Active clinical trials for "Poisoning"

This is a prospective, multicentre clinical study to determine the value of the Extracorporeal Membrane Oxygenation in the treatment of critically ill poisoning patients and whether there are significant differences in the prognosis of different types or doses of poison/drug poisoning. These conclusions may guide us on how to correctly perform Extracorporeal Membrane Oxygenation, including whether or when should this treatment enabled, the mode of Extracorporeal Membrane Oxygenation, whether to combine blood purification, treatment schedule and disembarkation time.

Patients with suspected GHB poisoning presenting to Oslo Accident and Emergency Outpatient Clinic (Oslo Legevakt) or a hospital in Oslo (Oslo University Hospital Ullevål, Diakonhjemmet, Lovisenberg) will be included. Oral fluid and blood tests will be analyzed for recreational drugs. Clinical course will be charted, as well as treatment in the ambulance, emergency outpatient clinic and hospital to find predictors for when hospitalization is required. In the second part of the study the investigators will analyze urine and blood samples from patients presenting to the Oslo Accident and Emergency Outpatient Clinic (Oslo Legevakt) with suspected substance poisoning induced by others, for toxic agents.

N2O inactivates vitamin B12, impairing its ability to act as a cofactor of methionine synthase. In addition, the elimination of vitamin B12 is increased. Neurological damage is similar to that described in combined sclerosis of the marrow, and are probably related to induce vitamin B12 deficiency. The use of N2O can then precipitate the rapid appearance of signs (neurological, psychiatric and hematological) related to a true and/ or functional vitamin B12 deficiency. In 1978, RB Layzer described the first 3 cases of peripheral neuropathy secondary to nitrous oxide (N2O) consumption. In 2016, a team collected the 91 published cases: among these, 72 had neurological complications, and 52 had a concentration of vitamin B12 considered "low" or "normal-low" Since then, consumption patterns seem changed due to: an increasing ease of access, the change of container (packaging in cartridge 8 grams versus bottle of 600 grams) and a usually occasional and festive consumption that seems to become solitary and regular, This change in consumption patterns is explained by an increased incidence of neurological complications, although no epidemiological work is yet available. The objective of this work is to describe the epidemiology of this condition, to correlate it with major recent social phenomena (confinement related to the SARS-Cov2 pandemic), and finally to compare the incidence of myelopathies secondary to N2O with the incidence of other frequent inflammatory neurological diseases (autoimmune myelitis and Guillain-Barré syndrome).

In this study, the investigators will collect EEG data in normal, healthy volunteers without a history of prior brain injury. This data will be analyzed by computer (quantitative, or qEEG) and stored in a normative database so that, in the future, the investigators can better understand and characterize the brain damage that can result from carbon monoxide (CO) poisoning and other types of brain injury.

Diquat (DQ), as a conductive biocidal herbicide, is classified as medium according to Chinese pesticide toxicity classification standards. Since the sale and use of paraquat are stopped in 2016, incidents of diquat poisoning have begun to increase. Diquat is very toxic to the human body. Mistake of Diquat can cause damage to multiple organs throughout the body. It has a high fatality rate and no specific treatment.The treatment method has become a research hotspot of modern poisoning treatment. The degree of organ dysfunction caused by DQ poisoning is mainly related to the patient's intake and the distribution of the poison in the human body.So far, the distribution concentration of DQ under the influence of the time gradient in the body and the influence of DQ on the human environment，metabolimics,，immune regulation activity and the comprehensive mechanism of action of various inflammatory factors have not been fully elucidated. Therefore, this research mainly focuses on analyzing the internal environment metabolism research in patients with DQ poisoning, and to conduct exploratory research on the severity of the impact on their organ functions

Carbon monoxide poisoning still places a burden on the healthcare system worldwide. While oxygen therapy is the cornerstone treatment, the role and practical modalities of hyperbaric oxygen therapy (HBO) remain controversial. This study aimed at comparing two sessions of HBO at 2 absolute atmosphere and one session of HBO at 2 absolute atmosphere followed by 4 hours of normobaric oxygen therapy in comatose adult victims of acute domestic carbon monoxide poisoning.

Carbon monoxide poisoning still places a burden on the healthcare system worldwide. While oxygen therapy is the cornerstone treatment, the role and practical modalities of hyperbaric oxygen therapy (HBO) remain controversial. This study aimed at comparing one session of HBO at 2 absolute atmosphere followed by 4 hours of normobaric oxygen therapy to 6 hours of normobaric oxygen therapy in adult victims of acute domestic carbon monoxide poisoning and without coma.

Most patients bitten by copperhead snakes do not currently receive antivenom. Some snakebite victims have long term problems with the function of the limb that was bitten. This study will determine whether early administration of antivenom to patients with mild to moderate copperhead snakebites reduces long-term complications.

Legalon® SIL will be administered to patients with amatoxin poisoning diagnosed by history, gastrointestinal symptoms, elevated liver enzymes, and/or diagnostic assay (should one become available). Patients may or may not also demonstrate abnormalities in bilirubin and/or creatinine. Treatment consists of a 5 mg/kg loading dose followed by 20 mg/kg/day via continuous infusion. The treating physician is expected to administer supportive therapy of his/her choosing but consistent with best practices. Legalon® SIL will be stopped when coagulopathy is no longer present, and when liver function tests have returned significantly towards the normal range. Patients will be followed 7-14 days after the end of Legalon® SIL therapy with follow up lab studies.

The purpose of this biorepository is to collect blood from patients at the time of CO poisoning and at follow-up visits months to years later. These samples can be used in the future to learn more about how CO damages the heart and brain and whether blood tests could predict which patients will have problems after CO poisoning.