DQ04_01311020 cDNA ORF clone, Trypanosoma grayi

Gene
Clones
gRNAs

Summary

Gene Symbol	DQ04_01311020
Entrez Gene ID	20380818
Full Name	putative structural maintenance of chromosome 3 protein
Gene Type	protein-coding
Organism	Trypanosoma grayi

mRNA and Protein(s)

mRNA	Protein	Name
XM_009310541.1	XP_009308816.1	putative structural maintenance of chromosome 3 protein

Pathways from BioSystems
Gene Ontology

The following DQ04_01311020 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DQ04_01311020 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
OTr192414	XM_009310541.1 Latest version!	Trypanosoma grayi putative structural maintenance of chromosome 3 protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

DQ04_01311020 ( XM_009310541.1 ) cDNA ORF clone, Trypanosoma grayi -> XP_009308816.1 Trypanosoma grayi putative structural maintenance of chromosome 3 protein partial mRNA.

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CloneID	OTr192414
Clone ID Related Accession (Same CDS sequence)	XM_009310541.1
Accession Version	XM_009310541.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3603bp) 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	2015-06-08
Organism	Trypanosoma grayi
Product	putative structural maintenance of chromosome 3 protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_008825750). COMPLETENESS: incomplete on both ends.

ATGCACATTA AGAACATTCT GATTTCGGGG TTTCGCTCGT ACCGAGAACA GTCATTTAAC 
GTTGATCTTT CACCGAAAAA CAATGTTATT GTAGGGAAAA ATGGTTCGGG CAAATCGAAT 
TTCTTTGCAG CAATTCAATT TGTTCTAAGT GATAAGTACG GTACATTGAC AGCTGAAGAG 
CGCAAAGAAC TTTTCCATGT CGGCTCTGGA AGGCCTGCCT TGTCCATTTT TGTGGAGATT 
ATCTTTGACA ACTCGGATGG CCGTCTTATC ATTCCAGGAA GAGCGGAAGA AAAGGAGGTA 
CGGATACGGC GCACGGTTGG ACTAAAGCAA GATGAGTTTC GCGTGAATGA CCGTAGGTTT 
ACCGCCACGG AAGTGAGGCA GCTGTTGGAG AGTGCAGGGT TTTCTGCAAG CAACCCTTAC 
TACGTCGTGG AGCAAGGTAA GATTGTGAGC CTAGCCAACA TGAGTGACGA AGAGAGATGT 
CAACTTATTA AGGATGTTGC TGGCACCAAG GTCTATGAAT CACGGCGCAA AGAAAGTGAA 
GAAATCTTGG AAGAAACCTC TGGAAAGTAC CAAAAAATTG AAGAATCCAT CACTCAATTA 
GAGGAAAGAT TGACAGAGCT TGAAACTGAA ACCGCAGAGT TAAAGTCCTT TCAAGAGATT 
GAGAAGGAAC GCAAGTGCAT TGAATACTGT ATCTTTACGT TGGAGTTGTC TAATGCAAAG 
GAATGTCTAC AGAGGCTTGA TGCGAAGAGA AATGAGTTTA TTTCTTCCCT CAACAAGGAT 
AAAGATGCTG ATCTTAGCAT GAAAAGCAGC ATTGAGGCAA CAGAGACACA GATACGCAAC 
TGTGCAAAGC GTATTGCACA GATGGAAACA GAGATGAAGG TATTGGAGAA GGAAAGAATT 
GGATTGACCA GCAAGAAGGC TATTGCCCAG CTGGATGCGG CTGATGTGAC CAATGCAATC 
AGCCGAAACG AAAAAGAGGG TAAAGCACTC CAAAAAGAAG CAGAGCAGCT GGTGAGTAAT 
ACAGAGAAGG CGAAGAAGGA CCTGGAAGCG AAGCGTGTCA ACTTGTTTGA ACAACAGAAA 
AACGTAGAGA CAAGGAGCGG TAGTTTGACA AGTATGGAGG CGAAGTTAGA AAGTCTTTTA 
GCCAAACGCG GTCGACGTAA ACTGTTTAAG AACAAAGAAG AACGTGACAA GTGGCTTTCA 
