Tdrd1 cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Tdrd1
Entrez Gene ID	103731759
Full Name	tudor domain containing 1
Gene Type	protein-coding
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_008830219.1	XP_008828441.1	tudor domain-containing protein 1

Pathways from BioSystems
Gene Ontology

The following Tdrd1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Tdrd1 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
ONa46836	XM_008830219.1 Latest version!	Nannospalax galili tudor domain containing 1 (Tdrd1), 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)

Tdrd1 ( XM_008830219.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008828441.1 Nannospalax galili tudor domain containing 1 (Tdrd1), mRNA.

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CloneID	ONa46836
Clone ID Related Accession (Same CDS sequence)	XM_008830219.1
Accession Version	XM_008830219.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3546bp) 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	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	tudor domain-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008335438.1) 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 :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAATGTTA AATTGTCACC CAATATGATG CCAAGAAATA ATTTGGATGC CTCGACTTGT 
AAAATGACAG AGCCGTTTAA CTTTGAGAAA AAGGAAAGCA AGCTTCCACC CCACGATTCT 
CTAAGAAGCC CAGGAGCACA CGACAGCCAT CCTAATTTCA GGTTGAAAAG CCCAGAGAGT 
GGAAATAAAA ACAATTTTTT GCTTTGTGAG CAAACTAAAC AGTATTTAGC TAGTCAGGAA 
GACAAGTCAG AGGTTTCCTC AAACCCAACC AGTATCAGTG GAGAAGTGGT TGGGTCCAAA 
GAAGACAGGA AGATATTACC AACAGGAAAC CCAGTGTCCC CATTAAGTCT TGGAAATAAT 
TCACCACCCA ACAAGGTAAA AACTAAGCCC AACAATAATG TGTTTCCTGA AAAGTCAAAA 
AAATCGCACA AGTTGTTTGA GAATGCCTTG TCCATAAATA ATCCAGCACT CTTCAACTCT 
TTAGGACCTC CCCTTAGGTC TACAACCTGT CATCGCTGTG GCCTGTTTGG GTCGCTGAGG 
TGCTCACAGT GTAAGCAGAC CTACTACTGC TCCACAGCGT GCCAGAGGAG AGACTGGTCG 
TCCCACAGCA CCATCTGCAG ACCTGTTCAG CAGAGTTTGC ACAAGCTCGA AAAGAATAAA 
TCATATGAAG CAAAGAACAC TGAAGTGAAA AATGAGAGTG ATTGTGTACT CAGAGTTACT 
AAAGAAGTGG ATACTGGTGC TGGGAAAATA ATGTTTTCTG ATTTGAGACG TCTACAACTC 
AAGAAAACCA TGGAAATAAA GGGTACAGTT ACTGAATTCA AACACCCAAG TAACTTTTAT 
GTACAGTTGT ATTCCTTGGA GGTTTTAGAA CACATGAACC AACTCTCTAC AACCTTAAAA 
GAGACATATG CAGATATGGC ACATGAAGAC GGTTATCTTC CTATTAAGGG GGAAGTTTGT 
GTTGCCAAGT ACACAGTTGA TCAGACCTGG AACAGAGCAG TAATACAAGA TGTTGATGTG 
TTGCAGAAGA AGGCACAGGT CTTGTATATT GATTATGGAA ACGAAGAAGT AATTCCAATA 
GACAGGATTC ACCAGCTCAA CAGAAGCATT GACTTGCTTC CTCCTTATGC CATCAAGTGC 
TTTGTGGCAG ATGTTACCCC AGTGGAGGGC GATTGGAGCA ATGATTGCAT CATGACCATC 
