that I not only discovered my passion for microbiology; but it was where I became aware of my career goal‚ to be an educator at the university level. I am grateful for the many experiences and the motivation brought on by my peers and mentors‚ which I came across to realize and to bring to fruition my goals. I strongly believe that the education that I receive in conjuncture with the strong mentorship that the State University of New York Upstate Medical University’s PhD program in biomedical sciences
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Title: Laboratory Techniques and Measurements Purpose: To properly use‚ understand‚ and correctly convert the scientific measurements such as: finding density‚ converting centimeters to millimeters‚ 3 different units of temperature‚ etc… Procedure: I used a metric ruler to measure the length of the objects‚ a thermometer to determine the degrees of the water‚ and a scale to determine the mass of the designated objects. I used the proper equipment to measure out or hold the item. After I gathered
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Laboratory Safety Standards Jill Olson A school science laboratory is an excellent setting for students to explore and investigate the world around them. Almost every part of students’ lives is affected by science. Allowing them to see‚ touch‚ and manipulate objects in a laboratory situation gives students the real world experience to get them excited about science and to prepare them for college and beyond. However‚ James A. Kaufman‚ director of the Laboratory Safety Institute‚ proposes that
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size and scale of microscopic tissues This practical focuses on microscope technique and using graticules and stage micrometers to determine size and scale in biological cells and tissues. Intended learning outcomes By the end of this practical you should be able to: • Use a microscope fitted with an eyepiece graticule and stage micrometer • Calibrate the eyepiece graticule using the stage micrometer • Use the calibrated graticule to determine the actual size of microscopic specimens
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Lab Practical 2 Morphological Staining Techniques Simple Stain- Uses 1 Stain 1. Acid Stains (- Charge)- Stains Background- Nigrosin‚ India Ink and Congo Red 2. Base Stains (+ Charge)- Stains Cell- Methylene Blue‚ Crystal Violet‚ Safranin Differential Staining Techniques- Any Staining Technique using 2 or more stains is differential. It allows us to differentiate between parts. 1. Gram Stain- Two Stains‚ PLUS Reagents- Distinguishes Chemical Composition of Cell Wall PG only (+ Purple)
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Handbook Division of Women’s Health Examination of the Newborn Version Number Date of Course Approved/Reviewed May 2000 Version 2‚ Issue 5 Version Date October 2006 Faculty of Health Department of Nursing and Women’s Health 2006-2007 D: Examination of the Newborn Student Handbook 2006 1 EXAMINATION OF THE NEWBORN 1 Welcome The staff of the Division of Women’s Health extends a very warm welcome to all midwives embarking on the neonatal examination course. The Division of Women’s
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Dr. GEORGE ROMBO Cholera This is an infection of the small intestine caused by bacterium vibrio cholera. Transmission is mostly from the fecal contamination of food and water that is caused by poor sanitation Susceptibility About 100 million bacteria must typically be ingested to cause cholera in a normal healthy adult. Children are also more susceptible with 2- 4 year old having the highest rates of infection Individual susceptibility to cholera is also affected by their blood type with
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Microbiology Lecture Notes: I.Cell1/27/14 1. Robert Hooke 2. Basic unit of structure and function in all living things. a. Unicellular à Microscopic b. Multicellular à Microscopic & Macroscopic c. 2 main cell groups: 1. Eukaryote = True Nucleus 2. Prokaryote= Bacteria (only) a. Karyo = nucleus‚ pro= pre‚ Eu= true 3. Components of a cell: a. Nucleus: brain of cell; has nuclear membrane/envelope 1. DNA à Chromosomes (Genes) à make protein à Macromolecule
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IETER H. M. GR~SCHEL Walther Hesse was a well-known community health physician in the Kingdom of Saxony‚ a student of Max von Pettenkofer‚ the father of hygiene‚ and of Robert Koch‚ the father of medical microbiology. His American wife‚ Fanny Angelina‚ introduced agar-agar to the new science of microbiology. The Hesse Family Walther Hesse‚ a descendent of a Saxon family from Bischofswerda‚ was born on 27 December 1846 as the third of 12 children of Friedrich Wilhelm Hesse‚ the Bezirksarzt‚ or county
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Microbiology is a field of science which typically is divided into several areas such as: bacteriology‚ virology‚ parasitology and immunology. The goal of microbiology is to increase the specific knowledge of a known microorganism and by extension counter the spread of harmful microorganisms and to learn practical applications of research results. A microbiologist studies the structure‚ metabolism‚ genetics and ecology of microorganisms such as bacteria‚ viruses‚ fungi or algae. A microbiologist
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