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The importance of microorganisms essay
The importance of microorganisms essay
The importance of microorganisms essay
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Microorganisms are a part of every productive soil; there is no soil that is without microorganisms. Without the work of microorganism there would be no soil. While microorganisms work they begin to make the soil more fertile. This makes for a better plant environment. Most microorganisms can photosynthesize, so they do not need to find their own food (Franzmeir).
Microorganisms also thrive on plant nutrients. Some microorganisms can only survive if they are attached to plant roots, although most function freely. All microorganisms need moisture, air, a favorable temperature range, and most of the same nutrients as a plant. Microorganisms also live and thrive in different temperature ranges. For example, psychrophiles grow at a temperature
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They also grow faster then they can replicate their DNA. Microorganism have many layers. The cell wall, which is made of peptidoglycan gives each species its different shape. From the inside of the cell to the outside there is the inner membrane; also known as the plasma membrane.Next, comes the cell wall. Finally, there is the outer membrane and envelope. The microorganism’s shape is determined on the envelope (Properties of Microbes)
Microorganisms are beneficial to our environment. They produce the oxygen that humans breathe. That amounts to around 50% of all oxygen in the Earth’s atmosphere. Microorganisms are also responsible for breaking down dead organisms, animals, waste, and plant litter. The Earth would be filled with corpses without them (Properties of Microbes).
There are many different types of microorganisms. Amoeba are a type of Protozoa. They are found in ponds, lakes, streams, rivers, ocean backwater estuaries, and even rain puddles. The prefer to be in water with high oxygen levels, but will be able to survive in water with normal oxygen levels. They are also found in large food webbed areas, that contain lots of algae and plants. Also, because of its dislike of light, it usually finds shade under lily pads (Amoeba
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These heat loving Protozoa can only enter a human through the nasal passage. There are also amoeba that are harmless like proteus amoeba. They are a eukaryotic microorganism that clean and purify water. The amoeba is also unicellular and transparent. They are the largest amoeba and can almost be seen by the naked eye; they are anywhere from five-hundred to one-thousand micrometers long. They can contract onto any other shape, which is common in eukaryotic microorganisms. Amoeba proteus can also sense light. They sense the light they tend to move away from it. Within fifteen minutes of sensing light, the amoeba will split in two (Collecting and Culturing
Phenotypic methods of classifying microorganisms describe the diversity of bacterial species by naming and grouping organisms based on similarities. The differences between Bacteria, Archaea and Eukaryotes are basic. Bacteria can function and reproduce as single cells but often combine into multicellular colonies. Bacteria are also surrounded by a cell wall. Archaea differ from bacteria in their genetics and biochemistry. Their cell membranes are made with different material than bacteria. Just like bacteria, archaea are also single cell and are surrounded by a cell wall. Eukaryotes, unlike bacteria and archaea, contain a nucleus. And like bacteria and archaea, eukaryotes have a cell wall. The Gram stain is a system used to characterize bacteria based on the structural characteristics of their cell walls. A Gram-positive cell will stain purple if cell walls are thick and a Gram-negative cell wall appears pink. Most bacteria can be classified as belonging to one of four groups (Gram-positive cocci, Gram-positive bacilli, Gram-negative cocci, and Gram-negative bacilli) (Phenotypic analysis. (n.d.).
What do bacteria need to grow? For bacteria to grow the most typical thing that they like ate a warm and moist environment, but that is not all that they like. Bacteria also like and environment with a PH that is normal or close to a human PH and bacteria also like an oxygen rich environment. The places that could be common to find bacteria in a building are a keyboard, a water fountain, and restrooms. A keyboard is a common place for bacteria because it is being touched constantly with hands when people type and hands are warm, so bacteria like them. The water fountain is another place that is common for bacteria to grow because people's warm hands are touching it and also it has water, which causes it to be moist. The last place that bacteria will we commonly found in buildings are restrooms. The bacteria like restrooms because many people are in then and also there is a lot of water in them.
Bacteria play a large role in our health, the environment, and most aspects of life. They can be used in beneficial ways, such as decomposing wastes, enhancing fertilizer for crops, and breaking down of substances that our bodies cannot. However, many bacteria can also be very harmful by causing disease. Understanding how to identify bacteria has numerous applications and is incredibly important for anyone planning to enter the medical field or begin a career in research. Having the background knowledge of identifying an unknown bacteria may one day aid healthcare professionals diagnose their patient with a particular bacterial infection or help researchers determine various clinical, agricultural, and numerous other uses for bacteria.