AAGTCATTGT TGCTGGAACA GTTCTGCTCC GTAAAGATCA TTGATGTCCT AGAGGAGGAC 
ATAGTCACCT ATGCTGTGGA GGTTGTGCTG CAAAGCTCAG GGAAACTCCT AGACCAGGTA 
CTTGTAGACA TGGGATATGG TGTGAAACCC AGCGAGCAGA AGCAAAGTAC AGCTCAGAGT 
GAGTGCACAG GCAATCCTGA AGATGCTGGA AAAATGGCAC CTGAAAACAA AATAGTTGTA 
GACAGAAATG CCTTGATCCC CAAAGTACTA ACTTTGAGTG TGGGTGAGGA GTTCTGTGGT 
GTGGTTGCCC ACATTCAAAC ACCAGAGAAC TTCTTCTGTC AACAGCTGCA GAGTGGTCAT 
AAGCTTGCTG AACTTCAGGG GTCCCTCAGT GAGTACTGTG GTCAAGTGAC TCCACGCTCT 
GATTTTTATC CAACCATTGG TGATGTGTGT TGCGCCCAGT TCTCAGAGGA TGATCAGTGG 
TACCGTGCCT CAGTTTTGGC TTATGCTTCT GAAGAATCTG TCCTGGTTGG ATATGTGGAT 
TATGGAAACC TTGAAATTCT TAGTCTGAAG AGACTTTGTC CCATAATTCC AAAGTTGTTG 
GACTTGCCAA TGCAGGCTCT AAATTGTGTG CTGGCAGGGG TGAAGCCGTC ATTAGGGATT 
TGGACTCCAG AAGCTGTTTG TCTCATGAAG AAACTTGTAC AGAACAAAAT GATCACGGTG 
AGAGTGGTGG ACAGGCTGGA GAGCAGGTCC CTGGTGGAGC TTATAGACAA GTCAGTGACA 
CCTAACGTCA ATGCATCTAG AGTTCTCATA GATGCAGGCT TTGCCGTGGA GGAAAAGGAT 
ATAGTAGCAG AAAAAGCTAG TGACATGAAG AAAGCCAGTG TTCCCTTGGC CATAGAAGGA 
AAAGTAGAAC CGTTGCAGTG GACATGGGTT GAGTTTGCTG TTGATGAAAC CGTCGATGTG 
ATGGTCTGCA TGATGTACAA TCCTGGAGAA TTTTATTGCC ATTTCCTTAA AGATGATGCT 
GTGAAGAAGC TCAACGATTT GAATAAGTCC TTAGCAGAGT ATTGTCTGCA GAAATTGCCT 
AATGGCTTTA AGGCAGAAGT AGGGCAGCCT TGTTGTGCCT TTTTTGCAGG TGATGGCAAC 
TGGTACCGGG CCTTAGTGAA GGAGATCTTA CCAAATGGAA ATACCAAAGT CCACTTTGTG 
GATTACGGAA ACAGTGAAGA GGTTACTGCA GACCAACTCC AAATGATATC ATCCAAATTT 
TTAATACTTC CATTTCAAGG GATACAGTGC TGGTTAGTAG ATATACAGCC TAGGAACAAA 
CATTGGACTA AAGAAGCCAT AGCAAGGTTC CAGACATGTG TTGTGGGGAT CAAACTCCAA 
GCCAGAGTTG TCGAAATCAC TGAAAAAGGG GTGGGAGTTG AACTCACTGA TCTTTCCACT 
CCATATCCCA AAATAATTAG TGATGTCCTC ATCAGTGAAC ATCTGGTTTT AAAATCTAGT 
TCACCACAGA AGGACTTGGC AGGTAGCATA TCTGTTAATA AATATAATCA GATCGACACC 
CAGCAAGTAC AAGCCATCGT GCCAGCAGAG CAATGGAAGA CAATAGAATT GCCAATTAAC 
AAGACTGTGC CAGCAAGCAT ATTAGAAATA ATAAACCCTA ACTTGTTTTA TGCTGTCCCA 
AGTGAGATGC CAGAAAATCG AGGAAAACTA TGTAGATTGA CAGCTGAATT GTTAGAATAT 
TGCAGTGCTC AGAAAGGGCA ACCATCCTAC AGACCAAAAA TTGGAGATGC ATGCTGTGCC 
AAATACACAA GTGATGACTT CTGGTACCGG GCCATTGTTC TGGACACATC AGACTCTGAT 
GTGAAAGTGC TCTATGCAGA TTATGGGAAC ATTGAAACTC TACCTCTCTC CAGAGTGCAG 
CCCATTTCTG CCAGCCACCT GGAGCTGCCC TTCCAGATTA TTAAATGCTC ACTTGAAGGG 
CTGATGGAAT TGAATGGAAG CTGTTCTCGG TTTATGATAG AGCTACTTAA AAACTTCATG 
TTGAATCAGA ATGTAATGCT TTCTGTGAAA GGAGTTCATA AGAATATTCA CACGGTGTCA 
GTTGAGAAAT GTTCCGAGAA CGGTACTATC AGTATAGCTG ATAAGCTGGT GATGTGTGGT 
CTGGCAGAAA ACATCACATC TAAAGGGAAA AGTGCTGTAA CTAAAGAAAC AACTCATAGC 
ATGAATTGCT GCTGCACAGA GCTAAAAAAA CAGATTGAAA AGCATGAACA GATTCTTCTC 
TTCCTCTTAA ACAATCCAAC CAACCAAAAT AAATTTATTG AAATGAAAAA GCTGTTAAGA 
AGCTAA

