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Fluid status of terminally ill cancer patients with intestinal obstruction: an exploratory observational study.

Although the dehydration-rehydration problem in end-of-life care is one of the most important issues, clinical indications of hydration therapy have not been clarified because the pathophysiology is poorly understood. To explore the physiological changes of fluid status in terminally ill cancer patients, a prospective observational study was performed. We obtained 9 pairs of blood samplings from hospice inpatients with irreversible bowel obstruction who underwent two or more laboratory examinations during the admission periods. The plasma renin activity (PRA) and brain natriuretic peptide (BNP) were measured, in addition to basic laboratory tests performed as clinically required. A chart review evaluated the degree of fluid retention symptoms. In 7 patients receiving intravenous rehydration of 700-2200 ml/day, the mean PRA level significantly increased from 3.5+/-2.5 ng ml(-1) h(-1) to 11+/-8.2 ng ml(-1) x h(-1) ( P=0.047), and the mean BNP level significantly decreased from 52+/-34 pg/ml to 22+/-14 pg/ml ( P=0.047). Edema, ascites, and pleural effusion/pulmonary edema deteriorated in 5, 3, and 5 patients, respectively. In 2 patients without rehydration therapy, peripheral edema deteriorated with increased PRA levels (0.5 to 20 ng ml(-1) x h(-1), 0.4 to 8.7 ng ml(-1) x h(-1), respectively). In conclusion, intravenous volume depletion with fluid retention symptoms was observed in terminally ill cancer patients with intestinal obstruction both receiving and not receiving intravenous hydration. The pathological mechanism hypothesized is the fluid shift from the intravascular compartment to the interstitial spaces.

Aged↗

Situs inversus: the complex inducing neonatal intestinal obstruction.

Situs inversus (SI) complicating neonatal bowel obstruction presents a challenging complex, and to facilitate rational decision making for treatment, we have reviewed 23 cases of abdominal SI seen in our hospital over the last 25 years. Preoperative roentgenographic studies most always predicted SI, the specific patient groups including: 12 abdominal SI with dextrocardia, 10 abdominal SI with levocardia, and 1 with partial heterotaxia. Major intraabdominal anomalies produced surgical emergencies in 7 neonates in the first year, 6 of these 7 being in the first month of life. In these 7 patients, multiple anomalies occurred including 1 child with a rotational anomaly with reversible ischemia secondary to midgut volvulus, and 4 with a rotational anomaly without volvulus, all being treated with a modified Ladd procedure. One of these children had an unrecognized intraluminal duodenal membrane, 1 an operatively diagnosed intraluminal membrane, 1 had annular pancreas, and 1 had a discontinuous jejunal atresia. A preduodenal portal vein was present in 4 of the 7 children, a branch being divided in 1 and the full vein bypassed in 2 of the other 3 patients. Two patients had biliary atresia, one of whom also had a diaphragmatic hernia. Five of the 7 neonates had associated major congenial heart disease accounting for 2 of the 3 deaths in this series. This review emphasizes the protean nature of abdominal SI, especially as it may cause or contribute to neonatal intestinal obstruction; and it is this understanding which is a prerequisite to optimal operative management.

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