Even though the approaches used in CBT need more research and investigation in kleptomania, success in combining these methods with medication was illustrated over the use of drug treatment as the single method of treatment. Drug treatment
The phenomenological similarity and the suggested common basic biological dynamics of kleptomania and OCD, pathological gambling and trichotillomania gave rise to the theory that the similar groups of medications could be used in all these conditions. Consequently, the primary use of selective serotonin reuptake inhibitor (SSRI) group, which is a form of antidepressant, has been used in kleptomania and other impulse control disorders such as binge eating and OCD. Electroconvulsive therapy (ECT), lithium and valproic acid (sodium valproate) have been used as well.The SSRIs usage is due to the assumption that the biological dynamics of these conditions derives from low levels of serotonin in brain synapses, and that the efficacy of this type of therapy will be relevant to kleptomania and to other comorbid conditions.Opioid receptor antagonists are regarded as practical in lessening urge-related symptoms, which is a central part of impulse control disorders; for this reason, they are used in treatment of substance use. This quality makes them helpful in treating kleptomania and impulse control disorders in general. The most frequently used drug is naltrexone, a long-acting competitive antagonist. Naltrexone acts mainly at μ-receptors, but also antagonises κ- and λ-receptors.There have been no controlled studies of the psycho-pharmacological treatment of kleptomania.
Damage in this location can result in sloughing of the damaged tissue and swelling both of which can cause obstruction of the respiratory tract, ulceration, increased secretions, and redness (erythema).Systemic toxicity can occur from inhalation of chemical compounds produced as byproducts of combustion in a fire. Carbon monoxide poisoning is the most common systemic toxicity after smoke inhalation and can cause organ failure from lack of oxygen (often heart attack). Carbon monoxide is a common byproduct of combusting substances in fires and is colorless and odorless. It has a much higher binding affinity for hemoglobin compared to oxygen and thus can block oxygen from binding to hemoglobin causing hypoxia. Additionally, carbon monoxide decreases the ability of oxygen to dissociate from hemoglobin to diffuse into tissues thus causing hypoxia. Treatment
First responders often take the victim away from the fire and smoke, give 100% oxygen at high flow through a face mask (non-rebreather if available), assess level of consciousness, and check the victim for burns and/or injuries to the body for initial care. Upper respiratory tract injury due to heat exposure often results in swelling. Intubation should be considered early given that the swelling can have a slow, delayed onset but once present, will make intubation very difficult.Lower respiratory tract injury due to exposure to noxious fumes often consists of supportive measures such as intubation and ventilator support if indicated, suctioning of the airways (pulmonary hygiene), and other supportive measures.