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

RefSeq	XP_008828441.1
CDS	68..3613
Translation	MNVKLSPNMMPRNNLDASTCKMTEPFNFEKKESKLPPHDSLRSPGAHDSHPNFRLKSPESGNKNNFLLCEQTKQYLASQEDKSEVSSNPTSISGEVVGSKEDRKILPTGNPVSPLSLGNNSPPNKVKTKPNNNVFPEKSKKSHKLFENALSINNPALFNSLGPPLRSTTCHRCGLFGSLRCSQCKQTYYCSTACQRRDWSSHSTICRPVQQSLHKLEKNKSYEAKNTEVKNESDCVLRVTKEVDTGAGKIMFSDLRRLQLKKTMEIKGTVTEFKHPSNFYVQLYSLEVLEHMNQLSTTLKETYADMAHEDGYLPIKGEVCVAKYTVDQTWNRAVIQDVDVLQKKAQVLYIDYGNEEVIPIDRIHQLNRSIDLLPPYAIKCFVADVTPVEGDWSNDCIMTIKSLLLEQFCSVKIIDVLEEDIVTYAVEVVLQSSGKLLDQVLVDMGYGVKPSEQKQSTAQSECTGNPEDAGKMAPENKIVVDRNALIPKVLTLSVGEEFCGVVAHIQTPENFFCQQLQSGHKLAELQGSLSEYCGQVTPRSDFYPTIGDVCCAQFSEDDQWYRASVLAYASEESVLVGYVDYGNLEILSLKRLCPIIPKLLDLPMQALNCVLAGVKPSLGIWTPEAVCLMKKLVQNKMITVRVVDRLESRSLVELIDKSVTPNVNASRVLIDAGFAVEEKDIVAEKASDMKKASVPLAIEGKVEPLQWTWVEFAVDETVDVMVCMMYNPGEFYCHFLKDDAVKKLNDLNKSLAEYCLQKLPNGFKAEVGQPCCAFFAGDGNWYRALVKEILPNGNTKVHFVDYGNSEEVTADQLQMISSKFLILPFQGIQCWLVDIQPRNKHWTKEAIARFQTCVVGIKLQARVVEITEKGVGVELTDLSTPYPKIISDVLISEHLVLKSSSPQKDLAGSISVNKYNQIDTQQVQAIVPAEQWKTIELPINKTVPASILEIINPNLFYAVPSEMPENRGKLCRLTAELLEYCSAQKGQPSYRPKIGDACCAKYTSDDFWYRAIVLDTSDSDVKVLYADYGNIETLPLSRVQPISASHLELPFQIIKCSLEGLMELNGSCSRFMIELLKNFMLNQNVMLSVKGVHKNIHTVSVEKCSENGTISIADKLVMCGLAENITSKGKSAVTKETTHSMNCCCTELKKQIEKHEQILLFLLNNPTNQNKFIEMKKLLRS

Target ORF information:

RefSeq Version	XM_008830219.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili tudor domain containing 1 (Tdrd1), mRNA.

