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Full-Text Articles in Medicine and Health Sciences
Respiratory Arrest In A Child After Flushing Of Pancuronium From The Dead Space Of Intravenous Cannula, Robyna Irshad Khan, Fazal Hameed Khan, Hamid Iqil Naqvi
Respiratory Arrest In A Child After Flushing Of Pancuronium From The Dead Space Of Intravenous Cannula, Robyna Irshad Khan, Fazal Hameed Khan, Hamid Iqil Naqvi
Department of Anaesthesia
It is common practice for patients admitted to Intensive Care Units to have indwelling intravenous cannulae. Sometimes these cannulae are used only for the administration of drugs and are closed otherwise. Residual drugs in the deadspace of these intravenous cannulae as well as connected stoppers or 3-way stopcocks can later be flushed unknowingly. We would like to report a case in which inadvertent flushing of residual pancuronium caused complete muscle paralysis and respiratory arrest in a young child.
Comparison Of Fentanyl And Nalbuphine In Total Intravenous Anaesthesia (Tiva), F A. Khan, Hameedullah
Comparison Of Fentanyl And Nalbuphine In Total Intravenous Anaesthesia (Tiva), F A. Khan, Hameedullah
Department of Anaesthesia
Objective: To compare Nalbuphine and fentanyl as total intravenous anaesthesia with propofol infusion in laproscopic cholecystectomy cases.STUDY Design: Double blind randomised.Methods: Changes in haemodynamic variables greater than twenty percent above or below the baseline and recovery profile were observed.Results: Blood pressure remained within 20% of baseline in either group. Nine patients in fentanyl and fifteen in nalbuphine group required an additional bolus of propofol intraoperatively. Heart rate response after tracheal intubation was significantly higher in the nalbuphine group (25%). No difference was observed in the incidence of nausea and vomiting in the recovery room. Twenty-seven percent patients in the nalbuphine …
Acute Lung Injury/Acute Respiratory Distress Syndrome, Fazal Hameed Khan
Acute Lung Injury/Acute Respiratory Distress Syndrome, Fazal Hameed Khan
Department of Anaesthesia
Reports of pulmonary physiopathological insults following severe trauma resulting in respiratory failure are not new in medical literature1,2. In 1967 Ashbaugh and colleagues described a syndrome of acute respiratory distress following a variety of precipitating conditions3. Severe hypoxemia, diffuse pulmonary infiltrates, poor lung compliance and absence of left heart failure characterize this condition. Ashbaugh et al4 subsequently named it as adult respiratory distress syndrome to differentiate it from infant respiratory distress syndrome. It was proposed at that time that both conditions manifest similar physiopathological changes. It was also referred to as “traumatic wet lung”, “congestive …