Nano-engineering Multifunctional Organized Systems highlighting Hybrid micelles, vesicles and Lipidic aggregates towards higher sized structures for theranostics perspectives

Abstract

The design of organized systems based on molecules with particular chemical structures that permit their auto-assembly showed a high interest and impact in many fundamental Research fields and applications. These types of structures within the Nanoscale such as vesicles, micelles and lipidic Nanoparticles with variable stabilities showed particular interests within fundamental Research and applications. It is highlighted the soft material characteristics that afforded to many developments in Pharmacy, Nanomedicine, and Life Sciences. Moreover, potential uses for Biotechnology, Nano-Biotechnology, Biophotonics, and Bioelectronics could be noted as well. In addition, other news trends and technologies such as Green Photonics and Biomaterials for further Bioapplications are of high interest.In this regard, in this brief chapter it was presented organized systems from the Nanoscale towards higher sized structures highlighting potential uses and future developments focused on Theranostics. In this context, it was reviewed properties to propose new Multi-functional organized systems. Thus, it was discussed about how it could be combined different materials and properties in order to achieve desired functions or particular new properties from condensed matter interactions. And, in this way, it was highlighted the Biocompatible properties that permit joining other types of Nanomaterials with a given degree of toxicity but accompanied with excellent semiconductive properties as for example. By this manner, it was concluded about the future perspectives within Nanotechnology and Life Sciences Research fields.