RE: Fundraise23 Aug 2022 11:00
Farris, Stuart has signed NDAs with Croda as is not free to RNS anything without their approval and we have been told Croda intend to launch via VIP clients and will wish to maximise the impact on the market on launch.
Regarding the Oral Health Study, if you read the further R&D getting underway in the link previously provided (extract below) there is every indication that the sort of barrier protection provided and adapted from the lysate, is exactly the right way to go and we have been told all is on track
"One important system affected by ageing, is our immune system, influencing our ability to both fight infection and maintain tolerance. This is a particular problem at barrier sites, interfaces between the internal body and the external world (such as the gut and oral cavity). The immune system at these sites has to mediate a delicate balance; it must protect against pathogen entry and also be able to distinguish these bad invaders from commensal/friendly bacteria. This is a difficult challenge and to achieve this the immune system is carefully tailored to barrier sites creating highly specialized networks of immune cells that enforce this balance and ensure the integrity of barrier sites. Maintaining this balance becomes increasingly difficult with advancing age.
Although age-driven changes in immune function have been assessed in the gut, the influence of age on the immune network present at the oral barrier remains minimally explored. This is a significant oversight given that advancing age is accompanied by loss of oral barrier integrity and an increased incidence and severity of oral inflammation. Moreover, recent data has shown that oral inflammation is a risk factor for a plethora of disorders associated with unhealthy aging, including cardiovascular disease and diabetes. As such it becomes increasingly important to understand the age-associated changes occurring at the oral barrier.
The objectives of this grant are to determine the functional changes to oral barrier immune responses with age and to define the oral-specific factors that educate the oral barrier immune network across a life-time. By employing novel techniques that I have developed alongside cutting edge-technology, this work will transform our understanding of tissue-specific control of immune homeostasis at the oral barrier throughout a healthy life-time. In particular this work will assess the factors that promote immune dys-regulation at the oral barrier and undermine barrier homeostasis with age."