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Procarta - Snare Technology
Proprietary nanoparticles deliver an oligonucleotide inside the bacterial pathogen. The oligonucleotide acts as a Transcription Factor Decoy (TFD): it contains the binding site of a transcription factor that controls a large set of genes required for the survival of the bacterium. The TFD acts as a competitive inhibitor to prevent these genes being turned on and so prevents growth and treats the infection.
Tackling bacterial infections
- An entirely new concept in antibacterial therapy
Procarta Biosystems has developed a solution to the rising threat of antibiotic resistance: snare antibacterials. A novel type of antibacterial active on all strains irrespective of resistance and designed to suppress the rise of future resistance.
Snare antibacterials: a new way to treat infections
- Snare antibacterials rapidly designed to combat resistance
Snares prevent infection by inhibiting essential bacterial genes. This opens up a large number of new therapeutic targets (transcription factors) that are resistance-free even in multiple drug-resistant (MDR) strains.
There are two components to these new therapeutics: an oligonucleotide to block targeted transcription factors complexed in a nanoparticle capable of carrying them to sites of infection and delivering into bacteria.
Nanoparticulate delivery
Procarta with Canadian pharmacy has developed proprietary nanoparticles that deliver oligonucleotide TFD to a wide range of bacteria.
- Active delivers in vitro and in vivo to MRSA, E. coli, C. difficile and P. aeruginosa.
- Formulated preclinical data demonstrates efficacy as an iv agent, oral delivery to gut and topical.
- Stable nanoparticles condense TFD and protect it from degradation in harsh biological conditions.
Refilling the antibacterial pipeline
- Procarta’s platform is a truly disruptive technology
Procarta has developed a powerful Platform Technology:
- Antibacterials designed by bioinformatics – translating genomic sequence to oligonucleotide therapeutic with defined spectrum
- Nanoparticles are ‘one size fits all’ – deliver to both Gram-positive and Gram-negative pathogens
- snares can be targeted to sites of infection – nanoparticles can be engineered to treat different indications
