OUR GOALS

OUR PRODUCTS

Multiple Enzymes for mRNA synthesis and modification with high purity, high activity, low endotoxin, no heavy metal and host enzyme residues. Our grade of materials caters to scientific research and industrial customers.

Immunohistochemistry (IHC) reagents are essential tools used in the IHC technique to detect specific antigens in tissues or cells by exploiting the antigen-antibody interaction. We are developing through a collaboration in the US for a full panel of more than 35 IHC Primary and Secondary Antibodies for Gastric and Breast cancers as a priority and would further add more than 140 covering other disease segments.

Specialised recombinant enzyme product line features Endonuclease, Trypsin, Carboxypeptidase to name a few and several others – each crafted to deliver consistent results with unparalleled efficiency.

Endonuclease for Empowering Nucleic Acid Processing: A high-purity enzyme designed to cleave DNA and RNA by hydrolyzing phosphodiester bonds. Used in Gene therapy manufacturing and vaccine production. It is very efficient in removal of nucleic acid contaminants in protein workflows. Used in CRISPR and genome editing protocols.

Trypsin, a Precision Protease for Protein Digestion. A serine protease that selectively cleaves peptide bonds at lysine and arginine residues, facilitating protein analysis and cell culture workflows. It is widely used in Protein digestion in proteomics research, Cell dissociation in tissue culture, Biopharmaceutical manufacturing.

Carboxypeptidase, an Enhancing Peptide Modification agent. This is critical enzyme that cleaves amino acids from the carboxyl terminal of peptides, widely used in protein structure analysis and processing.

EGF (Epidermal growth factor) widely used in cosmetic industry and is a reparative ingredient that signals to cells to boost collagen and elastin production. Products with EGF are an important topical therapeutic modality to treat aging skin efficiently and to treat hyper-pigmentation, rhytids, dryness, and laxity.