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Current Medical Diagnosis & Treatment 2024 > CMDT Media Library >

leukocytes

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eFigure 7–33. A: Hypopyon. B: Small hypopyon. Two close up photos of the eye depict a hypopyon. Photo A shows a large hypopyon. An arrow indicates a thick layer of white cells covering the lower iris. Photo B shows a small hypopyon. An arrow indicates a thin, arch shaped layer of white cells over the bottom of the iris.

Current Medical Diagnosis & Treatment 2024 > Uveitis

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eFigure 7–33. A: Hypopyon. B: Small hypopyon. Two close up photos of the eye depict a hypopyon. Photo A shows a large hypopyon. An arrow indicates a thick layer of white cells covering the lower iris. Photo B shows a small hypopyon. An arrow indicates a thin, arch shaped layer of white cells over the bottom of the iris.

Current Medical Diagnosis & Treatment 2024 > Uveitis

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eFigure 22–31. Severe uveitis with hypopyon. (Used, with permission, from Vaughan DG, Asbury T, Riordan-Eva P [editors]. General Ophthalmology, 19th ed. McGraw-Hill, 2018.) A patient with severe uveitis exhibits several brown spots on the uvea and an accumulation of white cells in the anterior chamber, which are collected along the inside border of the iris.

Current Medical Diagnosis & Treatment 2024 > Behçet Disease

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eFigure 15–1. Normal peripheral blood smear. The RBCs are uniform in size and shape with small central pallor. Normal RBCs are the size of a small lymphocyte nucleus (the center leukocyte shown). Also shown is a polymorphonuclear neutrophil (upper leukocyte) and a monocyte (lower leukocyte). The small purple bodies are platelets. The upper inset is an eosinophil (eosinophilic granules do not cover the nuclei) and the lower is a basophil (basophilic granules do sit on the nuclei). (Used, with permission, from Andrew D. Leavitt, MD.) Two micrographs of a normal peripheral blood smear in high and low magnification.

Current Medical Diagnosis & Treatment 2024 > Anemias

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eFigure 15–1. Normal peripheral blood smear. The RBCs are uniform in size and shape with small central pallor. Normal RBCs are the size of a small lymphocyte nucleus (the center leukocyte shown). Also shown is a polymorphonuclear neutrophil (upper leukocyte) and a monocyte (lower leukocyte). The small purple bodies are platelets. The upper inset is an eosinophil (eosinophilic granules do not cover the nuclei) and the lower is a basophil (basophilic granules do sit on the nuclei). (Used, with permission, from Andrew D. Leavitt, MD.) Two micrographs of a normal peripheral blood smear in high and low magnification.

Current Medical Diagnosis & Treatment 2024 > Anemias

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eFigure 15–16. Autoimmune hemolytic anemia, warm antibody type, peripheral blood smear. Spherocytes are markedly increased in number. In the center, there is an example of erythrophagocytosis (a leukocyte with ingestion of two RBCs). (Reproduced, with permission, from Lichtman MA, Shafer MS, Felgar RE, Wang N. Lichtman's Atlas of Hematology. McGraw-Hill, 2016.) A micrograph of the blood film from a case of autoimmune hemolytic anemia. The image reveals numerous spherical red cells with reduced pallor, and two red cells within a single, dark leukocyte.

Current Medical Diagnosis & Treatment 2024 > Autoimmune Hemolytic Anemia

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eFigure 15–28. Peripheral blood changes in leukemias. In most cases of leukemia, the peripheral blood is involved. Both A and B show a marked increase in the number of leukocytes. In A, which represents chronic lymphocytic leukemia (CLL), the cells resemble small lymphocytes. In B, which is acute lymphoblastic leukemia (ALL), the cells are larger and resemble the lymphoblasts seen in early stages of lymphocytic differentiation. Note the fragmentation of the fragile leukemic cells, which is a common finding in peripheral blood smears of patients with acute leukemia. A smear shows increased number of small leukocytes. A smear shows increased number of larger leukocytes and lymphoblasts.

Current Medical Diagnosis & Treatment 2024 > Acute Leukemia

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eFigure 15–28. Peripheral blood changes in leukemias. In most cases of leukemia, the peripheral blood is involved. Both A and B show a marked increase in the number of leukocytes. In A, which represents chronic lymphocytic leukemia (CLL), the cells resemble small lymphocytes. In B, which is acute lymphoblastic leukemia (ALL), the cells are larger and resemble the lymphoblasts seen in early stages of lymphocytic differentiation. Note the fragmentation of the fragile leukemic cells, which is a common finding in peripheral blood smears of patients with acute leukemia. A smear shows increased number of small leukocytes. A smear shows increased number of larger leukocytes and lymphoblasts.

Current Medical Diagnosis & Treatment 2024 > Acute Leukemia

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