Cambridge Healthcare Innovations (CHI)

The carrier fraction of coarse particles is used to facilitate the pharmaceutical filling and metering process of formulations for dry powder inhalers. However, it provides no benefit to the patient - it impacts in their mouth and throat during inhalation, and any drug particles still attached do not reach the lung, and can lead to unwanted side effects, and cause coughing. The left image shows the formulation as filled into the Quattrii blister, comprised of blue "mimic" drug and coarse lactose carrier particles. The right image shows what is retained within the Quattrii blister following inhalation. What makes Quattrii unique is its ability to retain the majority of the carrier fraction in the blister while efficiently delivering a fine aerosol of drug to the lungs. We’re excited to share more about Quattrii at Drug Delivery to the Lungs Conference (DDL) next week, and look forward to seeing you there! #DDL2024 #inhalation #respiratory

Today we are very pleased to announce an exclusive partnership with Aptar Pharma to commercialise our revolutionary Quattrii DPI technology. The Quattrii platform is designed for large fill masses of up to 150 mg, and supports carrier-based and API-only formulations. It represents a new era for respiratory medicine. Read more: https://lnkd.in/enb83dNv

What are the most common myths about respiratory drug delivery that you hear? The science behind respiratory drug delivery is complex, and consequently there are lots of myths floating around. We wanted to tackle some of the most common myths head on, so we will be publishing a series of blog posts, each addressing a common myth about DPIs that we often hear. For example, in the first blog of the series, we debug the common myth that lower resistance DPIs are “easier to use”. What are some of the common myths you often hear? Comment below! https://lnkd.in/dd8rbWar #DPIs #respiratorymedicine #respiratorydrugdelivery #inhalers

We are really excited to unveil our new brand identity and website. Learn more about the inspiration and drivers behind the new look: https://lnkd.in/ePqBG6uv