The diagram on the right has been drawn to scale. The width of the cell has been drawn at 5 cm. What is the actual size of the epithelial cell in micrometers (µm). (1.5 marks) Once you have the actual size of the cell, calculate what the magnification of the drawing should be. (1.5 marks) 0 5 cm Epithelial (Cheek) Cell Magnification: ? Scale: 1 cm= 10 μm

The diagram on the right has been drawn to scale. The width of the cell has been drawn at 5 cm. What is the actual size of the epithelial cell in micrometers (µm). (1.5 marks) Once you have the actual size of the cell, calculate what the magnification of the drawing should be. (1.5 marks) 0 5 cm Epithelial (Cheek) Cell Magnification: ? Scale: 1 cm= 10 μm

An Illustrated Guide To Vet Med Term

4th Edition

ISBN:9781305465763

Author:ROMICH

Publisher:ROMICH

Chapter17: Drugs And Dissection

Section: Chapter Questions

Problem 7FITB

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The image attached is a drawing of a Columnar Epithelium slide with the 40x objective lens. There are some errors in the drawing and calculations. Below, you will find a list of statements about the plan diagram. Choose ALL the statements that describe any errors that were made. 1. The title is not descriptive and should read what type of epithelial cell we are drawing 2. The scale bar is missing 3. The value for Drawing Size in the Drawing Manification calculation is missing units 4. The Actual Size formula is missing 5. The answer value for Actual Size uses the wrong units 6. The number of cells drawn is incorrect 7. The total magnification has the wrong value 8. Actual Size is missing units in the Drawing Magnification calculation 9. There are labels missing 10. Drawing Magnification is missing 11. The value for Field of View is missing units and is the incorrect FOV value 12. The drawing is too big 13. Arrowheads were used for labelling and labels are not…
The diagram on the right has been drawn to scale. The width of the cell has been drawn at 5 cm. What is the actual size of the epithelial cell in micrometers (μm). Once you have the actual size of the cell, calculate what the magnification of the drawing should be. O 5 cm Epithelial (Cheek) Cell Magnification: ? Scale: 1 cm= 10 μm
1.) Epithelial Tissue (Simple Columnar Epithelial Tissue). Examine the tissue under 400x magnification. Draw 6-10 columnar cells. Locate the nucleus, cell membrane, goblet cell, columnar cell and label them on your drawing. 2.) Epithelial Tissue (Stratified Squamous Epithelial Tissue). Examine the tissue under high power (400x). Draw the layers, including the underlying connective tissue. Locate the squamous cell layer at the top and the germinating layer. Label them. 3.) Connective Tissue (Osseous Tissue). The only example of connective tissue we will draw is osseous (bone) tissue. Examine the tissue under high power (400x). Draw a complete Haversian System (one section of concentric rings) Locate and label the following: Lacuna, Haversian Canal, Matrix. 4.) Muscle Tissue (Skeletal Muscle Tissue ). Identify several skeletal muscle fibers under high power (400X). Note the striations. Draw 2-3 fibers. Label the muscle fiber, nucleus, and striations. 5.) Nervous Tissue. Examine the…
4 7. Repeat this procedure once more with the slide of simple columnar epithelium, starting with the 4X objective and going to the 40X objective (total magnification of 400X). > Simple columnar epithelium is found lining both your stomach and your small intestine. Describe how its function in each location is similar, and how it is different: Similarity in function Difference in function stomach small intestine
What kind of tissue is shown in the image, what is the pointed structure, and what are the cells in this tissue sample?
1) Which cell is this 2) Which tissue is this H&E stain
Label the tissues that form each layer, namely the columnar epithelium, reticular fibers, smoothmuscle and loose CTP on the photo itself. Describe briefly the photomicrograph.
Name the tissue inside the box labeled A.
What kind of tissues are pointed in the following tissue samples? Explain your answer.
Slide 1 is a normal human colon tissue slide under a microscope ( magnification: 40x) and Slide 2 is cancerous human colon tissue slide under a microscope ( magnification: 40x). Compare and describe what kind of cells, stroma, etc are depicted in both.
Examine the entire slide. Where can this tissue be found in the human body? (ignore the pointers/arrows.)
a) Looking at the entire photomicrograph, what is the most likely organ it is from? b) What is the name of the STRUCTURE at the end of the arrow for letter B? MOST SPECIFIC structure name. [hint: it is not the epidermis or a strata] B1) what is the name of the TISSUE TYPE? Most specific name you can find. Do NOT put just "epithelium," or "connective tissue" or "connective tissue proper." c) what is the full name of the REGION of the cutaneous membrane at the end of the arrow for letter C? C1) what is the name of the individual cell? C2) what is the name of the TISSUE TYPE? C3) What is the FUNCTION of the tissue type (not the organ or layer)? d) what is the full name of the layer at the end of the arrow for letter D? D1) What is the name of the TISSUE TYPE? e) what is the full name of the STRUCTURE at the end of the arrow for letter E? E1) what is the name of the TISSUE TYPE? E2) What is the FUNCTION of the structure? f) what is the full name of the STRUCTURE at the end of the…