(Synthetic Nanoreactors) Have Greater Diversity and Simple Structure

Synthetic nanoreactors have greater diversity and a simple structure, and various molecules and types of macromolecules  are used to prepare synthetic nanoreactors. An example of these nanoreactors, which have selectable and  temperature-sensitive branches, has been used as a homogeneous catalyst in the oxidation of thiols. Synthetic reactors have greater diversity and a simple structure, and various molecules and types of macromolecules  are used to prepare synthetic nanoreactors.

Nanostructured materials that are electrically conductive allow the production of inexpensive and portable biosensors and biodetectors  . These materials can be considered as warning signs and  therefore can be used in hazardous environments. The detection of  single molecules by photon detectors is another example of the application of nano-microelectronics in the life sciences.

Conclusion :

Natural nanoreactors  Cells and cellular organelles, which are considered the most ideal nanoreactors, have lipid membranes.  These  nanoreactors are selectable

This division of nanomaterials (nanostructures) is not an apparent and worthless division. These three types of nanostructures have fundamental differences in terms of synthesis and production, as well as properties and applications. In general, the electrical, optical, magnetic, surface, etc. properties of these three structures are fundamentally different from each other, and of course their applications are also different. The main basis of nanotechnology is the use of materials. Every material in space has three dimensions of length, width, and height. If at least one of these three dimensions in a material is in the nanometer range, it is called a material, a nanostructure. There is no accepted definition for the nanometer range, but a more acceptable definition is a range between one and one hundred nanometers. Even with dimensions of several hundred nanometers in a material, it is still called a nanostructure. In fact, the definition of the area of ​​1 to 100 nanometers is for the sake of having a definition and standard.