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Biomedical subjects

J Germouty

Publications and source records attributed to J Germouty.

At least 55 records · Page 3Linked to original sources

[Idiopathic pulmonary hemosiderosis. Apropos of 1 case].

Idiopathic pulmonary hemosiderosis gives rise to anemia, due to repeated intra-alveolar hemorrhage, the reabsorption of which leads to hemosiderin deposits in the lung parenchyma. The authors report a case in a young woman aged 24 years whose illness started with anemia, then two months later, with hemoptysis and a broncho-pulmonary syndrome with a low grade fever. On the 6th month, there occurred a hazy infiltrate of both lung bases which was fleeting, mobile and recurrent. In the light of this triad of anemia, hemoptysis and infiltrates, the diagnosis of idiopathic pulmonary hemosiderosis was made and confirmed by three examinations:--Lung biopsy: siderophages were found in the sub-mucosa,--Radio-isotope examination, using Fe 59 which revealed iron deposits in the lung,--A surgical lung biopsy which showed a congestive area and a fibrous area. The congestive area was the site of recent hemorrhage, the alveolar limits were filled with siderophages. The fibrous area was the site of chronic repair of older hemorrhage. It was mutilating. The course was complicated by massive bleeding which led to acute recovering respiratory failure. The patient is at present stabilised by corticosteroids. Three hundred cases of idiopathic pulmonary hemosiderosis have been reported in the world literature. Although the main characteristic is intra-alveolar hemorrhage, its course has not yet been determined. It seems however, to be due to an immunologic process as shown by the relationship between this curious disease and Goodpasture's syndrome.

Adult↗

[Stability and variation of the maximal ventilation and maximal expiratory volume ratios].

The level of stability of the ratio (alpha coefficient) of maximal ventilation (MBC) over maximal expiratory volume per second (FEV1) was continued statistically for its practical value in estimating the respiratory functional incapacity. Three observations were made: --the mean value of the alpha coefficient=MBC/FEV1 is independent of the sex, age, size or weight in the normal subject; alpha was slightly higher than that found from theoretical values of MBC (CECA) and FEV1 (BALDWIN and COURNAND); --the alpha coefficient varied with the vital capacity (VC) and with FEV1; --there was a particularly simple relation between alpha and VC: alpha decreased from 38 to 30 when VC increased from 1 to 6 litres.

Age Factors↗