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Dec 162011
Material sciences and technology have given us innovations ranging from silicon, polymers, float glass, carbon fiber, ceramics, optic fiber and so much more which has become a part of the world we live in. Nearly every discovery or innovation around a breakthrough material is usually followed by a big impact in the way things are made and the way we live. The invention of Aerogels although still relatively a recent innovation, with its unique properties is one that has so much future potential applications. With researchers and scientists still making incremental innovations around this fascinating new material, we thought it would be great to get some insights into the patent landscape of Aerogels and explore the promises it holds.
Overview
Introduction to Aerogels
Aerogel is a manufactured material with the lowest bulk density of any known porous solid. It is derived from a gel in which the liquid component of the gel has been replaced with a gas. The result is an extremely low-density solid with several remarkable properties, most notably its effectiveness as a thermal insulator. It is nicknamed frozen smoke, solid smoke, solid air or blue smoke due to its translucent nature and the way light scatters in the material; however, it feels like expanded polystyrene (styrofoam) to the touch.
The Market for Aerogels
Compact refrigerators is one of the latest practical technology introduced in the market. It does offer a host of benefits that are not readily available with traditional ones.
The most apparent benefit to the compact refrigerator is the amount of space it consumes within your house. This type of refrigerator enables you to place it in a corner or any small area within your home, bedroom, in the office, or a small flat. In fact, a lot of students prefer its use on dormitories because it takes up minimal space and yet it offers the same functionality as a traditional refrigerator.
This appliance is ideal for space saving benefits. If you cannot find any other area within your home to place the refrigerator, then it could double as an under counter refrigerator wherein you can place it beneath countertops and conceal it in a specific corner of the room. It is also very easy to transport due to the lightweight design.
Aside from the convenience of using a compact refrigerator that utilizes minimal space, it is also an ideal tool for travelers. Now, you have a way to keep your food cool and well preserved even for long trips. And since it comes with a compact size, you should have no worry taking it on your vehicle because of its lightweight design. Most compact refrigerators are equipped with a foam insulation that will also keep your food warm while still keeping other food items cold, just as you need them to be.
Scientific researchers have been utilising the antibody molecule and the ELISA kit technology for many years to understand protein structure and its whole function. The substances that can be detected by the ELISA kit method include hormones, bacterial antigens, cytokines, chemokines, growth factors, protein kinases and many more regulatory molecules. The method’s by which an antibody is created and used has led to various powerful research technologies being discovered.
The human organism contains millions of different white blood cells called B lymphocytes or B cells for short. Each B-cell is capable of producing one type of antibody. Antibodies are globular plasma proteins and are produced by the immune system in response to the presence in the body of antigens. These antigens can be foreign proteins or polysaccharides. The antibody molecule is composed of four polypeptide chains which are named as two identical light and two identical heavy chains that are joined together by disulfide bridges. Though the general structure of all antibodies is the same, a small region at the tip of the antibody molecule is extremely variable. This feature allows millions of antibodies with slightly different tip structures, also known as antigen binding sites, to exist. This property allows each antibody to contain a unique binding site on its membrane which will only bind the specific reciprocal binding site which can be found on a specific antigen. This type of unique interaction is more commonly known as the induced fit or lock and key. For antibodies to play their role in the human defence mechanism, they must be extremely diverse and yet highly specific. They also need the diversity to defend against a large number of unexpected and unknown possibilities.
