What Role Does Biology Play In The Future

Biology is an important subject, one in which one can learn about living things. I believe biology will allow for me to succeed in college and within my career plans, mainly because I aim to work in the medical field. In order to become an Optometrist, I will need to be both educated on the human body system and familiar with the anatomy of the human

Biology is a broad field, covering the minute workings of chemical machines inside our cells, to broad theories of ecosystems and global climate change.

The study of biology is relevant now because it has everything to do with life and life is everywhere on Earth. We can use biology to keep that from changing. Biology has helped us grow food, protect the environment, tell us how the body works, and so much more. Thanks to biology viruses and diseases can also be controlled. Biology has advanced the world so much and without it everything would be completely different.

Because genetic research is so new and so many possibilities for using this new technology are still being uncovered, I could have the ability to do major research in the area through my studies at Johns Hopkins. For example, although scientists know some of the uses of stemcells, they also know that there are many more things they can be used for that have not been found yet. I am hoping that by majoring in biology, I will have an opportunity to work in the field of genetics and do research that will save many

9-1: Why are human psychologists concerned with human biology? Psychologists working from a biological perspective study the links between biology and behavior. We are biopsychosocial systems, in which biological, psychological and social-cultural factors interact to influence behavior.

Biology helps you to understand the human body and how it works. Biology is a fascinating subject which can help you to understand the relationship between hypotheses, evidence, theories and explanations.

Genetic engineering is so expansive and unpredictable that there is no certain line of attack to illustrate precisely what the future has in store for it development. It would seem that the most logically need for genetic engineering would be in medicine. Since disease and viruses have a genetic component, it is said that healing may be sped along in the future by using bacteria-made proteins to augment the healing process. The genes regulating the production of these proteins can be inserted into bacteria, "teaching" the bacteria how to make the identical proteins. (Future of Genetic Engineering)

Biologists are essential for the progress in many fields within society, especially health related fields. Biologists are the people who dedicate much of their time and career focusing on the science of life and living organisms. There are many biologists today but the one who stands out to me the most is Timothy P. Cripe.

Biology is a huge, constantly expanding field that requires advanced degrees and specialization in order to be in a position to make discoveries. A personal area of interest is the practice of genetic research. Someone in this field would investigate heredity characteristics in order to predict risks for health conditions, develop specialized pharmaceuticals, organize clinical trials for experimental treatments, as well as helping doctors administer personalized genetic treatment (http://study.com/articles/Genetic_Scientist_Job_Description_Duties_and_Requirements.html). At least a master's degree is required, although a docorate is preferd. The appeal of this career path is understanding the underlying mechanisms which have physical implications

When people hear the word “biology” they most likely think of think of things such as dissecting frogs or looking through microscopes. There are those who work in biological fields that do perform such tasks as these. But there is much more to biology than people realize. For example, if you have ever bought flowers, taken medicine, or eaten food, you have benefited from the work of a biologist. This makes biology one of the most broad and diverse areas of study.

Statements such as this, highlight the necessity for Scientists these days to be able to cross-fields in their research, the age of the Omics is here, wanting to be a biologist is no longer sufficient, we consequently, must have training in at least three fields to envisage how a system effusively operates.

Also, they can evaluate how and why some cells develop to work independently. In order to understand the physiology of living organisms,

As researchers learn more about the functions of genes and proteins, this knowledge will have a major impact in the fields of medicine, biotechnology, and the life sciences. (n.d.) As a STEM student, my opinion on this matter is entirely about the benefits and its drawbacks. I think almost all researches that has touched on genetics pose unethical issues in them.

Biology is as relevant in today's society as it was when it was applied by Aristotle to Ja,:nes Watson and Francis Crick. Aristotle was the first to establish the systematic observation and data collection of living organisms. James Watson and Francis Crick were able to identify th structure of DNA using systematic observation and data collection on biological molecules.

First of all, science has improved our extend our living time. The study of biology has allowed us to know more about living things. For an example, we learnt the anatomy and physiology of human, animal and plant in biology. From this, we can clearly know the living things structure and chemical reactions which occur in its. We can diagnose out their disease when they fall sick and can relieve their pain. We also can know the nutrients which needed by the particular organism to maintain their health