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The importance of natural resources body
Importance of natural resources
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I am always fascinated at the many branches of Biology. The study of life is an idea that always manages to spark my curiosity, and it drives me into the enthusiastic research of the latest advancements into the field of science. Since my early years I found myself collecting plant leaves and looking at them through a microscope, and being baffled yet admiring of what I saw through the lens. Throughout my High School experience, I read articles ranging from creating 3D - printed limbs, organs, and tissue for people, to creating an anti-lymphoma vaccine that was made with tobacco leaves carrying RNA from cancerous B-cells. I follow newspapers for the breakthroughs in the cure for cancer, and I attentively pursued the Ebola outbreak in western …show more content…
I want to devote myself to develop new skills and abilities to use in a lab or outdoors in order to further deepen my understanding of Biotechnology. This subject has always interested me since it is a perfect combination of the two attributes that I am most successful at. My knowledge in IB Chemistry and Biology ripened once I began to do more independent reading, and lead science projects with a group of classmates including in-class investigations. I am fond of spending my time outside surrounded by nature. I am part of the Italian Scout Organization (A.G.E.S.C.I) and my group regularly goes on hiking/camping trips in the wilderness. Creating improvised structures like a shelter, a kitchen and fire is something that I have mastered. This has taught me to explore nature, but to go off route sometimes and seek new horizons. Being resourceful and navigating through the wilderness are expertise that can be applied to everyday life. I have also made use of my artistic skills in analogue and digital photography, street art, and film. These have taught me to appreciate the environment and be aware of the world around us. I am a member of the Italian Red Cross; I actively participated in elderly social events and assisting people with
Coccidioides infection can be demonstrated by an antigen based ELISA using Coccidioides galactomannan. When performed upon urine a sensitivity of 71% and specificity of 99% was demonstrated. (26)The test performed best in patients with severe forms of the disease. Cross reactions with other endemic mycoses occurred in 10% of patients. (26)
Please explain your reasons for wanting to participate in the Garcia Center Summer Scholar Program.
Technology is changing the way the world works in profound ways at an unprecedented rate. As we speak, scientists in labs around the world are decoding the remaining portion of the genome map. One day (even now), with the information compiled in GenBank, scientists can discover new drugs, new methods of gene therapy, and other preventive measures which will vastly improve the quality of life (NCBI ¶1). David Smith, previously a director of the Department of Energy, said, "These are exciting and challenging times for biological researchers. The wealth of information and capabilities now being generated by the various genome projects and other biological endeavors will lead over the next two decades to more insights into living systems than have been amassed in the past two millennia. Biology is truly undergoing a revolution" (Walters 545).
When I was younger I always found myself interested in science of all varieties. In elementary school, I aspired to be a scientist, but I was not sure what career path to take. In 10th grade, I found myself in Pre-AP Biology thinking that biology, although fascinating and complex, made perfect sense to me. I took AP Biology during my Junior year and felt that same pull. I loved biology and was certain that I wanted to study biology in college. My big question was what could I possibly do with a Biology degree.
As a food science major with an interest in nutritional sciences the regulation of lipid synthesis would be a comprehensive topic that would allow me to develop my research abilities in a setting applicable to both my major and my interests. Using molecular biology and chemical processes, assisting in determining what mechanism is used to how phosphorylated PA phosphatase would allow me to learn both new lab techniques and new concepts in the fields of microbiology and biochemistry. My interests in food science have always been with either food microbiology or food chemistry with some interest in sensory science. I hope to explore all of these fields of food science during my time here at Rutgers to aid me in finding what I love to do. Along
Biology Key Skills Poodles make more poodles. Sheep make more sheep. Replication is a basic fact of life. All living things make other living things that are to one degree or another duplicates of themselves. What is the mechanism behind all this?
I do not believe that any of the biological perspectives hold merit for explaining criminal behavior. The answer to this question if complicated, as Bernard, Snipes, and Gerould (2016) note, biological factors may increase the likelihood of one committing a criminal act, but it is in no way a guarantee that one will engage in criminal behavior. People may have certain biological factors engrained in their DNA that may cause them to gravitate towards a certain mindset or even lifestyle, however just because someone may be predisposed to a certain action or feeling, it does not mean that they will commit a crime.
