCATGATTAT 
CAAGACGCCT GCGTAGACAA ATTAGAAAGG TTTATGCGAG GTGAGATACC TATGAGATCT 
GATCTGTCTA GTGGAATTCC ACGCAGCATG GCTCCCAAGG ACGTGACCCA ACCGAGCACA 
CCAGCTAACG CGAATATGCG ACAGCCGCCG AATTATCAGC GAATGCACAG CAACGAAAGC 
AGAGGCAGCG ACAAAGATTC CACGGGCGGG CGAGACTGA

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

RefSeq	XP_012056041.1
CDS	1..3399
Translation	MSVDRGLNMLHKHGSRSHGAVYKGRGAFLKSMSEFPVEGGENMHTAMENFQKKNLVTGRTHHVTHHPQVTTTSSQMLTTNQSQHQSSSSTSTSTSSSSSSSSTSSRVAKSSQRILTSSSSSEMKASSMKSDLTELKRGISEMKNISTNFSQRLRNSMENLVDRDGSGSEETDLTEPLVTFPDTDTPPPVNDAVTLAGGSPSQLSSLNSLNNLHHSMSPPMNIPSMPNLPAGQETMKFEQKKMTSASKTKVVTDGFSAEKATANSAEMRALQAGDVSYKEQSAATAARARVELDGVSAEKSVAAAREQRSLKAGDLSHQESNNMAASTMKLQSDSFTSEKKAMAAQQQRQTVTSTGIFNHEKHMASSSQSSITIASKSGVSSSKSMISAASAVNQLMNGMRPPTAEDELLSLPLDDLDLLCSKSNPQDVDCAIAKYCSLLDSFVERLKVSADSGKSSNSGSKAPQLLNRVNEIIRKAWAVPTHGHELGYTLCNTLRTRGGLDLLMSNCIANDHELQFSSARLLEQCLTTENRAHVVENGLEKVVNVACVCTKNANSVDHARVGTGILEHLFKHSEGTCSDVIRLGGLDAVLFECRKNDVETLRHCAGALANLSLYGGAENQEAMIKRKVPMWLFPLAFHNDDNIKYYACLAIAVLVANKEIEAAVLKSGTLDLVEPFVTSHNPYEFAKSNLAHAHGQSKNWLERLVPVLSSKREEARNLAAFHFCMEAGIKKQQGNTDIFRTIGAIEPLKKVASCPNAIASKYAAQALRLIGEEIPHKLSQQVPLWSTEDVREWVKQIGFAEVAPNFVESRVDGDLLLQLTEENLREDIGLTNGIMRRRFARELQNLKKMADYSSRDTGNLNSFLQSIGQEFSIYTYSMLNAGVDKDSIRNLSEDQLLAECGITNSIHRLRILDAIKNMQHNQFSSCEYESPDKSLDVFVSYRRSNGSQLASLLKVHLQLRGFTVFIDVERLEAGKFDNNLLQSIRQAKHFLLVLTPQALERCIQDSECKDWVHREIVAALQSQCNIIPIIDNFQWPEPEELPEDMRAVCHFNGVRWIHDYQDACVDKLERFMRGEIPMRSDLSSGIPRSMAPKDVTQPSTPANANMRQPPNYQRMHSNESRGSDKDSTGGRD

Target ORF information:

RefSeq Version	XM_012200651.1
Organism	Atta cephalotes
Definition	Atta cephalotes sterile alpha and TIR motif-containing protein 1 (LOC105619122), mRNA.

