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Your search keyword '"Lymph metabolism"' showing total 11 results
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11 results on '"Lymph metabolism"'

1. [Bronchial casts associated with pulmonary lymphatic anomalies].

Author

Castet D, Lavandier M, Asquier E, Beaulieu F, and de Lajartre AY

Subjects
Aspergillosis diagnosis, Bronchitis complications, Cholesterol analysis, Chronic Disease, Diagnosis, Differential, Humans, Lung diagnostic imaging, Lung Diseases, Fungal diagnosis, Lymph chemistry, Lymph metabolism, Lymphoid Tissue diagnostic imaging, Male, Middle Aged, Radionuclide Imaging, Respiratory Insufficiency etiology, Sputum chemistry, Sputum metabolism, Thoracic Duct diagnostic imaging, Tomography, X-Ray Computed, Triglycerides analysis, Bronchi metabolism, Lung abnormalities, Lymphoid Tissue abnormalities
Abstract

We report a case of a patient who presented with bronchial moulds. The classic causes, particularly bronchopulmonary aspergillosis could not be found. The pulmonary radiology and CT of thorax revealed an alveolar syndrome. Lymphography and lymphoscintigraphy showed evidence of lymphatic anomalies including the non-visualisation of the thoracic canal. In the absence of evidence for other diseases, we would suggest that these anomalies were responsible for the symptomatology.

Published
1998

2. [Isotopic lymphography tests in post-thrombotic syndrome].

Author

Mosbeck A and Partsch H

Subjects
Fascia diagnostic imaging, Fascia metabolism, Humans, Leg Ulcer diagnostic imaging, Leg Ulcer metabolism, Lymph metabolism, Lymph Nodes diagnostic imaging, Lymphedema metabolism, Lymphography, Radionuclide Imaging, Syndrome, Technetium Tc 99m Aggregated Albumin, Thrombophlebitis metabolism, Varicose Ulcer diagnostic imaging, Varicose Ulcer metabolism, Lymphedema diagnostic imaging, Thrombophlebitis diagnostic imaging
Abstract

Isotopic lymphography offers a very useful method to assess pre-fascial and subfascial lymph transport in the leg. Labelled microcolloids are injected either subcutaneously (pre-fascial lymph-drainage) or into the calf muscle (subfascial lymph-transport) and a standardized walking exercise is performed. Today we prefer a quantitative measurement which consists mainly in a combination of a transmission and an emission-scintigraphy. In the acute stage of a deep vein thrombosis and also in the post-thrombotic limb the deep lymphatic transport is constantly diminished or absent. At the same time the pre-fascial lymph-drainage is enhanced except in cases with recurrent erysipelas or after injection of the tracer into the border of an ulcer.

Published
1991

3. [Intestinal lymphatic absorption of labelled oleic acid in the normal rat and rat treated with actidione-cycloheximide or acetoxycycloheximide].

Author

Bernard A and Carlier H

Subjects
Animals, Cycloheximide pharmacology, Intestinal Mucosa metabolism, Male, Protein Biosynthesis, Rats, Cycloheximide analogs & derivatives, Intestinal Absorption drug effects, Lymph metabolism, Oleic Acids metabolism
Abstract

Actidione-cycloheximide or acetoxycycloheximide treated and control Rats prepared with main mesenteric lymph duct cannulation were infused with a 90 mumol lipid emulsion composed of an equimolar mixture of monopalmitin, palmitic acid and 14C oleic acid and added with bile. In control Rats 75% of 14C oleic was recovered in lymph instead of 4,5% in treated rats. Although a low amount of lipids was concerned in this experiment, actidionecycloheximide and acetoxycycloheximide strongly inhibit intestinal absorption of oleic acid in lymph.

Published
1981

4. [Electron microscopic study of secretion of chylomicrons in the rat by enterocytes in lymphatic capillary lumen].

Author

Bernard A, Carlier H, and Caselli C

Subjects
Animals, Capillaries ultrastructure, Dietary Fats, Jejunum blood supply, Jejunum ultrastructure, Male, Microscopy, Electron, Rats, Capillaries physiology, Chylomicrons metabolism, Jejunum metabolism, Lymph metabolism
Abstract

Rats were fed on a 20% fat diet; 30 min. or 2 hrs later intestinal jejunal cells were fixed in situ; samples were taken and processed for subsequent study by electron microscopy. Chylomicron secretion was followed from the enterocyte to the lymphatic capillary lumen. Chylomicrons entered the lamina propria through breaks in the basal membrane at intercellular space level. Their penetration into the lymphatic capillary lumen occurred through the open junctions of the endothelial cells normally kept closed by desmosomal formations.

Published
1979

6. [The site of production of erythropoietin].

Author

Baciu I, Dorofteiu M, Rosenfeld E, Don F, Raducanu N, and Timar N

Subjects
Altitude, Anemia chemically induced, Anemia complications, Animals, Capillaries metabolism, Dogs, Hypoxia etiology, Hypoxia physiopathology, Lymph metabolism, Mice, Perfusion, Povidone, Rabbits, Rats, Erythropoiesis, Erythropoietin biosynthesis, Mononuclear Phagocyte System metabolism
Published
1970

8. [Consequences of the lymphatic interruption and of denervation during total homotransplantation of the small intestine in man].

Author

Olivier C and Rettori R

Subjects
Colic etiology, Diarrhea etiology, Gastrointestinal Motility, Intestinal Absorption, Intestinal Mucosa, Intestine, Small innervation, Lipid Metabolism, Lymph metabolism, Transplantation, Autologous, Transplantation, Homologous adverse effects, Intestine, Small transplantation, Lymphatic System surgery, Sympathetic Nervous System surgery
Published
1969

11. [Intestinal absorption of sulfobromophthalein. Role of the lymphatic system].

Author

Vanlerenberghe J, Trupin N, Nguyen M, and Rose A

Subjects
Animals, Bile analysis, Bile metabolism, Catheterization, Infusions, Parenteral, Injections, Intravenous, Lymph analysis, Lymph metabolism, Rats, Time Factors, Intestinal Absorption, Lymphatic System metabolism, Sulfobromophthalein metabolism
Published
1972

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