Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: UMLS:C0600097 (Sedation)
1,337 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

The authors report on 50 surgical or endoscopic cases in which local or regional anaesthesia was completed with a combination of diazepam and pentazocine (Pentazapam). This "diazanalgesia" was performed either as a routine or as a complement to regional anaesthesia (mostly an epidural) in which restlessness or insufficient analgesia were noted. Both drugs are injected separately. Diazepam being used to combat anxiety and pentazocine to allay pain. Sedation was considered to be sufficient in 43 cases out of 50 and analgesia in 47 cases out of 50. In all but one case, recovery was calm. In 24 cases, the patients regained consciensness quickly. There was only little effect on respiratory frequency, blood gases, blood pressure or cardiac rate. Thus, pentazepam combination can be considered as a useful method of "wake diazanalgesia" as far as it is used to complement a local or regional anaesthesia. This technique seems particularly useful in the aged or bad risk patient because of its moderate cardiovascular or respiratory aciton.
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PMID:[Use of the diazepam-pentazocine (pentazepam) combination in anesthesiology]. 1 78

Serotonin uptake inhibitors are generally considered activating antidepressants. To assess rates and temporal patterns of activation and sedation as well as dose-effect relationships, adverse event data were evaluated from a fixed-dose study comparing placebo and fluoxetine 5, 20, and 40 mg/day in the treatment of major depressive disorder (N = 363) and two fixed-dose studies pooled together comparing placebo and fluoxetine 20, 40, and 60 mg/day in the treatment of major depressive disorder (N = 746). The adverse events nervousness, anxiety, agitation, and insomnia were considered indicative of activation; somnolence and asthenia were considered indicative of sedation. Activation and sedation were both statistically significant (p less than or equal to 0.05) treatment-emergent phenomena, but dose-effect relationships differed. Activation rates were relatively stable between 5 and 40 mg/day, and then increased at 60 mg/day. Sedation rates increased linearly to 40 mg/day and then were comparable at 40 and 60 mg/day. Discontinuations for either phenomenon were uncommon. The temporal patterns of first occurrences and persistence of activation and sedation differed. First occurrences of activation peaked early and declined over time with all doses. First occurrences of sedation also peaked early with all doses, but there may have been greater variability in first occurrences of sedation over time with lower doses. Persistent occurrences of sedation may decline less over time than persistent occurrences of activation.
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PMID:Fluoxetine: activating and sedating effects at multiple fixed doses. 147 50

The effects of high-dose fluoxetine (median 80 mg/day), standard-dose imipramine (median 200 mg/day), and placebo were studied in 706 outpatients meeting DSM-III criteria for major depressive disorder. Baseline psychomotor activity of each patient was prospectively categorized as agitated, retarded, or neither. Rates of occurrence of total and significant (leading to discontinuation) activating adverse events (insomnia, agitation, anxiety, nervousness) and sedating events (somnolence, asthenia) were compared between treatments on an overall basis and within categories of baseline psychomotor activity. Additionally, these rates were compared across baseline psychomotor activity for each treatment. Efficacy was evaluated on an overall basis and with respect to baseline psychomotor activity. There was more total activation with fluoxetine than placebo (p = 0.008), but total activation with fluoxetine (28%) showed only a trend (p = 0.092) for being greater than with imipramine (21%). Discontinuations for activation with fluoxetine (5%) did not differ from imipramine (5%). Sedation and discontinuations for sedation with both fluoxetine and imipramine significantly exceeded placebo. The only drug-drug difference in discontinuations was for sedation where imipramine (11%) exceeded fluoxetine (5%; p = 0.008). Only for the occurrence of sedation with imipramine (47% among patients retarded at baseline) was there a significant association with baseline psychomotor activity (p = 0.021). Both fluoxetine and imipramine were superior to placebo and equal in efficacy in decreasing total Hamilton Rating Scale for Depression (HAM-D), the sleep disturbance HAM-D factor, and the anxiety/somatization HAM-D factor scores. These improvements were independent of baseline psychomotor activity.
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PMID:High-dose fluoxetine: efficacy and activating-sedating effects in agitated and retarded depression. 162 94

