The microfluidic chamber was designed to act as a multifunctional system for simultaneous and high-throughput experiments.
The experimental work presents a microfluidic chamber with an integrated micropipette combined with optical tweezers and optical spectroscopy that acts as multifunctional system for various biomedical and electrophysiological applications with complete environmental control.
Three-dimensional (3D) nanostructured thin films have attracted great attention due to their novel physical, optical, and chemical properties, providing tremendous possibilities for future multifunctional systems and for exploring new physical phenomena.
At the same time, more motion classes and more repetitions for each movement class will be also extended for integrating a multifunctional system of prosthetic limbs.
In countries with high human populations, using agricultural areas as multifunctional systems to produce food for humans and retain wildlife may be an efficient conservation strategy for many species.
The design and synthesis of multifunctional systems with high biocompatibility are very significant for the future of clinical applications.
These types of multifunctional systems may be of a major importance in developing new theranostic agents for personalized medicine.
Finally, gold-coated iron oxide nanoparticle/engineered protein G hybrid systems were successfully employed as multifunctional cargo systems for the targeting, imaging, and manipulation of mitochondria.
They can be useful to achieve an integrated vision of the free radical reactivities in a multifunctional system and, overall, for wider applications in the redox proteomics field.
