DCTD cDNA

• Description :

  DCTD (deoxycytidylate deaminase), also known as dCMP deaminase, is a 178 amino acid allosteric enzyme that exists as a homohexamer and belongs to the cytidine and deoxycytidylate deaminase protein family. using zinc as a cofactor, DCTD catalyzes the deamination of dCMP to duMP, thereby producing the nucleotide substrate (duMP) that is used by thymidylate synthase.

• Chromosomal Location :

  4q35.1

• Antigen Species :

  Human

• Vector Type :

  PATGen (puc19-derived cloning vector)

• Sequence :

  ATGAGTGAAG TTTCCTGCAA GAAACGGGAC GACTATTTGG AATGGCCAGA GTATTTTATG GCTGTGGCCT TCTTATCAGC ACAGAGAAGC AAAGATCCAA ATTCCCAGGT CGGCGCCTGC ATCGTGAATT CAGAAAACAA GATTGTCGGG ATTGGGTACA ATGGGATGCC AAATGGGTGC AGTGATGACG TGTTGCCTTG GAGAAGGACA GCAGAGAATA AGCTGGACAC CAAATACCCG TACGTGTGCC ATGCGGAGCT GAATGCCATC ATGAACAAAA ATTCGACCGA TGTGAAAGGC TGTAGTATGT ATGTTGCCTT GTTCCCTTGT AATGAATGCG CTAAGCTCAT CATCCAGGCA GGTATAAAAG AAGTGATTTT CATGTCTGAT AAATACCATG ATAGTGACGA GGCAACTGCT GCGAGGCTCC TGTTTAATAT GGCCGGGGTG ACATTCCGGA AATTCATACC GAAGTGCAGC AAGATTGTCA TTGACTTTGA TTCAATTAAC AGCAGACCGA GTCAAAAGCT TCAGTGA

• Additionnal Information :

  DCTD, DCTD, ATGD0029-10 µg, ATGD0029-20 µg, ATGD0029-50 µg, ATGD0029-100 µg, ATGD0029-250 µg, ATGD0029-500 µg, ATGD0029-1 mg, ATGD0029-10, ATGD0029-20, ATGD0029-50, ATGD0029-100, ATGD0029-250, ATGD0029-500, ATGD0029-1

• Storage Conditions :

  Store the plasmid at -20C.

• Formulation :

  Lyophilized

• Scientific Category :

  Enzymes & Proteases

• Omim :

  607638

• NCBI Accession Number :

  NP_001912.2

• Species :

  Human

• Preparation :

  1. Centrifuge at 7000rpm for 1 minute.; ;2. Carefully open the vial and add 100 µL of sterile water to dissolve the DNA.; ; Each tube contains approximately 10 µg of lyophilized plasmid.

• RNA Reference :

  NM_001921.2

• DNA Size :

  537bp

• Vector Description :

  This shuttle vector contains the complete ORF. It is inseted BamH I to Xho I. The gene insert contains multiple cloning sites which can be used to easily cut and transfer the gene and recombination site into your expression vector.