StudentShare
Contact Us
Sign In / Sign Up for FREE
Search
Go to advanced search...
Nobody downloaded yet

Potential of New-generation Microbial Enzymes to Improve Energy Value - Term Paper Example

Cite this document
Summary
"Potential of New-generation Microbial Enzymes to Improve Energy Value" paper explores the impacts of new-generation on microbial enzymes that can improve energy value and ileal nutrient digestibility of cereal grains for poultry; including positive and negative aspects. …
Download full paper File format: .doc, available for editing
GRAB THE BEST PAPER92.8% of users find it useful

Extract of sample "Potential of New-generation Microbial Enzymes to Improve Energy Value"

Download file to see previous pages

Researches on possible microbial enzymes to improve energy value and ileal nutrient digestibility has been necessitated by the fact that not all compounds taken by poultry can be broken down by animals’ enzymes that have been generated by the body. Contemporary scholars such as Batterham et al. (2009) have argued that the need to develop microbial enzymes must consider the fact that with the enzymes already in poultry’s system, some nutrients have become unavailable for these animals.

In as much as there have been researches that have documented how proteases and amylases can be added to facilitate digestibility (see Bell et al. 2001; Champ 2001; Gatel 1994), benefits in productivity can be enhanced even further should there be a new-generation microbial enzyme that ensures all food nutrients are digested. What these studies have established is that feed enzymes have the potential of improving the efficiency of meat and egg production and the reason attributed to this change is the ability of these enzymes to alter the nutritional profile of feed ingredients (Godfrey 2005).

However, there is a need to assess whether the already existing manufactured enzymes (exogenous) have the ability to be used beyond simply increasing the digestibility of poorly digested diets. It is for this reason that the central thesis is significant. In as much as these views continue to be divergent, there is a need for critical literature review for a possibility of new-generation on microbial enzymes that can improve energy value and ileal nutrient digestibility of cereal grains for broilers.

However, as Kemm et al (2011) noted, this study is wider in scope and its conceptualization would need a review of other topics such as nutrient requirements as a broader issue and narrow down to energy requirement utilization and how effective these nutrients contribute to the growth responses. To underscore the thesis statement, journals, books, and articles have been selected to support the literature review. Poultry has the ability to convert food products efficiently, quickly, and with relatively low impacts from the environment (King and Dunshea 2000). 

...Download file to see next pages Read More
Cite this document
  • APA
  • MLA
  • CHICAGO
(Potential of New-generation Microbial Enzymes to Improve Energy Value Term Paper, n.d.)
Potential of New-generation Microbial Enzymes to Improve Energy Value Term Paper. https://studentshare.org/agriculture/2053755-potential-of-new-generation-microbial-enzymes-to-improve-energy-value-and-ileal-nutrient
(Potential of New-Generation Microbial Enzymes to Improve Energy Value Term Paper)
Potential of New-Generation Microbial Enzymes to Improve Energy Value Term Paper. https://studentshare.org/agriculture/2053755-potential-of-new-generation-microbial-enzymes-to-improve-energy-value-and-ileal-nutrient.
“Potential of New-Generation Microbial Enzymes to Improve Energy Value Term Paper”. https://studentshare.org/agriculture/2053755-potential-of-new-generation-microbial-enzymes-to-improve-energy-value-and-ileal-nutrient.
  • Cited: 0 times

CHECK THESE SAMPLES OF Potential of New-generation Microbial Enzymes to Improve Energy Value

De-oxy-ribonuclease enzyme

Some cell proteins serve as enzymes, a role that involves the catalysis of all cellular processes.... Proteins exhibit a high level of specialization, a factor that is evident in the structure and function of enzymes in the cell.... Some cell proteins serve as enzymes, a role that involves the catalysis of all cellular processes.... Proteins exhibit a high level of specialization, a factor that is evident in the structure and function of enzymes in the cell....
3 Pages (750 words) Research Paper

IB Biology Substrate Specificity of Digestive Enzymes Planning Investigation

Increase in the rate of reaction in mainly due to decrease in the activation energy by formation of enzyme-substrate complex which is energetically favorable compared to the substrate alone.... Introduction: enzymes are a biological catalyst which helps in increase the rate of reaction and thus accelerate the conversion of reactant to product in given reaction.... hellip; Most of the enzymes are proteins with some exceptions of RNA enzymes known as ribozymes....
3 Pages (750 words) Essay

Unprotected and Protected Enzyme

For example, the catalyzed dissociation of a compound is hastened by exposing it to a positively charged catalyst, which attracts the anionic component of… As a result, a lower energy is needed to completely break the bond between the compound (Masterton and Hurley, 2005, p.... 303-304). Despite its effectiveness, enzymes only work within a narrow range of Enzymes increase the rate of chemical reaction by inducing the reaction to proceed to a path with a lower activation energy....
1 Pages (250 words) Assignment

Measuring the reactions of the enzymes catecholase in different levels of pH in different tempereture

These enzymes have active sites which bind to the substrates thereby converting the substrate into the final products at a faster rate due to the lowering of the energy of activation.... These enzymes have active sites which bind to the substrates thereby converting the substrate into the final products at a faster rate due to the lowering of the energy of activation.... enzymes are however… Many enzymes work well in a narrow range of pH....
1 Pages (250 words) Lab Report

Rate of product formation in an enzyme - catalyzed reaction

They act as biological catalyst for speeding up the reactions by lowering the energy barrier.... This reaction occurs at a… The optimum pH range was found to be 5-6 and the given enzyme does not work at all in the pH 3. enzymes are protein molecules present in all the living cells.... enzymes are made Each and every protein has a specific site or substrate binding and this site remains active at specific pH, temperature and concentration of the substrate....
5 Pages (1250 words) Lab Report

B-Galactosidase Enzyme Activities

In induced enzymes, there is the breakdown of complex molecules for example lactose induces synthesis of the proteins B-galactosidase, galactose permease and thiogalactoside transacetylase in E.... The essay "B-Galactosidase Enzyme Activities" delivers a summary of the structure, function, and catalytic mechanism of lacZ β-galactosidase....
6 Pages (1500 words) Essay

Succinyl CoA Synthase and Regulation of the Enzyme

The reporter describes Succinyl-CoA synthetase as a major enzyme in carbohydrate metabolism.... Moreover, it catalyzes substrate level phosphorylation of nucleoside diphosphate which is the only reversible reaction in the citric acid cycle.... hellip; Its role is however not limited to TCA cycle; it is also essential in ketone body metabolism and in the synthesis of haem....
5 Pages (1250 words) Essay

Behavior of Activities of Thymidine Metabolizing Enzymes in Human Leukemia-Lymphoma Cells

Serum TK is known to have a strong prognostic value for patients with non-Hodgkin's lymphoma (Rehn et al.... Thymidine is utilized by cells both for DNA synthesis and energy production through oxidation to CO2 and water.... This article discusses the modulation of activities of four important enzymes involved in the metabolism of thymidine in malignant human leukemia-lymphoma cells as compared to the activities of the enzymes in normal human lymphocytes....
2 Pages (500 words) Article
sponsored ads
We use cookies to create the best experience for you. Keep on browsing if you are OK with that, or find out how to manage cookies.
Contact Us