Drug delivery
Innovate drug delivery technologies for next generation therapeutics
Identifying new approaches for effective drug delivery
Many future scientific breakthroughs will result from the development of new drug delivery technologies and the ability to target previously undruggable disease targets with new therapeutic modalities. This is why we are investing in diverse drug platforms and expanding our toolkit of drug delivery technologies. Our aim is to design therapeutics for disease mechanisms previously considered difficult, if not impossible, to target and enable our scientists to pioneer new approaches to drug discovery. We want to partner with you to realise our goal of effectively delivering new modalities such as nucleic acids, peptides and other macromolecules.
Programme details
Submission status: Active
No submission deadline, please apply any time.
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We are looking to collaborate with academic researchers and institutional research centres working on novel, innovative drug delivery systems and drug development platforms across a range of advanced modalities. This includes, but is not limited to, peptides, oligonucleotides and antibodies.
We are particularly interested in the following drug delivery approaches:
- Technologies that facilitate oral delivery of macromolecules
- Approaches for elongating dosing intervals, e.g. long-acting delivery systems for peptides and oligonucleotides that can enable monthly or biannual dosing
- Technologies or compounds that offer patient-centric approaches to drug delivery and/or offer attractive alternatives to injectables, e.g. macromolecule transdermal delivery
- Approaches for targeted delivery of large nucleic acids ready for clinical translation
By collaborating with us, you gain access to advanced research tools including analogues of key modalities and nanomedicines to serve as a benchmark for technology or reference to test the hypotheses. We also provide expertise through our scientists with input to study designs, critical quality attributes and clinical translation of novel technologies. Where appropriate, we also have the potential to facilitate access to in vivo resources and/or in vitro assays for validation. We do not provide funding to support this work, but we will provide a letter of support for you to include in your grant funding application.
This programme is open to basic and applied researchers working in academic settings across all geographies.
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