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The discussions show genuine excitement about the method of electrostatic assembly transforming brittle amyloid fibrils into flexible films, exemplified by phrases like 'large, flexible amyloid-based films' and the invitation to 'Read how it's done,' which indicates curiosity and recognition of the innovation's importance.
Most discussions acknowledge the significance of the new method for improving amyloid fibril films, indicating general agreement with the research's potential.
Posts express high interest through enthusiasm and curiosity, especially with phrases like 'Read how it's done' and highlighting the innovative aspect.
Comments reference specific technical details, such as electrostatic assembly and applications in devices, reflecting active engagement.
Participants recognize that this development could advance material science and device applications, though they stop short of claiming revolutionary change.
Amyloid fibrils, special aggregates of proteins, can be very brittle. A new method using electrostatic assembly enables the formation of large, flexible amyloid-based films like this one. @MezzengaRaf @ETH_en Read how it's done
RT @AdvSciNews: Amyloid fibrils, special aggregates of proteins, can be very brittle. A new method using electrostatic assembly enables t…
This research introduces a simple electrostatic self-assembly method to create customizable amyloid fibril films at the air-water interface, overcoming brittleness. The films incorporate nanoparticles for properties…
RT @AdvSciNews: Amyloid fibrils, special aggregates of proteins, can be very brittle. A new method using electrostatic assembly enables t…
Amyloid fibrils, special aggregates of proteins, can be very brittle. A new method using electrostatic assembly enables the formation of large, flexible amyloid-based films like this one. @MezzengaRaf @ETH_en Read how it's done
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