Science Fiction and Science Fact

Science Fiction and Science FactThere are several possibilities for nano materials such as chemical bonds and molecules. Inorganic nanosystems are used in present day biomedical sciences and medicine. Nano structures can have a very wide variety of applications in the development of new therapeutic compounds and antiseptic medical equipments. These nanostructures can be used to treat human and animal disease, evaluate reactions, screen medical samples, and create protective barriers.In the form of memory implants, scientists at the University of Birmingham in England have used the system of atoms to develop sensors that pass information from the mind to the computer. The important principle of this technology is in the nanoscopic assemblies, the effective transfer of information within and arrays. The assembly is made up of millions of microscopic 'bots' or metal molecules which form various arrays of interconnected pillars of atoms and molecules. This technology could change the way medicine is practiced today.Nano-molecules have a number of chemical properties which have not been harnessed to their full potential. Inorganic physics has shown that nanomolecules can carry vital information. The system is called direct atomic memory and is the current centerpiece of nanotechnology. Direct atomic memory can store information in one direction but can store information in two directions simultaneously. So, this system has a number of applications which are based on the fact that this technology uses the building blocks of the nanomachines' bodies.Nanoprobes are the smallest multicellular organisms. They consist of a single cell, which is usually referred to as a nanobacterial. The cell usually does not have any nucleus. They are made up of a group of uniform, minute molecules or so called universal regular particles called peptides.There are different steps involved in the manufacturing of nanobacteria. The primary protein ismade up of a single group of amino acids that are synthesized on a large scale. There are a number of kinds of proteins that can be made up of different lengths. The end product of the cell manufacturing process is the nanobacterial. When this system is used to get hold of energy that is not released or is converted into mechanical energy, the science fiction aspect of nanobiology is realized.There are various chemical reactions that occur within organic chemistry. This theory is the basis of the use of electrochemical reactions in a variety of kinds of applications. The ingredients of these reactions can vary from one individual to another. The reactions are very sensitive to the source of the chemical reactants. This becomes a very important factor when the need arises to get hold of energy.Nanosystems have the potential to be so much more than a vision. These units have the ability to help with the treatment of disease, to improve existing drugs, and to manufacture new treatments. With the fundamental research that has been done in the various nano materials from the University of Birmingham, the future of the treatment of disease and in the manufacture of the drugs is very bright.