GAGGAAATGG AGCGGAACAG AACTATTATA GACACCCATA GAAAAGAAAT TGCTCATTTG 
GAGAAAAATA TAGATGAAGT TAACTCCCAG ATTCGTGACG AAGAGAGGCA ACAGAAGGAA 
AAAGAGACGG TTTCAAAAAC CGTTGAATCA CGGCTAGCAG AGCATGAAGC TCAAAGAGGA 
AAGACGGTTT CTCTAAGGAA TACACTCAAT ATGGAGCGGA GGAATTTGTG GCAAAAAGTC 
AACGAACAGG AGAATGTCGT TCAGAGGCTT CAAGATGAGC ATAATCGCAC ACGACAACAG 
CTTGAACGTT CTGTCCGTCA TGATATTCGT CAGGGATTAC AGTCCTTAAA AGAAGTTTTG 
CACGAAGTGG GGGATGAGCG GTTACGCAAA GCCGTCCATG GACAGTTGAT TGAGCTCATT 
GAGGTCGCCA AGGGGTATGA GACAGCTGTT GAAGTGACAA CAGGTAATGC GCTCTTCAAC 
GTTGTTGTTG ATTCCTTTGA GGTTAGTGCT GTCCTCCTCG AGCAAATCAA TATGAGGAAG 
AAGCCTGGGC GCATATCCTT CTTTCCACTG GATACGTGCA GAAGTGAGGC AATGCGATTT 
GATGGGAAAG AGGGGTGTAC CTCCCTCATG GATCATGTTT CATGCAATGC CATGTTTAAG 
GGTGTGGTGG CTGAGGTCTT GGGAAGGACG GCCGTTGTGT CATCCATCGA GAACGGCGCG 
AAGGTTGTGA AACAATACAA CTGCGATGCT GTGACATTGG AAGGTGATCA GCTTAGCCGC 
AAGGGAGGCA TCACAGGAGG GTACTTGGAG TCCCGTAACA TGAAATTGGT CTCCTTCAAA 
AATGAAAAGA TGATTTCTGC AAAACTCTTG CAAGAACGAG CGACACTTGA CATGCTTTGC 
CAAGAAGTGG CTGTGGTCGA ACAGAAGATA ACAAACGTTA TGAATGAAAT TGAGTCCTTG 
AGGGGCGAAT TTGCTGTGGC AGAAAATAAG GCTGATGCAG ATCTTCAAGA CGCTCGCCTT 
CACGACGAAC GAAAGGCACG TCTCGAAAAG CAGAAGGAAC AATTCCTGGT GACTCGCAAG 
GCCTTGGAAA AGAGCATGAC TGATGCGAAT AGTGCCTTGT CGGTTTTACA ACAAGAAATC 
AAGAACGAGT TCTCTTCTAC ATGGAAACAG AGTGAGGAGA AGGAATTGGA GTCTCTCATG 
GTCGAAGTGG ATAAGTCTCG CCAAGAGCTC TCGTCAGTTC AATTACGTAC CGTACAAATG 
GCCACAGAAG TGCAACTACT GGAGGATACT CTTCAGAACA TGAATCGGAG GATGAATATT 
GTGCGTGATC GCATACGTGA GCTTGGTTGG TTCCATACCA ACAGGCAGTC CGTGGAGAAG 
GAGCAAGGTA ACGTGGACGA GGAACTCTCT CAGGTTTCCA AACGGATGGA TATTATTCGA 
CGCGCGATGG ACGAGGCTTC GAGGGAAAAG CTCGCCCACG AGGAGAAGCT TGAGCTTTTA 
AAGAACAAGA AGATCGCATC CTCGAGATCT GTACAAGAAC ACAATGAAGA TGAGGAAAGA 
GCTCAAATGC AGCGTACCCT CCTTGTACAG CGACGTAACG ACGCTATGGA GAAGATACGA 
CGTTTGGGTG TTGTTCCGAA GGGTGCCGAA ACTTACTCCG GAAAGTCGCT GGGCATACTG 
ATGCATCATC TAAAGGAAAA CAATGAAAAT CTGAAAAAAT ATGCACACGT AAACCGGAAA 
GCACTTGATC AGTACTCGTC CCTAATGGAG ACGAAGAACG ACCTGGTTGG CCAGAGAGAC 
AACCTACAGA ACGAATTGAA GAGCATCCAC GAGCTGATGG AGCACCTTGA TCGAAAGAAG 
GATGAGGCTG TAGAGCGTAC ATACAAACAG ATACAATATC AGTTTGAAGA GGTCTTCAAG 
GAACTCGTCG CAGCAGAGGA TTGCCGTGGT GAACTGCAGC TTGTCCATTC CTCCGCGAAG 
AAAGATGTAG GCGAGGACCC GTACATTGCC ACTCGCATTC GCGTGACGTT TGGTCTTGGG 
ACACCCGTAA CAGACCTTGC TCAGTTGAGT GGAGGACAAA AGTCACTTGT TGCACTGGCA 
CTGATTTTTG CTATTCAACG TTGTGANCCT GCGCCGTTTT ACCTCTTTGA TGAGATTGAT 
GCTGCACTGG ATGCAGAATA CCGCTCCTCA GTTGCGAAGC TGCTTCGTAA AGAGTCTGAA 
AACTGTCAGT TTATTACTGC CACATTCAAG AATGAGATGC TTGAGGCCGC CGATAATGTC 
CTTGGTGTAT TCTTTCACAA CAAGGTAAGC CGCATTCAGT CAATATCGCT GGACGAAGGT 
GTAAAGCTGC TGAAACAGGC AGCACTTGAA GAACGAAAAC GAGCACGCGA AGTTGAGGAG 
TAA

