ANSWER.
Formed element | Nucleus shape | Cytoplasm or granule color. | Functions | Prevalence. |
Erythrocyte | No nucleus | Red color granules | Exchange of oxygen and carbodioxide to and from the tissues. | 40 to 45% of whole blood. |
Neutrophil | Multilobed nucleus | Purple granules | Protection against foreign bodies through phagocytosis. | 0 to 50% |
Eosinophil | Bilobed nucleus | Orange red granules. | Protect the body against foreign and allergic substances. | 1 to 4% |
Basophil | Bilobed nucleus. | Purple granules. |
Granules contain histamine which release during inflammation. Heparin present in the granules help to prevent blood clotting. |
0 to 1% |
Lymphocyte | Round or slightly indented nucleus. | Light blue cytoplasm. | Produce antibodies and protect the body against various pathogens. | 20 to 40% |
Monocyte | Kidney shaped nucleus. | Muddy blue cytoplasm. | Monocytes enter into the tissues known as macrophages which give protection against pathogens. | 2 to 8% |
Platelet | No nucleus | Red purple granules. | Prevent blood clotting. | >1% of total WBCs. |
element has unique morphological characterisulc this unit to fill in Table 19.1. TABLE 19.1 ◆ Properties...
1. Match the following formed element of the blood with its distinguishing morphological characteristic. Basophil Eosinophil Erythrocyte Lymphocyte Monocyte Neutrophil A. Anucleate B. Kidney shaped nucleus C. Large nuclear to cytoplasmic ratio D. Orange cytoplasmic granules E. Purple cytoplasmic granules F. Segmented nucleus with 3-5 lobes
2. Match the following formed element of the blood with its primary function. B Lymphocyte Basophil Eosinophil Erythrocyte Monocyte Neutrophil A. Destroy bacteria B. Enhance the inflammatory response C. Fight parasitic worm infections D. Gas exchange E. Phagocytosis of invaders F. Secrete antibodies