Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: UMLS:C0085631 (agitation)
12,064 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

1. Aggression in animals has been classified into a number of stereotyped behavioral responses on the basis of the psychosocial environment in which it occurs. Many such responses can be either replicated or blocked by stimulation or ablation of selected sites in the brain, especially in the hypothalamus or amygdala. Stimulation of the amygdala or the hypothalamus in a limited number of humans has produced agitation, anger, or rage. Ablation of the amygdala has reduced aggression in violent patients. However, the ictal nature of episodic aggression in these patients has not been proven. 2. The diagnosis and classification of epileptic seizures is based on their characteristic clinical manifestations and electrical patterns. Independent objective markers of ictal events need to be identified. Epileptic seizures are characterized by stereotyped nondirected behavior, especially at onset. The more organized, directed, and modifiable by the environment the behavior is, the less likely it is epilepsy. 3. Ictal aggression can be classified into primary and secondary ictal aggression, resistive violence, and postictal psychosis. Few alleged cases of ictal violence or aggression fulfill criteria for ictal events; most which do are examples of resistive violence. 4. If animal models can be developed which exhibit spontaneous paroxysmal stereotypical aggression, they may be used to improve our understanding of the classification and pathophysiology of ictal aggression.
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PMID:Psychobiology of ictal aggression. 200 14

Effectiveness of alprazolam in daily dosages of 0.8-1.2 mg was studied in 28 patients who showed psychotic symptoms or autonomic imbalance symptoms after operation for breast cancer. Psychotic symptoms included depression, anxiety, tension, and restlessness, and symptoms of autonomic imbalance included sleep disorder, anorexia, and pains. All of these symptoms were improved at high ratios by alprazolam. The drug was very useful in 16 cases (57.1%), useful in 11 cases (39.3%), and slightly useful in one case (3.6%). The only adverse reaction reported was unsteady gait in one case.
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PMID:[Alprazolam for patients with psychotic symptoms or autonomic imbalance symptoms after breast cancer surgery]. 206 4

Anticholinergic syndrome (AS) due to accidental poisoning is exceptional. Mandragora contains a high concentration of atropine, hiosciamine and scopolamine. We have evaluated 15 patients with AS due to poisoning by Mandragora autumnalis, distributed in two family groups. The latency period since the ingestion was 1-4 hours (Means = 2.7 +/- 0.9). The clinical features corresponded to an AS of variable severity. All patients had blurred vision and dryness of mouth, nine (60%) had difficult micturition, nine dizziness, nine headache, eight (53%) vomit, two difficult swallowing and two abdominal pain. There was no correlation between the latency period and the clinical severity. Blushing, areactive mydriasis and tachycardia were found in all, dry skin and mucosae in 14 (93%), hyperactivity/hallucination in 14 and agitation/delirium in nine (60%). One patient developed a florid psychotic episode. Prostigmine (2-6 mg) was administered to 11 patients and physostigmine (0.5-2 mg) to six. The time until a definite response was observed was variable (3-36 hours). The patients treated with physostigmine had a better reversal of the psychoneurological symptoms. Mandragora was identified intermingled with chard [correction of stalwort] (Beta vulgaris) and spinach (Spinacia oleracea) leaves, and atropine and hiosciamine were identified.
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PMID:[Atropine poisoning by Mandragora autumnalis. A report of 15 cases]. 208 9

Delirium, an acute confusional state, is an organic brain syndrome that manifests deficits in attention, irrelevant or rambling speech, and other cognitive deficits. Its symptoms often fluctuate over the course of the day, and patients may be hyperactive--for example, restless and screaming--or hypoactive--for example, quiet, inactive, and stuporous. Occurring in approximately 20% of hospitalized elderly patients, delirium is the most common psychiatric syndrome in acutely ill general medical and surgical patients. Fifteen to 30% of delirious patients expire, and others are prone to a variety of complications: falls, pressure ulcers, oversedation, dehydration, and others. Almost any acute illness can cause delirium in the elderly, but the most common offenders are acute infections and drugs. Many patients have a pre-existing dementia. The first step in arriving at a correct diagnosis is to distinguish delirium from other psychiatric syndromes that can cause confusion, such as dementia, depression, schizophrenia, and mania. Once delirium is established, a comprehensive general examination and a mental status examination is required. Routine laboratory and radiologic tests are directed at the common metabolic and infectious disorders that precipitate delirium. Treatment is directed at the underlying acute illness. In all patients, it is important (1) to treat the underlying acute illness, (2) to provide appropriate fluid and electrolytes, (3) to discontinue any unnecessary drugs, and (4) to allay the patient's fear and agitation through the use of simple, repetitive instructions, orientation cues, and by limiting the use of physical restraints. If psychotropic medications are needed to treat psychotic symptoms, to prevent patients from harming themselves or others, or to facilitate necessary diagnostic and therapeutic interventions, then haloperidol is the drug of choice in most instances. Drugs with anticholinergic properties should be avoided.
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PMID:Delirium in the elderly. 218 81

Patients intoxicated with phencyclidine (PCP) present both diagnostic and management dilemmas. The clinical presentation ranges from coma to severe agitation and violence; disorientation, psychosis, catatonia and bizarre behavior can be seen. Patients are at-risk for significant medical complications such as rhabdomyolysis, seizures, and hyperthermia. This article reviews the effects and complications of PCP abuse and offers an approach to the management of these patients.
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PMID:Phencyclidine. 220 19

