The Field Of Bioinformatics Is The Process Of Technology

2. Find articles related to the topic. 3. Write two pages, double spaced, excluding references. You must read the articles that you find and summarize the information they contain briefly in

Technology has improved the human species by providing information around the world, leading to developments in different countries. Biotechnology is improving the world of medicine, agriculture, and energy production. In the medical world, technology has a big impact by helping scientists and doctors figure out how to fight off diseases and viruses. For example, there are two individuals, one who has malaria and the other has built up a resistance to malaria. Knowing that an individual has built up resistance to malaria can help, simply by taking a sample of their blood

Genetics can help answer questions about our traits and why we look different and advance in different ways from each other in the world. Chapter 1 explains the basics about how genes work, and the portrayal of DNA and RNA. Chapter 2 describes RNA more in detail and it consist of the explanation of the human genome. Specifically, Chapter 3 clarifies how evolution works and how it relates to genetic and medical research. Furthermore, Chapter 4 and 5 explains the knowledge researchers have about genes role in health and diseases, and how society is affected with the advances in medicine and science given approximate credit to these researchers.

Each chromosome is labeled as one of four types: A, C, G and T. Genomic medicine is the study of the sequence of those letters. Small changes in the code can make someone more susceptible to cancer and other diseases. The code letters can also differentiate one type of cancer from another. Understanding the genome can help doctor devise a better treatment regimen for any given patient. Professor Dame Sally Davies of the NHS is recommending that medical facilities rapidly sequence the genome for all patients. The NHS has already sequenced the generic blueprint of more than 31,000 patients. [2]

Pharmacogenomics, a component of precision medicine, is the study of how genes affect a person’s response to particular drugs. It involves a combination of pharmacology and genomics, to manufacture medication and doses that are customized to fulfill the variations found in people’s genes. (Reference 2016)

There was a broad consensus for five priority areas for future research, to integrate approaches across different technologies and to include diverse populations for future human studies. There is a need for creating new collaborations with versatile teams that combine bioinformatics, genetics, molecular biology, and cell physiology.

Thus an interdisciplinary approach should be utilized as a broad range of scientific discipline from biochemistry to informatics which will help us to identify and understand the mechanism for cancer progression and its prognosis. With the rapid changes in the technology, there has been various challenges which have come into the picture due to regulatory oversight and legislation. One of the major challenges is to manage large amount of data generated via assays thus it requires massive computational resources for data storage, processing and interpretation. Certain informatics resources such as ClinGen and ClinVar database of the National Center for Biotechnology Information (NCBI) has provided us with easily accessible data. The identification and routine deployment of molecular markers to improve classification of indeterminate lesions will be of great benefit to patients and surgeons and will reduce costs to the health care system by limiting unnecessary surgical procedures. More multidisciplinary research, closer collaborations is required between drug and cancer biomarker developers, clinicians, biologists, biostaticians and IT professionals, so to develop cancer biomarkers to improve patient outcome as well as to help the clinician in rapid clinical decision

In addition, we have been able to better asses a person’s genetically inherited diseases. A classic example of such diseases is cancer, by understanding how a gene can go wrong, scientist can work out a solution to treat such diseases. A method of understanding cancer is using oncomouse, a transgenic mouse carrying an activated human cancer gene, used in laboratory experiments. Oncomouse was important to science because it is made to grow cancer and with it, we can predict on how to delay or prevent cancer from an early stage. This is very useful for anti-cancer

Today we live in a very technologically advanced society. Scientists are continually discovering new things about the world and the way things work. "In the 1980ís, it was becoming increasingly apparent to many scientists that an understanding of basic biology would be greatly enhanced if the detailed structure of DNA was understood" (Mehlman, 1998). Thus began what has become know as The Human Genome Project which is "the mapping of all our

This presentation can be applied to biology as the majority of print regarding biology is moving to digital sources. For example, the large majority of research projects are maintained in online databases that allow for accessible storage, organization, and the ability to quickly scan to find the topic of interest. Thus a current application of this would be the transition of college lab reports and research documentation to digital sources. Another way this presentation could apply to the biology is the way in which biologists collaborate on research. Furthermore, technology has led to significant changes in the way biologists communicate, this is particularly meaningful for science given that the production of scientific knowledge is fundamentally a social process involving information sharing, collaboration and the mobilization of outputs. Additionally, applications such as cloud computing have the potential to change the system of collaboration further by making the process of sharing and multi-authoring documents much easier and by placing ideas within a “social” context to allow even more people to contribute. Thus the technological applications within biology are endless and it has the potential to completely change the way in which biology is studied, taught, and

The study of the hereditary information present in the genes of an organism is known as Genomics. Genomic research influences health care practice, and helps improve human health. There

Also, it is a standout amongst the most dynamic and quick paced multidisciplinary fields of science and that is the reason various students are allured by its prospects. As this is the situation, getting into different biomedical science degrees is a hard assignment too. Keeping in mind the end goal to pick up admission to the different biomedical science programs, you must have the capacity to adequately showcase and highlight your abilities; especially those that can help you exceed expectations in biomedical science. One approach to do as such is by creating an elegantly composed individual explanation for biomedical science, which will help you increase present yourself to the affirmations leading group of your planned school or college. Biomedical sciences personal statement is an unpleasant and high-weight undertaking to a few individuals.

To give ideal consideration, there need for proficiently successfully recover, translate, and incorporate significant data from source. Similarly, analysts need to explore an unfathomable measure of data from the biomedical writing for undertakings, for example, creating new speculations and comprehension the cutting edge in a given zone. Electronic assets,

In the clinical practice area of health care; clinical, imaging and bio-informatics help support making diagnoses and treatment planning for patients. As seen in the article by Frankovich et al., and the promotional video of the supercomputer Watson for oncology, the informatics systems sort through the data and is able to provide the best treatment plan possible

Techniques, like “[plant] cell culture, recombinant DNA [deoxyribonucleic acid] technology and cellular cloning, [would] now provide us with new ways to tap into natural diversity”(Seidler para. 3). To put it another way, biotechnology could provide new medicines. New medicines could eliminate side effect and eradicate repeated visit for injection in treatment for diseases or cancer(Christopher para. 4). Therefore, limiting biotechnology would hinder the process of creating new medicine. Medine would not be the only one affected in the medical field, but in addition, diseases could be