Imperial Bioscience
Biopharmaceutical company developing and commercialising dissolving microneedle (microarray patch) technologies for transdermal delivery of cosmeceutical and pharmaceutical actives. The organisation focuses on R&D of hyaluronic acid–based self‑dissolving microstructures, manufacturing processes for microarray patches, clinical evaluation of patch efficacy, and commercialisation of skincare product lines. The company publishes clinical studies and has received public translational R&D funding to progress preclinical programmes toward clinical stages.
Industries
Nr. of Employees
small (1-50)
Imperial Bioscience
London, England, United Kingdom, Europe
Products
Cosmetic microneedle patch product line (consumer skincare kits)
Consumer-facing dissolving microneedle patch kits formulated with vegAN-friendly actives and hyaluronic acid–based micro‑structures to address skin concerns such as fine lines, hyperpigmentation, blemishes and scarring.
Cosmetic microneedle patch product line (consumer skincare kits)
Consumer-facing dissolving microneedle patch kits formulated with vegAN-friendly actives and hyaluronic acid–based micro‑structures to address skin concerns such as fine lines, hyperpigmentation, blemishes and scarring.
Services
Customisable dissolving microneedle platform development and licensing
Platform development and partnership/licensing opportunities to adapt dissolving microneedle patches for different active ingredients and indications.
Customisable dissolving microneedle platform development and licensing
Platform development and partnership/licensing opportunities to adapt dissolving microneedle patches for different active ingredients and indications.
Expertise Areas
- Transdermal drug delivery
- Microneedle/microarray patch development
- Formulation of biomolecules for transdermal delivery
- Cosmeceutical product development
Key Technologies
- Dissolving microneedle / microarray patch platforms
- Hyaluronic acid–based dissolvable microstructures
- Droplet‑extension (DEN) microfabrication for patches
- Encapsulation and stabilization of peptides and biomolecules in patch matrices