Target ORF information:

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

XM_012200651.1

ORF Insert Sequence:

ATGAGCGTCG ATAGAGGATT AAACATGCTA CACAAGCATG GAAGCAGATC ACATGGCGCT 
GTGTATAAAG GCAGAGGCGC TTTTCTAAAA TCCATGTCGG AATTCCCGGT GGAAGGAGGC 
GAAAACATGC ATACTGCCAT GGAGAATTTT CAAAAGAAAA ACCTGGTGAC TGGCAGGACG 
CATCACGTCA CGCATCATCC GCAGGTCACC ACCACGTCAT CGCAGATGCT GACGACAAAT 
CAGAGCCAAC ATCAGAGTAG TAGCAGCACC AGTACCAGTA CTAGTAGTAG TAGCAGCAGT 
AGCAGTACGA GCAGCAGGGT GGCCAAGTCC TCGCAGAGGA TTCTCACCTC GTCTTCGTCG 
AGTGAGATGA AGGCGAGCTC CATGAAAAGT GATCTGACGG AACTCAAACG CGGTATCTCG 
GAGATGAAGA ACATCTCGAC CAACTTTTCA CAACGGCTGC GCAACAGCAT GGAGAACCTC 
GTAGACAGAG ATGGCAGTGG ATCGGAAGAG ACCGATCTCA CAGAACCGCT GGTGACTTTT 
CCGGATACCG ATACGCCGCC ACCTGTCAAT GATGCTGTCA CATTAGCAGG CGGTTCTCCG 
TCCCAATTAA GTTCCCTGAA TTCGCTGAAC AATCTTCATC ACAGCATGAG CCCGCCGATG 
AATATACCGA GTATGCCAAA CCTACCTGCT GGTCAGGAAA CTATGAAGTT CGAACAGAAG 
AAAATGACAA GCGCTTCAAA AACAAAAGTC GTCACGGATG GATTTAGCGC TGAAAAGGCG 
ACGGCGAATA GTGCAGAAAT GAGGGCCCTA CAAGCCGGTG ATGTCTCATA CAAGGAACAG 
AGCGCAGCAA CGGCGGCGAG GGCGCGCGTC GAGCTCGACG GCGTCTCGGC GGAGAAGAGC 
GTCGCTGCTG CGAGAGAACA GAGAAGCTTG AAGGCTGGCG ATCTCTCGCA TCAAGAGAGT 
AACAACATGG CAGCATCTAC CATGAAGCTT CAAAGTGATT CTTTTACTTC CGAGAAGAAA 
GCGATGGCAG CGCAACAGCA GCGGCAGACA GTCACCTCGA CCGGTATTTT CAACCACGAG 
AAGCACATGG CCTCGAGCTC ACAATCGAGC ATCACGATCG CGTCCAAATC GGGCGTGAGT 
TCATCCAAAT CGATGATCAG TGCTGCGAGT GCGGTTAATC AACTGATGAA CGGCATGCGA 
CCACCAACCG CTGAGGATGA GCTTTTGTCC TTACCGTTGG ATGACTTGGA TCTACTTTGT 
TCCAAGTCAA ATCCGCAGGA TGTGGACTGT GCCATCGCCA AGTATTGCAG TCTACTCGAC 
AGTTTCGTGG AGCGGTTAAA GGTGAGCGCC GACAGTGGCA AGAGCAGTAA CAGCGGCAGC 
AAAGCGCCAC AACTGTTGAA CAGGGTGAAC GAGATCATCC GGAAGGCTTG GGCAGTGCCT 
ACACATGGCC ATGAGTTGGG TTATACCCTG TGCAACACCC TAAGGACGCG CGGCGGTCTT 
GATCTACTCA TGTCAAATTG CATAGCGAAT GATCACGAAT TGCAGTTCTC GTCGGCCAGA 
TTACTAGAGC AATGCTTGAC TACGGAGAAT CGCGCTCACG TGGTGGAGAA CGGCCTGGAG 