Target ORF information:

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

XM_008830219.1

ORF Insert Sequence:

ATGAATGTTA AATTGTCACC CAATATGATG CCAAGAAATA ATTTGGATGC CTCGACTTGT 
AAAATGACAG AGCCGTTTAA CTTTGAGAAA AAGGAAAGCA AGCTTCCACC CCACGATTCT 
CTAAGAAGCC CAGGAGCACA CGACAGCCAT CCTAATTTCA GGTTGAAAAG CCCAGAGAGT 
GGAAATAAAA ACAATTTTTT GCTTTGTGAG CAAACTAAAC AGTATTTAGC TAGTCAGGAA 
GACAAGTCAG AGGTTTCCTC AAACCCAACC AGTATCAGTG GAGAAGTGGT TGGGTCCAAA 
GAAGACAGGA AGATATTACC AACAGGAAAC CCAGTGTCCC CATTAAGTCT TGGAAATAAT 
TCACCACCCA ACAAGGTAAA AACTAAGCCC AACAATAATG TGTTTCCTGA AAAGTCAAAA 
AAATCGCACA AGTTGTTTGA GAATGCCTTG TCCATAAATA ATCCAGCACT CTTCAACTCT 
TTAGGACCTC CCCTTAGGTC TACAACCTGT CATCGCTGTG GCCTGTTTGG GTCGCTGAGG 
TGCTCACAGT GTAAGCAGAC CTACTACTGC TCCACAGCGT GCCAGAGGAG AGACTGGTCG 
TCCCACAGCA CCATCTGCAG ACCTGTTCAG CAGAGTTTGC ACAAGCTCGA AAAGAATAAA 
TCATATGAAG CAAAGAACAC TGAAGTGAAA AATGAGAGTG ATTGTGTACT CAGAGTTACT 
AAAGAAGTGG ATACTGGTGC TGGGAAAATA ATGTTTTCTG ATTTGAGACG TCTACAACTC 
AAGAAAACCA TGGAAATAAA GGGTACAGTT ACTGAATTCA AACACCCAAG TAACTTTTAT 
GTACAGTTGT ATTCCTTGGA GGTTTTAGAA CACATGAACC AACTCTCTAC AACCTTAAAA 
GAGACATATG CAGATATGGC ACATGAAGAC GGTTATCTTC CTATTAAGGG GGAAGTTTGT 
GTTGCCAAGT ACACAGTTGA TCAGACCTGG AACAGAGCAG TAATACAAGA TGTTGATGTG 
TTGCAGAAGA AGGCACAGGT CTTGTATATT GATTATGGAA ACGAAGAAGT AATTCCAATA 
GACAGGATTC ACCAGCTCAA CAGAAGCATT GACTTGCTTC CTCCTTATGC CATCAAGTGC 
TTTGTGGCAG ATGTTACCCC AGTGGAGGGC GATTGGAGCA ATGATTGCAT CATGACCATC 
AAGTCATTGT TGCTGGAACA GTTCTGCTCC GTAAAGATCA TTGATGTCCT AGAGGAGGAC 
ATAGTCACCT ATGCTGTGGA GGTTGTGCTG CAAAGCTCAG GGAAACTCCT AGACCAGGTA 
CTTGTAGACA TGGGATATGG TGTGAAACCC AGCGAGCAGA AGCAAAGTAC AGCTCAGAGT 
GAGTGCACAG GCAATCCTGA AGATGCTGGA AAAATGGCAC CTGAAAACAA AATAGTTGTA 
GACAGAAATG CCTTGATCCC CAAAGTACTA ACTTTGAGTG TGGGTGAGGA GTTCTGTGGT 
GTGGTTGCCC ACATTCAAAC ACCAGAGAAC TTCTTCTGTC AACAGCTGCA GAGTGGTCAT 
AAGCTTGCTG AACTTCAGGG GTCCCTCAGT GAGTACTGTG GTCAAGTGAC TCCACGCTCT 
GATTTTTATC CAACCATTGG TGATGTGTGT TGCGCCCAGT TCTCAGAGGA TGATCAGTGG 
TACCGTGCCT CAGTTTTGGC TTATGCTTCT GAAGAATCTG TCCTGGTTGG ATATGTGGAT 
