1We showed directly a relation between enteral feeding and small-intestinal mucosal growth.
2Conclusion: Early enteral feeding with FOSL-HN was safe and well tolerated.
3Interventions: Patients underwent EUS-guided PEG and deployment of a standard enteral feeding tube.
4A corresponding mucosal eNOS gradient appeared only after initiating enteral feeding.
5Results: Fourteen infants (group 1) achieved full enteral feeding within seven days.
6Sixty percent of those presented specific recommendations on their administration via enteral feeding tube.
7Total enteral feeding was similar to, or exceeded, retrospective data.
8These results demonstrate that enteral feeding may result in body-cell-mass repletion in malnourished AIDS patients.
9Secondary outcome measures include tolerance of enteral feeding and evolution of glucose, urea and IGF-1.
10These tubes can be used for enteral feeding and eliminate the need for nasogastric tubes.
11Feeding difficulties were the most invalidating features with absent oral intake requiring persistent enteral feeding.
12However, specific complications occur, and data are lacking that support its use over other enteral feeding routes.
13Immediate postoperative enteral feeding should not be routine in well-nourished patients at low risk of nutrition-related complications.
14Subjects: In this prospective cohort study preterm VLBW infants were followed until they achieved full enteral feeding.
15Background: Early enteral feeding following surgery can be given orally, via a jejunostomy or via a nasojejunal tube.
16Persistent SD were associated with longer duration of ICU stay after extubation and longer time of enteral feeding.
Translations for enteral feeding