haematoidin crystals
血晶素晶体
haematoidin pigment
血晶素色素
haematoidin deposition
血晶素沉积
haematoidin staining
血晶素染色
haematoidin formation
血晶素形成
haematoidin deposits
血晶素沉积物
haematoidin accumulation
血晶素积聚
haematoidin presence
血晶素存在
haematoidin appears
血晶素出现
haematoidin shows
血晶素显示
haematoidin crystals were identified in the tissue sample during microscopic examination.
组织样本的显微镜检查中发现了血棕素晶体。
the haematoidin deposits gave the bruise a characteristic yellow-brown discoloration.
血棕素沉积物使瘀伤呈现特征性的黄褐色变色。
haematoidin formation occurs as hemoglobin breaks down in extravasated blood.
血棕素形成发生在外渗血液中血红蛋白分解时。
pathologists look for haematoidin staining patterns when analyzing tissue sections.
病理学家在分析组织切片时会寻找血棕素染色模式。
the presence of haematoidin indicates prior hemorrhage in the affected area.
血棕素的存在表明受影响区域先前发生过出血。
haematoidin pigments can persist in tissues for several weeks after injury.
血棕素色素可在损伤后数周内持续存在于组织中。
microscopic analysis revealed extensive haematoidin accumulation within the macrophages.
显微镜分析显示巨噬细胞内有大面积血棕素积聚。
the haematoidin crystals appeared as brownish-yellow needle-shaped structures.
血棕素晶体呈现为棕黄色针状结构。
haematoidin is chemically similar to bilirubin and shares similar optical properties.
血棕素在化学上与胆红素相似，具有相似的光学特性。
chronic haematoidin deposits were observed in the liver tissue biopsy.
肝组织活检中观察到慢性血棕素沉积。
the haematoidin staining helped distinguish the age of the contusion.
血棕素染色有助于确定挫伤的损伤时间。
haematoidin formation begins approximately 24 to 48 hours after bleeding occurs.
血棕素形成大约在出血发生后24至48小时开始。
haematoidin crystals
血晶素晶体
haematoidin pigment
血晶素色素
haematoidin deposition
血晶素沉积
haematoidin staining
血晶素染色
haematoidin formation
血晶素形成
haematoidin deposits
血晶素沉积物
haematoidin accumulation
血晶素积聚
haematoidin presence
血晶素存在
haematoidin appears
血晶素出现
haematoidin shows
血晶素显示
haematoidin crystals were identified in the tissue sample during microscopic examination.
组织样本的显微镜检查中发现了血棕素晶体。
the haematoidin deposits gave the bruise a characteristic yellow-brown discoloration.
血棕素沉积物使瘀伤呈现特征性的黄褐色变色。
haematoidin formation occurs as hemoglobin breaks down in extravasated blood.
血棕素形成发生在外渗血液中血红蛋白分解时。
pathologists look for haematoidin staining patterns when analyzing tissue sections.
病理学家在分析组织切片时会寻找血棕素染色模式。
the presence of haematoidin indicates prior hemorrhage in the affected area.
血棕素的存在表明受影响区域先前发生过出血。
haematoidin pigments can persist in tissues for several weeks after injury.
血棕素色素可在损伤后数周内持续存在于组织中。
microscopic analysis revealed extensive haematoidin accumulation within the macrophages.
显微镜分析显示巨噬细胞内有大面积血棕素积聚。
the haematoidin crystals appeared as brownish-yellow needle-shaped structures.
血棕素晶体呈现为棕黄色针状结构。
haematoidin is chemically similar to bilirubin and shares similar optical properties.
血棕素在化学上与胆红素相似，具有相似的光学特性。
chronic haematoidin deposits were observed in the liver tissue biopsy.
肝组织活检中观察到慢性血棕素沉积。
the haematoidin staining helped distinguish the age of the contusion.
血棕素染色有助于确定挫伤的损伤时间。
haematoidin formation begins approximately 24 to 48 hours after bleeding occurs.
血棕素形成大约在出血发生后24至48小时开始。
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