haematoidins

haematoidin crystals were identified in the tissue sample during microscopic examination.

the haematoidin deposits gave the bruise a characteristic yellow-brown discoloration.

haematoidin formation occurs as hemoglobin breaks down in extravasated blood.

pathologists look for haematoidin staining patterns when analyzing tissue sections.

the presence of haematoidin indicates prior hemorrhage in the affected area.

haematoidin pigments can persist in tissues for several weeks after injury.

microscopic analysis revealed extensive haematoidin accumulation within the macrophages.

the haematoidin crystals appeared as brownish-yellow needle-shaped structures.

haematoidin is chemically similar to bilirubin and shares similar optical properties.

chronic haematoidin deposits were observed in the liver tissue biopsy.

the haematoidin staining helped distinguish the age of the contusion.

haematoidin formation begins approximately 24 to 48 hours after bleeding occurs.