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Putting Bacteria to Work Essay Help.



Microbes, commonly referred to as microorganisms, are microscopic organisms that often exist as single cells or in a multitude of cells. The diversity in microorganisms is remarkable, and these different microorganisms are known to have far-fetched benefits on nature. Understanding microbes is, however, vital as it helps us differentiate the bad from good microbes. Microbes exist as; bacteria, fungi, protozoa, and viruses. Our focus will, therefore, be on all these types. Microbes like viruses are known to have detrimental effects on living organisms, and often have more disadvantages than advantages. Bacteria often exist as single-celled microbes and are an essential type of microbes. The existence of bacteria is not limited to specific habitats and can be found everywhere. Bacteria are, therefore, found in humans, water, soil and most elements of nature. The analysis of bacteria and other microbes that are useful to our daily lives will be necessary. Putting Bacteria to Work Homework Help.

Putting Bacteria to Work Homework Help.

Microbes in food production

The first application of microbes is their application in the food industry. Microbes are used in the continued production of many food products. These microbes, if not properly utilized, can also cause food spoilage. Food spoilage involves the contamination of food products, and this can occur within the production process of food products. The application of microbes in food production, however, has many advantages and benefits. Bacteria tops this section, with some bacteria like streptococcus being responsible for the continued production of fermented foods and dairy products. An example of this would be the production of yogurt through the fermentation process (Pham, 2015). Usually, the method involves lactose being fermented into lactic acid by bacteria. The bacteria typically feed on the lactose to facilitate its conversion to lactic acid as a by-product. Bacteria are also used in cheese making. Unlike yogurt, the cheese making process can incorporate the capacities of both bacteria and the mold fungi. Mould is an essential microorganism responsible for the consistent spoilage of food. This exists at room temperature. Its nature, however, facilitates the ripening of some food and this is evidently of importance in the food production process. Mould, for example, is used in rotting grape that is used in the production of wine. Many individuals also use the mold fermentation procedure to produce fermented milk. Another remarkable microorganism that is vital in the food production industry is yeast. Their use is mostly in the manufacture of baker’s yeast and also the fermentation of beers. Putting Bacteria to Work Homework Help.

Microbes in waste management

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Microorganisms play a vital role in the maintenance of the natural environment, and this can be attributed to their application in waste management. The successful disposal of waste, often generated through human activities, is an expensive task that has usually cost governments millions of dollars. The capacity to use microbes in waste management has, therefore, impacted positively on nurturing the environment while also reducing costs used in waste management. A notable application of these applications is sewage treatment. Microorganisms role in sewage treatment is to oxidize organic material. Microorganisms are also used to reduce the production of methane gas by sludge solids. Microbes are also used in soil treatment. In soil treatment, the fixation of atmospheric nitrogen through root nodules which contain the necessary bacteria for the process (Poleto, 2016). The microorganisms in the soil also act as minerals and nutrients to plants. The microbes facilitate the production of hormones that hasten the growth and immunity of plants. In the line of waste management, certain microorganisms help clean up oil spillages from tankers or even industrial wastes. The oil spills facilitate the excessive multiplication of these microorganisms, which in turn remove toxic substances from the oil spills. A number of researched microorganisms also inhibit the spread or radioactive materials like uranium. Geobacter, an example of a bacteria found in soil, is known to electroplate uranium and thus inhibits it from spreading and contaminating the groundwater. These bacteria can be directly introduced to old mining sites or also nuclear plants to reduce the effects of radioactive emissions. Putting Bacteria to Work Homework Help.

Microbes in Health care

Microorganisms are well known to live anywhere, including the human body. These microbes, therefore, survive inside our bodies and feed on what we feed our bodies with. Microorganisms in the human body, therefore, vary differently. This varying is controlled by the type of foods we eat and our intake frequency of water. Certain bacteria have been well known to facilitate the digestion of food materials. The microorganisms responsible for this function are known as gut flora. The purpose of gut flora is to regulate the production of vitamins and nutrients that are essential in maintaining a healthy body. It is also, well known that bacteria often play a crucial role in infection protection in a human’s body. This is facilitated by its capacity to produce antibiotics (Donaldson, 2018) regularly. These antibiotics are vital in preventing the harm that might be caused by other microorganisms which exist due to the existing infection. Viruses as microorganisms also play a critical role in our bodies. Foreign viruses are well known to be continuously slowed down in their rate of spreading, by well-known beneficial body viruses. The study of microorganisms has also proven, and this is evident with the advancements in research in treating ailments caused by microorganism, through the study of the same microorganisms. Bacteria and viruses are, therefore, critical microorganisms that have been used to develop lifesaving vaccines like smallpox. In the 21st century, advancements in health care have facilitated further application of microorganisms in the development of relevant medicine for human use. A notable example is the use of microorganisms in the production of insulin. This insulin issued in the treatment of diabetes mellitus and is often extracted from the pancreases of dairy animals like cows. Putting Bacteria to Work Homework Help.

