The Human Significance And Impact Of Medicine

Most American citizens would agree that modern medicine has drastically changed American Society. The progression of medicine has impacted American lives in multiple ways. It has changed how the United States military uses medicine, how American scientists research medicine, and how everyday American citizens use medicine. Just 100 years ago, the people of the time period would not have been able to comprehend the medical advances that today’s society experiences, and what postmodern societies will continue to experience. Over time, the progression of medicine affected American soldiers during times of war, changed how diseases were discovered and treated, and impacted the way 21st century Americans view medicine and medical professionals.

I consider science as my playground where I question nature’s rules and break them to witness phenomena. The possibilities that science can offer and what scientists can conduct keeps my curiosity active in learning how I can be part of the science community. When I was informed that my mother was diagnosed with Hepatitis C, I struggled to support her emotionally and felt unknowledgeable about the disease and her treatment. To understand my mother’s treatment and how she healed, I challenged myself to excel in every AP science course my high school offered to learn the foundation of science. Throughout my science courses, I drowned many times because the concepts were demanding. However, my passion for science and my mother’s condition kept me striving on. After various science classes, I felt passion was not enough and wanted to expand my abilities in a health environment. This led me to volunteer at an

While there are still people who do not believe in the use of cadavers or have no interest in becoming one (which is completely fine as it is simply a matter of opinion), Mary Roach shines light on all the positive impacts that cadavers can have on human life today. From bettering our safety by being used in studies for impact tests, to furthering scientific, medical and forensics research, cadavers are a necessity to our well-being and

It hasn’t changed that the average person doesn’t like to feel pain or be ill. The evolution of medicine from 1776 to 1938 in the United States depended on the knowledge of current diseases and treatment at that time. The major diseases during this time were pneumonia, influenza, tuberculosis, gastrointestinal infections, heart disease and cerebrovascular disease.1 Ironically, much of those diseases still exist today. Over time, the world’s demand for drugs for any type of illness or disease drastically skyrocketed. Was the medicine really working or were people psyched into believing they had an illness? The diagnosis and treatment was incorrect many times, resulting in “shoulda, coulda, and wouldas” when dealing with diagnosis and medicine. Without a scientific basis, medical doctors, such as Benjamin Rush were ineffective with proper treatment, and quacks promoted strange treatments as to say: Yackedy Quack, Don’t Talk Back. By the end of the 20th Century, one could say American medicine was on the rise and researchers and physician were much more respected.

Growing up, most kids in my generation had Disney Channel or Barbie Dolls. As I was raised with 6 siblings and cousins and having just emigrated from England, my family did not have ample money to expend on cable or fancy toys; subsequently, I resorted to books. As I read more and more, my interests began to broaden, and my keen admiration and curiosity for how and why things work in certain ways progressed. As I grew older, I realized that science could be used to answer many of life’s most complex questions. Once I was accepted early into The University of Georgia, I declared my major as Biology with a pre-medical intent, deciding to further pursue my curiosity about living organisms. I soon realized that I needed to achieve more, and decided

A patient is a human being. Illness disturbs biological, social, psychological elements that make the patient human. It is not enough to centre and diagnoses and decisions on scientific data and empirical fact; medicine is about much more. The focus of this paper is to make the argument that the practice of medicine is a discipline that requires human empathy as well as scientific data and empirical fact to establish diagnoses with emphasis on five components of the physician-patient relationship: patient’s experience of illness, physician-patient communication, and proficiency of end of life care, medical ethics and spiritual growth. This position will be supported through the film “Wit (Nichols & Brokaw, 2002)” through the character Vivian Bearing 's revelation that illustrates a patient’s struggle with death and in the process exposes the distinction between medicine and science.

Medicine has developed in many ways throughout time and is a necessity in our society. People would die of the common cold if there was no medicine in our world. Sure some natural remedies have helped people through the years but nothing has changed lives like medicine. Imagine having the common cold and realizing you might not make it. This is a simple cold that nowadays can be treated with a simple dosage of cough syrup. The 1800’s in particular is what made scientist decide to investigate more medicine. I will also explain how people lived and how society moved as a whole in the 1800’s till now.

