Osteopathy Articles and Abstracts

For medical practitioners and osteopaths - Osteopathy Journal Articles Catalog. Osteopathy
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Osteopathy Journal Articles



Record 281 to 320
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Problems in vertebral manipulations: osteopathy and chiropractic. (Opinion of Professor Alberto Lodispoto)
Salvati, A. (1970), Minerva Med 61(82): 4566-73.

Problems of diagnosis and therapy of osteopathy in a case of maintenance dialysis
Ritz, E., B. Krempien, et al. (1972), Clin Ter 61(3): 197-220.

Progressive polyarthritis and osteopathy of medular genesis
Fried, K. and V. Novak (1966), Fysiatr Revmatol Vestn 44(6): 367-9.

Pseudo-Bechterew findings in hyperparathyroidism with reference to renal osteopathy
Dihlmann, W. and G. Muller (1972), Z Rheumaforsch 31(9): 401-8.

Psoriatic osteopathy without arthritis
Piaszek, L., G. W. Stauch, et al. (1973), Fortschr Geb Rontgenstr Nuklearmed 119(6): 764-6.

Psoriatic osteopathy
Hein, G., K. Abendroth, et al. (1989), Z Gesamte Inn Med 44(22): 674-7.
Abstract: In order to make evident an up to now only postulated generalized osteopathy in psoriatics in 24 patients with psoriasis and 24 patients with psoriatic arthritis the serum-calcium levels, the alkaline phosphatase in the serum and the excretion of hydroxyprolin in the urine were determined. Moreover, the bone bioptates of 25 patients with psoriatic arthritis and 10 patients with psoriasis were histologically examined and morphometrically measured, respectively. The examinations give evidence for the presence of a generalized "latent" osteopathy in the sense of an increased bone turnover rate without loss of bone volume (high turnover remodeling) in patients with psoriatic arthritis as well as in those with psoriasis without arthritis. As a common pathogenetically significant factor for dermatosis and osteopathy a latent vitamin D deficiency and a D-hormone resistance is discussed.

Psoriatic osteopathy--results of histomorphometric studies
Hein, G., B. Knopf, et al. (1990), Z Hautkr 65(9): 820-2.
Abstract: In 23 patients with psoriatic arthritis and 9 patients with psoriasis without joint involvement, we took bone biopsies from the iliac crest. Histomorphometrical investigations showed that the volume density of the bone was not decreased in either group of patients, but we found a high rate of turnover remodelling. An elevated rate of bone turnover is regarded as the characteristic principle of "psoriatic osteopathy", which--more exactly--should be called "latent osteopathy". Deficiency of vitamin D is discussed as a possible etiological factor.

Radiologic aspects of osteopathy in parathyroid gland diseases and their differential diagnosis
Herlbauer, R. (1980), Z Gesamte Inn Med 35(6): 269-74.
Abstract: The different disturbances of these organs resulting from the relative endocrine autonomy of the parathyroid glands obtain a manifold symptomatology often with an only later diagnosing. In increased activity of the parathyroid glands hypercalcaemia as well as generalized osteodystrophy are indicating the target in combination with subperiostal resorptions of the corticalis at the phalanges. As a rule underfunction distinguishes itself by hypocalcaemia, hyperphosphataemia and osteoscleroses due to increased mineral fixation in bones. Pseudoparathyreotic conditions are to be differed from actual pictures of the disease only in typical expression. In the paraneoplastic syndromes appearing within this boundary only the proof of a malignoma allows a secure demarcation. On account of the often uncharacteristic X-ray picture, the variable symptomatology and the in many cases lacking directive paraclinical findings practically all pathological bone processes which are based on deviations in the calcium and phosphate metabolism are to be included in differential-diagnostic considerations.

Radiologic metabolic osteopathy diagnosis in childhood
Uhl, M. and L. B. Zimmerhackl (2002), Radiologe 42(11): 916-31.

Radiological aspects of uremic osteopathy
Schaefer, P. and K. Schaefer (1969), Radiologe 9(5): 163-7.

Radiological demonstration of renal osteopathy during chronic dialysis (author's transl)
Banzer, D., U. Schneider, et al. (1974), Dtsch Med Wochenschr 99(2): 48-51.

Radiological presentation of fluorine osteopathy
L'Epee, P., J. P. Audoy, et al. (1966), J Med Bord 143(6): 865-7.

