The use of a microscope

  Describe a clinical or research scenario that requires the use of a microscope. What microscope is the best choice for your scenario and why? What would be your second choice? Analyze how golden age microbiologists performed experiments to observe, identify, culture and classify different microorganisms and their macromolecules. Apply the concepts of genetics and genome in the study of microorganisms      
A second option for this scenario could be an always fluorescence microscope (AFM). AFMs are ideal for studying fluorescently labeled proteins and nucleic acids as they have higher resolution than standard optical microscopes. Additionally, they also offer improved contrast compared to traditional techniques which makes them well suited for observing structural details within microorganisms’ cells and other macromolecules; however their cost may make them less appealing if money is tight. Overall, when considering what type of microscope should be selected based on the described scenario it is important to keep in mind factors like budget constraints as well as what outcomes are desired from conducting such studies – e.g., imaging live specimens or analyzing molecules/structures etc

Sample Solution

One clinical or research scenario that requires the use of a microscope is studying microorganisms, such as bacteria. To accurately observe and identify different types of bacteria, researchers need to use a high-powered microscope – preferably one with at least 1000x magnification. The best choice for this type of study would be an inverted phase contrast light microscope due to its ability to provide clear images of live specimens with minimal alteration or damage. This type of microscope has several objectives which can be used to increase the magnification up to 2500x, making it perfect for examining bacteria in detail.