Our results showed that non birefringent haemozoin and birefringent haemozoin area was significantly different.
All images were analyzed using ImageJ 1.47 software to measure the haemozoin areas. A total of 40 images produced from both conventional light microscope and simple polarized light microscope were collected. simple polarized light microscope by using image processing analysis. Thus, the aim of this research was to compare the haemozoin area observed by a conventional vs. Previous research showed that by using a polarized light microscope, researchers were better able to detect haemozoin in mouse liver histology section. Haemozoin Detection in Mouse Liver Histology Using Simple Polarized Light Microscopeĭirectory of Open Access Journals (Sweden)įull Text Available The presence of malarial pigment (haemozoin due to Plasmodium infection is a common histopathological effect in mouse liver. It is concluded that the electron microscopic changes were unique and may be helpful in differentiating the necrotizing glomerulitis seen in other conditions, especially malignant hypertension In addition, disruption of endothelial and epithelial cells from the basement membranes were seen. By electron microscopy the endocapillary cells reacted by hypertrophy and hyperplasia with increase in cytoplasmic organelles. By light microscopy the changes were of fibrinoid necrosis of the arteries and arterioles with segmental necrosis of the glomerular tufts. Light and electron microscopy were used to observe acute radiation nephritis. International Nuclear Information System (INIS) Light and electron microscopic observations
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