MARKETING MANAGEMENT CASE STUDY ON Dettol Soap CONCEPT NOTE SUBMITTED TO – BY- Dr. Tanjul Saxena Dr. Yogesh Pande Dr. Vikash k. sinha DATE-24/01/2011 INDUSTRY- Soap Industry COMPANY- Reckitt Benckiser (India)
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General information: What is E.coli? Escherichia coli‚ or commonly referred to as E.coli is a foodborne pathogen that normally inhabits in the intestinal track of humans and animals. It is the most common and wide spread infecting organism and is in the family‚ Enterobacteriaceae. Enterobacteriaceae is a large family of Gram-negative bacteria‚ meaning the bacteria appear pinkish or red. How fast and how does it spread? The main way that E.coli can spread is through food and water supply. Common
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Case study “Economic Growth: Spot the Trend” In this case study we look at some data of Mangoland GDP. The various items listed have been taken from a more general table presented in the CSO publication Economics Trends. it must be emphasized that all components items are evaluated in constant price terms. Thus one of the exercises will be to calculate some “real” growth rates for the Mangoland. Other uses of such data are for interpreting past events and forecasting ones. Theses issues will
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Escherichia coli. Materials For this lab you will need the following: LB Agar Petri dishes Beakers Test tubes CaCl2 solution Sensitive E. coli (-ampR) amp plasmids ampicillin -amp cells Water bath to heat shock cells A freezer to incubate cells Process Step 1: Wash hands and sanitize lab setting. This will prevent anything reacting with a substance that could have been present when it shouldn’t have been. Step 2: Ampicillin sensitive E. coli cells in log phase of growth are transferred
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“The higher the concentration of antiseptic‚ the more powerful it will be at inhibiting/ killing microorganisms which cause bacterial growth.” This theory supports my result because as you can see the zone of inhibition increases due to the increasing concentration of antiseptic. The higher concentration of antiseptic means it has been less diluted‚ which means its more stronger than other more diluted concentrations‚ this high concentration will determine how powerful the antiseptic will be at killing/inhibiting
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Erica Osorio 5057497 Christian Roque and Rogerlio The Mechanisms by which E.Coli Cells Developed Immunities toward Ampicillin due to Plasmid and DNA Consumption U34 Abstract During the ampicillin experiment the ability to transform cells to make them adaptable to their environment was studied. The E.coli bacterial cell was used in order to observe how its DNA was able to change and develop immunity towards ampicillin. In order for this change to occur the use of several
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43. Tobacco 3 Tobacco e-Liquids are the best in class‚ which are reproductions of the rich flavours of tobacco found in cigars‚ pipes‚ and cigarettes. If you want to enjoy a rich and smoky blow out‚ this is the E-Liquid for you. Like all e-Liquids‚ Tobacco E-Liquids use a proportion of PG and VG for the base and use a special blend of flavouring to get the tobacco taste. If you want you can as well add Nicotine into the e-Liquids at an altering level. 44. Tobacco 4 There are a large variety of
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price‚ and high degree of reduction have made glycerol a highly attractive and exploited carbon source for the production of fuels and reduced chemicals. Here we report the quantitative analysis of the fermentative metabolism of glycerol in Escherichia coli through the use of kinetic modeling and metabolic control analysis (MCA) to gain a better understanding of glycerol fermentation and identify key targets for genetic manipulation that could enhance product synthesis. The kinetics of glycerol fermentation
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by the emergence of Shiga toxin-producing Escherichia coli (Callaway et al.‚ 2013). Specifically‚ Shiga toxin-producing E. coli O157 is a foodborne pathogen of significant public health importance. It can cause mild to bloody diarrhea in humans which may progress to hemolytic uremic syndrome (Centers for Disease Control and Prevention‚ 1993; Hussein‚ 2007) that can be fatal in children‚ the elderly and immunocompromised individuals. E. coli O157 is also responsible for an estimated 63‚153 illnesses
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providers work more efficiently. One of these medical advancements would be a mutated E. coli. So how exactly can a mutated E. coli be an advancement? Well what scientist recently discovered is that this certain mutated bacteria actually will color urine to help diagnose medical diseases. So perhaps this mutated E. coli can make diagnosing certain issues a quicker process than before. One disease this E. coli mutant helps diagnose is diabetes. To elaborate on how this altered bacteria works
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