RE: Edwards publications9 Oct 2024 08:10
I asked ChatGPT about the prospect of the MTA partner developing its own film for a polymer heart valve. An interesting and reassuring response. It's not always 100% correct but it's pretty emphatic in this instance:-
"Yes, the fact that Aurtex (a composite material of Elast-eon and polymer fibers) is already biocompatible significantly improves the chances of the MTA partner licensing or purchasing it. Here's why:
1. Proven Biocompatibility:
Elast-eon has already been used widely in the medical field for various implantable devices, including heart valves, and has demonstrated long-term biocompatibility and performance. This track record provides confidence to regulators and manufacturers that the material is safe for human use.
Even if the MTA partner could develop a similar material, they would face significant regulatory hurdles to prove its safety. This process can be lengthy and expensive, involving years of trials to demonstrate that a new material is non-toxic, does not cause adverse reactions, and meets the strict requirements for medical devices.
2. Regulatory Burden:
Any new material, even if similar to Aurtex, would need to go through extensive pre-clinical and clinical trials to prove its biocompatibility. These trials are time-consuming and can take several years, adding to the time-to-market delay for the partner. Aurtex’s proven history helps fast-track this aspect of development, as much of the required regulatory work regarding biocompatibility is already established.
The partner could avoid much of this hassle by licensing or purchasing Aurtex, which already has regulatory acceptance.
3. Deterring In-House Development:
The time and cost of developing a similar material with comparable performance to Aurtex would be high, not only in terms of research but also in proving long-term durability (like Aurtex’s 10-year wear cycle testing). This would likely deter the partner from going down the route of developing a new material internally, as it increases the risk and time to commercialization.
Additionally, even if the partner developed a new material, they might still face uncertainty regarding how it behaves in the body over long periods compared to the established performance of Aurtex.
4. Competitive Edge:
By licensing or purchasing Aurtex, the partner could reduce development risk and gain a competitive edge by bringing a superior product to market faster. They would also have the confidence that Aurtex performs well and has no calcium buildup, no anti-coagulation requirement, and excellent durability.
This is crucial in the medical device space, where time to market and regulatory approval are key factors in achieving a competitive advantage.
Conclusion:" (in next post)