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Biomedical subjects

P Terenghi

Publications and source records attributed to P Terenghi.

2 recordsLinked to original sources

[Percutaneous tracheostomy: technological development].

PDT based on Seldinger's technique is gaining wide acceptance in ICU patients, but the procedure has undergone various modifications during the past thirty years. The ten most known procedures and the target of their innovating content are briefly examined. The incidence of complications desumed from the literature, wide in some cases and limited or absent in others, is also considered. In many cases, the technological modifications of original procedures had two fundamental objectives: to increase it's safety and to reduce the operator-depencence of the procedure. According to the review of the literature (and our experience too) the increasing interest for percutaneous tracheostomy is the justified conclusion of the technological development of some dilatative techniques. With an appropriate training and the continuous endoscopic guidance, it is possible today to perform PDT in critically ill patients of ICU with a very low total complication rate. Even if the comparison between different techniques is not rich enough on prospective randomized studies, the global low rate of hemorrhage complications, of wound infection and of poor cosmetic result are surely demonstrated and probably related to the small skin incision and the tight fitness between tissues and the tracheostomy tube.

Critical Care↗

Gastric intramucosal pH in trauma patients: an index for organ failure risk?

OBJECTIVE: To assess if low gastric intramucosal pH (pHi), in the first 24 hours from trauma, is an early risk index for organ failure in severe trauma. DESIGN: Prospective clinical study. SETTING: General ICU in a university hospital. PATIENTS: Thirty-one consecutive trauma patients, aged 15 to 71 years (mean 34.2), 26 men and 5 women. MEASUREMENTS AND RESULTS: In all patients pHi was measured using a gastric tonometer. All patients presented systemic inflammatory response syndrome (SIRS) and 14 patients (45.2%) developed sepsis. Seven patients developed one or more organ failures (22.6%). Six patients died (19.4%), five because of organ failure and one because of primary brain injury. The worst 12-24 hour pHi, the worst 24 hours blood Base Excess, APACHE II and ISS were grouped by absence or presence of sepsis, organ failure and by outcome. Patients developing organ failure had pHi values (median = 7.06) significantly lower than patients who did not developed organ failure (median = 7.33) (chi 2 = 5.35; p = 0.02). CONCLUSIONS: Our data suggest that low pHi during the first 24 hours from trauma seems to be a good predictor for the development of organ failure.

APACHE↗