Associations (p less than .001) between serum concentrations of lactate dehydrogenase (LDH) and glutamic oxaloacetic transaminase (SGOT) were observed in physically well patients with mania (N = 100, r = .70), depression (N = 138, r = .51), chronic schizophrenia (N = 85, r = .68), and schizoaffective or atypical psychosis (N = 39, r = .52) discharged from 1978 through 1981. In contrast, there was a negligible association between these enzymes in 90 nonpsychiatric inpatient control subjects. Patients with mania (229.0 +/- 106.1 IU/l) showed significantly (t = 3.16, p less than .002, two-tailed) higher lactate dehydrogenase (LDH) levels than control subjects (191 +/- 41.7 IU/l) and a 14% incidence of abnormally high serum LDH levels vs. 1% among control subjects. Results were unchanged when patients taking neuroleptics were excluded. These results indicate that psychiatric illness, especially mania, induces release of LDH and SGOT, occasionally to unusually high levels. This is similar to previous reports of muscle creatine phosphokinase release in psychiatric patients. Presumably, these enzymes are released from skeletal muscle in association with agitation, with muscle tension, or with blood stasis and local tissue hypoxia consequent to hypoactivity.
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PMID:Multiple muscle enzyme release with psychiatric illness. 224 50

Eighty-six patients with acute psychotic exacerbations were treated with fixed dosage regimens of oral fluphenazine up to 10-30 mg/day in randomized, double-blind studies. Dystonic reactions occurred in 33.8% of the subjects at risk. Of these, 58% occurred by the third day, 88% by the fourth day, and 100% by the ninth day of treatment; most occurred later in the interdose interval. Significant predictors of dystonic reactions were higher fluphenazine mg/kg dosage and younger age. There was a trend toward a lower risk of dystonia in patients who received amobarbital sodium for agitation. Results are discussed in relation to possible mechanisms of neuroleptic-induced dystonia.
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PMID:Acute dystonia during fixed-dose neuroleptic treatment. 228 8

A case of toxic psychosis due to cycloplegic eyedrops is reported. The characteristic mental symptoms of atropine intoxication include confusion with vivid visual hallucinations, restlessness, muscular incoordination, and later emotional lability. These symptoms and a short period of retrograde amnesia occurred in our patient. The adverse drug reaction was confirmed following rechallenge. The possible preventive measures against intoxication caused by atropine eyedrops are described. All healthcare professionals should be aware of the possible temporal relationship between the appearance of pathology and the administration of a drug.
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PMID:Toxic psychosis following cycloplegic eyedrops. 237 43

Alterations of consciousness with impaired perception and drive persisting over hours to days can be due to a nonconvulsive status epilepticus. This possibility has to be considered not only in patients with already known epilepsy, but also in those with a negative history for seizure disorders. The immediately recorded electroencephalogram (EEG) provides decisive clues. In the case of petit mal status most frequently appear tiredness, reduced vigilance and lack of drive. The EEG shows a generalized spike-wave activity. In status psychomotoricus, the clinical symptomatology varies from case to case. It can be characterized by anxiety, dreamy states or productive-psychotic states with agitation, automatisms and hallucinations. In the EEG a temporal or temporally-accentuated epileptic activity will be recorded. Transitional and mixed forms of petit mal status and status psychomotoricus can also be found. I.v. injections of benzodiazepines (clonazepam, diazepam) are an appropriate therapy for any type of nonconvulsive status epilepticus. Phenytoin is indicated in status psychomotoricus, but contra-indicated in the case of petit mal status.
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PMID:[Epileptic impaired consciousness in adults]. 250 9

The antimuscarinic antiparkinsonian agents are widely used in psychiatric practice to reduce the extrapyramidal motor symptoms caused by the neuroleptic antipsychotic medications. Although the antimuscarinic antiparkinsonian agents are effective in reducing extrapyramidal symptoms, their use in conjunction with neuroleptic treatment of psychosis has been reported to antagonize the therapeutic effects of the neuroleptic; there are also several reports of the antimuscarinic antiparkinsonian agents variously causing psychotic syndromes, mood elevating and stimulant effects, stereotypy, dyskinesia, behavioral agitation, and drug dependence in both psychiatric and normal populations. These drug-related phenomena are generally attributed to the antimuscarinic properties of these agents. A large body of data, however, has shown that the antimuscarinic antiparkinsonian agents also function as potent, indirect dopamine-agonists. Benztropine, the most widely prescribed of these medications, is one of the most potent known inhibitors of presynaptic dopamine reuptake. These antiparkinsonian agents also have potent agonist activity at the noradrenergic synapse, as well as minor activity at the serotonergic synapse. This paper reviews neuropharmacologic evidence suggesting that significant neurophysiologic effects can result from the dopaminergic--and possibly noradrenergic--activity of the antimuscarinic antiparkinsonian agents, similar in some cases to those observed with amphetamine. Greater attention to these properties may aid in interpretation of clinical and research observations involving these so-called "antimuscarinic" agents.
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PMID:Dopaminergic activity of the antimuscarinic antiparkinsonian agents. 255 32


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