AAAGTGGTAA ATGTCGCATG TGTGTGCACG AAGAACGCCA ATTCGGTGGA TCACGCGCGC 
GTCGGTACCG GGATACTCGA GCATTTGTTC AAACACAGCG AGGGCACTTG CAGCGACGTC 
ATCAGATTAG GTGGTTTGGA CGCGGTGCTA TTTGAATGTC GAAAAAATGA CGTGGAGACT 
CTGCGTCATT GTGCAGGTGC ATTAGCGAAC CTGTCGCTGT ATGGTGGAGC TGAGAACCAA 
GAAGCGATGA TCAAGCGGAA GGTGCCAATG TGGTTGTTTC CGCTTGCTTT TCACAACGAT 
GACAACATCA AGTATTACGC TTGTCTAGCG ATCGCCGTGT TGGTCGCCAA CAAAGAGATC 
GAGGCGGCCG TTCTCAAGTC CGGCACCCTC GATCTCGTCG AACCTTTCGT CACGTCGCAC 
AATCCCTACG AATTCGCTAA ATCGAACTTA GCGCACGCAC ATGGTCAGAG TAAGAACTGG 
CTGGAAAGGC TTGTGCCGGT CCTGAGCTCT AAACGAGAGG AGGCTCGCAA TCTAGCAGCC 
TTCCACTTTT GCATGGAGGC AGGTATCAAG AAGCAACAGG GCAATACTGA TATCTTCCGA 
ACGATCGGCG CGATCGAGCC GTTGAAGAAA GTAGCCAGTT GTCCGAACGC GATTGCGTCT 
AAATACGCAG CACAAGCTTT AAGATTAATC GGCGAAGAAA TTCCGCATAA ACTTAGCCAG 
CAAGTGCCTT TATGGTCTAC TGAGGACGTT CGAGAATGGG TAAAGCAGAT CGGTTTCGCC 
GAAGTAGCCC CGAACTTTGT GGAAAGCCGA GTGGATGGCG ACTTACTGCT GCAGTTGACG 
GAGGAGAATC TGCGCGAGGA TATCGGCCTG ACCAACGGTA TCATGCGTCG CAGATTCGCT 
CGCGAGCTGC AGAACCTGAA GAAAATGGCT GATTACAGTA GTCGCGACAC TGGTAACTTG 
AATAGCTTCC TGCAGTCGAT CGGCCAGGAG TTCTCCATCT ACACGTATAG CATGCTGAAC 
GCCGGAGTAG ACAAGGACTC GATACGAAAT CTCTCGGAGG ATCAATTACT GGCGGAATGT 
GGCATCACCA ATAGTATTCA TCGGCTCAGG ATACTTGACG CCATCAAGAA TATGCAGCAC 
AATCAGTTCA GTTCGTGCGA GTACGAATCG CCTGACAAGT CCCTTGACGT TTTCGTCAGT 
TATCGTAGAT CGAACGGCTC GCAACTGGCA AGTCTGTTGA AGGTACATCT ACAGTTGCGG 
GGTTTTACGG TTTTCATCGA CGTCGAAAGG CTTGAGGCTG GCAAGTTTGA CAACAACTTG 
CTACAGAGCA TCAGGCAGGC CAAACACTTC CTCCTCGTAC TTACACCCCA GGCTTTGGAG 
AGGTGTATAC AAGACAGCGA GTGCAAGGAT TGGGTACATA GGGAAATTGT TGCCGCGCTA 
CAATCACAAT GCAACATAAT CCCGATCATT GACAATTTTC AATGGCCGGA ACCTGAAGAA 
CTTCCTGAAG ACATGCGCGC GGTTTGCCAT TTTAACGGTG TTCGTTGGAT TCATGATTAT 
CAAGACGCCT GCGTAGACAA ATTAGAAAGG TTTATGCGAG GTGAGATACC TATGAGATCT 
GATCTGTCTA GTGGAATTCC ACGCAGCATG GCTCCCAAGG ACGTGACCCA ACCGAGCACA 
CCAGCTAACG CGAATATGCG ACAGCCGCCG AATTATCAGC GAATGCACAG CAACGAAAGC 
AGAGGCAGCG ACAAAGATTC CACGGGCGGG CGAGACTGA