Nanopharm

We are the world’s leading provider of orally inhaled and nasal drug product design and development services. We enable the seamless translation of pre-clinical development through to clinical manufacture of OINDPs. We do this through our unique processing technologies and formulation development tools....

Market needs for a device to deliver high drug loads to lungs. Introduction to the Orbital device – features and benefits. Comparative performance of Orbital to other DPI devices. Different types of molecules and formulations made using different particle engineering technologies, including spray dried and freeze dried powders and novel blending technologies. in vitro aerosol performance of drug-device combinations using clinically representative analytical methodologies (SmartTrack™). in silico lung deposition of drug-device combinations in different disease state lung models using computational fluid dynamics and FRI™.

Despite being widely commercialised as injectable formats, “biologics” are now creating lots of excitement in the orally inhaled and nasal drug product (OINDP) segment of the pharma industry. But compared to small molecules, one biologic can be fundamentally widely different from next in their properties and behaviour, so this all-encompassing classification can also create confusion for companies trying to navigate the complexity of turning their molecule into a viable nasal drug product. This session will explain the wide ranging properties of the main types of biologics (peptides, nucleic acid based molecules e.g. mRNA, larger proteins e.g. monoclonal antibodies) using easy-to-understand analogies, whilst introducing how these might impact – and be impacted by – the formulation itself as well as the physiological environment of the nose. A special consideration will also be made around the potential to exploit the nose-to-brain pathway, and particularly the interest in the use of nanoparticle encapsulation or conjugation technologies to facility the molecule’s journey to its target.