Hydrogen Flouride Peyote Potentiation Hydrogen Sulfide Phencyclidine (PCP) Synergism Hypertensive Physostigmine Alcoholism Emergencies Pine Oil Products Delirium tremens (DTs0 Hypnotics Pinpoint Pupils Cocaine Hypotension Pralidoxime Chloride Amphetamines ICE (2-PAM) Methamphetamine Idiosyncratic Reactions Propoxyphene Rhabdomyolysis Ingestion Psychiatric Medications Marijuana Inhalation Psychosis/Seizures Hallucinogen Injection Pyrethrums (Raid) Spice Intentional Respiratory Arrest Sedative-hypnotic Poisoning/OD Respiratory Depression Barbiturates Ipecac Respiratory Support Benzodiazepines Jimson Weed Salicylates Narcotic Lortab Sedation Opiate Lysergic Acid Sedatives Opioid Diethylamide (LSD) Seizure Organophosphates Meperidine Solu-Medrol Caustics Mescaline Solvents Hydrocarbons Medication Overdose Tricyclic antidepressants Metals (TCAs) Methamphetamine Toxidrome Monoamine oxidase Malignant Hyperthermia Warfarins inhibitors (MAOIs) Marijuana and Cannabis Licit Selective serotonin Methadone Illicit reuptake inhibitors Methylene Blue Poison Mistletoe Drug Serotonin syndrome Morphine Toxicologic Lithium Mushrooms emergencies Salicylates Narcan Toxidrome Theophylline Nausea Drug abuse Nerve Agent (Sarin, Habituation POISONOUS PLANTS: Soman) Physical dependence Dieffenbachia Occupational Exposure Psychological Caladium Opiates dependence Lantana Organophosphate Tolerance Foxglove Other Withdrawal syndrome Castor bean Oxides of Nitrogen Drug addiction Oxycontin Antagonist Objectives: DOT Objectives EMS Education Standards Integrate pathophysiological principles and Understand, demonstrate, and discuss the assessment findings to formulate a field assessment findings with principles of impression and implement a treatment plan for anatomy, physiology, electrophysiology, the patient with a toxic exposure. epidemiology, pathophysiology psychosocial Describe the incidence, morbidity, and impact, presentations, prognosis and mortality of emergencies.
Hydrogen Flouride Hydrogen Sulfide Hypertensive Emergencies Hypnotics Hypotension ICE Idiosyncratic Reactions Ingestion Inhalation Injection Intentional Poisoning/OD Ipecac Jimson Weed Lortab Lysergic Acid Diethylamide (LSD) Meperidine Mescaline Medication Overdose Metals Methamphetamine Malignant Hyperthermia Marijuana and Cannabis Methadone Methylene Blue Mistletoe Morphine Mushrooms Narcan Nausea Nerve Agent (Sarin, Soman) Occupational Exposure Opiates Organophosphate Other Oxides of Nitrogen Oxycontin Peyote Phencyclidine (PCP) Physostigmine Pine Oil Products Pinpoint Pupils Pralidoxime Chloride (2-PAM) Propoxyphene Psychiatric Medications Psychosis/Seizures Pyrethrums (Raid) Respiratory Arrest Respiratory Depression Respiratory Support Salicylates Sedation Sedatives Seizure Solu-Medrol Solvents Toxidrome Warfarins Licit Illicit Poison Drug Toxicologic emergencies Toxidrome Drug abuse Habituation Physical dependence Psychological dependence Tolerance Withdrawal syndrome Drug addiction Antagonist Potentiation Synergism Alcoholism Delirium tremens (DTs0 Cocaine Amphetamines Methamphetamine Rhabdomyolysis Marijuana Hallucinogen Spice Sedative-hypnotic Barbiturates Benzodiazepines Narcotic Opiate Opioid Organophosphates Caustics Hydrocarbons Tricyclic antidepressants (TCAs) Monoamine oxidase inhibitors (MAOIs) Selective serotonin reuptake inhibitors Serotonin syndrome Lithium Salicylates Theophylline POISONOUS PLANTS: Dieffenbachia Caladium Lantana Foxglove Castor bean Objectives: DOT Objectives EMS Education Standards Integrate pathophysiological principles and assessment findings to formulate a field impression and implement a treatment plan for the patient with a toxic exposure. Describe the incidence, morbidity, and mortality of emergencies. Understand, demonstrate, and discuss the assessment findings with principles of anatomy, physiology, electrophysiology, epidemiology, pathophysiology psychosocial impact, presentations, prognosis and
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