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Query: UMLS:C0011206 (delirium)
 5,996 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

The clinical use of neuroleptics, benzodiazepines, narcotic analgesics, barbiturates, and neuromuscular blockers to manage delirium and agitation in the intensive-care setting is reviewed. Delirium is the most commonly encountered mental disturbance in critically ill patients and may be precipitated by factors such as physical illness, medications, pain, and emotional stress. If agitation cannot be controlled through nonpharmacologic means, pharmacologic intervention may be necessary. Haloperidol is the neuroleptic of choice for rapid control of delirium and agitation in the critically ill patient. It has few adverse effects in most patients, even at high doses, although it can cause extrapyramidal symptoms. Among the benzodiazepines, lorazepam should be considered a first-line agent. It may be used alone or in combination with haloperidol (or another neuroleptic). Midazolam is suitable for administration by continuous i.v. infusion in the intensive-care setting because of its water solubility, short half-life, and short duration of action. The sedative effects of narcotics may be advantageous in patients with both agitation and pain. Barbiturates are not recommended for routine use in the treatment of delirium and agitation. The use of neuromuscular blocking agents such as pancuronium bromide and metocurine iodide may be necessary when other therapies have failed. Haloperidol and the benzodiazepines, alone or in combination, are the drugs of choice for treatment of acute agitation and delirium in critically ill patients.
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PMID:Treatment of delirium in the critically ill patient. 167 22

Five cases of hypernatremic hyperosmolar delirium after open heart surgery were reviewed. Minimum serum osmolarity at the time of developing delirium in these cases was 336 mOsm/l. Blood glucose level did not reached to the levels of the typical criteria of hyperosmolar hyperglycemic nonketotic diabetic coma in all cases. The authors have shown that it was difficult to recognize this unique disorder in early postoperative stage. Because of its non-specific symptoms and the postoperative courses which required the patients' cares with much more dry side in water balance. In order to treat the patients with hypernatremic hyperosmolar delirium, the correction of serum osmolarity should be done very slowly, because water intoxication should be prevented. In all five cases in this paper were recovered from delirium as the time when serum natrium level and serum osmolarity were restored to the normal state. We concluded that in order to get a good prognosis of this characteristic disorder, we have shown early recognition of serum hypernatremia and hyperosmolarity state and consequently adequate treatment mentioned above are primarily important.
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PMID:[Clinical features of hypernatremic hyperosmolar delirium following open heart surgery]. 196 Apr 41

In a long-term psychiatric setting, self-induced water intoxication may be a life-threatening situation. At first glance, the symptoms or behaviors of self-induced water intoxication are similar to schizophrenia, i.e., inappropriate behavior, delusions, hallucinations, confusion, and disorientation. In some cases, the symptoms of water intoxication mimic schizophrenia and thus, are disguised as a part of the psychoses. Affected individuals develop polydipsia, which is accompanied by overhydration and dilutional hyponatremia. If untreated, the symptoms may progress from mild confusion to acute delirium, seizures, coma, or death (Ripley, Millson, & Koczapski, 1989). Under normal circumstances there is a delicate balance of water requirement and water intake. If the balance of water is altered, electrolyte imbalance can occur. The recognition of water intoxication or self-induced water intoxication and psychosis among chronic, institutionalized patients may prevent their death or the development of neurological damage (Arieff, 1985). Because self-induced water intoxication often goes unrecognized in its early stages and may have irreversible or fatal complications, early detection is crucial. This article will discuss the etiology, nursing assessment, and interventions associated with patients suffering from self-induced water intoxication.
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PMID:The water-intoxicated patient. 226 Aug 89

A 39-year-old female with several past psychiatric hospitalization for schizophrenia was admitted to our hospital because of severe pain and swelling of her legs. A few days before onset, she had often sat down upon her heels in water closet, agitated and talking to herself for many hours. Two days before the admission, she had suffered from severe pain and swelling of her bilateral calf-muscles, and her urine became brownish. On admission, neurological findings revealed delirious state, moderate rigidity of limbs, hyporeflexia of legs, marked swelling and severe spontaneous pain in bilateral legs. She was afebrile with body temperature of 36.4 degrees C. Laboratory data showed marked increase of levels of serum CK to 163,000 U/1, myoglobin to 9,860 ng/ml and aldolase to 42.8 IU/1, and the diagnosis of rhabdomyolysis was made. Although she fell into acute renal failure, the renal function recovered after repeated hemodialysis. Several days after admission, swelling and pain of calf-muscles began to improve, and serum CK, myoglobin and aldolase decreased rapidly. One month later, she was able to walk on her own legs. In the literature, rhabdomyolysis associated with immobile posture caused by schizophrenia is extremely rare, and this is the first case reported in Japan. The relationship between rhabdomyolysis and schizophrenia was discussed.
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PMID:[A case of rhabdomyolysis following long time immobile posture caused by schizophrenia]. 259 45