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

RefSeq	XP_009308816.1
CDS	1..3603
Translation	MHIKNILISGFRSYREQSFNVDLSPKNNVIVGKNGSGKSNFFAAIQFVLSDKYGTLTAEERKELFHVGSGRPALSIFVEIIFDNSDGRLIIPGRAEEKEVRIRRTVGLKQDEFRVNDRRFTATEVRQLLESAGFSASNPYYVVEQGKIVSLANMSDEERCQLIKDVAGTKVYESRRKESEEILEETSGKYQKIEESITQLEERLTELETETAELKSFQEIEKERKCIEYCIFTLELSNAKECLQRLDAKRNEFISSLNKDKDADLSMKSSIEATETQIRNCAKRIAQMETEMKVLEKERIGLTSKKAIAQLDAADVTNAISRNEKEGKALQKEAEQLVSNTEKAKKDLEAKRVNLFEQQKNVETRSGSLTSMEAKLESLLAKRGRRKLFKNKEERDKWLSEEMERNRTIIDTHRKEIAHLEKNIDEVNSQIRDEERQQKEKETVSKTVESRLAEHEAQRGKTVSLRNTLNMERRNLWQKVNEQENVVQRLQDEHNRTRQQLERSVRHDIRQGLQSLKEVLHEVGDERLRKAVHGQLIELIEVAKGYETAVEVTTGNALFNVVVDSFEVSAVLLEQINMRKKPGRISFFPLDTCRSEAMRFDGKEGCTSLMDHVSCNAMFKGVVAEVLGRTAVVSSIENGAKVVKQYNCDAVTLEGDQLSRKGGITGGYLESRNMKLVSFKNEKMISAKLLQERATLDMLCQEVAVVEQKITNVMNEIESLRGEFAVAENKADADLQDARLHDERKARLEKQKEQFLVTRKALEKSMTDANSALSVLQQEIKNEFSSTWKQSEEKELESLMVEVDKSRQELSSVQLRTVQMATEVQLLEDTLQNMNRRMNIVRDRIRELGWFHTNRQSVEKEQGNVDEELSQVSKRMDIIRRAMDEASREKLAHEEKLELLKNKKIASSRSVQEHNEDEERAQMQRTLLVQRRNDAMEKIRRLGVVPKGAETYSGKSLGILMHHLKENNENLKKYAHVNRKALDQYSSLMETKNDLVGQRDNLQNELKSIHELMEHLDRKKDEAVERTYKQIQYQFEEVFKELVAAEDCRGELQLVHSSAKKDVGEDPYIATRIRVTFGLGTPVTDLAQLSGGQKSLVALALIFAIQRCnullPAPFYLFDEIDAALDAEYRSSVAKLLRKESENCQFITATFKNEMLEAADNVLGVFFHNKVSRIQSISLDEGVKLLKQAALEERKRAREVEE

Target ORF information:

RefSeq Version	XM_009310541.1
Organism	Trypanosoma grayi
Definition	Trypanosoma grayi putative structural maintenance of chromosome 3 protein partial mRNA.

