| Gram Negative Unknown | Biology 3444-006 | | Lena Wallace | 11/7/2011 | | Abstract: The purpose of this lab was to identify an unknown bacteria culture using differential tests. The identification of the unknown culture was accomplished by identifying the bacteria based on its specific metabolic characteristics and morphology. It is suggested that culture 11 is a sample of Enterobacter aerogenes. Introduction: This experiment was centered on metabolic and biochemical testing
Premium Staining Gram staining Enzyme
Essential Oils Isolated from Artemisia Vulgaris Linn Of Philippine Origin: Its Antibacterial Activity Prepared by: Dr. Jennifer U. Dotado-Maderazo Lyceum of the Philippines University- Batangas College of Dentistry 2010 Introduction and Review of Literature Introduction The Philippines is known for its natural resources‚ being a tropical country‚ its supply of naturally occurring medicinal plants can be observed everywhere. Thus‚ the practice of traditional medicine has been passed
Premium Essential oil Oil Tea tree oil
The Photographing Pigeon Lover The Entrepreneur which I have chosen is Eberhard Gramatzki. Eberhard was born on the 27th February 1942‚ and grew up in Kellenhusen (Germany) with his six siblings. After marrying a woman called Janet from the Netherlands (1967)‚ they moved to Vermont to continue their life there‚ while having three children. He became interested in becoming an entrepreneur when he was a working engineer for over 24 years at IBM (International Business Machines)‚ a leading US
Premium IBM Entrepreneurship Computer
Gbengon‚Sennie Microbiology Lab Case study # 5 November 1‚2012 1. What evidence suggests that the young graduate student has contracted what disease? Ans: The signs and symptoms the young graduate student presented‚ show evidence of Lyme disease. 2. What is the environmental pathway for the vector of this disease? Ans: The environmental pathway for the vector of this disease would be a forested habitat. The black-legged tick or the deer tick is the principle vector of this disease (Lyme
Free Immune system Bacteria Lyme disease
Exercise 5 Introduction: Many different species of bacteria look similar under the microscope and also have the same staining results (ex. Gram stain). To be able to differentiate between the different species‚ one can look at the metabolic differences (fermentation)‚ as well as the environmental condition differences (temperature‚ pH‚ oxygen requirements). Being able to manipulate these conditions in a controlled environment can help to correctly identify the exact bacteria. Different media
Premium Bacteria Microbiology Gram staining
Books on newton Newtons gift http://elibrary.mel.org/search~S15?/XNewton%27s+gift+&searchscope=15&l=&Da=&Db=&p=&SORT=D/XNewton%27s+gift+&searchscope=15&l=&Da=&Db=&p=&SORT=D&SUBKEY=Newton%27s+gift+/1%2C8%2C8%2CB/frameset&FF=XNewton%27s+gift+&searchscope=15&l=&Da=&Db=&p=&SORT=D&2%2C2%2C the making of a genius. http://elibrary.mel.org/search~S15?/Xthe+making+of+genius&searchscope=15&SORT=DZ/Xthe+making+of+genius&searchscope=15&SORT=DZ&extended=0&SUBKEY=the+making+of+genius/1%2C685%2C685%2CB
Premium Isaac Newton
performed this test‚ the initially slant for unknown microorganism #17 is important. For this lab‚ two identical slants are used for two reasons. Firstly‚ the slant can be used to make sure that there is no contamination from the Nutrient Agar plate. Secondly‚ the second slant will become a stock culture to prevent the shortage of slants during performing the series of tests. Kliger’s Iron Agar tests can be used to determine multiple characteristics of unknown microorganism #17. Kliger’s Iron Agar slants
Premium Enzyme Metabolism Glucose
Purpose: Unknown mixtures will be separated by means of chromatography in which the mixture will be passed in a solution through a medium leaving behind components of the mixture at different rates‚ therefore‚ different spots on the absorbing substance. This will help determine the identity of unknown mixtures. The spot colors on the strip of filter paper and the Rf values of the unknown samples will be compared to those of known samples. To find the position of the spots on the strip of paper‚ we
Premium Chemistry Chromatography Chemical substance
Escherichia coli Microbiology Lab NAS 185-14L Introduction In this lab experiment we did several test to determine what our unknown bacteria was. To determine this we recorded the results of how the bacteria reacted to different media. Depending on the results of each test we could narrow down the different bacteria to determine what our unknown is. This experiment will also determine if our bacteria is a fermenter of sugars and if it is catalase positive. If the bacteria is a fermenter
Premium Escherichia coli Bacteria Agar plate
1. Create and complete a data table for Part One of the lab. It should include the name of the element (or unknown) examined and the color of the observed flame 2. Identify each unknown from Part One of the lab and briefly explain why you identified each unknown as you did. Part Two (Spectroscopy): 1. Create and complete a data table for Part Two of the lab. It should include the name of the element‚ the colors‚ and the wavelength values of the observed lines. 2. Describe the line spectrum
Premium 175 Color