Publicatie Laka-bibliotheek:
Diagnosis and treatment of patients with acute radiation syndromes. EUR 16535 EN (1996)
| Auteur | |
| Datum | 1996 |
| Classificatie | 2.34.8.11/17 (TSJERNOBYL - ONGELUK & OMGEVING - MEDISCH/MUTATIES) |
| Voorkant |
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Uit de publicatie:
II. BACKGROUND The project aims primarily at a joint study on improvement of diagnosis and treatment of the effects of high dose accidental irradiation by means of: • Evaluation of patients treated for acute radiation sickness after the Chernobyl accident; • Studies on diagnosis and treatment of radiation damage to the blood cell production system, which belongs to the most radiation sensitive part of the body; • Studies on diagnosis and treatment of radiation damage to the skin, which is frequently affected since acute localised irradiation and external contamination are the most frequent radiation accident events. The Chernobyl accident offers a substantial number of high dose accident victims in the range of 1 to> 8 Gy exposures. Of 237 original patients, 138 were classified as patients which suffered from confirmed acute radiation sickness, of which 102 survived and were/are in the process of rehabilitation. It is proposed to investigate these patients both retrospectively and prospectively, involving not only the blood cell production system and the skin, but also the gastrointestinal tract, the kidney, the liver, the central nervous system and endocrine functions. For acute radiation damage to the blood cell production system, it is essential as quickly as possible in the initial phase after exposure to distinguish patients with sufficient residual hemopoietic recovery to survive with conventional supportive care and those which require intensive, sophisticated treatment in specialised centres, which may include treatment with hemopoietic growth factors, electively supported by (allogeneic) bone marrow transplantation. The management of acute localised skin irradiation in patients after accidental exposure remains difficult to perform because the diagnosis of the extent of the irradiated tissues and therefore the prognosis are doubtful insofar as the early reaction is weak and varying. Needs for earlier and more accurate diagnostic methods do exist either for the acute inflammatory as well as for the secondary reaction and the following fibrosis and sclerosis processes. Strategies for treatment will be directed either towards the reduction of inflammation and oedema, or towards the improvement of vascular supply trying to avoid the reperfusion injury. Of particular concern is the prevention of fibrosis.
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