Importance of Study of Inorganic Substances and the Use of Fluorescence Microscopy
Inorganic substances have made significant contributions to the development of science as we know it today. Many aspects of human life have benefited from the use of inorganic substances. From agriculture to space exploration, inorganic substances have improved human lives and paved the way for better products and technology. This is why the study of inorganic substances continues to be a priority in many fields of research around the world.
What are inorganic substances?
There are basically two major types of chemical substances: organic and inorganic. Inorganic substances are compounds with no elongated carbon chains. The molecules that make up these substances are also smaller. The study of inorganic substances has been active for many centuries. Two of those considered most significant includes Antoine Lavoisier’s demonstration regarding oxidation, corrosion and combustion and Humphrey Davy’s discovery that hydrogen is the main contributor to acid formation.
Inorganic substance studies experienced a semi-hiatus during the early years of the 20th century. Today, inorganic chemistry is one of the liveliest and most productive fields involving scientific research.
Uses of inorganic substances
Inorganic substances are some of the most important and useful compounds known to man. Their use and value is especially recognized today, when studies involving chemistry is at its most active. In the U.S. alone, majority of the chemicals that are being manufactured are based on inorganic elements. These include sulfuric acid, ammonia, ammonium sulfate, oxygen, nitrogen, sodium hydroxide, phosphoric acid, sodium carbonate, nitric acid and chlorine. These compounds, in turn, are used in a variety of products, including paper, textiles, glass, synthetic fibers, detergents, disinfectants, bleach, preservatives, medicine, cement, steel, even explosives such as TNT and nitroglycerine.
Agriculture is just one of the many areas that benefit from the study of inorganic substances. Thanks to these compounds, synthetic fertilizers were produced, which contributed to the increase in the yield of crops not just in the U.S. but also around the world. In the area of transportation, the study of inorganic substances has led to the discovery of alloys that have been used successfully for the construction of aircraft and automobiles. The study of inorganic substances is also the science behind the development of light but very durable metals used in many vehicles in land, air and sea. Common alloys used for the construction of these vehicles such as aluminum and titanium, for example, are made using inorganic substances.
Inorganic substances are also found in silicon chips that are used for computers. Construction materials such as steel, glass and concrete found in the roads, highways, bridges, buildings and numerous other infrastructures all over the world are also manufactured using inorganic substances.
The study of inorganic substances is also important in biomedicine. It has contributed much to the discovery of new drugs and medications and has shed new light on certain bodily processes that were difficult to understand or explain. Inorganic substance studies have also helped many medical professionals and researchers understand how certain compounds affect health and the human body. Without knowledge in inorganic substances, for example, the harmful effects of substances such as asbestos and arsenic will be difficult to track or understand. Studies involving inorganic substances have also allowed scientists to understand how these substances are processed by the human body if ingested. This is particularly important since there are several inorganic substances that are known poisons, such as Prussic acid, phosgene, pure ammonia, potassium cyanide and of course, arsenic, among others.
Inorganic substances have been studied for hundreds of years. Today, even the most basic inorganic substance studies, such as those involving sodium chloride (NaCl – also known as salt) for example, has contributed much to the development of many concepts used in modern chemistry. The law in chemistry involving definite proportions is one such concept that resulted from the study of an inorganic substance.
The use of fluorescence microscopy in inorganic substance studies
Fluorescence microscopy is one of the most important techniques used for the study of inorganic substances. Since this type of microscopy allows the study of living cells, many fields related to science such as biology and toxicology benefit from this instrument. Fluorescence microscopy, unlike other types of light compound microscopy techniques, is also capable of producing high definition images that reveal structures in living cells, which is an important reference. Dynamic changes and processes in the biochemical and physiological properties of tissues and cells may also be revealed using fluorescence microscopy, which facilitates the observation of the effects of inorganic substances on living cells. Certain processes involved in the human biologic system also benefit from the use of fluorescence microscopy with inorganic substances.
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