Urine Therapy At the end of the winter of 1996, something historic occurred. During that February in India, the First World Conference on Urine Therapy took place. Scholars around the world gathered together to discuss the age-old practice of "urine therapy." Although urine therapy had been around for thousands of years, it had fallen into obscurity over the last century. Now, urine therapy was officially back in business. So what exactly was this alternative practice that dealt with one’s
associate with medicine than the other three. In medicine, genetic engineering has been utilized for solving health problems. With genetic engineering, scientists are able to produce large quantities of insulin, interferon, tissue plasminogen activator, urokinase, human growth hormones, follistim (for treating infertility), human albumin, monoclonal antibodies, antihemophilic factors, vaccines, and many other drugs (Applications of Genetic Engineering). The medical advances due to genetic engineering has
To stop the blood flow after damage, body uses three ways to maintain hemostasis; vascular spasm, platelet plug formation, and coagulation. Coagulation is an important process to prevent loss of blood when blood vessels are cut or damaged. Blood clot is a plug of platelet reinforce with the mesh of fibrin. However, a person with Disseminated intravascular coagulation, DIC, the blood clots have formed throughout the blood vessels when does not necessary. It leads to organ damages due to blocked blood
The Industrial Uses of Enzymes Enzymes are catalysts made up of polymers of Amino Acids, and they’re very useful inside and outside our body. Enzymes, like other catalysts, speed up chemical reactions, and over 700 of their kind are known in today’s world, since being discovered in the 1850s. There are many industrial applications of enzymes, and they speed up processes that could take years to be completed. FERMENTATION: Making beer and whisky was known to humans for the past 8,000 years
The Applications of Enzymes in Medicine Enzymes are biological catalysts which speed up chemical reactions by lowering the activation energy (the minimum amount of energy required for a reaction to take place). Enzymes are proteins which have a tertiary structure and they are very specific- only the correct substrate can combine with the active site of the correct enzyme, thereby producing an enzyme substrate complex. “They are also highly specific, which means fewer unwanted side-effects
Uses of Enzymes in Medicine and Industry Enzymes are used widely across medicine and industry. Through this essay I will go through some examples of each case, and explain the complexities of these examples. Enzymes are biological catalysts that enable specific reactions to take place. Catalysts are widely used in industry, to increase the rate of a reaction, or allow the reaction to take place without resorting to high temperatures and pressures. One of the most important and widely
Nephrotic syndrome related to Minimal Change Disease Introduction The case narrative that is being discussed is a patient with a PMH of chronic kidney disease (CKD) who presents to the hospital with acute kidney injury (AKI). Nephrology was consulted for evaluation and management. This case was interesting to me because of the unique cause of Nephrotic syndrome called Minimal Change Disease (MCD). MCD is a kidney disease in which large amounts of protein are lost in the urine the podcytes that