Radiological, biochemical and clinical aspects of uremic osteopathy in patients with long term dialysis
Frey, F. J., A. J. Jonutis, et al. (1976), Schweiz Med Wochenschr 106(42): 1438-46.
Abstract: The clinical, biochemical and radiological signs of uremic osteopathy in 25 patients dialyzed at the dialyzing unit of the Medical Policlinic of the University of Berne are described. Comparison, mainly of radiologic signs, with the published experience of other centers shows a relatively high frequency of nonsymptomatic osteopenia and metastatic and vascular calcifications in our patients, even though their serum calcium and phosphorous concentrations were kept relatively normal. The frequencies of radiologic alterations in other dialyzing units reported in the literature differ widely from one center to another; this may be due to different technology, but even more to varying evaluation of the findings by different radiologists.

Radionuclide studies in chronically hemodialyzed patients. Bone scintigraphy for the evaluation and control of renal osteopathy
Dudczak, R., K. Kletter, et al. (1984), Wien Klin Wochenschr 96(9): 326-32.
Abstract: The clinical applicability of bone scintigraphy (Tc99m MDP) was evaluated in 42 patients on maintenance hemodialysis. Typical scintigraphic findings are shown which were related to hormonal and biochemical parameters of calcium and phosphate metabolism. Visual grading of representative regions for metabolic bone disease in bone scans was compared to scintimetry which applies a bone to soft tissue ratio to grade osseous abnormalities. It could be shown that visual interpretation and grading of the findings according to a score is sufficient to assess the degree and extent of renal bone disease. Semiquantitative analysis of bone scintigrams by scintimetry did not improve the diagnostic information.

Rare osteopathy caused by disorders of bone growth: Pyle's disease.
Reviglio, G. M. (1954), Minerva Med 45(12): 418-23.

Rarefying osteopathy in adults: radiodiagnosis and radiologic densitometry
Bugnion, M. (1966), Praxis 55(36): 1000-9.

Rarefying osteopathy in rheumatology. Methods of evaluation and comparison of urinary hydroxyproline and serum proline iminopeptidase
D'Amore, M., S. Quarto, et al. (1980), Minerva Med 71(29): 2045-51.
Abstract: Serum proline iminopeptidase and (where possible) urinary hydroxyproline were determined in 214 subjects: normal subjects, subjects with chronic kidney disease, subjects with chronic liver disease, subjects with osteitis deformans, subjects with rheumatoid arthritis, and subjects with osteoporosis. The values of the two parameters fully corresponded. It is suggested, therefore, that proline iminopeptidase can be determined instead of hydroxyproline in cases where a primarily destructive bone disease in present.

Reactive reticulosis of bone marrow and myelogenic osteopathy.
Hirscher, H. (1953), Medizinische 33-34: 1038-41.

Reciprocal relationship between bones, hematopoiesis and kidney with reference to sex hormoses. 2. Endocrine osteopathy and sex hormones
Schulz, W. (1978), Fortschr Med 96(46): 2329-35.
Abstract: Interactions and influence between blood and bone-tissue are discussed. In chronic renal insufficiency there is a failure of the kidneys as an endocrine organ with hormones for hemopoiesis and bone-metabolism. This deficit can partly or completely be replaced by an appropriate therapy. The--in the kidney transformed and so activated--vitamine-D-metabolite 1,25(OH)2D3 can be used in the therapy of osteoporosis, the combination with sodium fluoride brings even better results. In cases of postmenopausal osteoporosis and lack of estrogen estrogens are indicated for the treatment and the prophylaxis of osteoporosis.

Recklinghausen's osteopathy: iconographic contribution.
Jucker, C. (1959), Minerva Ortop 10(4): 159-63.

Relation of bone growth to dentition in severe accremeatitial osteopathy.
Weyers, H. (1950), Stoma (Heidelb) 3(4): 292-304.

Relative calcitonin deficiency in calcipenic uremic osteopathy
Zseli, J., J. Szucs, et al. (1984), Orv Hetil 125(30): 1799-802.

Renal osteopathy (author's transl)
Vesin, S. (1978), Cesk Radiol 32(4): 257-65.

Renal osteopathy (ROP)
Schulz, W. (1999), Internist (Berl) 40(1): 70-82.

