Now days, the use of specialized nutrition support has become a standard tool in the care of patients. With the development of specialized nutrition support, an interdisciplinary approach was essential to archive a goal. Fortunately, Nutritional support team (NST) consultation fee has been reimbursed under the national health insurance system since 2014. Overall, it might be true that there has been some progress in the NST’s activities. However, it is still questionable whether there was a positive effect in terms of quality or cost effectiveness compared to quantitative improvements. Before taking into consideration of the future of NST, we are going to look at the status of nutritional support practice and utility of NST in Korea. Upon this background, we hope to make constructive suggestions for a better future of NST.
Sarcopenia refers to reduced muscle mass in the elderly population, and this malady is of great interest in clinical course, including postoperative complications and mortality when treating major cancer in the elderly. The definition of sarcopenia varies according to the method of measuring muscle mass, and the skeletal muscle index (SMI) tends to be extensively used in retrospective studies. In many reports, sarcopenia has been reported to be a poor prognostic factor after gastrectomy, colectomy, pancreatectomy and liver transplantation, with regards to complications and the length of the hospital stay. Additionally, patients suffering from sarcopenia have a higher medical burden due to their poor clinical outcome after surgery. To overcome these difficulties, nutritional support and exercise training to improve sarcopenia before surgery is helpful, and so further studies that focus on these treatments need to be conducted.
Pediatric patients have characteristics such as a low capacity for storing energy/nutrients and high energy metabolism as compared those of adults. Because of the inherent characteristics that they are continually growing, supplying both rapid and adequate nutrition is of the utmost importance. In the case of children undergoing surgery (and particularly gastrointestinal surgery), there is a high possibility of a restricted supply of nutrition, and so active intervention to supply sufficient nutrition must be carried out. Of course, enteral nutrition is preferred, but continuous monitoring of nutrition is of paramount importance; thus, parenteral nutrition should be provided when necessary. Nutritional support requires continuous monitoring when and if complications arise. The complications of parenteral nutrition have yet to be overcome, so further research on this topic is certainly warranted.
In this study, we evaluate hematologic change of iron and vitamin B12 on post-operative anemia after gastrectomy for gastric cancer.
The patients with gastric cancer who underwent gastrectomy between January 2013 and December 2013 in Dankook university hospital were retrospectively reviewed. The 62 patients were followed up for 36 month postoperatively.
The incidences of anemia in female patients were turned out to be higher than those in male patients but there were no statistical difference; (44.4% vs 40.9%, P=0.399) at 6 month, (33.3% vs 25.0%, P=0.252) at 12 month, (22.2% vs 15.9%, P=0.277) at 18 month, (27.8% vs 15.9%, P=0.142) at 36 month after surgery. Patients with distal gastrectomy after the surgery showed decreasing incidence of anemia while patients with total gastrectomy showed decreasing incidence of anemia until 12 months but increasing incidence after that time.
Anemia, Vitamin B12 and iron deficiency must be evaluated after surgery for gastric cancer and active treatment is necessary as needed.
Bilirubin is a biomarker for the diagnosis of liver diseases or bile duct dysfunction. This study assessed the physiological changes in the blood bilirubin level infusing ω-3 enriched parenteral nutrition (PN) and ω-3 free PN in healthy male subjects.
This study was a randomized, open-label, two-treatment, two-way crossover trial. Sixteen subjects were assigned randomly to one of two sequences of the two treatments: ω-3 enriched PN or ω-3 free PN was infused via aperipheral venous catheter for six hours at 3 mL/kg/h. Blood samples were collected every one hour from 0 to 12 hours after starting an intravenous infusion for bilirubin concentrations. The total bilirubin and direct bilirubin concentrations in the blood were analyzed using an enzymatic method.
The bilirubin concentration in the blood was reduced while infusing the ω-3 enriched PN and ω-3 free PN. When it stopped infusing, the bilirubin concentration was recovered. A similar pattern was observed, but there was a further decline and recovery in ω-3 free PN.
When ω-3 enriched PN and ω-3 free PN are infused in healthy male subjects, the blood bilirubin level decreasedand there is no difference between the two groups.