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Electron micrograph of the Rabies Virus. This electron micrograph shows the rabies virus, as well as Negri bodies, or cellular inclusions. Image courtesy CDC/Dr. Fred Murphy, 1975. Stock Photo

RMK1F511–Electron micrograph of the Rabies Virus. This electron micrograph shows the rabies virus, as well as Negri bodies, or cellular inclusions. Image courtesy CDC/Dr. Fred Murphy, 1975.

$Diagnostic methods, chemical, bacteriological and microscopical : a text-book for students and practitioners . omonic of amyloid de-generation of the kidney. It is true that they do appear earlier in this type ofkidney lesion, but it is to be remembered that they occur in all varieties ofchronic kidney disease. They are usually of bad prognostic omen as they in-dicate a very advanced process. 346 DIAGNOSTIC METHODS. Fibrinous Casts. These are very highly refractile, transparent, and always of a yellowishor brown color. They may be granular and have various cellular inclusions.Their shapes vary Stock Photo$

RM2AJ0PAA–Diagnostic methods, chemical, bacteriological and microscopical : a text-book for students and practitioners . omonic of amyloid de-generation of the kidney. It is true that they do appear earlier in this type ofkidney lesion, but it is to be remembered that they occur in all varieties ofchronic kidney disease. They are usually of bad prognostic omen as they in-dicate a very advanced process. 346 DIAGNOSTIC METHODS. Fibrinous Casts. These are very highly refractile, transparent, and always of a yellowishor brown color. They may be granular and have various cellular inclusions.Their shapes vary

RMHRJ94K–Rabies Virus, EM

Diagnostic methods, chemical, bacteriological and microscopical : a text-book for students and practitioners . as the coarse granules are undoubtedly derived from the renal epithelium,which has degenerated completely. The coarser the granules the more severethe inflammatory process. These granular casts vary in shape and in size, but are usually shorterthan the hyaline type. To these granular casts may be attached various cellsso that it is difficult to tell whether the cast is really a true granular or a cellularone. In some cases these cellular inclusions mayundergo fatty degeneration giving Stock Photo

RM2AJ0PHN–Diagnostic methods, chemical, bacteriological and microscopical : a text-book for students and practitioners . as the coarse granules are undoubtedly derived from the renal epithelium,which has degenerated completely. The coarser the granules the more severethe inflammatory process. These granular casts vary in shape and in size, but are usually shorterthan the hyaline type. To these granular casts may be attached various cellsso that it is difficult to tell whether the cast is really a true granular or a cellularone. In some cases these cellular inclusions mayundergo fatty degeneration giving

RMHRJBJ1–Rabies Virus, TEM

$A treatise on the principles and practice of medicine . r from protrusion of pseudopodia, when theslide is slightly warmed; for diagnosis it must be motile. It is uni-cellular, and measures 10 to 50/x. Schaudinn distinguishes the innocuousEntameba coli from the pathogenic Entameba histolytica (Ameba dysen-teric), which is larger, has a highly refractile hyaline ectoplasm (moreclearly differentiated from the endoplasm), contains more vacuoles,has a sharper nucleus (5 to 7/x), and more frequent red-cell inclusions.Encysted amebse are resistant, dangerous forms, resembling the gametesof malaria ( Stock Photo$

RM2AKP00P–A treatise on the principles and practice of medicine . r from protrusion of pseudopodia, when theslide is slightly warmed; for diagnosis it must be motile. It is uni-cellular, and measures 10 to 50/x. Schaudinn distinguishes the innocuousEntameba coli from the pathogenic Entameba histolytica (Ameba dysen-teric), which is larger, has a highly refractile hyaline ectoplasm (moreclearly differentiated from the endoplasm), contains more vacuoles,has a sharper nucleus (5 to 7/x), and more frequent red-cell inclusions.Encysted amebse are resistant, dangerous forms, resembling the gametesof malaria (

RMHRJBJ2–Rabies Virus, TEM

. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 762 YUDIN, DIENER, CLARK, AND CHANG. FIGURE 3. Light micrograph revealing the cord arrangement of the mandibular cells (MC). Nucleus (N), hemocyte (H), hemolymph channel (C), smooth endoplasmic reticulum (SER), hemolymph sinus (S), lipidlike inclusions (I). Bar = 11 /j.m. FIGURE 4. Electron micrograph illustrating the gland's cellular arrangement. Nucleus (N), Golgi complexes (G), mitochondria (M), hemolymph channel (C), plasma membrane (PM). Bar := 0.73 /mi. FIGURE 5. Section through a hemolymph sinus (S). Nucleus (N), agra Stock Photo

RMRHN08G–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 762 YUDIN, DIENER, CLARK, AND CHANG. FIGURE 3. Light micrograph revealing the cord arrangement of the mandibular cells (MC). Nucleus (N), hemocyte (H), hemolymph channel (C), smooth endoplasmic reticulum (SER), hemolymph sinus (S), lipidlike inclusions (I). Bar = 11 /j.m. FIGURE 4. Electron micrograph illustrating the gland's cellular arrangement. Nucleus (N), Golgi complexes (G), mitochondria (M), hemolymph channel (C), plasma membrane (PM). Bar := 0.73 /mi. FIGURE 5. Section through a hemolymph sinus (S). Nucleus (N), agra

RMHRJBJ6–Rabies Virus, TEM

. Bulletin of the British Museum (Natural History) Botany. THELOTREMATACEAE IN SRI LANKA 235. Fig. 3 Cortical structure of the Thelotremataceae viewed with a scanning electron microscope, (a) Loosely organized cellular cortex of Thelotrema imperfectum (Hale 46 338). (b) Dense cellular cortex of Myriotrema album (Hale 4 171). (c) Loosely organized, irregularly pored cortex of Ocellularia chonestoma (Hale 46 344). (d) Dense cellular cortex of O. crassa with large crystal inclusions (Hale 51 210). discovered these peculiar hyphae in some West Indian species (Hale, 1974a: 5, Fig. 3), using the sca Stock Photo

RMRGJGRJ–. Bulletin of the British Museum (Natural History) Botany. THELOTREMATACEAE IN SRI LANKA 235. Fig. 3 Cortical structure of the Thelotremataceae viewed with a scanning electron microscope, (a) Loosely organized cellular cortex of Thelotrema imperfectum (Hale 46 338). (b) Dense cellular cortex of Myriotrema album (Hale 4 171). (c) Loosely organized, irregularly pored cortex of Ocellularia chonestoma (Hale 46 344). (d) Dense cellular cortex of O. crassa with large crystal inclusions (Hale 51 210). discovered these peculiar hyphae in some West Indian species (Hale, 1974a: 5, Fig. 3), using the sca