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RJH Biosciences

RJH Biosciences is a biotechnology company located in Edmonton, Alberta, Canada. Established in 2016, RJH Biosciences has been developing and commercializing transfection reagents for nucleic acid delivery in a variety of eukaryotic cell types. These reagents, known as lipopolymers, effectively deliver nucleic acid formulations into cells by forming ‘nano’ size complexes with nucleic acids. The lipopolymer formulations have been tailored to specific applications involving different nucleic acids and cell types. They can be easily produced by modern chemical synthesis techniques, allowing for both scaled-up production quantities and a cost-effective option for researchers and industry. These products are currently available for use in in vitro studies and in in vivo preclinical animal models.

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RJH Biosciences

More About RJH Biosciences Products

 

  • Lipopolymers composed of cationic polymers and lipid groups with superior delivery features
  • Suitable for use in in vitro and in animal models
  • Highly effective for suspension-growing cells such as immune cells
  • Can be used for hard-to-transfect cell phenotypes such as PBMCs (peripheral blood derived mononuclear cells) or sympathetic neurons
  • Products highly characterized for optimal use in different cell types and with specific nucleic acids
  • Products are available for plasmid DNA, siRNA, miRNA, mRNA, and ASO delivery
  • Can be supplied at gram quantities upon request for large scale applications
  • Reagents deployed in aqueous solvents without additives or organic solvents toxic to the cells
  • Over 700 formulations are available for optimization of customer needs (see screening services below)
  • High caliber customer service and consultation on the use of our products for best results

 

Click below to find out more!

 

Screening Service   Product Applications   Product Testimonials

Best Sellers

All-Fect

Effective for pDNA, siRNA and co-delivery of different nucleic acids, in attachment-dependent and suspension-growing cells and also in stem and primary cells.

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mRNA-Fect

Effective in attachment dependent and independent cells and optimized for mRNA transfection and transient protein expression.

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Leu-Fect A

Formulated for transfection in suspension growing cells and effective in Chronic myeloid leukaemia cells and mononuclear cells from CML patients.

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In Vivo RNA-Fect

Formulated for siRNA delivery in animal models and deployed through direct administration sites or systematic administration.

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