Scientific Image Gallery
Welcome to our Scientific Image Gallery. Here you can find real-life examples of cell images, mostly (but not only) from peripheral blood films, that illustrate typical morphologic characteristics pointing to specific conditions or disorders. This constitutes their diagnostic value.
Click on an image to enlarge it and display a short description.
<p>Canine eosinophil nuclei are less lobulated than those of neutrophils. The number and size of the contained azurophilic granules are variable: some cells are filled with small similarly sized granules while others contain sparsely distributed granules of various sizes or only several large-size granules. Small vacuoles are often found in the cytoplasm.</p>
<p>In the centre, there is an eosinophil filled with characteristic orange-red granules. The cell below is a lymphocyte.</p>
<p>Platelets that are 2/3 of the size of red blood cells or larger are called ‘giant platelets’. They are occasionally found in a healthy animal, and a high occurrence of giant platelets may be accompanied by decreased platelet counts.</p>
<p>Typical canine lymphocyte with round nucleus, rough chromatin and only a scant amount of pale blue cytoplasm.</p>
<p>Lymphocyte to the left and typical monocyte to the right.</p>
<p>Mast cell found in a cytospin sample collected from the peritoneal cavity. Typical characteristics of mast cells are a round to slightly oval nucleus and fine-to-coarse red to deep purple cytoplasmic granules. Red blood cells are present due to mild haemorrhage.</p>
<p>Immature granulocyte with condensed nuclear chromatin and a tendency towards segmentation, bluish cytoplasm.</p>
<p>Blood smear of a 6-year-old male Pomeranian dog suffering from hepatic dysfunction associated with cholestasis and pancreatitis. Several microcytes of variable size which may become sphere-shaped. </p>
<p>Monocyte with delicate nuclear chromatin and grey-blue cytoplasm. On close inspection, there are vacuoles in the cytoplasm which help to distinguish this monocyte from a metamyelocyte.</p>