Abstract:The case of a 44-year-old female patient is reported, who ingested trimipramine and quetiapine in a suicide attempt. Initially sinus tachycardia and hypotension were seen, which resulted in a hypotensive cardio-circulatory failure despite fluid therapy and administration of catecholamines. Because of the life-threatening situation and the fact that the ingestion was 2 h prior to admission, a rapid transport to the next hospital was preferred to treatment with active charcoal. Intoxication with tricyclic antide… Show more
“…Among many nanoscience breakthroughs in recent years the potential of reducing toxic drug concentration in cases of overdose is particularly interesting to us. The importance of this approach comes from the fact that there are neither specific pharmacological antidotes nor immuno-toxicotherapeutic agents to overcome the effects of many drugs, at overdose concentrations, among them tricyclic antidepressants . Recently, two approaches to detoxification therapy using nanoparticles and nanoemulsions showed superior performance compared to their “macro” counterparts.…”
In this article we present the synthesis of oil core silica shell nanocapsules with different shell thicknesses. The surface of the nanocapsules was modified with polyethyleoxide (PEO) and succinic anhydride. Two biomedical tests were then used to study the biocompatibility properties of these nanocapsules with different surface treatments, hemolysis and thromboelastography (TEG). PEO surface modification greatly reduced the damaging interactions of nanocapsules with red blood cells (RBCs) and platelets and attenuated particle size effects. It was found that the blood toxicity of charged particles increased with the acid strength on the surface. Experiments toward the assessment of detoxification of these nanocapsules in model drug overdose concentrations are currently underway.
“…Among many nanoscience breakthroughs in recent years the potential of reducing toxic drug concentration in cases of overdose is particularly interesting to us. The importance of this approach comes from the fact that there are neither specific pharmacological antidotes nor immuno-toxicotherapeutic agents to overcome the effects of many drugs, at overdose concentrations, among them tricyclic antidepressants . Recently, two approaches to detoxification therapy using nanoparticles and nanoemulsions showed superior performance compared to their “macro” counterparts.…”
In this article we present the synthesis of oil core silica shell nanocapsules with different shell thicknesses. The surface of the nanocapsules was modified with polyethyleoxide (PEO) and succinic anhydride. Two biomedical tests were then used to study the biocompatibility properties of these nanocapsules with different surface treatments, hemolysis and thromboelastography (TEG). PEO surface modification greatly reduced the damaging interactions of nanocapsules with red blood cells (RBCs) and platelets and attenuated particle size effects. It was found that the blood toxicity of charged particles increased with the acid strength on the surface. Experiments toward the assessment of detoxification of these nanocapsules in model drug overdose concentrations are currently underway.
“…Außerdem sollte durch die Gabe von Natriumbikarbonat die bei saurem pH auftretende Freisetzung von Amitriptylin aus der Plasmaeiweißbindung vermindert werden [2,3] [5]. Dass wir die Patientin nur moderat mit Bikarbonat puffern mussten, könnte durch die kontrollierte Beatmung er− klärt sein.…”
Intoxications with tricyclic antidepressants are often life threatening situations. In consequence of interference with many organ systems specific treatment consists in transportation to hospital under cardiopulmonary monitoring by physicians. The multiple possibilities of complications require the following treatments: continuous monitoring of the cardiovascular system, gastrolavage, application of carbon through a nasogastric tube, intubation and controlled ventilation in case of coma and continuous stand by for defibrillation. Additionally patients with stable parameters should be monitored in intensive care units because often there are no precursors of cardiac or pulmonary complications. We report the case of a 49-year old women with ingestion of 2500 mg of amitriptyline who suffered from multiple cardiac arrhythmias with following cardiac arrests and who required multiple defibrillations and resuscitation.
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