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44 Cards in this Set
- Front
- Back
What cell shape? |
Squamous |
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What cell shape? |
Cuboidal |
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What cell shape? |
Columnar |
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What is the cell shape? |
Pseudo Stratified Columnar |
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What type of tissue? |
Simple squamous epithelium |
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What type of tissue is this? |
Simple Columnar Epithelium intestine |
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Simple cuboidal 400x thyroid |
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What type of tissue is this? |
Pseudo Stratified Columnar Epithelium |
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What type of tissue is this? |
Keratinized stratified squamous, skin 400x |
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What type of tissue is this? |
Non keratinized stratified squamous esophagus 400 times |
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What tissue is this? |
Stratified cuboidal |
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What type of tissue is this? |
Stratified Columnar |
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What type of tissue is this? |
Transitional tissue bladder or ureter |
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What type of tissue is this? |
Loose Areolar Tissue |
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What type of tissue is this? |
Regular dense connective tissue |
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What type of tissue is this? |
Irregular dense |
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What type of tissue is this? |
Hyaline cartilage |
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What type of tissue is this? |
Elastic cartilage |
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What kind of tissue is this? |
Fibrocartilage |
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What kind of tissue is this? |
Compact bone |
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Interphase |
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Prophase |
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Metaphase |
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Anaphase |
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Telephase |
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Spheroid |
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Discoid |
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Fusiform |
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Fibrous |
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Stellate |
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Ovoid |
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Mitochondria |
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Observable area in distance units |
Field of view |
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Once focused it stays and focused at higher powers |
parfocal |
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The distance between the nearest and farthest |
Depth of field |
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Has a magnification of four |
Scanning objective lens |
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Has a magnification of 10 |
Low power objective lens |
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Has a magnification of 40 |
High power objective lens |
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As a modification of a hundred |
Oil immersion objective lens |
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How do you determine the fov size |
Magnification a multiplied by diameter a equals magnification b multiplied by diameter b and simplify to solve for unknowns |
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Which part of the microscope is responsible for concentrating the light into a beam and delivering the beam to the specimen? |
The condenser |
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What are the two ways to regulate how much light passes through your specimen |
Irish diaphragm and light intensity knobs |
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At which magnification would there be the greatest depth of field scanning low power or high power |
Scanning |
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when looking through the ocular lens you see your specimen is slightly off center to the left which direction should you move the slide so that the image becomes centered? |
Move it to the right because the lens flip the image |
