Medical Careers That Rely On Chemistry

Chemistry relates to everything we touch, see, smell, hear, and taste because atoms make up everything in the universe. Chemistry influences so much in our everyday lives that it is hard to think of an activity that does not involve a chemical process in some way. The science also plays a major role in the human body. Our bodies are made up of chemicals, in fact almost 96% of our body mass is made up of four different elements: hydrogen, oxygen, carbon, and nitrogen. Besides the physical way I am affected by elements, chemistry also majorly affects me in my line of work as a certified nursing assistant. As a certified nursing assistant I work in a nursing home and

I have always known that I wanted to pursue an education in science; there were simply too many questions in this world that had yet to be answered. Never did I expect my love of music, however, to have truly inspired and intertwined with my love for chemistry. This, I learned, is because my admiration for music and chemistry are one and the same. Music has taught me that chemistry is also a form of art. I first

All submission will be ran through a plagiarism-checker) Due 4-13-18Enzymes play a role to catalyze or increase the rate of a chemical reaction.Aldehydes form reactions that end up producing different products like alcohol.Alkanes help the formic acid spread through the victim’s contact point When they sting.Alkynes form homologous series.Aromatics are ring liked shaped compounds that exhibit stability and produce pleasant smells.Sugar has a role of water and sunlight in the process of photosynthesis.Metric system is used for measurement of different units in the medical field.Acid bases are used to determine ABGs of an individual.Organic compounds provide energy and means to create and maintain life.Matter can be used to determine the mass, volume or density of compounds in the health care.50. Explain how you could possibly use ALL the concepts studied in Chemistry this term in your future nursing career.Beginning with the metric system, I could possibly measure different unit on how to administer doses.So far, I can determine if an individual is suffering from a respiratory or metabolic problem learning the ABGsMoreover, I can determine if someone is hydrated or not from the looks of the urine.I will be able to recognize different organic and inorganic compounds.I will be able to check temperatures of an

Diabetes is one of the most prevalent diseases to this day. With over 171 million cases of diabetes all over the world, this disease is spreading exponentially fast. Lesser known as Diabetes Mellitus, this disease is all about the amounts of sugar in one's body. Glucose, in particular. Glucose is the powerhouse of the body. It helps run your body by transforming into the energy that we use to function on a daily basis. Whether or not one's diabetes is minor or even off the charts it can lead to terrible outcomes. These include stroke, blindness, vascular disease and heart disease. As mentioned before, the major symptom of diabetes is that too much sugar is in one's body. This is similar to a disease previously mentioned, hemochromatosis. However,

“Chemical hazards pose an external or internal physiological threat to one or more parts of the human body. This hazard can cause both short/long term health and physical effects depending on route of entry, toxicity, amount and duration of exposure” (Haight, 2012, p. 60).

I am extremely eager to become a Wildcat and to begin working towards and achieving my goals at K-State. Attending medical school is my foremost priority, so with the help of the professors, I hope to excel academically and become a competitive candidate. Due to my deep love for learning, I am anxiously looking forward to the new concepts and ideas I will discover in the classrooms and labs. Additionally, I aspire to be involved in a research project at some point. The process of creating new medications and researching their effects on the body is fascinating to me, so I want to become part of a chemistry team. Speaking with Dr. Culbertson made me so excited for the years and opportunities ahead in the Chemistry Department. The emphasis K-State

A research internship at Kansas University will give me the opportunity to study specific ways chemistry affects the human body. Whether studying simulations to increase the knowledge of biological processes or discovering the function of proteins of cancer cells, the results will promote manipulations of these methods to benefit the human body. The study of biological molecules is the foundation of all medicine. Biological

Health problems related to sugar do not just stop at obesity. Studies have shown that sugar can weaken the immune system. Vitamin C is essential for the health of humans. During the 1970’s a study proved that white blood cells need vitamin C to destroy bacteria and viruses. Because glucose and vitamin C have a similar chemical makeup the two substances compete with each other to enter the white blood cell. If this leaves a shortage of vitamin C and too much glucose the immune system’s way of fighting disease is slowed down or weakened. In addition, sugar can increase the risk of hypoglycemia. Hypoglycemia is a condition in which the body’s blood sugar drops lower than normal levels. Risk of hyperglycemia, which is the opposite of hypoglycemia in which the blood sugar is too high, can also increase. It also increases bad cholesterol. Sugar is also known to weaken the eyesight, decay teeth, and lead to a mineral imbalance.

