Search
Filter Results
- Resource Type
- Article1
- Book1
- Book Digital1
- Article Type
- Research Support, U.S. Gov't, Non-P.H.S.1
- Result From
- Lane Catalog1
- PubMed1
-
Year
- Journal Title
- J Bacteriol1
Search Results
Sort by
- Bookedited by Pascal Chabrot, Louis Boyer.Summary: Innovations in catheterization techniques and embolization agents have considerably contributed to the development of endovascular occlusion techniques in arterial and venous trunks as much as distal parenchymal capillar beds. Mini invasive therapies, endovascular embolization and chemo-embolization now constitute valuable therapeutic alternatives in various fields: on a purely palliative or on a curative basis in oncology, but also in traumatology, functional diseases, and for the treatment of benign tumors, or when dealing with post-operative complications. As in-depth and detailed descriptions of these techniques are all ready available in specialized books, our ambition is to provide a basic handbook for the young vascular radiologists in training and a checklist for the more experienced interventional radiologists, by providing for each of the constantly increasing indications a synthetic approach of the technique and its expected results. The first part of this book relates to the tool box (the materials) and the procedure techniques as well as the physiopathological requirements for carrying out embolization; the second part is an analytical description of the main situations and anatomo-clinical strategies. This handy book should to be a valuable memory aid for clinicians and interventional radiologists, readily available in the multidisciplinary staff rooms and in angiography suites.
Contents:
1. The Tool Box: Catheterization Devices and Embolization Agents
2. Vascular Occlusions and Parenchymal Embolizations: Principles
3. Hemorrhages of the ENT Area
4. Massive Hemoptysis: Radiological Management
5. Embolization of the Pulmonary Artery
6. Hepatic Artery Embolization
7. Chemoembolizations and Hepatic Intra Arterial Chemotherapies
8. Portal Vein Embolization
9. Splenic Arterial Embolization
10. Gastro Intestinal Tract Arterial Haemorrhages
11. True and false Aneurysms of Visceral and Renal Arteries
12. Hypogastric Arteries: Aneurysms, Occlusions Before Stent-Grafting
13. Renal Arterial Embolizations
14. Anticoagulant Related Hematomas
15. Embolization of Varicoceles
16. Embolization of the Internal Pudendal Arteries for High Flow Priapism
17. Embolization of Endoleaks Ater Endovascular Abdominal Aortic Aneurysms Repair (EVAR)
18. Post Partum Haemorrhages
19. Uterine Fibroid Embolization (UFE)
20. Pelvi-Perineal Venous Insufficiency
21. Embolizations of Abdominal and Pelvic Traumas
22. Traumatisms of the Limbs
23. Management of Vascular Malformations
24. Miscellaneous/Marginal/Evolving Indications (Other Abdomino-Pelvic Tumors, Portal Hypertension Related Varicose Veins, Osteoarticular Pathologies).Digital Access Springer 2014 - ArticleMarkwell JP, Lascelles J.J Bacteriol. 1978 Feb;133(2):593-600.Rhodopseudomonas sphaeroides has a pyridine nucleotide-independent L-lactate dehydrogenase associated with the membrane fraction of cells grown either aerobically or phototrophically. The dehydrogenase is present in cells grown on a variety of carbon sources, but at levels less than 20% of that found in cells grown with DL-lactate. The dehydrogenase has been purified 45-fold from membranes of strain L-57, a non-photosynthetic mutant, by steps involving solubilization with lauryl dimethylamine oxide and three anion-exchange chromatography steps. The purified enzyme was specific for the L-isomer of lactate. The Km of the purified enzyme for L-lactate is 1.4 mM, whereas that of the membrane-associated enzyme is 0.5 mM. The enzyme activity was inhibited competitively by D-lactate and non-competitively by oxalate and oxamate. Quinacrine, a flavin analog, also inhibited the activity. The inducible enzyme may serve as a marker of membrane protein in studies of membrane development.