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Describe the economic importance of fungi as an essay
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1.0 INTRODUCTION
Fungi have been significant in both past and modern biotechnological processes (Bennett, 1998). After World War I, a traditional fungal biotechnology has begun and developed into yielding of enzymes, antibiotics, hormones, citric acids, vitamins, and fungicides (Demain, 2000). This list will continue expanding as we moved in this modern century. Fungi definitely bring lots of benefits in pharmaceutical and economic industries. For instance, pharmaceuticals and personal care products may introduce to the terrestrial environment with potential impacts on beneficial soil microbe populations (Hillis et al., 2008). We will discover more economic significant of utilization of fungi in biotechnology area.
2.0 ENZYME
Despite of general properties of enzymes, the properties also varies from where it comes from and how it been produced. For instance, the enzymatic saccharification method in lignocellulosic bioethanol is generated by hydrolyzing cellulose and hemicelluloses. This method gets high attention because of its higher theoretical yield compared to other methods (Taneda et al., 2012). Acremonium cellulolyticus with high activities of cellulase, amylase and pectinase enzymes allow it for the easy separation of solids/liquids in potato pulp, resulting in high saccharification efficiency and a high recovery rate of products (Gao et al., 2014). On the other hand, Enzyme-modified carboxymethyl starch (ECMS) is beneficial in enhancing water holding capacity, emulsion stability and improving sensory characteristics of sausages with a declined fat content (Luo and Xu, 2011). Lipases and phospholipases of dormant cotton seeds have stability in heat, various media and nature of the hydrolysis of the lipids properties (Rakhi...
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...he red and far-red light through photo-interconversion between the two stable conformations. Chromophores are responsible in mediated this distinct feature (Blumenstein et al., 2005). A. niger also produce fumonisins, one of the well-known industrial workhorses (Dufossé, et al., 2014).
8.0 CONCLUSION
In any production of certain metabolites or products in fungal life cycle, two phases of metabolism must involve which are primary and secondary metabolisms. In this new and modern era, fungal biotechnology has evolved and developed in order to allow a commercially fungal utilization of the metabolic processes in a viable manner. To conclude, fungi have contributed a lot in economy significantly. This included in the industries of chemical commodities, antibiotics, enzymes, vitamins, pharmaceutical compounds, fungicides, plant growth regulators, hormones and proteins.
Biosynthesis of the pigment is a bifurcated process, formed from a mono and bipyrrole. These two precursors are synthesied independently and then constructed to produce Prodigiosin (Giri et al, 2004).
The fungus sclerotinia sclerotiorum over winters as sclerotia either in the soil or in stubble at the soil surface (Morton and Hall, 1989). If the weather (moisture and temperature) is favorable, small mushroom-like structures called apothecia will be produced on the sclerotia. Each sclerotia can several apothecia. Apothecia can produce millions of spores called ascospores. Ascospores will be released in air when the apothecia is mature. Some ascospores land on canola plants and infect dead canola tissues like fal...
With this information we were able to identify any patterns and similarities. Hypothesis: The higher the temperature of water, potato and H²O², the rate at which the Enzyme will work will be faster therefore producing more oxygen. The reaction will be the same without the catalase (potato). Therefore in both experiments the Enzyme will work more rapidly and produce more oxygen. Aim: To test the hypothesis.
...osphorus and other essential trace elements in non-ruminants feed (Lan et al., 2011). Nevertheless, the Mitsuokella jalaludinii is an anaerobic bacterium and therefore need rigid growth conditions for it to be mass produced. One of the possible solutions for this problem is to clone and express the phytase genes into other microorganisms which are aerobe or facultative anaerobe in nature without compromising its existing phytase activity. The whole genome of Mitsuokella jalaludinii has been sequenced and the genes responsible for the expression of phytase, Phy1 and Phy2, were identified through the gene annotation of the genome and are in close proximity to each other. As such, the need for cloning and further expression of the Mitsuokella jalaludinii phytase is essential to identify the potential of this enzyme to be largely produce for commercialization purposes.
at a volume of 4cm3. The preliminary work also proved to me that my basic method worked without any setbacks that may affect my results. Variables:.. The variables involved in the rate of reaction between amylase and starch are. The volume of amylase The volume of starch
Cellulose chains are composed of both crystalline and amorphous regions. Breaking of the amorphous portion of cellulose chain is carried out by acid hydrolysis to yield crystalline residue that is CNCs. Hydrolysis largely disintegrates the acetal linkage in amorphous part of cellulose chain while due to long exposure to acid crystalline part may also degrade (Bondeson et al., 2006). Depending on the origin of the cellulose, CNCs of different width and length have been prepared and reported by different researchers. The aspect ratio (length to width ratio) of CNCs have been observed to vary between 10 and 30 for cotton and it lies around 70 for tunicate, a sea animal (Habibi et al., 2010). CNCs of various shapes viz. rod like (Habibi et al., 2010), spherical (Wang et al., 2008) and elliptical (Lu et al., 2012) have been obtained using different acid system and different cellulose origin. Sulphuric acid is the most commonly used acid for hydrolysis of cellulose to synthesize CNCs (Kim et al., 2001; Kupiainen et al., 2012; Lalia et al., 2013; Lu et al., 2012). The presence of bisulphite ion along with H+ ions results in better cellulose hydrolysis in sulphuric acid as compared to non-sulphur acid species like formic acid (Kupiainen et al., 2012). Hydrolysis using sulphuric acid leads to the introduction of charged sulphate ester groups to the surface CNC s (Abitbol et al., 2013; Lu & Hsieh, 2010). These sulphate groups attached to the CNC surfaces results in decreasing the thermal degradation temperature of CNCs (Jiang et al., 2010). To improve the thermal stability of CNCs, hydrochloric acid has been used as hydrolysing agent for hydrolysis of cellulose (Yu et al.,
Sordaria fimicola belongs to the kingdom of fungi and is part of the phylum Ascosmycota. This fungus habitat is in the feces of herbivores. As many fungi Sordaria have one life cycles which is haploid/ diploid. It is commonly exits as a haploid organism, but when the mycelium from two individuals meets, the result is a diploid zygote. This diploid zygote which undergoes meiosis forms eight haploid ascospores . The ability of Sordaria to make 8 haploid ascospores is what makes it unique and important for the laboratory exercise done in lab.