I ultimately decided to write about a topic that not only tapped into my interests in STEM fields, but was packed with potential for progress as well, which for me, turned out to be genetic engineering. Later that week, as I flipped through pages of reference books about the advancements we’ve made in genetic engineering and biotechnology, I gradually became more and more fascinated by the field and its accomplishments. I marvelled at technologies like CRISPR, the potential they hold for the future health and medicine, and their inherent intimacy with human life. I became captivated by the idea of working on projects that have the power to change and save the lives of patients battling cancer or Parkinson’s, and the volume of happiness that could stem from successful biotechnological
I was first drawn to cell and molecular biology when I was a child, when my uncle gave me a microscope for Christmas. I was enthralled by the intricacy of biological structures, and curious as to how the hidden architecture of living things contributes to their function. When I entered high school, I was surprised at how much information in biology was still unknown or unclear. To pursue these answers, I studied beyond what was required of my classes, even to the point of individually learning AP biology. Despite my high achievements in these pursuits, my questions remained unanswered. With this, I decided the only way to have my curiosity satisfied would be to go to college to study cell and molecular biology.
Because cells are the ‘basic unit of life’, the study of cells, cytology, can be considered one of the most important areas of biological research. Almost every day on the evening news, we are told about new discoveries in cell biology, such as cancer research, cloning, and embryology. (https://highered.mheducation.com/sites/0073031216/student_view0/exercise3/the_importance_of_cell_biology.html)
Mental health issues plague millions every day. Ranging from general anxiety disorders to severe schizophrenia to everything in between; these all cause a level of discomfort. Many people just accept that they are a certain way and don’t try to find the real cause of their disorder. However, there could be a very logical and scientific answer to their silent cry for help. Biomed is the study of biology integrated with medicine and engineering. Many mental disorders have been researched through biomedical projects. Meaning scientist has found logical causes to illnesses like depression and schizophrenia. Biomed finds a cause like; hormonal imbalances, family inheritance, and structural differences in the brain. “Understanding a person’s unique biochemistry is important as it
I see one of the main advanced in biotechnology is everything we now manufacture industrially, we will eventually be able to assemble biologically. Our research in biotechnology should be more excessive on these topics under the consciousness of making this happen is not a fantasy world. Biotech is making life fantastically as simple as it is. Bioengineering accelerating the speed of revolutionary expansion five times, it is a really powerful tool in humanity lifetime. For that my research focus on using the nature and environment around us to create a new product such as biosensors which is small, effective and green.
Bioindicator’s are different types of living organisms that responds to different types of effect in the human environment. Lichens are a special type of Bioindicator that are used for air pollution. One main type of pollution is the sulfur-oxide pollution, which they get their personal needs from the atmosphere rather than from the soil in the ground. The lichens also react to the air pollution all- year round rather than a few months at a time. Lichens are also inexpensive to use for evaluating the air pollution. Lichens can also be used for some other things that different organisms can’t be used for. Lichens are closely associated with two very different organisms’ called alga and fungus. They all live in a symbiotic association. Lichens have special abilities that help them survive during extreme temperatures and extreme sources of moisture. Lichens have 3 different types of growth form: crusty which the edges are flat and hard to remove, leafy which the top and the bottom layers are different, then lastly you have the shrubby kind which is kind of similar to the Spanish moss when it’s hanging downwards. Lichens are widely use as environmental indicators and Bioindicator. Just say that the air is badly polluted with the sulfur dioxide then there possibly wouldn’t be any lichens being presented in the atmosphere. If the air is clean then the lichens would become more abundant. Some lichen species can handle some high levels of pollution and some are mostly found on pavement, walls and tree bark in urban areas. Lichens can be sensitive in certain areas; the most sensitive lichen is shrubby and leafy. Some lichens absorb the sulfur dioxide dissolved in water. These lichen species have very l...
Biopiracy is a problem faced by developing countries whereby national corporations, industries and government organizations make use of their natural resources without recompensing the countries from which the resources are taken from. These developing countries are rich in biodiversity and offer potential for corporations to make money. This is why these countries are a target. These corporations exploit the naturally occurring biological or genetic material, and may place patents that restrict its future use, without paying fair compensation to the community from which it originates.
“It has become a part of the accepted wisdom to say that the twentieth century was the century of physics and the twenty-first century will be the century of biology. ”-Freeman Dyson I strongly believe that studying what you passionately admire would take you to the peak of your career. At school, I would always ask my teachers about how can so many genes and proteins communicate with each other to maintain the body’s homeostasis and what might be the underlying activities of the cells. It was this passion and curiosity for biology ever since my childhood that drove my interest to take up Biotechnology as my profession.