Scientists, after observing surfers with cystic fibrosis (CF), found that the inhaled mist of seawater has a therapeutic effect on the lung problems related with the disease.
The trans-nasal pulmonary aerosol delivery device is believed to have exceeded its predicted performance after assessment in a clinical trial, and now additional devices have been asked to support more clinical trials.
Parion co-founder and chairman Dr Richard Boucher said they have been seen evidence that routine exposure to salt water reduces the number of lung infections in CF patients and leads to fewer hospital admissions, but the challenge was to develop an optimal delivery system.
"We enlisted Cambridge Consultants to design the system, given its track record of creating world firsts in drug delivery device development – and the results have exceeded our expectations," Boucher added.
The new nebuliser system allows people suffering with CF to enjoy the benefits of saltwater treatment in their homes overnight while they sleep.
A chronic disease, CF negatively affects the lungs and digestive system of more than 70,000 adults and children across the world.
Several studies have indicated that inhaling the hypertonic saltwater solution reduces the condition in CF patients as it rehydrates the layer of mucus film that lines the lungs.
In addition to conducting human-factor studies, Cambridge Consultants also applied its expertise in fluid dynamics to develop a system that could for eight hours continuously deliver an aerosol mist through the nose.
Cambridge Consultants programme director Matthew Allen said that they recognised the potential of this project that could help CF patients.
"The challenge was to build an aerosol nebuliser system that could be comfortably used by patients overnight – with the saline mist travelling down a long cannula to the sleeping patient without forming the large droplets that often occur in a standard nebuliser system.
"The size of the saline droplets is crucial to the success of the treatment as they need to be small enough to penetrate deep into the lungs."
