Molecular Medicine Master Personal Statement Example | Topics and Well Written Essays - 250 words

Molecular Medicine Master - Personal Statement Example Based on the research and final project I am working on identifying a gene related to cholesterol disorder. I have studied biomedical studies and its incorporation into molecular medicine will enable me to clearly and concisely do my research in the stated field. Based on the level of education offered at your university, I wish to pursue masters in the field of molecular medicine as you produce only the best in the country. Based on my research methods and passion to identify and cure various diseases, I find myself suitable to learn and gain the necessary knowledge regarding molecular medicine. The developments faced in technology and the human genome projects have led to new ways of understanding and treating human diseases. The defects associated with single genes discoveries are very trivial and can be stopped and cured with man-month of efforts. My desire to understand various diseases like heart disease, cancer, and neurodegenerative disorders and estimation of their threat to people, based on each individual’s genotype has made me want to study molecular medicine. In conclusion, my passion to understand various diseases and how to cure them has been my driving force to study molecular medicine. Making an impact in this field will be an advantage to me as I would like to discover medicines to cure various harmful diseases and hope you will find me liable and capable to undertake the molecular medicine masters in your university.

Expanded Definition Essay Example | Topics and Well Written Essays - 250 words

Expanded Definition - Essay Example Glycogen is the molecular structure of carbohydrates that is stored in mammals. In humans, the bulk of glycogen is accumulated in skeletal muscles. Glycogen is the key energy substrate during exercise intensity that is more than seventy percent of the oxygen intake. Healthy people often eliminate blood glucose fast when there is excess glucose. The glycogen that is stored in the skeletal muscles is limited because the glycogen synthesis prevents accumulation. After exercise, the rate of glycogen synthesis is increased to replete the stores of glycogen. The diminishing of skeletal muscle glycogen after exercise enables healthy storage of carbohydrates after meals and this averts the growth of type 2 diabetes. Glycogen is carbohydrate stored in human cells. Eighty percent of the produced glycogen is stored in the skeletal muscles. As a result, enzyme glycogen synthase activates the conversion of glucose to glycogen and insulin is the enzyme that prevents conversion of glycogen to gluco se in the body (Jensen et al., 21). Moreover, it is the polysaccharides that maintain the physiological blood glucose concentration. The liver directly contributes to the blood level in the body because of the presence of glucose-6-phosphate. Glycogen in the skeletal muscles is broken down and transported to the liver to help in maintenance of euglycemia (Jensen et al., 2). (2008).  Adrenaline potentiates insulin-stimulated PKB activation in the rat fast-twitch epitrochlearis muscle without affecting IRS-1 associated PI 3-kinase activity.Pflugers Arch.  456, 969–978. doi: 10.1007/s00424-008-0471-z.  [PubMed][Cross