
Knyazkov-Dele Bodies in Neutrophils: Morphology and Significance
What Knyazkov-Dele bodies in neutrophils mean during blood smear microscopy. Morphological features, composition of inclusions, and connection to infections and inflammation.
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What Knyazkov-Dele bodies in neutrophils mean during blood smear microscopy. Morphological features, composition of inclusions, and connection to infections and inflammation.

The significance and specifics of hematopathology in clinical morphology: bone marrow, lymph node, and peripheral blood cell examination.

Auer rods are crystalline structures in myeloid cells, pathognomonic for acute myeloid leukemia. They form from primary granules.

Cytological features and morphology of proerythroblasts in acute erythroid leukemia: illustration of bone marrow cells from M.G. Abramov's atlas.

Morphology of endothelial cells in blood smears during severe conditions and intoxications: identifying features and differential diagnosis with atypical cells.

Neutrophil morphology in sepsis: differential diagnosis of metamyelocytes and pseudo-Pelger-Huët anomaly in blood smears and scattergrams.

Morphological features of blasts and granulocytes in acute myeloid leukemia with t(8;21): Auer rods, pseudo-Pelger-Huët anomaly, and azurophilic granulation.

A clinical case of Fanconi anemia in a 44-year-old patient: marked poikilocytosis, neutrophil hypersegmentation, and high RDW in a peripheral blood smear.

A clinical case detailing the discovery of Mott cells with Russell bodies in a peripheral blood smear from a 66-year-old patient with anemia and cytopenia.

Criteria for morphological differentiation of blast cells, lymphocytes, and megakaryocyte nuclear fragments in peripheral blood smears under microscopy.

A clinical case of an 86-year-old patient with 17% blasts in the blood: morphological criteria for assessing immature cells and differential diagnostics in a blood smear.

Stages of granulocytic maturation in bone marrow: morphology of myelocytes, metamyelocytes, and mature granulocytes under microscopy.