TATGGAAACC TTGAAATTCT TAGTCTGAAG AGACTTTGTC CCATAATTCC AAAGTTGTTG 
GACTTGCCAA TGCAGGCTCT AAATTGTGTG CTGGCAGGGG TGAAGCCGTC ATTAGGGATT 
TGGACTCCAG AAGCTGTTTG TCTCATGAAG AAACTTGTAC AGAACAAAAT GATCACGGTG 
AGAGTGGTGG ACAGGCTGGA GAGCAGGTCC CTGGTGGAGC TTATAGACAA GTCAGTGACA 
CCTAACGTCA ATGCATCTAG AGTTCTCATA GATGCAGGCT TTGCCGTGGA GGAAAAGGAT 
ATAGTAGCAG AAAAAGCTAG TGACATGAAG AAAGCCAGTG TTCCCTTGGC CATAGAAGGA 
AAAGTAGAAC CGTTGCAGTG GACATGGGTT GAGTTTGCTG TTGATGAAAC CGTCGATGTG 
ATGGTCTGCA TGATGTACAA TCCTGGAGAA TTTTATTGCC ATTTCCTTAA AGATGATGCT 
GTGAAGAAGC TCAACGATTT GAATAAGTCC TTAGCAGAGT ATTGTCTGCA GAAATTGCCT 
AATGGCTTTA AGGCAGAAGT AGGGCAGCCT TGTTGTGCCT TTTTTGCAGG TGATGGCAAC 
TGGTACCGGG CCTTAGTGAA GGAGATCTTA CCAAATGGAA ATACCAAAGT CCACTTTGTG 
GATTACGGAA ACAGTGAAGA GGTTACTGCA GACCAACTCC AAATGATATC ATCCAAATTT 
TTAATACTTC CATTTCAAGG GATACAGTGC TGGTTAGTAG ATATACAGCC TAGGAACAAA 
CATTGGACTA AAGAAGCCAT AGCAAGGTTC CAGACATGTG TTGTGGGGAT CAAACTCCAA 
GCCAGAGTTG TCGAAATCAC TGAAAAAGGG GTGGGAGTTG AACTCACTGA TCTTTCCACT 
CCATATCCCA AAATAATTAG TGATGTCCTC ATCAGTGAAC ATCTGGTTTT AAAATCTAGT 
TCACCACAGA AGGACTTGGC AGGTAGCATA TCTGTTAATA AATATAATCA GATCGACACC 
CAGCAAGTAC AAGCCATCGT GCCAGCAGAG CAATGGAAGA CAATAGAATT GCCAATTAAC 
AAGACTGTGC CAGCAAGCAT ATTAGAAATA ATAAACCCTA ACTTGTTTTA TGCTGTCCCA 
AGTGAGATGC CAGAAAATCG AGGAAAACTA TGTAGATTGA CAGCTGAATT GTTAGAATAT 
TGCAGTGCTC AGAAAGGGCA ACCATCCTAC AGACCAAAAA TTGGAGATGC ATGCTGTGCC 
AAATACACAA GTGATGACTT CTGGTACCGG GCCATTGTTC TGGACACATC AGACTCTGAT 
GTGAAAGTGC TCTATGCAGA TTATGGGAAC ATTGAAACTC TACCTCTCTC CAGAGTGCAG 
CCCATTTCTG CCAGCCACCT GGAGCTGCCC TTCCAGATTA TTAAATGCTC ACTTGAAGGG 
CTGATGGAAT TGAATGGAAG CTGTTCTCGG TTTATGATAG AGCTACTTAA AAACTTCATG 
TTGAATCAGA ATGTAATGCT TTCTGTGAAA GGAGTTCATA AGAATATTCA CACGGTGTCA 
GTTGAGAAAT GTTCCGAGAA CGGTACTATC AGTATAGCTG ATAAGCTGGT GATGTGTGGT 
CTGGCAGAAA ACATCACATC TAAAGGGAAA AGTGCTGTAA CTAAAGAAAC AACTCATAGC 
ATGAATTGCT GCTGCACAGA GCTAAAAAAA CAGATTGAAA AGCATGAACA GATTCTTCTC 
TTCCTCTTAA ACAATCCAAC CAACCAAAAT AAATTTATTG AAATGAAAAA GCTGTTAAGA 
AGCTAA