Skip to content


You currently have no items in your basket.

RJH Biosciences

RJH Biosciences have developed broadly acting transfection reagents to modify mammalian cells with plasmid DNA, siRNA, mRNA and other nucleic acids. The foundation of their transfection reagents is based on cationic lipopolymers with optimal balance of cationic charge and hydrophobic (lipid) group. By systematically altering the polymeric backbone and the nature of lipid group, a library of transfection reagents has been generated. Some of the transfection reagents are broadly acting, functioning in different cell types with different nucleic acids. Others display high specificity, where they are exceptionally effective in particular cell types for particular nucleic acid delivery.

View All RJH Biosciences Products
RJH Biosciences

Welcome 2021 with New Reagents for Nucleic Acid Delivery

RJH Biosciences is an emerging company that develops unique transfection agents and delivery vehicles for nucleic acids. We combine polymeric and lipid moieties to provide more stable delivery that can be extended to animal models and ultimately to clinical settings. Key advantages of our delivery vehicles are:

  • Multivalent interactions with nucleic acids leading to strong binding of cargo that withstand disruptive forces in transit through cell membranes.
  • pH buffering capacity that facilitate escape of cargo from endosomes.
  • Lipidic moieties that enhance interactions with cell membrane and internalization.
  • Synergistic effects that coat the cargo and protect it from nucleases.
  • Tailored formulations to free nucleic acids once internalized in cytoplasm.
  • Aqueous buffers that obviate exposure of cells to organic solvents. 

RJH reagents are designed to facilitate your studies in cell culture and animal models in a way that is safe and reliable. Our reagents are particularly tailored for suspension growing cells such as blood and immune cells.

We use cookies to give you the best experience of using this website. By continuing to use this site, you accept our use of cookies. Please read our Cookie Policy for more information.