Each day that passes, I get more passionate and excited about my future as a medical student, and eventually a surgeon. Up until my junior year of high school, I didn’t know what type of surgeon I wanted to be. I was assigned a junior project, where I researched schools, and most importantly my career plans. That’s when I decided that a reconstructive plastic surgeon is what I wanted to become. I am a perfectionist and I like to take my time so that I can take pride in my work.
A carrier test is a test that can determine if the patient is a carrier for a disease. A pharmacogenomic test shows a doctor or researcher how the patient’s body reacts to certain medicines that could possibly be used to treat the disease. These tests can also show a doctor or researcher if a treatment is helping the body or hurting it. A presymptomatic test identifies gene changes that could increase the likelihood of developing a disease (Frequently Asked Questions About Genetic Testing. 1).
Rather, it’s what these professionals do with their extensive education and skills that truly makes them admirable. I committed to attend the University of Wisconsin-Madison next year with hope that it will provide me with a distinctive pre-medicine education. Next year, I will be studying both biology and Spanish. I am ready to take on research projects and challenging academics in order to better myself in my fields of study. I already have plans to join several organizations on campus, such as PAVE, which promotes victim empowerment of sexual violence and abuse.
Their interest is for social change although some doctors might find it to ethically incorrect while other doctors find it to be righteous. However, most doctors according to the Hippocratic oath are sworn to serve the public in their best interest if it brings them well being in health and causes no harm. From doctor to doctor just like person-to-person they might agree or disagree over this controversy of editing children’s genomes. I feel most doctors will be for this decision because it involves saving life and being a doctor their task is to resolve health issues to their best of
I want to become a doctor because I have seen how poverty and health issues often plague the needy. So that one day I could help improve the lives of those feeling helpless and vulnerable. I want to become a doctor because it is a dynamic, demanding, yet rewarding career with a plethora of options to engage in. I want to become a doctor because I believe it is the most humbling and honorable profession to pursue. I genuinely trust that my dedication, interpersonal skills, and humility will allow me to pursue this demanding yet rewarding career of
Thus this recent technology in the diagnosis of cancer can be exploited for OSCC detection and diagnosis and assessment. It can be used intraoperatively also to assure the complete excision of cancerous tissue which will offer a prolonged disease-free state and increase the overall survival. Thus, the MasSpec pen, considering its performance, simple design and usage with clinically desirable features enable its use in clinics or primary health care centres for routine screening and diagnosis of OSCC leading to improved patient care and
Some techniques have come in use, some are under development and some are only imagined. Nanotechnology in medicine involves applications of nanoparticles in various medical procedures, as well as longer range research that involves the use of manufactured nano‐robots to make repairs at the cellular level (sometimes referred to as nanomedicine). Nanotechnology in Medicine Application: Drug Delivery One of the major applications of nanotechnology in medicine currently being developed is employing nanoparticles to deliver drugs to specific types of cells especially cancer cells. Particles are such engineered that they get attracted to diseased cells, which allows direct treatment of those cells. This technique reduces damage to healthy cells in the body as in the case of chemotherapy in treatment of cancer.
Ever since I was little I knew that I wanted to work in the medical field. I loved science, I loved people, and I was that one kid who actually enjoyed going to the doctor’s office for their regular check-up. Now, I realize that childhood dreams do not always come true, but as I am approaching my senior year of college, working hard to achieve a degree in biology, my goals seem so close and so attainable. Coming into college I had no idea what to expect of the next 4 years of my life, but I can promise you that I never could have guessed that I would be where I am today. As a freshman, I thought my college experience would be simple.
When I was growing up, multiple people questioned me about my future career, and others even pressured me into certain careers. All the influences I have had over time have formed my idea of the perfect occupation, that fits my personality and interests. The careers I have based my future life plans are a pharmacist or an anesthesiologist. Both of these careers require a great deal of school and hard work. My decision of these careers was influenced by both of them being within the medical field, and also both focus on helping people.
Polymer nanocomposites consist of many nanoparticles dispersed in the polymer strand. Nanomaterials are currently being developed for drug delivery and other cancerous cells, in which they are administered injection in the bloodstream to target cells within tissues. Applications of devices in medicine and research using nanomaterials The unique structural properties and relative size of nanomaterials, which ranges from 100 to 500 nanometres has enabled health professionals to rapidly improve a patient's condition after diagnosis. Nanoparticles are injected into the bloodstream and their varied size and sensors on the surface affect which areas they will target, highlighting the specificity of these particles. Smaller particles have the ability to interact with biomolecules on the outside and inside surface of the cells and this enables them to release and deliver the required treatment at a molecular scale.