My fascination with the human body, and biology, in general, began at an early age when I was a sickly, clumsy kid of 5. The fact that I couldn’t wield control over the various parts of my body, while
I was able to freely manipulate my milieu and its many components, bemused me. I tried finding an answer to this, through my study of biology at school. Unfortunately, the search wasn’t fruitful and left me with more questions than answers. However, I realized that the seeming capriciousness of living systems stems from our inability to decipher their complex make-up. Having studied engineering for the past 3 years, I’ve come to the conclusion that it provides us with the right tools to probe these systems. I, now, hope to find an answer to my question at the confluence of biology and engineering.
I am A. Balaji Ganesh, a senior-year chemical engineering student from the National Institute of
Technology, Tiruchirappalli, and I write this essay to apply for the JN Tata Endowment Loan Scholarship.
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Consequently, I have a strong affinity for dialectical subjects such as Mathematics and Science, and this, in turn, inspired me to pursue engineering after school. I find my discipline of study – Chemical Engineering, fascinating, but challenging nonetheless. It has been a riveting experience, learning the science and math behind mundane processes such as the flow of water in a
After observing many of the outside traits of our fetal pig, we were now ready to really look beneath the skin. The skinning lab is very important because it is the layer that covers much of the muscular system that we wanted to observe. By removing the skin by pulling and cutting, we would then increase our knowledge by getting our hands dirty and internally observing the pig. Under the skin, we would be able to view some of the many muscles that we learned in the past chapters.
Thomas Henry Huxley, an English biologist who was known for his Darwin’s Bulldog theory based on Charles Darwin’s evolution theory, once said, “ It is because the body is a machine that education is possible. Education is the formation of habits, a super-inducing of an artificial organization upon the natural organization of the body.” Huxley explains that because of our body, and how it works, humans have been able to find new studies. Huxley’s ideas are similarly seen in the book Stiff, by Mary Roach, which shows the readers that donating one's body involves more than just surgeons removing organs and throwing away a body. Roach shows that donating a body helps enhance further education, newer technology, and greater discoveries.
Additionally, the book modified my judgments of inheritance. Many research topics can stem out of these inherited defects with beneficial advantages for survival such as taking a part of the G6PD- deficiency gene to cure malaria. Furthermore, studying defects like hemochromatosis, diabetes, or favism may be crucial to taking a leap (and hopefully, landing) in the scientific and medical community. And we end on this quote from Dr. Sharon Moalem himself which very accurately sums up my comprehension of evolution from this book, “If you’ve come this far on our journey across the evolutionary landscape, you’ve probably gathered a good sense of the interconnectedness of — well, just about everything. Out genetic makeup has been adapting in response to where we live and what the weather’s like.
As an African American woman entering the field of computer engineering, I realize that diversity is a crucial aspect in order to accelerate technological solutions. An engineering team with similar thought processes and backgrounds will achieve far less than their culturally aware counterparts. Representation matters. Occasionally it is difficult for me to look around a room – to look around a career field – and see a very small amount of people representing my gender and ethnic group.
King 's Conceptual System Theory A primary concept of nearly all nursing theories is the belief that humans are the center of nursing care. No matter what setting nurses are practicing in, the goal is to optimize patient outcomes by holistically caring for patients, families, and their environments. Imogene King took this idea, divided in into three systems: personal system, interpersonal system, and social system, and related the systems to goal attainment and specific concepts. Three Systems of King’s Conceptual System
Establishing a Bachelor 's degree in Kinesiology, taught me the fundamentals of human movement and wellness. Following my Bachelor’s, I went on to pursue a Master’s of Science in Kinesiology where I was very fortunate to have had the opportunity to collaborate with my mentors and principal investigators in their psychophysiological laboratory. My master’s program prepared me to work in this research setting and participate in a challenging interdisciplinary program. It was while participating in this research program that I had the opportunity to work with participants, both children and adults, who were exceedingly ill individuals with functional and mitochondrial disorders. Both of my degree’s helped create an interdisciplinary approach towards human kinetics and wellness, by focusing on body awareness and muscle feedback; pain and stress can be reduced.
Andi Wallick Personal Statement Indiana University School of Medicine Degree Objective: M.S. Pathologists’ Assistant My interest in pathology dates back to high school. I enjoyed most sciences but especially sciences about the body. I knew then that I wanted to work in the field of pathology.
Governor’s School Essay Response Ever since I was young you could always find me toying around with objects trying to figure out how they worked. Taking them apart, studying them, and then reconstructing them back together was a usual past time for me. Looking back I realized that all of the time I spent on learning how something worked was the foundation that flourished into my passion for engineering.
The study of anatomy is a way to understand how God created our body and how each structure has a meaning and serves a purpose for its
By using a spectrophotometer to measure absorbance at 420 nm, the rate of enzyme activity after all reactions have come to a stop can be
I enjoy engineering, in fact when I get older I want to become a biomedical engineer. I want to be able to help people. As well as find solutions to help people in their everyday lives. So that hopefully it would make life easier and less stressful for them. I enjoy all the problem solving that comes with engineering.
The Michaelis Menten model is used to show the relationship between velocity and substrate concentration, such as in figures four and five. Vmax is the maximum rate an enzymatic reaction can have. This is calculated along with Km, the substrate concentration at half the maximum velocity and Ki, the dissociation constant. From the linear equation of the Michaelis Menten model, the Lineweaver-Burk equation is used to calculate these values (see results section, part 2 for an example).
To Graduate Committee Admission of Biochemistry and Cell Biology Program of Rice University: My inclination to study biology comes to me since I was little boy. I always found amazing the capabilities of living beings and mechanisms that allow life, development and evolution of organisms. Particularly interesting were my first approaches to microbiology in early classes in high school. My fascination by biological sciences was such that it led me to win the National Biology Contest held in Cuba, my native country in 2004. This was one of my first academic achievements in my short career and allowed me to directly enter the best pre-university school in my country.
The human body is an amazing thing made up of many different parts. These parts are cells, tissues, organs, and organ systems. For starters, one type of cell makes up one type of tissue. Next, two or more types of tissues make an organ. Then, a few organs working together make an organ system.
Science provides a wealth of knowledge that can be tapped to enhance the provision of healthcare in the world. Science and healthcare are closely interconnected and there is need to come up with measures that enhance the positive use of science in the healthcare setting. Healthcare personnel are trained using scientific methods, and day to day operations at healthcare facilities are based on science. Treatment plans such as different medicines, surgery and laboratory procedures are all based on scientific methods. However, if not used properly, science can also create problems to healthcare provision.