Results 241 to 250 of about 1,205,322 (296)
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Dry bone histology of bone tumours
International Journal of Paleopathology, 2018This article focuses on the application of dry bone histology in the diagnosis of a series of different bone tumours. It provides a short introduction on bone tumour classification and how tumours may affect the skeleton. To illustrate the value of dry bone histology in the diagnostic process we studied the 'fresh' and 'dry' bone histology of a series ...
H H Hans, de Boer, G J R George, Maat
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Science, 1959
Compact bone from a frozen Alaskan mammoth was examined histologically and chemically to determine whether there had been any detectable alterations since the death of the animal. Histological sections closely resembled similar specimens from modern elephants. Total nitrogen and acid-extractable carbonate were at levels to be expected in fresh bone.
H C, Ezra, S F, Cook
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Compact bone from a frozen Alaskan mammoth was examined histologically and chemically to determine whether there had been any detectable alterations since the death of the animal. Histological sections closely resembled similar specimens from modern elephants. Total nitrogen and acid-extractable carbonate were at levels to be expected in fresh bone.
H C, Ezra, S F, Cook
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2008
Bone is an important target tissue for alcohol. Moderate alcohol consumption may slow bone loss during aging, but alcohol consumption inhibits bone growth during adolescence, and alcohol abuse in adults is an important risk factor for osteoporosis. Various techniques have been applied for evaluating the impact of alcohol on bone, including densitometry
Urszula T, Iwaniec +2 more
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Bone is an important target tissue for alcohol. Moderate alcohol consumption may slow bone loss during aging, but alcohol consumption inhibits bone growth during adolescence, and alcohol abuse in adults is an important risk factor for osteoporosis. Various techniques have been applied for evaluating the impact of alcohol on bone, including densitometry
Urszula T, Iwaniec +2 more
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The neuro-histology of mammalian bone
Archives of Oral Biology, 1960Abstract The neuro-histology of bone was studied using a silver impregnation technique and the reliability of the methods was examined quantitatively. A representative selection of lamellar, woven and Sharpey fibre bone from rodent, monkey and human specimens was studied.
T G, DAVIES, R W, FEARNHEAD
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Bone marrow histology in myelodysplastic syndromes
Scandinavian Journal of Haematology, 1986Bone biopsies of 300 patients with myelodysplastic syndromes (MDS) were studied. The bone marrow findings fell into one of six categories: 1. MDS sideroblastic; 2. MDS megaloblastoid; 3. MDS proliferative; 4. MDS blastic; 5. MDS inflammatory; 6. MDS hypoplastic, which were then correlated with defined clinical entities.
B, Frisch, R, Bartl
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HISTOLOGICAL CLASSIFICATION OF RESORBED BONE
Acta Pathologica Japonica, 1982A histological classification of resorbed bone is reported in this paper. The materials used were 426 human bones in autopsy and surgical cases, ranging from 3‐month‐old fetus to 95‐year‐old. The resorbed bones were divided into osteoclasis (osteoclastic resorption) and osteolysis (non‐osteoclastic resorption).
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Histological study of navicular bone disease
Equine Veterinary Journal, 1982Summary A histological investigation of navicular bones from 8 horses with navicular disease was carried out to investigate the aetiology of the radiological findings. Two of the horses were double labelled with tetracycline before slaughter in order to assess the vitality of the diseased navicular bone.
L, Ostblom, C, Lund, F, Melsen
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2011
Bone Remodeling, Histomorphology, and Histomorphometry Sam D. Stout and Christian Crowder Growth and Development: Morphology, Mechanisms, and Abnormalities James H. Gosman Making the Mold: A Microstructural Perspective on Bone Modeling during Growth and Mechanical Adaptation Corey M.
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Bone Remodeling, Histomorphology, and Histomorphometry Sam D. Stout and Christian Crowder Growth and Development: Morphology, Mechanisms, and Abnormalities James H. Gosman Making the Mold: A Microstructural Perspective on Bone Modeling during Growth and Mechanical Adaptation Corey M.
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