We have shown that bimodal NIR/Cu labeling can be used to quickly design bimodal imaging probes, and that both functionalities can be utilized in one animal.
As these materials can be formed with a wide range of functionalities, microgels can be utilized in a wide range of applications, including as building blocks for scaffold design.
It can be utilized to add specific functionalities (physicochemical stability, functionality, safety, and organoleptic qualities) to a flavoring material.
This geometrical freedom in design can be utilized to largely improve the functionality of series products by substituting conventional parts with additive manufactured ones.
In a previous study [1], it has been proven that the confined shape recovery functionality of a shape memory polymer (SMP) based syntactic foam can be utilized to repair structural damage such as impact damage repeatedly, efficiently, and almost autonomously.
Structural information such as that above provides detailed binding modes of ligands in their respective active sites and can be utilized to generate scaffolds with similar or improved binding affinities with novel functionalities.
We also envision that micro-CT can be utilized to characterize nanoparticle distribution in porous media in applications where nanomaterials are introduced for additional functionality of the final products.
Furniture can be modified, games can be added, and even musical instruments can be utilized.
It can be utilized in these such ways. .
Its functionality can be extended via plugins.
