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Biomedical subjects

C Solassol

Publications and source records attributed to C Solassol.

At least 127 records · Page 7Linked to original sources
PubMedDate not supplied

[Digestive insufficiency and artificial feeding. Theoretical and practical aspects (author's transl)].

The relatively new concept of digestive insufficiency was born as a result of prolonged artificial nutrition. Digestive insufficiency may be of organic, functional or mixed nature; its medical and surgical causes are numerous. Artificial nutrition has become a major therapeutic adjuvant in all types of digestive insufficiency. By acting as a substitute for the intestinal function, artificial nutrition permits better tolerance of specific treatments thanks to the nutritional rehabilitation and intestinal rest which it provides for as long as the patients' malnutrition and digestive lesions make it necessary.

Anorexia↗
PubMedDate not supplied

Montpellier Cancer Institute strategy and experience in surgical treatment of multi-bilateral hepatic metastases from digestive tract cancers.

Montpellier Cancer Institute strategy and experience in surgical treatment of multi-bilateral hepatic metastases from digestive tract cancers is presented based on retrospective case by case analysis of survival time of 38 patients. The mean age was 46.2 years and the primaries were colorectal (22 patients) and endocrine (16 patients). Liver surgery was synchronous to the resection of primary lesions in 8 patients and metachronous in 22 patients. Two-step liver surgery was performed in 8 patients. Overall thirty-days postoperative mortality was 7.8% and morbidity 15.7% (wound sepsis, subphrenic abscess, transitory jaundice, biliary fistula). The analysis of survival time evidenced that with reasonable risk-benefit ratio the aggressive surgical approach can be justified especially in patients with endocrine primaries.

Adenocarcinoma↗
PubMedDate not supplied

[Computed gamma-tomographic estimation of a hepatic weight index during liver regeneration].

Single photon emission computed tomography was used to evaluate the total functioning liver mass and the regeneration process after partial hepatectomy. Serial tomographic sections were performed after infusion of 99m Technetium. In studies on dogs and in human beings, computed gammatomography enabled to calculate the liver mass with less than 10 p. 100 error. Hepatic regeneration was studied in 10 patients following resection of 46 to 84 p. 100 of the initial liver mass. The remaining liver mass increased rapidly postoperatively and doubled within 13 to 18 days. The regeneration process followed an exponential curve. Assessment of liver regeneration by this non-invasive technique should be of great help following partial hepatectomy.

Adult↗