RESEARCH A mold is a parasite that nourishes off of dead or biting the dust natural matter, and can be dangerous to your wellbeing and sustenance quality. Mold develops best in wet, dim and cool conditions, yet can develop in hotter temperatures too. In order for a mold to reproduce, it makes a large number of tiny spores.
Abstract: Enzymes are catalysts therefore we can state that they work to start a reaction or speed it up. The chemical transformed due to the enzyme (catalase) is known as the substrate. In this lab the chemical used was hydrogen peroxide because it can be broken down by catalase. The substrate in this lab would be hydrogen peroxide and the enzymes used will be catalase which is found in both potatoes and liver. This substrate will fill the active sites on the enzyme and the reaction will vary based on the concentration of both and the different factors in the experiment. Students placed either liver or potatoes in test tubes with the substrate and observed them at different temperatures as well as with different concentrations of the substrate. Upon reviewing observations, it can be concluded that liver contains the greater amount of catalase as its rates of reaction were greater than that of the potato.
Enzymes, such as cellulases, which catalyse the breakdown of cellulose, have been isolated from several different organisms, including fungi. However, the purification of enzyme from these sources is expensive, on the order of $5.50 per gallon of ethanol produced. Genetic engineering or biotechnology has already played a key enabling role in the development of cellulosic biomass conversion technologies by dramatically reducing the cost of cellulase production from about $5.50 per gallon of ethanol to $0.10-15 per gallon of
Mushrooms are rich in copper, a mineral that has cardio-protective properties. A single serving of mushrooms is said to provide about 20 to 40 percent of the daily needs of copper.
Microbes are microscopic life forms, usually too small to be seen by the naked eye. Although many microbes are single-celled, there are also numerous multi-cellular organisms. The human body has 10-100 trillion microbes living on it, making it one giant super-organism. Since the first link between microbes and diseases was made, people have been advised to wash their hands. Scientists, however, have recently started to investigate more closely how the microbes that call the human body home affect our health. While some microbes cause disease, others are more beneficial, working with our bodies in many subtle ways.
Protozoa are single celled organisms. They come in many different shapes and sizes ranging from an Amoeba which can change its shape to Paramecium with its fixed shape and complex structure. They live in a wide variety of moist habitats including fresh water, marine environments and the soil.
The economies of most developing countries dictates that materials and resources must be used to their full potential, and this has propagated a culture of reuse, repair and recycling. Municipal solid waste is composed of 40-50% cellulose, 9-12% hemicellulose and 10-15% lignin on a dry weight basis. Recently, cellulose has been in the public eye due to its possible use in the production of useful products. It is the most abundant biological organic compound on earth. It is a linear glucopolymer compound of anhydro-glucose units joined to each other by β-1,4-glucosidic bonds. Microorganism performs their metabolic processes rapidly and with remarkable specificity under ambient conditions, catalyzed by their diverse enzyme mediated reactions. An enzyme alternative to harsh chemical technologies has led to intensively exploration of natural microbial biodiversity to discover enzymes.
Most of them are multicellular organism, with the exception of a few that are single cells called yeasts. In the beginnings of the studies of the living organisms the fungi was related in a closer way with the plants, because of similarities in lifestyle. But with the development of the Mycology, which is the branch that study the fungi, it was found that the fungi, even thought have similar characteristics with the animals and plants, it constituted a unique kingdom itself. One of the most general misunderstanding related with the fungi, is that it’s common to think that, as plant, they use the process of photosynthesis to elaborate their food, but they don’t. Instead, they used a method more similar to the animal digestive process, by using enzymes that break down nutrients into smaller pieces that they can then absorb. Fungi can cause a number of plant and animal diseases: in humans, ringworm, athlete 's foot, and several more serious diseases are caused by fungi. Because fungi are more chemically and genetically similar to animals than other organisms, this makes fungal diseases very difficult to treat. Many studies and researches are destined to investigate how to prevent and control the impact of Fungi in human society. Fungi are tremendously important to the planet we live on. They provide fundamental products including foods, medicines, and enzymes important to