Biology A Level Personal Statement

The scientific method can be used to prove a theory. Is it is a true or false statement? Clearly explain your answer in a short paragraph. (5 points) False, the scientific method is limited to those phenomena which can be observed or measured. Due to the need to have completely controlled experiments to test a hypothesis, science cannot prove everything. Science is meant to give us a better understanding of the mysteries of the natural world. So with that being said science is good at explaining “how things work” but not necessarily for explaining “why do such things exist” or “for what purpose”.

My A-Level choices have equipped me with the adequate skills and basic knowledge that I feel are necessary to study a degree in Biomedical Science. In Psychology, I found Biopsychology most fascinating because we learnt about how the Nervous System works alongside the Endocrine System. Equally, I enjoyed Psychopathology as we learnt about the causes and symptoms of diseases such as OCD, and the drug-based biological treatments for them that target hormones such as serotonin. Studying Mathematics has enabled me to achieve a greater understanding of how to apply statistical tests such as the Spearman’s Rank Correlation, in Biology.

My interest for science blossomed as a child, my mom is a lab technician and going to her job and seeing them learn all these astonishing things about a person from a simple tube of blood blew me away. In middle school I went to a STEM school, The Academy for Science and Design in order to allow that passion to grow, and from there I have participated in multiple science related research projects that I have been able to bring with me to national level competitions. In addition, in high school I am taking AP level science classes, such as AP Biology, in order to expand my knowledge. Soon I plan on starting to volunteer at the community hospital for an opportunity to gain real world experience in the scientific field. The thing I take most pride

Once I was able to study psychology at A-Level, my interest in the subject only grew, whilst the other subjects that I chose to take were also closely linked, enabling a greater depth of development to my skills. Sociology, for example, was influential to strengthen my essay writing skills, particularly the ability to analyse using theoretical perspectives. Studying the statistics unit in maths assisted in my comprehension of the various methods of research used in psychology now and throughout my education. Taking biology has granted me another perspective onto the subject of the brain and its actions, allowing me to create links between the psychological and the biological aspects of the brain and how they work in conjunction with one another. Currently, I am working on my EPQ

A chemical reaction involving the transfer of electrons rather than molecules is classified as a Redox reaction. A reaction involving the loss of electrons is called Oxidation, and a reaction involving the gain of electrons is called Reduction. Oxidation and Reduction always occur together, as one reactant loses electrons, and the other gains them. This exchange often effects the physical states of molecules, as their solubility is changed with their charge.

My academic career is based on the sciences, especially chemistry and biology. Throughout my childhood, I have been greatly exposed to the sciences. My mother was a nurse practitioner in a rural clinic, which was connected to our house. Consequently, the clinic became my playground and the stethoscopes became my toys. Therefore, I was always interested in how the body worked and what affected our health.

​Ever since I was a child, I have loved science. I learned at a young age to always keep asking questions and to never settle with just simply not knowing something. The thought of how everything works on a molecular level never ceases to fascinate me. I have other interests spanning multiple fields, but none can compare to my love of science. I quite enjoy being in the labs and getting to do experiments to uncover answers that were otherwise unknown to me. It is that curiosity and interest that keeps my fascination towards the realm of science strong.

I am interested in environmental studies as a potential major and want to learn more about this field in a professional setting. Through my Human Evolution, Environmental Science, and AP Biology courses, I have become familiar with ecology and evolution. While the Community-Based Ecology in the Galápagos project looks at these fields from a philosophical standpoint, it will provide me with practical experience and invaluable insights as I decide my major and future career path

And to grasp how our systems work, I needed to have a deeper understanding of what they are made of, which is what biochemistry is all about- the chemistry of life. My interest in the human body started in fourth grade when I first learned about anatomy and the body systems. Until this day, I haven’t forgotten the names of the bones in the skeletal system. When I volunteered to translate and help out in a Medical Mission last summer in the Philippines, my interest in medicine grew. I knew I wanted to become a doctor, but this volunteer opportunity made me certain that the medical field was for me. It was fascinating to be involved in the discussion between the patient and the doctors since I was the one translating from English to Filipino and vice versa, and seeing how the doctors handle diagnoses and treatments was quite a learning experience. I’ve also taken Honors and Advanced Placement courses in Science and Math which also fueled my interest in my chosen field. Taking the AP Biology course really made me more aware and gave me a greater interest towards life and our human bodies. It’s mind-blowing to think about the complexity of our living systems and how we can be unaware of what is actually going on inside of us. This is precisely why I strive to become a doctor- I want to learn more about medicine and

The human body is an amazing machine; one that works efficiently in spite of the many intricate functions it processes every second. Because of its complexity, research is still very new and exciting especially with the brain, and I want to be a part of it. Biomedicine is the ideal course for me as I have an interest for human biology and it allows me to have the flexibility to experience different modules before specialising.

I will return to your class this fall to study AP Biology under your guidance. Currently, I am the only child in a three-person family consisting of my parents and me. My parents are both chemists in a pharmaceutical company. They are both hard-working individuals, and I deeply admire their unfaltering patience in managing their priorities at work and at home.

Lab Manual    Introductory Biology (Version 1.4)    © 2010 eScience Labs, LLC  All rights reserved  www.esciencelabs.com • 888.375.5487    2  Table of Contents:    Introduction:          Lab 1:   The Scientific Method  Lab 2:   Writing a Lab Report  Lab 3:  Data Measurement  Lab 4:  Introduction to the Microscope    Biological Processes:            Lab 5:   The Chemistry of Life 

I have found studying A –level Biology very intriguing; it has enhanced my knowledge of key biological processes that allow humans to thrive as a species and given me some insight into relevant topics of Biomedical science such as genetics

Having earned a MEd allows equips me with an in depth ability to reason. Sociology and physiology classes were part of my scholastic options in which I excelled.

I am applying to biomedical science because I am looking for a new challenge and I believe it will give me a solid foundation in the knowledge and skills required for a career in health care. My goal is to understand Biomedical Science to the fullest of my capacity and I believe that I would be ideal to pursue a career in Biomedical Science and your university is the ideal choice to facilitate me in reaching this ambition. I have this urge to know what else is going on around me that I am not able to see with my naked eyes. I have always been intrigued about the mechanisms of how the human body works the complexity, diversity, effectiveness of these mechanisms as a function of our wellbeing.