Renal osteopathy and bone mineralisation in patients treated with dihydrotachysterol during long term dialysis (author's transl)
Pogglitsch, H., H. Schmidberger, et al. (1976), MMW Munch Med Wochenschr 118(5): 131-6.
Abstract: 21 hypocalcemic patients on regular hemodialysis were treated for 2 months with 0.2 mg and for a further 2 months with 0.46 mg dihydrotachysterol daily. 8 normocalcemic patients served as a control group. Radiological and radiodensitometric investigations were undertaken in all patients at regular intervals. Slight signs of renal osteopathy with a predominant osteomalacic component could be established in the skeletal X-ray in 55% of all patients. Compared with a healthy collective, all dialysis patients showed a small but significant reduction of bone mineralisation radiodensitometrically before the beginning of treatment. During treatment with dihydrotachysterol, the patients showed a significant demineralisation of the skeleton. In four cases the characteristics of the osteopathy also increased in the skeletal radiography. During the same period of observation, none of the untreated patients showed any change of the bone mineralisation.

Renal osteopathy and its significance for the orthopedic surgeon
Horn, V., D. Spohrova, et al. (1983), Z Orthop Ihre Grenzgeb 121(3): 283-7.

Renal osteopathy and joint destruction due to long-term dialysis
Bottger, A., J. Meier, et al. (2001), Med Klin (Munich) 96(10): 641.

Renal osteopathy in long-term dialysis therapy--comparison of the alkaline phosphatase isoenzyme in bone with histologic findings
Hajkova, B., J. Erben, et al. (1985), Vnitr Lek 31(5): 447-50.

Renal osteopathy in patients receiving regular haemodialysis (author's transl)
Vanecek, V., C. Povysil, et al. (1982), Cas Lek Cesk 121(1): 12-7.

Renal osteopathy in relation to the accumulation of fluorides
Hajkova, B. (1987), Sb Ved Pr Lek Fak Karlovy Univerzity Hradci Kralove Suppl 30(2): 159-75.

Renal osteopathy, rachitis and vitamin D
Muller, H. (1975), Med Klin 70(6): 3-4.

Renal osteopathy. Calcium metabolism and absorption in chronic renal failure (author's transl)
Kocian, J. and I. Sotonik (1982), Cas Lek Cesk 121(12): 360-4.

Renal osteopathy. Calcium metabolism and absorption in patients after kidney transplantation
Kocian, J. and I. Sotornik (1982), Cas Lek Cesk 121(38-39): 1184-8.

Renal osteopathy. Metabolism and absorption of calcium in chronically haemodialyzed patients
Kocian, J. and I. Sotornik (1982), Cas Lek Cesk 121(24): 756-9.

Renal osteopathy
Binswanger, U. (1975), Schweiz Med Wochenschr 105(50): 1683-90.
Abstract: Bone histology and biochemical data indicate that hyperparathyroidism and abnormal metabolism of vitamin D are hallmarks of renal osteodystrophy. Early diagnosis is possible by means of bone biopsy. The clinical signs of renal bone disease include extraskeletal calcifications. Persistence of disease during hemodialysis treatment calls for treatment even of asymptomatic patients. Vitamin D3 and its metabolites or analogs play an important role in the suppression of hyperparathyreoidism and in combating osteomalacia.

Renal osteopathy
Freudenberg, N., C. P. Adler, et al. (1975), Med Welt 26(21): 1061-6.

Renal osteopathy
Zazgornik, J. (1990), Wien Med Wochenschr 140(18-19): 490-2.
Abstract: The pathogenesis of renal osteopathy is multifactorial. Disturbances in calcium-phosphorus metabolism leading to the development of secondary hyperparathyroidism, abnormalities in vitamin D and beta-2-microglobulin metabolism, and aluminum intoxication are the most important factors. In this overview the clinic, diagnostic and therapeutic procedures of the renal osteopathy are presented.

Renal osteopathy--an extra-orthopedic zone?
Wittig, C. (2004), Orthopade 33(3): 349-50.

Retrospective analytical investigation of the pathogenetic aspects of the osteopathy of a leontiasic skull. Study by means of the x-ray diffraction technic
Craviotto, C. (1965), Riv Anat Patol Oncol 27(1): 68-85.

Reversible hyperparathyroid metabolic osteopathy secondary to parathyroid carcinoma
Serrano, J., J. Verdu, et al. (1998), Rev Esp Med Nucl 17(1): 35-9.
Abstract: Parathyroid carcinoma is a rare cause of hyperparathyroidism and metabolic osteopathy. The authors report a patient with parathyroid carcinoma who underwent 99mTc-Sestamibi parathyroid and 99mTc-MDP bone scanning. These techniques showed the parathyroid lesion and typical features of severe metabolic osteopathy respectively. The bone scan performed at only four months after surgery showed near complete resolution.


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