Naegleria fowleri, the brain eating amoeba, exists around the world; reservoirs of N fowleri include sediments of lakes, rivers, geothermal water, soil, and poorly kept swimming pools. These microbes can live in temperatures up to 45 degree Celsius and do not require a host cell for survival. The free-living amoeba is the etiological source of primary amoebic meningeocephalitis (PAM), an acute and fatal disease of the central nervous system with fatality rates over 99%. Onset of illness is quick and death typically occurs within 7-14 days. Treatment for PAM poses a challenge because of rapid disease progression and limited awareness among clinicians. According to the CDC, there are more than 30 species of Naegleria that exist, however, N fowleri is exclusively the species recognized to be pathogenic in humans. When conditions are favorable, this free-living amoeba can survive outside of the host cell.
During her presentation, Bonnie Bassler expends many different aspects of communication in a bacterial level and how successful communication is important to survival and efficient functioning. It is evident from her presentation that without a common language to communicate with, bacteria could not work as efficiently as they do, neither to immunize people nor create havoc in them. In her presentation, Bassler asserts the importance of the use of language in communication in bacteria, using rhetorical appeals – logical, ethical and emotional – and how it is consequently related to humans.
As you exit the bus, another passenger next to you starts to cough, and then you hold the handrail as you exit the bus. Since you’re late getting home, you take a shortcut through a field to get home quicker. These three simple acts just exposed you to bacteria, viruses, and insects that could cause illness or even death. Infectious diseases, also known as communicable disease, are spread by germs. Germs are living things that are found in the air, in the soil, and in water. You can be exposed to germs in many ways, including touching, eating, drinking or breathing something that contains a germ. Animal and insect bites can also spread germs.1
A tropical rainforest is a humid, moist biome located near the Earth’s equator, with the world’s largest rainforest being in South America, Southeast Asia and Africa. Rainforests collect from 60 to 160 inches of rainfall throughout the year, with the constant humidity and moisture within the rainforest creates the perfect biome for tropical condition thriving plants and animals. One of the world’s best environments for biodiversity are the tropical rainforests, they contain 15 million species of plants and animals. The humid conditions of the tropical rainforests are ideal for bacteria and other microorganisms, these organisms remain active for the whole year being at their optimum temperature they break down, decompose the forest floors matter for example decayed plants and other dead animals. In other biomes such as Deciduous forests decomposed leaf litter on the forests floor contributes to the nutrients of the forests soil whereas a Tropical rainforest grows so rapidly that the plants consume the broken down litter. This result in the plants retaining most of the nutrients rather than the sold allowing them to grow larger than the deciduous forests, any nutrients that are absorbed by the soil is leaked out by the amount of rainfall leaving the soil unfertile and acidic.
ANTIBIOTICS :- Antibiotics are medicines that fight bacteria. Antibiotics can save lives, if used properly. Antibiotics either kill bacteria or keep them from multiplying. Antibiotics do not fight virus infections. For example: Cold Flu ANTIBIOTICS: Most coughs Sore throats (Exception: strep throats).
E. coli are bacteria that can cause an infection in various parts of your body, including your intestines. E. coli bacteria normally live in the intestines of people and animals. Most types of E. coli do not cause infections, but some produce a poison (toxin) that can cause diarrhea. Depending on the toxin, this can cause mild or severe diarrhea.
Microorganism is a living thing that cannot be seen by naked eye and is so small in size. Microorganism usually can be seen through microscope because microscope have the ability to see small thing using various magnification. The examples of microorganism are bacteria, fungi, protozoa, algae and virus. Among all of the microorganisms, bacteria have the greatest advantages in preserving food and beverages. Bacteria are generally harmless but can produce enzymes that can alter the structure the food. In extreme cases, bacteria can secrete toxic substances that can cause the food to spoil.
In this assignment I am going to explain the 5 different social benefits of micro-organisms. The areas I am going to talk about are as follows;
The main biotic factors are the plants, fish, and microorganisms. The plants are the main component of an aquaponic system, and they play a significant role in forming a symbiotic ecosystem, the plants also provide water full of nutrients for the fish. Additionally, the fish play a role in forming the ecosystem, but they also assist in the growth of the of the plants by allowing for clean water to be produced from their waste. The bacteria allow for the nitrification cycle to take place, in turn, cleaning the water in the
Microbes are everywhere in the biosphere, and their presence invariably affects the environment in which they grow. The effects
Their main purpose is to survive and their functions allow them to do so. All cells have common features whether they are eukaryotic or prokaryotic cells. The common features include a plasma membrane, cytoplasm, ribosomes, and DNA. A plasma membrane which is also known as a cellular membrane, surrounds all cells and its primary function is to protect them. Plasma membrane is made up of two layers of phospholipids which are a class of lipids and has many proteins embedded in it. The proteins have a function of providing support and shape to a cell. There are three different proteins in cell membranes (see appendix 1). The plasma membrane also regulates the entry and exit of the cell, as many molecules cross the cell membrane by osmosis and
It is a single-celled organism that is not visible to the human eye, which means it can only be seen with a microscope. Bacteria are classified as Prokaryotes. They make their own food from the sunlight and can absorb food from the materials that they live on.