Target ORF information:

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

XM_009310541.1

ORF Insert Sequence:

ATGCACATTA AGAACATTCT GATTTCGGGG TTTCGCTCGT ACCGAGAACA GTCATTTAAC 
GTTGATCTTT CACCGAAAAA CAATGTTATT GTAGGGAAAA ATGGTTCGGG CAAATCGAAT 
TTCTTTGCAG CAATTCAATT TGTTCTAAGT GATAAGTACG GTACATTGAC AGCTGAAGAG 
CGCAAAGAAC TTTTCCATGT CGGCTCTGGA AGGCCTGCCT TGTCCATTTT TGTGGAGATT 
ATCTTTGACA ACTCGGATGG CCGTCTTATC ATTCCAGGAA GAGCGGAAGA AAAGGAGGTA 
CGGATACGGC GCACGGTTGG ACTAAAGCAA GATGAGTTTC GCGTGAATGA CCGTAGGTTT 
ACCGCCACGG AAGTGAGGCA GCTGTTGGAG AGTGCAGGGT TTTCTGCAAG CAACCCTTAC 
TACGTCGTGG AGCAAGGTAA GATTGTGAGC CTAGCCAACA TGAGTGACGA AGAGAGATGT 
CAACTTATTA AGGATGTTGC TGGCACCAAG GTCTATGAAT CACGGCGCAA AGAAAGTGAA 
GAAATCTTGG AAGAAACCTC TGGAAAGTAC CAAAAAATTG AAGAATCCAT CACTCAATTA 
GAGGAAAGAT TGACAGAGCT TGAAACTGAA ACCGCAGAGT TAAAGTCCTT TCAAGAGATT 
GAGAAGGAAC GCAAGTGCAT TGAATACTGT ATCTTTACGT TGGAGTTGTC TAATGCAAAG 
GAATGTCTAC AGAGGCTTGA TGCGAAGAGA AATGAGTTTA TTTCTTCCCT CAACAAGGAT 
AAAGATGCTG ATCTTAGCAT GAAAAGCAGC ATTGAGGCAA CAGAGACACA GATACGCAAC 
TGTGCAAAGC GTATTGCACA GATGGAAACA GAGATGAAGG TATTGGAGAA GGAAAGAATT 
GGATTGACCA GCAAGAAGGC TATTGCCCAG CTGGATGCGG CTGATGTGAC CAATGCAATC 
AGCCGAAACG AAAAAGAGGG TAAAGCACTC CAAAAAGAAG CAGAGCAGCT GGTGAGTAAT 
ACAGAGAAGG CGAAGAAGGA CCTGGAAGCG AAGCGTGTCA ACTTGTTTGA ACAACAGAAA 
AACGTAGAGA CAAGGAGCGG TAGTTTGACA AGTATGGAGG CGAAGTTAGA AAGTCTTTTA 
GCCAAACGCG GTCGACGTAA ACTGTTTAAG AACAAAGAAG AACGTGACAA GTGGCTTTCA 
GAGGAAATGG AGCGGAACAG AACTATTATA GACACCCATA GAAAAGAAAT TGCTCATTTG 
GAGAAAAATA TAGATGAAGT TAACTCCCAG ATTCGTGACG AAGAGAGGCA ACAGAAGGAA 
AAAGAGACGG TTTCAAAAAC CGTTGAATCA CGGCTAGCAG AGCATGAAGC TCAAAGAGGA 
AAGACGGTTT CTCTAAGGAA TACACTCAAT ATGGAGCGGA GGAATTTGTG GCAAAAAGTC 
AACGAACAGG AGAATGTCGT TCAGAGGCTT CAAGATGAGC ATAATCGCAC ACGACAACAG 
CTTGAACGTT CTGTCCGTCA TGATATTCGT CAGGGATTAC AGTCCTTAAA AGAAGTTTTG 
CACGAAGTGG GGGATGAGCG GTTACGCAAA GCCGTCCATG GACAGTTGAT TGAGCTCATT 
GAGGTCGCCA AGGGGTATGA GACAGCTGTT GAAGTGACAA CAGGTAATGC GCTCTTCAAC 
GTTGTTGTTG ATTCCTTTGA GGTTAGTGCT GTCCTCCTCG AGCAAATCAA TATGAGGAAG 
