soloMER™ coated Nanoparticles or sNaPs™ - The development of optimised “escort” molecules for the targeted delivery of nanomedicine, anti-cancer therapeutics
Lead Participant:
ELASMOGEN LIMITED
Abstract
Even though there has been a marked improvement in the outcomes for cancer patients, 35% will still
eventually succumb to the disease. Treatments still require clinicians to balance the administration of anti-
cancer toxins with extreme patient side-effects. Therefore, there remains a significant need for more specific
cancer therapies, providing opportunities for innovative drug development. This proposal combines the power
of proteins call soloMERs™ (produced by the lead organisation Elasmogen Ltd), that can bind specifically to
tumours, with microscopic drug filled (nano)particles (produced by Queen’s University Belfast), to target toxic
payloads directly into cancerous cells, minimising the insult to surrounding healthy tissue. soloMERs™ small
size and robust nature makes them ideal “escort” proteins suitable for joining to and decoration of the surface
of nanoparticles. It is hoped that this approach could deliver 1000 times more drug than competing
technologies with these first sNaPs™ having the potential to be a new platform approach to the treatment of
solid cancer masses.ject Summary
eventually succumb to the disease. Treatments still require clinicians to balance the administration of anti-
cancer toxins with extreme patient side-effects. Therefore, there remains a significant need for more specific
cancer therapies, providing opportunities for innovative drug development. This proposal combines the power
of proteins call soloMERs™ (produced by the lead organisation Elasmogen Ltd), that can bind specifically to
tumours, with microscopic drug filled (nano)particles (produced by Queen’s University Belfast), to target toxic
payloads directly into cancerous cells, minimising the insult to surrounding healthy tissue. soloMERs™ small
size and robust nature makes them ideal “escort” proteins suitable for joining to and decoration of the surface
of nanoparticles. It is hoped that this approach could deliver 1000 times more drug than competing
technologies with these first sNaPs™ having the potential to be a new platform approach to the treatment of
solid cancer masses.ject Summary
Lead Participant | Project Cost | Grant Offer |
---|---|---|
ELASMOGEN LIMITED | £98,520 | £ 68,964 |
  | ||
Participant |
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QUEEN'S UNIVERSITY BELFAST | £42,130 | £ 42,130 |
QUEEN'S UNIVERSITY OF BELFAST |
People |
ORCID iD |