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During the course of these laboratory sessions, you will be expected to become proficient in the performance of the following laboratory techniques: * Isolation of pure bacterial colonies * Gram stain.
Development of competency in these techniques requires that you also know how to: * Flame a loop * Streak a plate for isolated colonies * Use a light microscope.
Each person is responsible for his microscope and is expected to clean the oil immersion lens at the end of each lab in which it is used. First-year students share these microscopes and, as you may remember, do not appreciate having to clean the microscope before it can be used. A short video that will be shown in the first laboratory session will reinforce the microscopic techniques you learned in first-year histology class and remind you of the correct way to use a microscope. It is expected that after the first laboratory session, each student will be able to focus on a stained bacterial preparation, find and identify the bacteria present on the slide. Students who do not feel comfortable using the microscope should ask for help from their sector instructors. Each microscope was cleaned and adjusted before the start of the course. If your microscope is not functional, report it to Julie Tippett in Student Affairs Office immediately after the laboratory session. Each student will need a functional microscope for each lab and to complete the final exam. You will not be given help in focusing your microscope during the final examination. Remember that bacteria are always viewed using the oil immersion lens (the 100X objective, which requires the use of oil). The high power objective (not oil immersion) will be used for the study of fungal morphology in Lab 5.
What else can I help you with?
Basic laboratory operations?
Basic laboratory operations include basic laboratory safety measures, biosafety, basic laboratory calculations, pipetting techniques, volumetric calculations, reagent preparation, microscope principles and quality control. These are the basic operations.
What are the S's in the laboratory?
Some common S's in the laboratory include safety, sterile techniques, standards, solutions, syringes, and spectrophotometry. Each plays a crucial role in ensuring accurate and reliable experimental results.
Is medical laboratory technology the same as clinical laboratory science?
Medical laboratory technology and clinical laboratory science are similar in that they both involve testing and analyzing samples in a laboratory setting to aid in diagnosis and treatment of diseases. However, clinical laboratory science typically involves a broader scope of work, including more advanced testing techniques and the ability to interpret results. Medical laboratory technology may focus more on performing routine tests and procedures under the supervision of a clinical laboratory scientist.
What is the difference between coffee filter and laboratory filter paper?
There is no difference between a regular laboratory filter and a regular coffee filter. It's only different when you use more expensive laboratory filters with a specific small pore size or special coating
What is the use for a pipette?
A pipette is used to accurately measure and transfer small volumes of liquid in laboratories and research settings. It is commonly used in experiments, sample preparation, and for mixing liquids in precise measurements. Different types of pipettes are available for various applications, from basic laboratory work to more specialized techniques.
What is chromatoghy?
Chromatography is the collective term for a set of laboratory techniques for the separation of mixtures. There are many different types of chromatography, with different techniques for separating the mixtures.
Basic laboratory operations?
Basic laboratory operations include basic laboratory safety measures, biosafety, basic laboratory calculations, pipetting techniques, volumetric calculations, reagent preparation, microscope principles and quality control. These are the basic operations.
What has the author Sterling Chaykin written?
Sterling Chaykin has written: 'Biochemistry laboratory techniques / by Sterling Chaykin' -- subject(s): Biochemistry, Laboratory manuals 'Biochemistry laboratory techniques' -- subject(s): Biochemistry, Laboratory manuals
What are the techniques and processes in laboratory?
Form a line..bY marc..
Enumerate and illustrate the laboratory techniques?
what is the enumerate and illustrate
What has the author Denise D Wilson written?
Denise D. Wilson has written: 'McGraw-Hill's manual of laboratory & diagnostic tests' -- subject(s): Diagnosis, Laboratory, Diagnostic Techniques and Procedures, Handbooks, Handbooks, manuals, Handbooks, manuals, etc, Laboratory Diagnosis, Laboratory Techniques and Procedures
What are the basic laboratory operation?
The basic laboratory operations are:Chemistry, Physics, Science ExperimentsCleaning the LaboratoryMeasuring and Estimating Liquid VolumeTransferring LiquidsHeating LiquidsPrecipitationFiltrationDecantationEvaporationWaste Disposal
What are the different mouse techniques?
What are the different mouse techniques?
What has the author J Pinkava written?
J. Pinkava has written: 'Unit operations in the laboratory'
What is laboratory wares?
Laboratory wares are the one that scientist use..... There are different types of laboratory products and are available with laboratory suppliers.
What has the author S Chaykin written?
S. Chaykin has written: 'Biochemistry laboratory techniques'
Could the same laboratory techniques used for making synthetic gems be used for making synethetic sedimentary rock?
No, the laboratory techniques used for making synthetic gems cannot be directly applied to making synthetic sedimentary rock. Synthetic gems are typically grown using high pressure and high temperature techniques, whereas the formation of sedimentary rock involves deposition and compaction of sediments over long periods of time. Thus, different processes and conditions are required to create synthetic sedimentary rock.
