
Charcot-Leyden Crystals in Stool: Causes and Microscopy
Diagnostic significance of Charcot-Leyden crystals in newborn stool: connection to eosinophilia, galectin-10, celiac disease, and Loeffler's syndrome.

Diagnostic significance of Charcot-Leyden crystals in newborn stool: connection to eosinophilia, galectin-10, celiac disease, and Loeffler's syndrome.

Morphology of acanthocytes (G1 cells) in urine sediment: differential diagnosis of glomerular hematuria and features of dysmorphic erythrocyte microscopy.

Laboratory diagnosis of scabies: microscopy of skin scrapings with 20% KOH and morphology of Sarcoptes scabiei hominis mite at x400 magnification.

Sand particles in a nail plate scraping sample: a common artifact in onychomycosis microscopy, hindering visualization of fungal mycelium and spores.

Microscopy of urine sediment: morphology of neutral magnesium phosphate crystals (magnesium phosphate) at 400x magnification. Features of crystalluria.

Stool microscopy with Lugol's solution: dividing forms of Blastocystis hominis. Morphological features of protozoa in the preparation at 400x magnification.

Morphology of uric acid crystals in urine sediment under microscopy. Causes of crystalluria, diagnostic significance, and identification of urates.

Morphology of Leccinum mushroom spores in stool microscopy. Differential diagnosis of artifacts and helminth eggs in coprograms with Lugol's solution.

Microscopic view of arthroconidia and sporulated mycelium in 20% KOH preparations from skin and nail mycoses caused by dermatophytes.

Laboratory detection of Candida fungi: microscopy of scrapes with 20% KOH. Blastospores, pseudomycelium of the fungus in onychomycosis and candidal paronychia.

Acanthocytes (G1 cells) in urine sediment microscopy: morphology of dysmorphic erythrocytes and diagnostic criteria for glomerular hematuria.

Microscopic diagnosis of Blastocystis hominis vacuolar forms in stool samples with Lugol's solution. Pathogenesis and blastocystosis discussed.