Q: Define Spirometry Confirmation of Dynamic Compression? Quickly answer
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Q: define accuracy?
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Q: Why do you need to always focus slides initially using the x10 objective, even if you wish to use a…
A: A microscope is a device that magnifies an object so that it can be seen by the observer. A…
Q: Indicate how the resolving power is determined and how resolution aff ects image visibility.
A: Resolving power of a microscope Apart from producing a magnified image of an object, the objective…
Q: Describe the process of Scanning Confocal Microscopy?
A: Microscopy allows magnification of structures to visualize them.
Q: Would phase microscopy be of any particular value when examining a stained specimen? Explain
A: The area or field of study in which microscopes are used to view an object that cannot be seen…
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A: The technical field that uses microscopes to observe objects and their areas that cannot be seen…
Q: What is Audiometer? When is it used?
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A: The optical magnifying instrument, additionally alluded to as a light microscope is a sort of…
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A: In microscopy, the preparation of a specimen involves the mounting of a sample on a suitable glass…
Q: For which types of specimens is darkfield microscopy preferred over brightfield microscopy?
A: Microscope is an instrument used to view objects and organisms that are too small to be seen by…
Q: What is shown? Why did we use the slide? What is the arrow pointing to? What did we use it for? What…
A: Microscope is a instrument which is used to visualise the specimen that can't be seen by naked eyes…
Q: How do you identify which objective lens are you using to view your sample?
A: microscope objectives feature a range of magnifications from 1.25x to 150x. This is the first…
Q: How will the following affect resolution during microscopy? I) Closing or opening the diaphragm II)…
A: Microscopes are used for viewing those specimens which are very minute and cannot be seen through…
Q: If a circular object or specimen extends halfway across the scanning field, what isits diameter in…
A: Field of view is defined as the area of the slide that is seen when an observer looks through a…
Q: What is the first structure transected by the ultrasound beam in the subcostal view? Where does it…
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Q: Graph Title Enter the graph title X Axis Label Y Axis Label Label the X axis Label the Y axis
A: Graph Title:- Variation of Global Temperature with Time
Q: What is resolution and how is it improved?
A: Microscope is an optical instrument which has major application in visualizing very small to…
Q: Explain intravital imaging.
A: Intravital microscopy is a technique for imaging live animal cells from an imaging window inserted…
Q: What is the purpose of confocal microscopy technique ?
A: The microscope instrument is used to view the objects, which are not visible under the naked eye.…
Q: Differentiate the Bright-field and a Dark-field microscopy.
A: Microscopy -- The word microscopy is derived from the Greek word micros - small Skopeo - to view…
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Q: What advantages do confocal and deconvolution microscopy provide in comparison to conventional…
A: Confocal microscopy uses light from laser, elimination of background information away from the focal…
Q: Plssssss helppppp, Describe the differences you see between the three slides.
A: Thank you for the question Answer :- Abnormal blood smear 1 Shows presence of Sickle shaped cells…
Q: Why must the subject stand 20 feet from the Snellen eye chart to test distance vision?
A: Snellen chart is an object used to measure the visual activity of a person. Snellen chart is first…
Q: Explain the limitation of the focal plane as exhibited with this slide.
A: The focal plane is the point at which parallel light rays will meet after transmitting through the…
Q: What are Shewart charts and how are they interpreted? Why are they important in a laboratory setting
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Q: When is Kato-Thick method recommended to perform
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Q: Describe the conditions under which dark-field microscopy is the best choice for viewing specimens.
A: Darkfield microscopy is a method of microscopy in which the images are excluded from the unscattered…
Q: Differentiate bright-phase and dark-phase microscopy
A: In the course of history of biology, various new tools and techniques have been developed to explore…
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A:
Q: What is Spirometry Confirmation of Dynamic Compression?
A: The human body is a well built machine in which all the organs coordinate together to make it work.…
Q: If accessories for darkfield microscopy were not available, how would you construct a simple star…
A: The microscope is an instrument used to view small objects that cannot be seen with an unaided eye.…
Q: Principle and procedure for Shikata’s orcein method.
A: Shikata's Orcein method: It is used in histology procedures for the visualization of Hepatitis B…
Q: What is the difference between low reolution and high resolution?
A: The capability of a microscope to identify details is referred to in microscopy as resolution. To…
Q: Where does the TPC diverge from the SPEC in terms of focus?
A: TPC or Transaction Procession Council is an organization that standardizes benchmarks for relational…
Q: Does the image contrast increase or decrease when closing the diaphragm during microscopy.
A: There are many objects that cannot be seen with naked eye. To view those objects different…
Q: Does image brightness increase or decrease when closing the diaphragm during microscopy.
A: Microscope is an optical instrument which has major application in visualizing very small to…
Q: summarize what Atom Probe Tomography is and how it work
A: Answer
Q: detailed working of MRI machine .
A: A magnetic resonance imaging (MRI) is a non-invasive procedure that uses magnetic field and radio…
Q: Which type of scanhead is capable of penetrating deeper into the body but produces lower resolution…
A: Ultrasonography- Ultrasonography is acoustic sound energy in the form of sound waves with the…
Q: How does the DTI work? What structures can be seen? What studies would want to utilize this type of…
A: The sort of imaging utilized relies on the portion of the body the scientist wishes to view on an…
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In trans-abdominal scan what should be the direction of sweep of hand for scanning in longitudinal and transverse scanning plane?
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- Which type of scanhead is capable of penetrating deeper into the body but produces lower resolution images?In spiral CT, the table feed is 3 mm, and the slice thickness has been selected to be 2 mm. What is the pitch value for this acquisition? Using this setting, how long will it take to image an anatomical range of 15 cm? The CT gantry rotation time is 1.2 s, i.e., 1 rotation per 1.2 s.How does the DTI work? What structures can be seen? What studies would want to utilize this type of imaging? What conditions (should find different examples!) can be diagnosed via DTI?What are the strengths,Weaknesses/limitations of DTI
- Draw the position of the letter "e" as viewed under the Scanner, and the actual position of letter "e" if you were to put it on the stage. Explain why this happens. "e" under Scanner Actual position of "e"In computed tomography, the feed of the table is 2mm and the thickness of the slice is 5mm. Determine the pitch value for the acquisition? Based on the chosen setting, how long will take to image an anatomical range of 12cm?The rotation time of computed tomography is 1.3s, ie 1 rotation per 1.3 sExplain intravital imaging.
- Questions 11-14. Melia and Sophie performed a PCR experiment using DNA purified from their phage Zucchinibread. They did a positive control, a negative control, and an experiment using subcluster B1 primers. They ran a 0.8% gel (shown below). 10KB 3Kb 1Kb 0.5Kb FA 1KB DNA Ladder Negative Control Positive Control Phage DNA+ B1 Primers(d) Demonstrate how the electrodes are placed on the scalp using a 10-20 system technique to perform the electroencephalogram (EEG) analysis.Using the scanning (4x) objective and the metric ruler, record the number of millimeters you see along with the letter “e.” Your value: 2 millimeters Convert the figure you attained to micrometers (1 millimeter = 1,000 micrometers). This is the diameter of the field of view for the low-power objective (LPD). The field of view is the circular field you see when you look through the oculars. The field of view changes at different magnifications. Your value (LPD): 2,000 micrometers -please help me with the problem in the picture.
- What is the first structure transected by the ultrasound beam in the subcostal view? Where does it appear on the screen?What are the advantages of using a Refractometer instead of other Specific Gravity measurement equipment used in Clinical Microscopy?a. Why must you slowly turn the fine adjustment knob? b. Is natural light or is artificial light used when using the microscope?