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Bedside placement of postpyloric feeding tubes in surgical intensive care patients: a pilot series to evaluate two methods. Early enteral feeding is thought to be a key factor in maintaining the integrity of the gastrointestinal tract mucosal barrier associated with less bacterial translocation and decreased stimulation of the systemic inflammatory response and subsequent improved outcome in intensive care patients. Thus enteral feeding by nasogastric tubes is the preferred route of nutritional support for most surgical intensive care patients. However, intensive care patients with delayed gastric emptying and poor intestinal motility may not tolerate gastric feeding and may therefore benefit from postpyloric feeding. Postpyloric feeding tube placement may be achieved by endoscopic procedures or different bedside techniques with variable success. In the present study two feeding tubes for bedside postpyloric placement without endoscopic assistance were compared. The time to successful positioning was compared for jejunal feeding tubes from the companies Cook (Tiger 2™) and PortaMedical (Corflo-Tube®). The description for the Tiger 2™ states that because of its design slight residual peristalsis can cause it to migrate from the stomach to the jejunum. The Corflo-Tube® is also positioned at the bedside with the help of a detector and a monitor which maps the movements of the magnetic tip of the mandrin as it is pushed forward. Patients receiving early enteral nutrition through a gastric tube and exhibiting enhanced reflux, in spite of the head of the bed being raised and the administration of prokinetics randomly received either a Tiger 2™ or a Corflo-Tube®. The study included 41 patients from an intensive care ward for surgical patients and 13 out of 20 Tiger 2™-Tubes (65%) and 16 out of 21 Corflo-Tubes® (76%) were successfully positioned (p>0.05). The median time to successful positioning with the Corflo-Tubes® was 0.83 h (range 0.06–2.5 h), which was significantly shorter than the 24 h (range 2–72 h) found with the Tiger 2™ (p

Bedside placement of postpyloric feeding tubes in surgical intensive care patients: a pilot series to evaluate two methods. Early enteral feeding is thought to be a key factor in maintaining the integrity of the gastrointestinal tract mucosal barrier associated with less bacterial translocation and decreased stimulation of the systemic inflammatory response and subsequent improved outcome in intensive care patients. Thus enteral feeding by nasogastric tubes is the preferred route of nutritional support for most surgical intensive care patients. However, intensive care patients with delayed gastric emptying and poor intestinal motility may not tolerate gastric feeding and may therefore benefit from postpyloric feeding. Postpyloric feeding tube placement may be achieved by endoscopic procedures or different bedside techniques with variable success. In the present study two feeding tubes for bedside postpyloric placement without endoscopic assistance were compared. The time to successful positioning was compared for jejunal feeding tubes from the companies Cook (Tiger 2™) and PortaMedical (Corflo-Tube®). The description for the Tiger 2™ states that because of its design slight residual peristalsis can cause it to migrate from the stomach to the jejunum. The Corflo-Tube® is also positioned at the bedside with the help of a detector and a monitor which maps the movements of the magnetic tip of the mandrin as it is pushed forward. Patients receiving early enteral nutrition through a gastric tube and exhibiting enhanced reflux, in spite of the head of the bed being raised and the administration of prokinetics randomly received either a Tiger 2™ or a Corflo-Tube®. The study included 41 patients from an intensive care ward for surgical patients and 13 out of 20 Tiger 2™-Tubes (65%) and 16 out of 21 Corflo-Tubes® (76%) were successfully positioned (p0.05). The median time to successful positioning with the Corflo-Tubes® was 0.83 h (range 0.06-2.5 h), which was significantly shorter than the 24 h (range 2-72 h) found with the Tiger 2™ (p0.001). There was no significant difference between the groups with respect to the period between the insertion of the tubes and the attainment of complete enteral nutrition, corresponding to the calculated individual calorie requirements. These tubes offer a good alternative to more demanding procedures as they are easy to handle and rapidly available. They confer clinical and cost advantages in terms of the early establishment of enteral feeding, no routine X-ray confirmation in the case of the Corflo-Tube® and avoidance of endoscopic guidance for tube placement or parenteral nutrition. In addition they are always justified in the event of a lack of endoscopic positioning.

Critically ill patients with early enteral feeding seem to profit from post-pyloric administration. Two feeding tubes were studied that, due to their construction, are able to move into the duodenum without the necessity of technical support. The duration until successful positioning, time until total enteral feeding and possible complications were compared.Patients with naso-gastric tubes and early enteral feeding, who had an increased reflux despite head of bed elevation and prokinetic drugs, were randomly assigned to either a Tiger tube (Cook) or a Bengmark tube (Pfrimmer Nutricia).A total of 28 patients from the surgical intensive care ward were included. Of the 16 Tiger tubes 14 could be successfully placed but only 2 out of the 12 Bengmark tubes. With Tiger tubes total enteral feeding was established within 6 days (median), with Bengmark tubes within 4 days.In comparison to the Bengmark tube the Tiger tube has a higher success rate in terms of positioning in intensive care patients with impaired abdominal motility.

Background: Polyposis, asthma, aspirin-intolerance and aspirin-triad are mostly accompanied with eosinophilia of mucosal airways. Chemotactic cytokines, the CC-chemokines regulated on activation, normal T-cell expressed (RANTES), eotaxin, and eotaxin-2 activate and attract eosinophilic leukocytes to the site of inflammation. This points to the implication of CC-chemokines in eosinophilia of nasal tissue of these diseases. Methods: Therefore, nasal polypous tissue specimens of patients suffering from chronic nasal polypous sinusitis (NP), intrinsic asthma (ATA), aspirin-intolerance (AINA), and aspirin-triad (TRIAD) were investigated. The amount of mRNA and protein of CC-chemokines was analyzed using semi-quantitative reverse transcriptase polymerase chain reaction and chemokine-specific enzyme-immuno-assays. The patterns of CC-chemokines were compared. Results: The mRNA-expression as well as protein synthesis of CC-chemokines was quantified in all tissues investigated. The expression of RANTES-mRNA in NP, ATA, AINA, and TRIAD (averaging 148–324%d-glyceraldehyde-3-phosphate dehydrogenase) and protein synthesis (0.13–0.15 ng/mg tissue weight) did not differ significantly. But the protein synthesis of eotaxin- and eotxin-2-mRNA was significantly (P