AAGCCTGGGC GCATATCCTT CTTTCCACTG GATACGTGCA GAAGTGAGGC AATGCGATTT 
GATGGGAAAG AGGGGTGTAC CTCCCTCATG GATCATGTTT CATGCAATGC CATGTTTAAG 
GGTGTGGTGG CTGAGGTCTT GGGAAGGACG GCCGTTGTGT CATCCATCGA GAACGGCGCG 
AAGGTTGTGA AACAATACAA CTGCGATGCT GTGACATTGG AAGGTGATCA GCTTAGCCGC 
AAGGGAGGCA TCACAGGAGG GTACTTGGAG TCCCGTAACA TGAAATTGGT CTCCTTCAAA 
AATGAAAAGA TGATTTCTGC AAAACTCTTG CAAGAACGAG CGACACTTGA CATGCTTTGC 
CAAGAAGTGG CTGTGGTCGA ACAGAAGATA ACAAACGTTA TGAATGAAAT TGAGTCCTTG 
AGGGGCGAAT TTGCTGTGGC AGAAAATAAG GCTGATGCAG ATCTTCAAGA CGCTCGCCTT 
CACGACGAAC GAAAGGCACG TCTCGAAAAG CAGAAGGAAC AATTCCTGGT GACTCGCAAG 
GCCTTGGAAA AGAGCATGAC TGATGCGAAT AGTGCCTTGT CGGTTTTACA ACAAGAAATC 
AAGAACGAGT TCTCTTCTAC ATGGAAACAG AGTGAGGAGA AGGAATTGGA GTCTCTCATG 
GTCGAAGTGG ATAAGTCTCG CCAAGAGCTC TCGTCAGTTC AATTACGTAC CGTACAAATG 
GCCACAGAAG TGCAACTACT GGAGGATACT CTTCAGAACA TGAATCGGAG GATGAATATT 
GTGCGTGATC GCATACGTGA GCTTGGTTGG TTCCATACCA ACAGGCAGTC CGTGGAGAAG 
GAGCAAGGTA ACGTGGACGA GGAACTCTCT CAGGTTTCCA AACGGATGGA TATTATTCGA 
CGCGCGATGG ACGAGGCTTC GAGGGAAAAG CTCGCCCACG AGGAGAAGCT TGAGCTTTTA 
AAGAACAAGA AGATCGCATC CTCGAGATCT GTACAAGAAC ACAATGAAGA TGAGGAAAGA 
GCTCAAATGC AGCGTACCCT CCTTGTACAG CGACGTAACG ACGCTATGGA GAAGATACGA 
CGTTTGGGTG TTGTTCCGAA GGGTGCCGAA ACTTACTCCG GAAAGTCGCT GGGCATACTG 
ATGCATCATC TAAAGGAAAA CAATGAAAAT CTGAAAAAAT ATGCACACGT AAACCGGAAA 
GCACTTGATC AGTACTCGTC CCTAATGGAG ACGAAGAACG ACCTGGTTGG CCAGAGAGAC 
AACCTACAGA ACGAATTGAA GAGCATCCAC GAGCTGATGG AGCACCTTGA TCGAAAGAAG 
GATGAGGCTG TAGAGCGTAC ATACAAACAG ATACAATATC AGTTTGAAGA GGTCTTCAAG 
GAACTCGTCG CAGCAGAGGA TTGCCGTGGT GAACTGCAGC TTGTCCATTC CTCCGCGAAG 
AAAGATGTAG GCGAGGACCC GTACATTGCC ACTCGCATTC GCGTGACGTT TGGTCTTGGG 
ACACCCGTAA CAGACCTTGC TCAGTTGAGT GGAGGACAAA AGTCACTTGT TGCACTGGCA 
CTGATTTTTG CTATTCAACG TTGTGANCCT GCGCCGTTTT ACCTCTTTGA TGAGATTGAT 
GCTGCACTGG ATGCAGAATA CCGCTCCTCA GTTGCGAAGC TGCTTCGTAA AGAGTCTGAA 
AACTGTCAGT TTATTACTGC CACATTCAAG AATGAGATGC TTGAGGCCGC CGATAATGTC 
CTTGGTGTAT TCTTTCACAA CAAGGTAAGC CGCATTCAGT CAATATCGCT GGACGAAGGT 
GTAAAGCTGC TGAAACAGGC AGCACTTGAA GAACGAAAAC GAGCACGCGA AGTTGAGGAG 
TAA