Microbes in energy production

Microbes are well known to facilitate the production of electricity. The microorganisms, therefore, serve as an alternative form of energy production for both domestic and industrial purposes (Safdar, 2016). While industrial production of electricity using microbes and anodes is in existence, simpler domestic setups like biofuel production are also alternatives that are cheaper and fuelled by microorganisms. A newer energy production method through the use of microbes has been discovered recently. The Flavin-based electron bifurcation enables energy transfer while allowing the enzymes to control energy consecutively. The logic behind energy production by microorganisms is the fact that these catalytic microorganisms oxidize organic components like manure. Putting Bacteria to Work Homework Help. The organic content, thus produces energy through microbial fuel cells. Exoelectrogens actively transport electrons to the electrode surface hence completing the process of electricity production. The continued demand for alternative sources of fuel that are easier and cheaper to produce is still on demand. This has facilitated the continuation in research on microorganisms and their role in energy production.  One significant advancement in research is the need to increase the efficiency of microbes when consuming substrates. This will improve their utilization of existing processes and the generation of better products altogether. The identification of an efficient and perfect substrate is also vital for faster and more efficient energy production. An active substrate that is compatible with microbes will fasten the energy generation process and, therefore, act as reliable methods to produce energy faster. The general application of microorganisms in energy production, especially biofuel, is considered revolutionary as the energy generated is renewable. Putting Bacteria to Work Homework Help.

Personal opinion

I find the application of microorganisms in our day to day life necessary and inevitable. While these microorganisms have adverse effects on our lifestyles and environment, their benefits outweigh the adverse effects. Understanding how to control and maximize the existence of various microorganisms in our environment is, therefore, essential. My best application of microbes in our lifestyles is on the waste management aspect. The current global climate has been facing many climatic concerns, most of which have eroded the existing natural habitats for wild animals. With the gradual rise in global warming and other environmental hazards, the need to commercialize the application of microorganisms in waste management is inevitable.Putting Bacteria to Work Homework Help.


I would, therefore, recommend the industrialization and large scale application of microorganisms in the waste management process. Putting Bacteria to Work Homework Help.Microorganisms are, however, necessary in all aspects of our lives including the environment as our habitat. Advancements in research on how to improve efficiency on waste management through the use of microorganisms should be facilitated and adapted. With the availability of microorganisms everywhere, and also the capacity to avail them through industrial processes, companies should adopt strategic plans that ensure all their waste is actively controlled and managed through the use of microorganisms. Putting Bacteria to Work Homework Help.


Donaldson, J. R., & Carroll, J. A. (2018). U.S. Patent Application No. 15/568,364.

Pham, T. P. T., Kaushik, R., Parshetti, G. K., Mahmood, R., & Balasubramanian, R. (2015). Food waste-to-energy conversion technologies: current status and future directions. Waste Management38, 399-408.

Poleto, L., Souza, P., Magrini, F. E., Beal, L. L., Torres, A. P. R., de Sousa, M. P., … & Paesi, S. (2016). Selection and identification of microorganisms present in the treatment of wastewater and activated sludge to produce biohydrogen from glycerol. International Journal of Hydrogen Energy41(7), 4374-4381.

Safdar, M., Jänis, J., & Sanchez, S. (2016). Microfluidic fuel cells for energy generation. Lab on a Chip16(15), 2754-2758.

Putting Bacteria to Work Homework Help.


Discuss how we can put microbes to work to facilitate our lives: from keeping our landscape clean to making delicious food and beverages. Review the Learning Activities in Module 9 to assist you with this assignment.
Recognize the importance of microorganisms in water and sewage treatment plants.
Describe food Microbiology, focusing on both preventative infection methods and the implication of specific microbial taxa in food preparation.
Describe the employment of microorganisms in industrial Microbiology.
Search the Online Library for information about harnessing bacteria to help us.
Search Academic OneFile or choose another database. Use the Concorde Online Library Tutorial if you need assistance with your search. Use these search strings or try some of your own:
Putting bacteria to work
Microbial fuel cell
Industrial microbiology biotechnology
Microbes in health care
Microbial taxa
Biotechnology and bacteria
Create a five-to-seven page essay summarizing various ways in which we employ microbes to our advantage. Think about their use in the food industry, waste management, health care, and conversion of waste product into fuel. Which of these applied Microbiology fields is of interest to you and has the potential for further development in your opinion?
Support all of your assertions with scholarly resources.
Essay: This project should be in proper APA format. There is a requirement of at least THREE scholarly resources (Wikipedia is not allowed) and those resources must be no older than FIVE years old.  
Five-to-Seven pages, not including title page, reference page, or appendix.

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