Det står ikke i klartekst fimaNac. Det gjør det heller ikke hos andre samarbeidspartnere. Det er helt naturlig. Du må vente på mulig avtale før dette eventuelt annonseres i form av børsmeldinger og AstraZenecas hjemmeside med detaljert beskrivelse av teknologi. Nå er det meste av detaljer konfidensielt frem til patenter og avtaler. Hva tenkte du egentlig skulle ha stått på AZ sin hjemmeside om PCI Biotech sin teknologi før en mulig avtale? Per i dag er det ikke forskningssamarbeid se børsmelding under.
Samarbeidet var undisclosed top ten Big pharma frem til nov 2019 etter nærmere 5 års samarbeid hvor det ble enighet om å informere markedet om at partner var AstraZeneca.
http://pcibiotech.no/pci-biotech-expansion-of-preclinical-research-collaboration-agreement-with-astrazeneca/
Oslo (Norway), 26 November 2019 – PCI Biotech (OSE: PCIB), a cancer focused biopharmaceutical company, today announced an expansion of its preclinical research collaboration with AstraZeneca.
https://www.astrazeneca.com/what-science-can-do/stories/developing-the-next-generation-of-drug-delivery-technologies.html
Her kan PCI Biotech sin teknologi være benyttet:
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Cell-targeted delivery of therapies
Up to 80% of the targets we are seeking to reach are inside cells where they can be hard to access. Through a balanced approach of internally developed technologies and external collaborations, we are making progress in addressing the challenges of intracellular targeting of therapies.
We focus on the potential use of mRNA to produce therapies directly in the cell, turning the cell into ‘biological factories’ that produce the therapeutic proteins, antigens and/or antibodies to treat diseased organs and tissues.
RNA therapeutics offer potential to specifically modulate cellular pathways in ways not previously possible. However, we need to get the RNA molecules into the cytosol of the cell.
We are investigating lipid nanoparticles (LNPs) as a promising vehicle for intracellular delivery of mRNA for production of protein therapeutics in cells. LNPs have a successful track record of delivering nucleic acids and they are by far the most advanced delivery approach for mRNA delivery. As such, they are the natural choice as delivery vehicle in this research front.
We have shown that mRNA encapsulated in LNPs can deliver mRNA inside cells and initiate cellular protein production after intravenous, subcutaneous and lung administration. We are now focusing our research on enhancing the efficacy and safety profile of this drug delivery system.«