The Science Behind Orgo Organic Chemistry

The Science Behind Orgo Organic ChemistryThe name orgo was derived from the German word for 'plant', and it means 'orgo oder'. The term was originally used to describe a chemists' study of the chemical reactions occurring between organic compounds in the form of plant cells, soil and air. It also refers to the study of biological chemistry or a branch of chemistry in which the chemistry of living organisms is studied.Organic chemistry was born during the nineteenth century when scientific investigation showed the importance of these compounds in the body. By putting together the first techniques to measure the level of particular compounds, or hormones, the scientists began to understand how the chemical and physical make up of these tissues in our bodies affects how our organs function. These chemistry discoveries were instrumental in determining what diseases a person has and can help them treat and prevent these illnesses.In the nineteen sixties, the first androids were produced w hich could live without food. They could also be used as a model to study human physiology. Since then, the various androids were used to study the effects of different drugs, the effects of dietary additives, and even the responses of humans to the medical treatments they received.The study of organic chemistry can also help explain the changing appearance of the skin, especially if the aging process is occurring in some parts of the body, such as the face and eyes. The effects of environmental toxins, like lead and copper, on the skin's tissue can be studied, and the different chemical agents in the environment which affect the levels of these compounds, including the age-old myth that lead is dangerous in the environment.A genetic mutation in humans, or a mutation caused by using a human cell organ, or 'autokinesis', has been linked to how aging occurs, and the kinds of changes that happen to the genes of a human as a result of this process. Several groups are involved in the stu dy of organic chemistry. Scientists at the National Cancer Institute have the task of researching how human cells are affected by carcinogens, and how these substances are transported in the body, so they can test which drugs can reduce their damaging effects and how they can be prevented from doing so.These researchers, working at the Department of Cancer Research, the Centers for Disease Control and Prevention, and the National Center for Environmental Health, have investigated the causes of skin cancer, heart disease, and a host of other diseases and ailments, as well as the association between environmental factors and them. These studies have helped show that the incidence of certain diseases, such as cardiovascular disease, Alzheimer's disease, and even Parkinson's disease, is very closely related to the chemicals that we use every day, the manner in which we handle lead, and the types of foods we eat.The latest research on the many threats of organics is also being undertaken at the University of Washington, where an Associate Professor of Bioengineering is conducting research on how microorganisms affect human beings. This research has had an effect on the pharmaceutical industry, which used to assume that there was nothing wrong with their product, until they learned that it was the microbes in the pharmaceutical products, not the antibiotic medications, which were causing the immune system to attack the body. Instead of treating the microorganisms or bacteria, they needed to develop drugs which attacked the human cells instead, causing damage to the vital organs.