My Journey Through Hip Diagnosis and Treatment

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One Wednesday morning in September of 2015, I slept in until 8 a.m. I was not going to school that day. Instead, I was going to Phoenix Children’s Hospital to get an MRI on my hip to see if there was a tear in my tissues and also receive a cortisone shot to relieve pain. I dressed in comfy clothes, drove to the hospital, and anxiously waited in the waiting room. When the doctor took me back into a room, he had me undress into a gown so all of my skin was exposed below the waist. Carefully, the nurse sanitized my hip and groin with alcohol swabs. Next, she injected me with a numbing medicine so I would not feel the doctor moving the long needle inside of me. After the local anesthetic kicked in, the doctor set up a fluoroscopy that would show …show more content…

Athletic competition started at the beginnings of mankind, and believe it or not, performance enhancing drugs have been around just as long. The use of these drugs can be traced all the way back to the original Olympic Games held from 776-393 B.C. The Greeks conducted experiments with herbal medicines, drank wine potions, used hallucinogens, and ate animals’ hearts or testicles in order to identify the effects on their performances. In 100 A.D. the Roman chariot racers fed their horses hydromel, which is an alcoholic beverage made from honey. The hydromel would make horses run faster, or in other words, improve their performance. Similarly in time, the gladiators ingested hallucinogens and stimulants such as strychnine. These substances helped combat fatigue and injury and improved the intensity of their fights (“Historical Timeline - Drug Use in Sports - ProCon.org, 2013”). It was not until 1849 that research was done on the adrenal glands and nearly a century later, in 1948, the cortisone shot was implemented in patients who needed …show more content…

Thomas Addison had the initial speculation that adrenal glands and Addison's disease were connected. This led to more research and study of the adrenal glands, and by 1894, researchers determined that the adrenal cortex produced a specific type of hormone called “cortin”. To take the research to the next step, researcher Edward Calvin Kendall secluded six diverse compounds from the adrenal glands and labeled them A through F. In 1948, Edward Calvin Kendall discovered the antirheumatic, or pertaining to inflammation and pain, effects of Compound E. On September 21, 1948, compound E, which was later renamed cortisone, became the first glucocorticoid to be injected into a patient with arthritis. Almost a year later on September 30, 1949, Merck & Company became the first corporation to produce cortisone. The 1950 Noble Prize for Physiology was awarded to Edward Calvin Kendall for his remarkable finding of adrenal cortex hormones and their structures and functions; however, scientist Percy Julian made a huge improvement in the process of producing cortisone and he was inducted into the National Inventors Hall of Fame in 1990 (Bellis). Shortly after his advancement, many athletes were able to get their hands on the beneficial steroid starting in the 1960s (Nichols,

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