In seventh grade, Mrs. McCarty taught my science class. We started dissecting animals and learning about the human body and we had to memorize muscles, bones, and structures in the body and how it all worked together. I originally thought that I wanted to be a veterinarian as my career, but from the first dissection of a cow eye I knew that I wanted to be a surgeon instead. We dissected a frog, a cow bone, a cow eye, and so much more. Mrs. McCarty’s science class sparked my passion for learning anatomy. I remember building a model of a cell in her class, which I still have on display in my house. Her class was so helpful

At a time when it was popular practice for kids growing up in my country to aspire to become doctors, lawyers and engineers, for no rational reasons owing to naiveté that comes with such tender ages, I had known I wanted to save lives. I just didn’t know in what capacity it would be. I can safely say that I grew up faster than most children my age, I had known what it meant to lose a father at six, I had seen an aunt die of what they said was cancer at ten. I had also known the frustration of not being able to do anything to save both. And of course, I couldn’t have. I am a grown man now, equipped with the rationality that comes with education, and most importantly the informed will to save the world. And I have found an important tool in Medical Physics.

Looking at the extraordinary medical procedures that have become routine today, one rarely stops to CONTEMPLATE the backgrounds or research that went into creating our rich medical knowledge, but not a single one of these few could ever imagine the dark background behind much of our understanding of iatrics. It would often be assumed to be a result of tests on animals, dissections of cadavers, or through observational study. On the contrary, much of it comes as a result of twisted, malicious, and inhumane experimentation on live human beings, with a complete disregard for human life. To these doctors, the victims weren’t human; they were much less than that. Seeing as they personally designed these experiments and desired to learn more

The practice of medicine has been shaped through the years by advances in the area of diagnostic procedures. Many of these advances were made possible by scientific breakthroughs made before the 20th century. Modern medicine arguably emerged. Both normal and abnormal functions (physiology and pathology) were increasingly understood within smaller units, first the tissues and then the cells. Microscopy also played a key role in the development of bacteriology. Physicians started to use stethoscope as an aid in diagnosing certain diseases and conditions. New ways of diagnosing disease were developed, and surgery emerged as an important branch of medicine. Above all, a combination of science and technology underpinned medical knowledge and

For the next 50 years, donating one’s body for scientific cadaver use would become more acceptable and commonplace. However, it wasn’t until 1882 that a medical institution, the Chicago College of Physicians and Surgeons, would offer a curriculum that incorporated cadaver dissection (Perry & Kuehn, 2006). It wouldn’t be until 1918 that an organization, The Anatomical Gift Association of Illinois, would manage the body donation program for medical research and educational institutions (The Anatomical Gift Association of Illinois, 2013).

Since early childhood, I have been fascinated by the complexity of the human body. The curiosity for its functioning and potential dysfunction led me to medical school and allowed me to successfully complete my training at the University of Brescia In Italy; far away from my family, fending for myself, learning a different language, living in a different culture and studying without help.

My interest started in elementary school, because of the teachers who enhanced my passion for science. In elementary school, I never thought about turning my passion into an actual career; that didn’t happen until high school. Science always intrigued me, from the never-ending science fair projects to research projects. Georgetown University’s Masters’ program in Biotechnology/ BioScience will continue to enhance my passion for science, but will also enhance my other passion in health related professions. Throughout my life, I loved science and health, but more so, the satisfaction of putting someone’s well being before my own.

Mukherjee (2015) talks about the three laws of medicine however these are his personal laws that may or may not be followed by other health professionals. He explains each law that he had learned through personal experiences with patients. The first law is ‘A strong intuition is much more powerful than a weak test,’ explains that there may be some hidden variable when diagnosing a patient that could be crucial in life or death situations. A variable could be the environment that a person lives in or their lifestyle and this chapter notes to know when to look for small clues that could possibly help. The second law is ‘”Normals” teach us rules; “outliers” teach us laws, ' talks about how normal cases teach and build the rules of what should be done on a regular basis of patients, what is normal. Outliers are the cases where it may untreatable but has the chance to reshape and even advance medicine. The third law is 'For every perfect medical experiment, there is a perfect human bias, ' talks about how we hope for a medical treatment that can help treat a disease but it is biased because it either works or doesn’t work despite a few anomalies. These are laws Mukherjee has learned from experience and applies throughout his career, they may not be followed by all health practitioners.