A-Level Biology 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”.

Humans are so occupied with the outside world, they forget that a world consists in them as well. Biology allows for us, as humans, to learn about the different systems which join together to make one whole human. I aim to major in biology mainly because I hope to expand my knowledge, become an Optometrist, and wish to assist others.

3. State the name and structure of the functional group for each type of biologically

Fever, swelling around initial infection site, parasites in blood, sometimes asymptomatic, rarely debilitating or life threatening problems can occur.

I have especially enjoyed studying human physiology, in particular the topics on the cardiovascular and respiratory systems. I have found it fascinating how various factors impact upon gas exchange at the alveoli and the oxygen dissociation of haemoglobin, both of which influence health and fitness. Government and Politics has enabled me to improve my extended writing skills whilst indulging my interest in current affairs. Geography has taught me to interpret a wide variety of sources whilst satisfying my inquisitive nature about the world in which we live.

The cephalopodor octopus is a marine organism that inhabits many diverse regions of the ocean. Its food source consists of crabs, small fish, clams, mussels and other marine animals. The octopus is a predatory animal and has developed many skills to aid in its survival in the environment it has adapted to.

(d.) Biologists agree that there is sufficient evidence to concede to the sexual selection hypothesis and that the food competition hypothesis needs further testing.

My AP Biology class is what started my desire to pursue biochemistry. In fact, it was a specific experiment. We infused jellyfish DNA into yeast plasmid and when we turned off the lights the Petri disks in everybody's hands glowed. It was mind-boggling to see that the blueprints to life could be manipulated and translated to completely different species.

Biology. GCSE Biology helps you get a good understanding of the world of living things, from how a basic cell works to the complex ecosystem we are living in today. Biology is a fun and exciting subject to choose, it is useful in many different ways. Biology can provide a whole range of subjects e.g:

The human body is miraculous, yet imperfect. It is a complex community of peculiar systems, each made up from complicated cells. System or cell, they all share the same purpose: to maintain life. Existence is fragile; threatened by disease and age, even a miraculous system sometimes needs support. Biomedical science provides that support, and furthers our understanding of how to do so. It is a field that is always changing and advancing; always helping to improve our lives, to ensure we keep functioning. Biomedical Science consists of furthering what we do know, and discovering what we have yet to - and both have always fascinated me.

The introduction of a scientific paper serves three key functions, to give relevant background information, state the purpose of the article, and define the hypothesis of the overall paper. In the scientific article Influence of Conspecific and Heterospecific Aggregation Cues and Alarm Odors on Shelter Choice by Syntopic Spiny Lobsters, these three functions were clearly demonstrated. Info-chemicals released by conspecific animals generally cause aggregation, while alarm cues may be used by other closely related species to avoid danger. Relevant information about Panulirus guttatus and P. argus lobsters such as the sociability and habitat shifts of P. argus as opposed to the relatively stable P. guttatus.

My goal is to harness my passion for biology to obtain a Ph.D., allowing me to conduct research on the underpinnings of human diseases. As a freshman, I shadowed in research labs in various areas of biology, and these experiences first ignited my passion for biological research. In my sophomore year of college, I joined a molecular biology lab that is interested in the mechanisms that coordinate two key steps in gene expression: splicing and transcription, as mutations in the proteins involved in these process underlie human diseases, such as cancer. Throughout the process of conducting research to address my hypothesis, I have learned the type of resilience and perseverance necessary to troubleshoot experiments, interpret unexpected findings,

I participated in the Urban Barcoding Project, in which my group researched the biodiversity in abandoned railroads and connected to the overarching theme of ecological succession. I was thrilled to learn new lab techniques from a researcher and present our findings at a symposium to professional scientists. In AP Biology, I thoroughly enjoyed the hands-on experience of my cat dissection lab. Despite the stench of formaldehyde, the thrill of observing the inner workings of organ systems fueled my love for anatomy. To tie everything together, I took a genetics course to understand the role of a single gene.

Science is an incredibly fascinating field of study. The opportunities that can come from majoring in biochemistry are far more complex than conducting labs and doing research. My passion for biology and health is what drove me to consider pursuing this major. When it comes to nutrition I have always been very careless when choosing what I want to eat. While in high school I began to notice changes in my body and health that exercise was not able to solve.

This documentary provides an entertaining and compelling introduction to the "new biology." It shows us what the future of medicine and healthcare will look like. Abilities that conventional science still treats as anomalies but that frontier scientists are taking seriously. It provides some of the theories that are reshaping the study of biology, health, physiology, and medicine. It's an ambitious film that hits the mark in introducing the general public to difficult subjects (medicine, physics, healing) in an engaging and easy-to-understand way.