Question 1 Essay Example | Topics and Well Written Essays - 250 words

Question 1 - Essay Example Here the project leaders create a charter for the project, create the process high-level view, and start understanding the customer’s need of the process. This is the critical stage for the company where the leaders define their effort outline for the leadership and for themselves. In the evolution of Lean Sigma Enterprise, Mematech Pharmaceutical Company is on the early successes. At this stage, Mematech’s initial projects are in under way. Their improvements have shown crucial impacts and financials. The support from the initial team undergoes validation by other results. This is an important stage, where it is crucial for the previous successes to be publicized so that the entire organization can see the impact of the lean sigma. The technology drivers that influence the lean sigma enterprise’ evolution are Enterprise Resource Planning and Customer Relationship Management. The advantage of the technology is to re-design the solution and offer discipline and process systemization (Taghizadegan, 2006). The changes of uncertainty and ambiguity of the potential impact of the business is replaced by the relevant and proven illustration of the problems that face the company. The organization has responded to the changes through leadership support, p eople, training, project selection, reporting, software, and financial impact. The key challenge is ensuring that the projects are through early and that the company’s financial impacts are

WGST 400 Assignment 4 Research Paper Example | Topics and Well Written Essays - 5000 words

WGST 400 Assignment 4 - Research Paper Example of both self-emancipation and social emancipation.1 In England, the term was first employed in the1890s during women’s campaign for individual rights and the claim to citizenship, especially the right to vote. The campaign for suffrage challenged the denial of autonomy to women as citizens and feminists of the period stood for women’s right to ‘a democratic political voice and a social right to resources.’2 However, the meanings of feminism in England extended beyond the campaign for suffrage and encompass such aspects as the segregation and stigmatization of women’s gender roles, celebration of women’s uniqueness and differences, socio-economic and cultural issues of women, equal rights for women, education disparities of women, equality of opportunities and equal wages, antimilitarism and pacific movements, women emancipation movements, and so on. It is worthwhile to analyze the historical growth and development of feminist movements in Great Britain. Organized feminist movements in England can broadly be categorised into two phases-the first wave feminism and the second wave feminism. The first wave feminism consists of feminist movements in the nineteenth and early twentieth centuries, covering the campaign for suffrage as well as feminist experiences during and after the First and Second World Wars. The second-wave feminism covers feminist initiatives beginning from the mid-or late 1960s and extends itself to modern radical feminism. The nineteenth-century intellectual and economic developments, specifically liberalism and the industrial revolution, paved the way for the first wave feminism.3 While liberalism triggered the growth of liberal feminism the industrial revolution offered middle class women a unique opportunity to work out of home and earn money. Similarly, the theory of relative status deprivation has been part ly responsible for the rise of feminism as women strongly felt that they are negated of adequate opportunities whereas their

Protein Estimation by Bradford's Method Lab Report

Protein Estimation by Bradford's Method - Lab Report Example This paper applies the Bradford’s method to investigate the relationship between protein concentration and absorbance rate. The study is based on established assumption that observed rate of absorption is proportional to protein concentration and developed relationship between known concentrations and observed absorbance rates can be used to determine unknown concentrations, given their absorbance rates. The study’s data identifies a deviation from the proposed proportionality between concentration and absorbance rates. Significance of this inconsistency is ascertained by analysis of variance that adopts the null hypothesis for lack of significant relationship between concentration and absorbance rates. This is because of the high probability value, 0.056 percent. Application of the proposed regression model confirms the inconsistency by yielding a negative concentration. The paper therefore concludes that the inconsistency with established literature is because of inac curate experimental results. Protein estimation by Bradford’s method Introduction Proteins are essential components of cells and organs, a factor that forms the basis of their significance in the body as well as the need for their intake in nutrients to meet required levels for a healthy body. Nutritional needs institute the importance of developed knowledge of required protein intake levels, and determination recommended quantities of food supplies that can meet such required levels. Existence of protein in definite concentrations in body fluids also identifies the significance of studying protein concentration in the body, which can be used to determine normalcy or existence diseases to alter equilibrium protein concentrations (Chem, p. 105). There are a number of techniques, such as the Bradford method, which can be used to determine protein concentrations in compounds. The method applies spectroscopy to relate known concentrations to their corresponding absorbance rate. T his is because of a linear relationship between concentration of protein in a solution and the ability of that solution to absorb dye (Maud and Foster, p. 164). Visibility of the absorbed dye, which is proportional to the dye’s concentration in the solution, is therefore used to establish a relationship between absorbance readings from the spectroscopy and protein concentration (Ruf, p. 1). The Bradford’s method further assumes that protein concentration is the only determinant of the dye’s absorbance. This means that for any given environmental conditions, similar protein concentrations yield similar absorbance rates (Thermo, p. 1). A linear regression model can therefore be developed and used to determine unknown concentrations, given their corresponding absorption alues. The regression model determines existence of a significant relationship between the known concentrations and the absorbance rates for predictions, and regression coefficient (Ross, p. 131- 13 4). This study was performed to ascertain existence of a relationship between known protein concentrations and their corresponding absorbance rates. The study aimed at using the established relationship to determine unknown protein concentration, based on its absorbance rate. In order to achieve its objective, the study explored the question, ‘is there a significant relationship between protein concentration and absorbance?’ The study investigated the following set of hypotheses for the research question. H0: There is no significant