Question

Microscope differential count Complete the following steps: Focus slide at 4x using the coarse focus, then the fine focus MICROSCOPE CONTROLS Rotate 40X nosepiece Coarse focus Fine focus SLIDE POSITION -1227 Turn objective to 10x and focus again al- Stage horizontal Stage vertical 1 1 Turn objective to 40X and focus again METHODS Lab Data - X LABELS Move to upper-left corner of slide Count Percentage Neutrophils . + 33.3 5 + 1 33.3 Lymphocytes Monocytes Open Lab Data. Count each type of WBC in each region of slide by clicking corresponding buttons in Lab Data. + 0 0.0 Eosinophils + 0 0.0 Basophils - + 1 33.3 6 Total 3 100 Count 50 WBCs in total by using arrow buttons to move through regions of slide. How to Identify WBCS

Answer 1

In this case, a total of 50 WBC must be counted, so the findings are:

• Neutrophils → 32 (64%)
• Lymphocytes → 13 (26%)
• Monocytes → 3 (6%)
• Acidophils → 2 (4%)
• Basophil → 0 (0%)

This question is about differential leukocyte practicum, we have to look for the type and number of leukocytes found on the prepared slide. (For complete questions, see the picture)

White blood cells have a nucleus so they are blue, there are 5 white blood cells namely:

• Lymphocytes have a large nucleus that almost fills the cell with a thin rim of cytoplasm around it.
• Basophils have a bilobed nucleus and are finely granular and therefore have a pale stain in the cytoplasm.
• Neutrophils have a segmented nucleus with granules in the cytoplasm and are the size compared to others.
• Monocytes have a kidney-shaped nucleus with an invaginated vacuole and thin cytoplasm at the periphery and are relatively in size
• Eosinophils have a bilobed nucleus with large eosinophilic granules

After knowing the characteristics of the types of white blood cells, we can identify white blood cells in a given area.

Learn more about white blood cell at brainly.com/question/13051716

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