Wait a second!
More handpicked essays just for you.
More handpicked essays just for you.
Microbiology Basics
Benefits of science education
Don’t take our word for it - see why 10 million students trust us with their essay needs.
Recommended: Microbiology Basics
I’ve always had a penchant for science. With its many unique fields, from chemistry to biology to physics, I’m never at a loss for interesting experiments to perform or phenomena to research. My favorite part of any experiment is the excitement that comes from waiting for results and seeing whether everything turned out the way it planned. During my junior year, in biology class, my classmates and I had the opportunity to participate in an Escherichia coli cultivation lab that even included transforming the bacteria with Penicillin resistant recombinant plasmids. I got to learn so much about microbiology because we go to handle each step of the process ourselves. From setting up petri dishes with various agars and varying the amount of Penicillin on each sample to sterilizing inoculation loops with an open flame, each part of the set up taught me how to work with the various material presented and how to efficiently set up labs. The most fascinating part of the experiment came next when we …show more content…
The E. coli lab I performed allowed me to gain a new perspective bacterial vaccine and antibiotic resistance, but I want to be able to expand upon these skill sets. Instead of just becoming a doctor, I would like to become an engineer as well. I want to combine my ability to create solutions and analyze data with my desire to improve healthcare for all people. If I pursue engineering as well as medicine, I can invent an assortment of new things that can stop people from getting sick. Rather than simply studying and creating vaccines, I want to come up with ways to make them more versatile and deadly to harmful bacteria. Through having a background in molecular and chemical interactions while also thoroughly understanding the way the human body works, with the new technology available in the future, I might be able to make some groundbreaking
Planning Firstly here is a list of equipment I used. Boiling tubes Weighing scales Knife Paper towels 100% solution 0% solution (distilled water) measuring beakers potato chips Cork borer. We planned to start our experiment by doing some preliminary work. We planned to set up our experiment in the following way.
We separated into groups of two each, making sure that we had the following materials for the lab: graduated cylinder, plastic sandwich bag, starch solution, twist tie, 500-mL beaker, iodine solution, and a pair of goggles and an apron (for the person handling the iodine solution).
Serving in the Commissioned Corps of the U.S. Public Health Service is a dream opportunity for someone like me who is very passionate about Science and Medicine, as well as serving our country. It also provides an avenue for me to exercise my knowledge, skills, and abilities that match the organization's approach to fulfilling its mission. These "KSA" includes my promptness in responding to public health needs, my leadership and excellence in executing public health practices, and my ability to help advance public health science.
1) During my high school internship at Sharp Hospital, I once received the opportunity to witness a biopsy procedure. While it was not the most complicated of surgeries, I was captivated by the movements, the sounds, and the atmosphere. Unfortunately for the patient, my excitement may have gotten the best of me, as I excitedly questioned anything that caught my eye. However, such circumstances aren’t foreign in my life. Ever since I was a young child, an unquenchable curiosity has been an integral part of my life. My mother often recalls when I would keep her waiting while I bombarded my teacher with questions about what the class had learned that day. However, my thirst for knowledge greatly benefitted my academic pursuits in middle school and high school. When I took my first official biology course in seventh grade, I was enthralled with the various parts of the body, and how the various systems worked together to keep people functioning. However, I still wanted to know more. I was able to accomplish that
In order to preform this experiment you will need; cotton swabs, agar plates, microscope, unused slides, oil immersion, nigrosin, and crystal violet. The first task we must do is use the cotton swabs and swab an item out side of the laboratory, that has the capability of containing either yeast, bacteria, and mold. My lab partners and I chose to swab one of our group members cell phone. Once we swabbed the phone with the cotton swab, we then each had a plate of agar. To start the process of the transfer of the microorganisms you will need to label the agar plates and state where the plate is going to be located after you run your cotton swab over the plate of agar. One group member placed it in the 37C incubator and the others placed it in the cabinet to be stored at room temperature.