The atom is a unit of matter, the smallest unit of an element, consisting of a dense, central, positively charged nucleus surrounded by a system of electrons, equal in number to the number of nuclear protons. It consists of a core nucleus surrounded by negatively charged electrons. Inside the atom nucleus contains a mixture of positively charged protons, and electrically neutral neutrons. All electrons bind to the nucleus through an electromagnetic force. A ground of electrons bound together form individual molecules. An atom with an equal number of protons and electrons will hold a neutral charge. An ion has either a positive or negative charge because of a lack of electrons or an electron excess. The number of protons determines the

During my coursework at UWM, I have learned how to apply chemistry, biology, and physiology to the current health care issues of obesity, malnutrition, and chronic diseases. I have also learned how a person’s environmental and

Atoms are made of three parts, protons, neutrons, and electrons. Protons are pieces of matter that is positively charged (+1). Electrons are really small, smaller than protons, piece of matter with a negative charge(-1). Neutrons are pieces of matter around the same size as protons with no charge(0). Atoms are usually surrounded by electrons. When the electron and protons are at the same amount the net charge is zero. When the number of electrons and protons are not equal it causes the atoms to be ionized. These atoms are called ions. More electrons over protons are negatively charged. More protons over electrons are positive charged. The total charge would be the sum of the positive protons and negative electrons. The number of protons defines

Living in Hong Kong, a place where 90% of the food are imported from a place where everything can be a fake or contaminated, it is not uncommon to hear that governmental reports showing some food products are contaminated with some certain chemicals or pathogens and the public should avoid ingesting them. At the age of 6, I already knew that all daily food products are not 100% free of contamination, and one could not avoid eating anything. What I wondered was what those contaminations are and how they affect our bodies. This is the start of my fascination in toxicology. As I started learning science in elementary and middle school and learn about the macromolecules inside the body, I started to imagine how ‘macro’ they are when the molecule cannot be seen even with a microscope and why they can have distinct functions when they use the same word to describe their properties. (I did not know that protein is a type of molecules that can have different shapes at that time). Instead of memorizing these facts, I wished to know why and how the molecules interact with each other.

Type 2 diabetes is a chronic, non-communicable illness in which the sick individual has abnormally high levels of blood glucose. It is also known as diabetes mellitus type 2 and is the most common type of diabetes. Insulin is a peptide hormone produced by the pancreas that serves to convert excess blood glucose into a storable form known as glycogen. Glucose is extremely important in the metabolism of a cell. It is the simplest form of carbohydrate and the main substrate in the energy-producing processes of the cell such as glycolysis and the trichloroacetic acid (TCA) pathway (Australian Heart and Diabetes Institute, 2011). However, glucose is a charged molecule, which makes it unable to enter the cell naturally. Therefore, it requires the

Sucrose, commonly referred to as ‘sugar’, is a carbohydrate molecule consisting of 12 carbon atoms, 22 hydrogen atoms and 11 oxygen atoms, C12H22O11 (Cole et al, 2015). Sucrose is a complex disaccharide molecule comprised of two simpler monosaccharide sugars: glucose and fructose. The World Sugar Research Organisation (2012) states that sugar is vital in the daily intake of food, as it provides the energy to carry out cellular processes once it is broken down and absorbed by the small intestine and transported around the body through the blood stream. The World Health Organisation (2015) suggests the average adult meeting the recommended 8700kJ daily intake

Throughout history chemistry has had a large impact on the field of medicine. Things such as