
Methotrexate Crystals in Urine with Acute Kidney Injury
Detection of methotrexate crystals in urine sediment with acute kidney injury after high-dose therapy. Features of sediment microscopy.
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Detection of methotrexate crystals in urine sediment with acute kidney injury after high-dose therapy. Features of sediment microscopy.

Morphology of sulfadiazine crystals in urine sediment during acute kidney injury: bright-field and polarized light microscopy of a native preparation.

Morphology of triple phosphate (struvite) crystals in urine sediment. Features of microscopic identification of coffin-lid shaped crystals.

Morphology of uric acid crystals in urine sediment. Microscopic view of crystalluria with acidic urine reaction at 100x and 400x magnification.

Morphology of calcium oxalate crystals in urine sediment: typical envelope-shaped octahedra and rare stellar aggregates under microscopy.

Morphology of phosphoric acid salts in urine sediment: triple phosphate and magnesium phosphate crystals at alkaline pH. Microscopy of native preparation.

A clinical case on urine sediment microscopy in a male patient: pH 8.5, crystalluria. Identify the morphology and nature of sediment elements.

Microscopy of urine sediment: numerous triple phosphate (struvite) crystals shaped like coffin lids, observed at an alkaline reaction (pH 9) in a child.

Identification of salt crystals in urine sediment with an alkaline reaction (pH 9.0). Morphological features of triple phosphates under light microscopy.

Explore the morphology of ammonium urate crystals in urine sediment at pH 7.5, including microscopic spherical formations and the macroscopic appearance of the sediment.

Atlas of salts in urine sediment: morphology of triple phosphates, calcium oxalates, ammonium biurate, bilirubin, and uric acid under microscopy.

Morphology of triple phosphate crystals in urine sediment with alkaline reaction (pH 8.0). Causes of struvite appearance and features of microscopic diagnosis.