Nanotechnology can be described as the science of and technology for creating substances using single atoms and molecules. It is concerned with the applications and properties of materials with different structure sizes, from one to 100 micrometers. When studying substances’ compositions, scientists discovered many new characteristics. A technology which uses these properties to build devices with particular functions is called nanotechnology. These are just three of the amazing applications that nanotechnology can have.
People can lose weight with a new kind of nanoparticle
Scientists from Brigham and Women’s Hospital and Massachusetts Institute of Technology collaborated on a new nanoparticle to help people lose weight. This particular nanoparticle has the ability to directly deliver weight-loss tablets to adipose. Treatment with nanoparticles resulted in obese rats losing 10% of body weight within just 25-days.
Researchers use weight-loss medicines to change white adipose material into brown. This is a well-known pill. It is not new. The researchers have invented a type of nanoparticle which transports medicines into adipose, where they accumulate in the body.
A third of Americans, statistics show, are overweight. Overweight was the cause of 20% in the US’ 600,000 cases of cancer. It is essential that many people lose weight. Weight loss can be viewed as merely dieting and exercises. This makes it seem too straightforward. Many people become more obese when they stop exercising after they lose weight. This is why scientists have worked for years to eradicate the obesity gene.
Nanoparticles deliver drugs to specific parts of the body, transform injured fat cells, and aid in weight loss. It’s more powerful and faster, making weight loss simple.
Using nanoparticles to make germs “nowhere hideable”
Staphylococcus aureus and Escherichiacoli have long been known to cause infections. Escherichiacoli may cause severe food poisoning.
Dong Wenfei’s Suzhou Medical Institute of Chinese Academy of Sciences developed an improved magnetic mesoporous Nanoparticle. It can be combined with bacteriostatic materials in order to eradicate Gram-negative Escherichiacoli from its surface and make it disappear. The surfaces of the Nanoparticle and bacteria have a positive charge. You can use electrostatic motion to capture and seperate Escherichiacoli or Staphylococcus ausreus.
Magnetic nano-platforms can capture, separate and remove bacteria with remarkable results. These multi-functional platforms could greatly aid in clinical diagnosis, environmental testing, or food safety.
Nanoparticles and environmental governance
Rapid industrial development has seen a rise in the number of pollutant releases into the environment. This has created many problems for the earth, like soil, water, or air pollution. Their presence has been harmful to our environment as well as human health.
A variety of nanomaterials has been extensively used for disposal of pollution in recent decades, thanks to advances in nanotechnology. Nanomaterials, which have many more active sites and a larger surface area than other materials, are excellent for dealing with many pollutants.
There are many different types of environmental Nanomaterials. You can find many minerals in nature with nanostructures such as clay minerals, iron oxide and manganese dioxide nanoparticles. Clay minerals are among the most used in environmental governance. Synthetic nanomaterials offer superior performance, purity, and structure than natural materials.
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