Search Results for: SC-300εœ¨η·šθ€ƒι‘Œ 🏬 SC-300考試備考碓驗 πŸ•• SC-300εœ¨η·šθ€ƒι‘Œ 🏯 在➽ www.newdumpspdf.com πŸ’ͺζœη΄’ζœ€ζ–°ηš„βž½ SC-300 πŸ’ͺ鑌庫SC-300θ€ƒι‘Œε…θ²»δΈ‹θΌ‰

Renal conservation of water

…ncentrated urine (the concentration of which is determined by the degree of tonicity of the medulla). This is accomplished as follows: 1. Normally the glomerular filtrate has a similar osmolality to plasma (300 mOsmol/kg). In the descending limb of the loop of Henle, the NaCl cannot be absorbed, but water is passively resorbed (#1), creating a hypertonic urine (>1200 mOsmol/kg) as it enters the ascending limb. 2. When this NaCl-rich fluid enters…

Renal conservation of water Read More Β»

Acute myeloid leukemia in a dog (venous blood)

This dog had a marked leukocytosis (300,000/uL) consisting of large blasts with a concurrent pancytopenia (non-regenerative anemia, neutropenia, severe thrombocytopenia. Some of the cells had coarse red-purple granules. A few eccentrocytes are evident, indicating a degree of oxidant injury (not uncommon in dogs with cancer) (Wright’s stain, 500x magnification). This indicates an acute leukemia, which could be myeloid or lymphoid. A bone m…

Acute myeloid leukemia in a dog (venous blood) Read More Β»

2019 Case #5

…tosis and anisokaryosis and had a moderate amount of deep blue cytoplasm, which was characterized by numerous discrete margined vacuoles, compatible with lipid (Figures 3, 4, 6). Macrophages contained fewer similar vacuoles and some individual cells were difficult to differentiate from tumor cells, unless they demonstrated cytophagic activity. Macrophages with erythrocytes (Figure 5), non-specific debris (Figure 1) and hemosiderin in their cytopl…

2019 Case #5 Read More Β»

Scroll to Top