Irrespective of the etiology, a water and electrolyte imbalance provoking a hypo- or hyperosmolar state causes metabolic encephalopathy, as may occur with any metabolic disturbance. The pathophysiology of metabolic encephalopathy relies on a diffuse neuronal dysfunction which occasionally shows a focal maximum. To the clinician it presents in the form of nonspecific symptoms or signs, such as altered level of alertness or awareness of the environment, or impaired attention, cognition or orientation. When the onset of hypo- or hyperosmolality is rapid, delirium may develop or the level of consciousness can decrease to the point of coma. Myoclonic jerks, gait disturbance and focal or generalized fits are additional nonspecific signs. When the water and electrolyte imbalance coincides with or is caused by brain disease, the signs of the two conditions are added. On the other hand, complicating hemorrhages, sinus thrombosis, or brainstem herniation or compression may be taken for a primary structural brain lesion, and the water and electrolyte imbalance may easily be overlooked. Pathophysiology, symptoms and signs, and therapy of hypo- and hyperosmolar states are discussed. Central pontine myelinolysis is considered separately.
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PMID:[Neurologic manifestations of osmolality disorders]. 389 13

A 77-year-old, nonalcoholic man was admitted to the Omiya Red Cross Hospital with the complaint of fever and delirium state of two days' duration. Two months prior to admission he had had cough and sputum. Chest X-ray revealed honey comb lungs. Cultures of sputum revealed mycobacterium tuberculosis after eight weeks incubation. He had no liver disease in his past history. The patient appeared cachetic. His vital signs were as follows; temperature 38 degrees C, blood pressure 132/68 mmHg, with a pulse rate of 84/min. He was delirium and excited. Findings of the cranial, motor and sensory nerve examination were normal. Initial laboratory studies showed a serum sodium value of 133 mEq/l, potassium 4.5 mEq/l, chloride 98 mEq/l; a serum GOT value of 51 units, GPT 36 units; a total protein content of 7.8 g/dl and ESR rate of 87 mm/hr. Six days after admission, the patients' consciousness level began to stupor and nuchal rigidity was appeared. Spinal fluid examination revealed opening pressure 270 mm H2O, cell counts 720 (N 712, L 8)/cumm, sugar 57 mg/dl and protein 170 mg/dl. Spinal fluid cultures were positive in mycobacterium tuberculosis after eight weeks incubation. Laboratory studies showed a serum sodium value of 114 mEq/l, potassium 4.4 mEq/l, chloride 86 mEq/l, a serum osmorality (SeOs) 225 mOsm/l and urine osmorality (UOs) 958 mOsm/l.(ABSTRACT TRUNCATED AT 250 WORDS)
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PMID:[Central pontine myelinolysis--pathogenesis and review of the literature]. 663 5

General anesthesia offers greater comfort for both the abortion patient and the operator. The combination of diazepam and ketamine which is rapidly reversible and offers a moderately deep anesthesia was used in 127 voluntary abortions and 3 therapeutic abortions. Patients ranged in age from 14-40 years and averaged 26, with 58% under 26. Patient weights ranged from 40-82 kg and averaged 56 kg. 43% were primaparas and average parity was 2.5. The average duration of the prenancy was 8.1 weeks. 10 patients were obese, 1 was asthmatic, 1 was a controlled hypertensive, 3 had cardiopathies, and 4 each had hepatitis and meningitis. 1 had treated epilepsy and 2 had serious depressive syndromes. 3 women had previously had voluntary abortions, 9 had had miscarriages, and 1 had had an extrauterine pregnancy. 17% had no fear or anxiety before the procedure, 56% had moderate levels, 28% had significant levels, and 19% had very high levels. 94% of the procedures were done by aspiration and in most cases a preliminary insertion of laminaria was done. The average duration of the procedure was 5 minutes, with extremes of 2 and 25 minutes. Patients were premedicated 1 hour before the procedure with intramuscular injections of 10 mg diazepam and 1/4 mg of atropine. For the induction, a butterfly needle with an antireturn system was used to inject 10 mg of diazepam and 1/4 mg of atropine diluted in 20 ml of distilled water. The patient was placed in the gynecological position and, if necessary, 5 mg of diazepam were added. Between .5-1 mg/kg of ketamine were injected in 10-15 seconds. The same dose was reinjected if the anesthesia was insufficient or the procedure was prolonged. A mixture of 40% oxygen and 60% nitrous oxide was administered if necessary. Patients remained in bed for 6 hours after awakening. 85% of patients received total doses of ketamine of .70mg/kg or less. Average duration of anesthesia was 9.2 minutes, with durations of less than 15 minutes in 94% of cases. On awakening 5% of patients had nausea and vomiting. 16% had minor psychic disturbances or disorientation, 8% had moderate problems with vocalization, and 2% had hallucinatory delirium with agitation. Overall, 20% of patients experienced headaches, 11% nausea, and 9% dizziness. It was concluded that the combination of diazepam .2 mg/kg and ketamine .5-.7 mg/kg provides well tolerated light anesthesia utilizable for outpatient abortions.
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PMID:[Diazepam and ketamine for voluntary interruptions of pregnancy]. 692 72

