it should be typed, be at
least 10 pages long (not including a cover page), and must cite at least eight (8) scholarly
reference, I found some but you can add by ur own if u find them good I uploaded the file. my professor said “USE THIS GENERAL ORGANIZATION AND USE HEADINGS (like are used in this
syllabus!)
1. On a cover sheet, list the title of the paper, your name, and the name of the class.
2. Provide an Introduction that explains what the subject of the paper.
3. Provide a brief background of who thinks what and why.
4. Discuss the major elements of the paper in some detail.
5. Provide a conclusion and make any appropriate suggestions for further study.
6. List your references.
Category: Natural science
Go to Esris In the News section and review the GIS news articles available in the discipline of your choice. Examine the types of data being utilized for the project in your article. Why was the type of data (raster or vector) assigned to the data sets appropriate for your selected project? Provide evidence to support your rationale.
https://www.esri.com/about/newsroom/press-coverage/
Answer all the questions and fill in the blank. Use the slides I attached.
1. What type of diseases can gene therapy treat? How are viruses involved in this therapy?
2.What type of diseases can phage therapy treat? How are viruses involved?
3.Viral genomes are tiny compared with those of living organisms. How can they have more variety than the genomes of living organisms?
4.Name all the structures of an enveloped virus (such as the HIV virus).
5.The primary virus classification method is based on _______.
6.Why is capsid an essential structure for a virus virulence?
7.What is a prophage? Does lysogenic conversion benefits the virus or the host cell?
8.The structure of an enveloped virus responsible for host specificity is _________.
9.The three mechanisms of viral latency in animals are _______ , _______ is responsible for the viral genes the human genome.
10.Enveloped animal viruses can enter the host cell through _______ and exit through _______ ; Naked animal viruses can enter through _______ and exit through _______.
11.Watch the Flu Attack! How A Virus Invades Your Body video on youtube (https://www.youtube.com/watch?v=Rpj0emEGShQ) and answer the following questions:
The locks and keys of the flu virus in the video are called _______ and _______ in our PPT slides. Using terms from slides, the influenza virus enters the host cell through and exits through _______ . The two reasons that an infected person doesn’t drop dead in 10 minutes are _______ .
I have attached a document called “Project 2” this includes instruction on how the essay should be performed.
The other attachment is called “how to write scientific names and what do they mean” and will help you write scientific names.
If you have any questions please let me know.
Use the slides to answer these two questions in paragraph form:
1. Use Google to find a virus that infects turkeys. Is this virus a DNA virus or RNA virus? Is it single stranded or double stranded? Does it have an envelope? How is it transmitted? Besides turkey, what other animals can this virus attack?
2. For the virus you find above, does it go through lytic cycle or lysogenetic cycle? What is the reasoning for your answer? What are the steps of its replication (refer to this week’s slides)? What are the possible ways for that virus to enter and exit cells of a pig (please reason based on info from this week’s slides)? If you raise turkeys on a farm, how would you treat your infected birds and protect the uninfected? How can you disinfect your facility effectively without spending much money?
Cleaner Production and Green Chemistry
Write some pages paper on the dual topics of “Cleaner Production” and “Green Chemistry.” Cleaner production is the term used by the United Nations to describe what is sometimes referred to in the US as Environmental Audits. Research “cleaner production” and then discuss what it is, how is it used, who is using it. Discuss three examples of the application of Cleaner Production techniques and how successful this approach has been.
Similarly, research and discuss Green Chemistry. What is it, where is it used, why is it being used, and discuss three examples of where green chemistry has been successfully used. What difference did it make?
Introduction, Results, Discussion, and Conclusion. We did an experiment (I will attach lab manual) where a luminescent coordination compound was synthesized with 8-hq and at different conditions to see the changes. We were given the IR spectrum data and need to analyze and discuss it. I’ll attach the data, extra instructions and the background info/procedure from the lab manual. There are also some “thinking about the data” questions we have to answer in the discussion section that are in the manual.
Genetic engineering has become a part of our culture and it is difficult to tell the difference between unmodified and genetically modified food sources such as plants and animals. After reading this module’s material regarding vectors in biotechnology, consider the potential for nanotechnology and gene therapy.
For your initial discussion post, research nanotechnology and its potential use in biotechnology. Explain the potential advantages and disadvantages of nanotechnology in health care and discuss whether you would or would not support further research.
Every year, natural disasters impact families, communities, nations, and cultures. Whether the natural disaster is a flood, hurricane, tornado, fire or earthquake, it can alter the environment and cause potential health hazards.
For this module’s initial discussion post, research a major national or global disaster that occurred in the last decade. Provide a brief summary of the disaster and explain the common public health risks that occurred as well as potential long-term health risks the victims might be facing. Do you think the type of natural disaster you studied has the highest risk of spreading diseases, or another type of natural disaster? Explain.
Antibiotics have saved millions of lives since they were first observed by Pasteur and Koch and later named by Selman Waksman in 1942. Unfortunately, antibiotic resistant microbial strains are becoming more prevalent and therefore making once easily treated infections more difficult to treat.
For your initial discussion post, share your thoughts on three ways that society – not physicians or medical staff – can help to reduce the development of drug resistant microbial strains.
