Product Description

Recombinant Human N-6 Adenine-Specific DNA Methyltransferase 1 is a member of the DNA methyltransferase family, specifically targeting N-6 adenine residues for methylation. This enzyme plays a key role in epigenetic regulation by adding methyl groups to adenine bases, thereby influencing gene expression. With a molecular weight of approximately 182 kDa, Recombinant Human N-6 Adenine-Specific DNA Methyltransferase 1 is a crucial component in the maintenance of genomic stability and cellular function.

Current Lead Time

7-14 Days

Product Specifications

*For Research Use Only

If your product is within its expiration period, and has not performed according to expectations, fill out the sample return form. Return the unused sample frozen, with the auto generated packing slip to the address on the instructions. You will receive a full refund along with a replacement of the unused portion (inclusive of the failed test). Damages do not cover any additional costs incurred for failed experimentation. 

MGSSHHHHHH SSGLVPRGSH MGSMAGENFA TPFHGHVGRG AFSDVYEPAE DTFLLLNALE AAAAELAGVE ICLEVGSGSG VVSAFLASMI GPQALYMCTD INPEAAACTL ETARCNKVHI QPVITDLVKG LLPRLTEKVD LLVFNPPYVV TPPQEVGSHG IEAAWAGGRN GREVMDRFFP LVPDLLSPRG LFYLVTIKEN NPEEILKIMK TKGLQGTTAL SRQAGQETLS VLKFTKS.

Reconstituted store at -20°C or -80°C.We recommend that single use aliquots are prepared to avoid freeze-thaw cycles.

1. Thaw the vial on ice, spin briefly
2. Prepare single-use or stock aliquots. This stage will depend on your final application so please adapt as appropriate. All our proteins are supplied carrier protein-free. If compatible with your work and you are storing at lower concentrations (<50 ug/ml) adding carrier protein is highly advised (usually 1% w/v high purity BSA or equivalent – ensure all buffers are sterile-filtered).
3. Prepare single-use aliquots whenever possible to avoid freeze-thaw cycles which can damage the proteins and reduce bioactivity. Store aliquots at -70 °C (or -20 °C)
4. We recommend sterile filtering after dilution in media or the final working solution
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