The term "water intoxication" is used to describe a condition of agitation, delirium, convulsion, and coma brought on by excessive intake of water, resulting in severe hyponatremia. Psychogenic polydipsia (compulsive water drinking) has until recently been considered a relatively benign process. Since 1974, however, three fatal cases of water intoxication, resulting from psychogenic polydipsia, have been reported. All three individuals died while hospitalized, thereby permitting performance of blood electrolyte determinations and documentation of the associated electrolyte imbalance. In the authors' case, there was a well-documented prior episode of water intoxication in which serum electrolytes showed a pattern typical of this entity. Death, however, occurred at home, thus preventing valid serum electrolyte determinations to be performed. Analysis of the vitreous humor revealed a severe hyponatremia, thus substantiating the diagnosis of fatal water intoxication. This case, once again, points out the usefulness of electrolyte analyses on the vitreous humor as an aid to establishing a cause of death.
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PMID:Fatal water intoxication in a case of psychogenic polydipsia. 739 96

During normal circumstances, individuals have a delicate balance of water requirement and water intake. If the balance of water is altered, electrolyte imbalance can occur. If fluid intake continues uncurbed, an extreme condition may result known as self-induced water intoxication and psychoses. If untreated, complications may develop, including dilated and hypotonic bowel and bladder, hydronephrosis, renal failure, congestive heart failure, mild confusion, acute delirium, seizures, coma, and death. The ongoing problem of water intoxication presents a modern day nursing challenge to psychiatric nurses. The present study monitors nine chronically ill patients in a special program for water intoxication involving control and monitoring and a psychoeducational group approach in a closed unit of a state hospital. At the end of 3 months serum electrolytes, serum osmolality, and urine specific gravity were within normal limits since the start of the program. Anxiety, as evidenced by restlessness, pacing, increased talking, demanding behavior, hyperactivity, yelling, and irritability, had lessened. This improvement was accompanied by a stabilization of psychotic behavior. The use of restraints dropped from 1303 hr in the 3 months before the program to 20 hr and 55 min for the nine patients in the first 3 months of the program. Progress in relation to the study hypothesis will be evaluated every 3 months.
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PMID:A program for water-intoxicated patients at a state hospital. 836 31

The syndrome of water intoxication, resulting from dilutional hyponatremia and characterized by lethalgy, confusion, seizures, and coma was seen in two autistic boys living in the institution for mentally retarded children. Patient 1, a 19 year-old autistic boy showed loss of attention, inactiveness, sleepiness and delirium and then followed by overbreathing, severe vomiting and finally convulsive seizures several times, or coma, since October 1985. In August 1988, he was admitted with generalized tonic clonic convulsion associated with frequent vomiting EEG showed diffuse spike and wave complex with slow background activity. Laboratory data showed inappropriately high serum ADH level (8.5 pg/ml), low sodium concentration (121 mOsm/m/l), serum osmolality (237 mOsm/l) which was lower than urine osmolality (334 mOsm/l), and remarkable body weight gain (8.5 kg). He was diagnosed as water intoxication due to compulsive water drinking and SIADH. Diminished GH secretion to insulin-induced hypoglycemia and exaggerated prolactin response to LHRH stimulation suggested a hypothalamic lesion. Patient 2, a 17-year-old autistic boy, showed essentially the same symptoms and laboratory data as Patient 1, except that he had no epileptic discharge in EEG, and curious GH response to insulin-induced hypoglycemia. A remarkable daily body weight change suggested excessive water drinking and a possible episodic release of ADH. With mild water restriction, this became smaller. Since Patient 1 had epileptic attacks several times without hyponatremia and his EEG showed epileptic discharges, he was diagnosed as having epilepsy. Patient 2 has been seizure-free until now. Abnormality of hypothalamic or pituitary defects and polydipsia and possibility of water intoxication should always be considered when an autistic patients shows recurrent epileptic attacks or episodic strange behaviors with hyponatremia.
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PMID:[Two cases of infantile autism with intermittent water intoxication due to compulsive water drinking and episodic release of antidiuretic hormone (SIADH)]. 929 11


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