The entirety of this lab experiments was testing general basic understanding of lab procedures. It tested if I can follow the basic direction and with carefully deduction, concluded to what my unknown organism was in the end. I had no problem in the beginning and determining I was working with a Gram-positive organism. I felt my process of doing lab test grew faster over time because in the beginning, I was very slow to smear prep. However, this gradually improved over time and in addition, so did my use of the microscope.
... myself to be an innovative and novel contributor to this field after a few years completing my masters followed by doctorial.
I think being a Davis-Bahcall Scholar would help me better understand these unknowns. It would be amazing to have hands on experience with cutting edge technology to learn about these mysterious
This genetic engineering competition is primarily collegiate, and being a high school team incorporates restrictions into our functioning, but this has taught me how to be efficient at organization and improvisation in order to ensure success. Having been introduced to its foundation, biotechnology, I was intrigued by the incredible potential it had towards the advancement of medicine, which stimulated me to pursue additional research in the field. After speaking to former members and the advisors, I was motivated to apply for the program, since being accepted, iGEM has transformed my high school career. I have learned how to apply my rigorous course curriculum towards a bigger purpose to help those in need, which for our current year focuses on an inexpensive mechanism to detect cholera in water sources. This project provided me with a perfect integration of medicine, engineering, and a desire to help those require assistance, and I have dedicated hundreds of hours on our project work towards developing this cause.
Innovation is paramount to me, and my goal, regardless of the field I pursue, is to work towards discovering solutions to social problems, whether those issues relate to medical, environmental, political, or other
I have always been intrigued by the field of science and that is the reason I pursued the field of Biochemistry for my undergraduate studies. How The Human body works and the different determinants that can affect one's health or a community as a whole have always been captivating to me. I wanted to emerge in a profession that is beneficial for me, my community, and the world I live in. I came to realize through various science courses and health care experiences that a career in health care was the best path for me to outreach my community and the world.
Personal Statement Adaptation: one of the most important characteristics of an evolving pathogen, and also one of the most valuable skills I learned from constant travel between countries and regions. As the daughter of a military pilot, moving into new “homes” every three to four years inevitably made education an uphill climb, but rich and unique global experiences forged a deep-seated drive to think and act on the level of international communities. Like flint against steel, this innate urge to inspire population-wide changes, combined with an insatiable curiosity for the microbial universe, sparked a passionate motivation to explore health and infectious diseases since undergraduate years. Just as the success of a microbe relies on its ability to constantly adapt for its ultimate goal of survival and spread, my journey in public
I stumbled on my life’s passion while reading a comic book in 9th grade. Not just any comic book, but an MIT comic book, Adventures in Synthetic Biology, written by Dr. Drew Endy. I came away knowing that I would pursue a career in synthetic biology. Synthetic biology is what used to be called genetic engineering.
One particular Lab that I loved and I learned a lot from was the Enzyme lab, it was the first Lab in which everything was timed and had to be super precise, my group and I performed the part of the concentration effect on enzyme activity, I and another group member were responsible for measuring what went in to each to tube and mixing different tubes together, also I was responsible for watching the spectrophotometer and telling the recorder for the reaction rate of the enzyme activity at the appointed time. In this experiment using the exact ml of solutions, keeping track of the time and watching the spectrophotometer to get the absorbance was very important to get an accurate data. The other group who also did the enzyme concentration had a slight problem with measurements and timing, their results came out completely different and inaccurate, this taught me to follow lab instructions precisely because it can have a great impact on the results/data even if is a slight mistake such as going over the specific amount of time/seconds. Lastly, I learned from the enzyme lab, how to use excel to create the graphs for my
When I was 12, I built an airplane with a wingspan that was as long as I was tall, and I even got to fly it. Seeing that airplane in flight sparked an indescribable feeling. In that moment, I realized that I was capable of innovation and that I had the potential to make amazing things, and I was stunned. Through my experiences, I’ve realized I’m passionate about teamwork in biomedicine to improve the lives of others. My enthusiasm for engineering, however, is not the only trait that defines me.