This phase I study determined the maximum tolerated dose of prochlorperazine when used as an antiemetic prior to cytotoxic chemotherapy. Initially, cohorts of three patients were given prochlorperazine at escalating doses of 0.2, 0.4, 0.6, 0.8, 1.0 and 1.2 mg/kg as an intravenous infusion over 20 min. The maximum tolerated dose was 1.2 mg/kg. The dose-limiting toxicity was hypotension which was reversed by a fluid load. The other major toxicities were extrapyramidal reactions which were dose related. All patients at the 1.2 mg/kg dose reported restlessness while five of six were restless and two of six at 1.0 mg/kg had muscle spasms. Two of seven patients reported restlessness at the 0.8 mg/kg level. Sedation and dry mouth were reported at all dose levels but were more common at higher doses. Prochlorperazine in plasma was assayed by high performance liquid chromatography with electrochemical detection and pharmacokinetics were determined for three patients at the 1.0 mg/kg dose level. The average terminal elimination half life was 7.6 +/- 0.4 h, plasma clearance 27 +/- 5 ml/min/kg and volume of distribution 17.7 +/- 4.5 l/kg. The dose of prochlorperazine recommended for further studies of antiemetic efficacy is 0.8 mg/kg intravenously.
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PMID:A dose finding study of prochlorperazine as an antiemetic for cancer chemotherapy. 259 37

In a prospective randomized and double-blind cross-over study, a new antiemetic regimen consisting of betamethasone (1 x 8 mg) and dixyrazine (a phenothiazine derivative) (4 x 10 mg) was compared with a standard high-dose metoclopramide (4 x 1 mg/kg) schedule for antiemetic treatment in doxorubicin and cisplatin chemotherapy. 100 consecutive patients (62 without prior experience of chemotherapy and 38 with prior experience) entered the study and were followed during 1-4 courses of chemotherapy. Effect and side effect parameters were recorded on questionnaires for patients and nurses using the visual analog scale for quantification. The correlation between the two ways of recording (self-scoring versus recording by nursing staff) was very high, both for effect variables (nausea and vomiting) and the adverse reactions (sedation and extrapyramidal reactions). The median number of courses per patient was 3.0 (range 1-4) and altogether 299 courses were studied. Full emetic protection was achieved in 58% with betamethasone-dixyrazine and in 34% with high-dose metoclopramide regardless of prior patient experience or the cytostatic agents administered. With doxorubicin regimens, betamethasone-dixyrazine gave full protection in 80% compared to 40% for metoclopramide. Cisplatin regimens were a greater challenge and protection against nausea and vomiting was achieved only in 27% with betamethasone-dixyrazine and in 18% with metoclopramide. Adverse reactions were a significant problem with metoclopramide: restlessness 33%, akathisia 19%, parkinsonism 16%, and acute dystonia 3%. Sedation was the same with the two regimens (80%).
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PMID:Betamethasone-dixyrazine combination versus high-dose metoclopramide as antiemetic treatment in doxorubicin and cisplatin chemotherapy. 276 89

Sixty male and female patients, scheduled for colonoscopy were premedicated with glycopyrrolate 0.4 mg intramuscularly. Anaesthesia was induced with 2 mg/kg propofol ('Diprivan') and maintained with a continuous infusion of propofol at a rate of 3, 6 or 9 mg/kg/h randomly allocated. Patients lost consciousness within 60.6 +/- 18.7 (s.d.) s. Preservation of the hypnotic effect was infusion-rate dependent as 15, 40 and 85% of the patients were unconscious on infusion rates of 3, 6 or 9 mg/kg/h propofol, respectively. A high degree of sedation was observed in the remaining patients with an incidence of 40, 35 and 0% in the different series. Sedation was light in the remainder of the patients. To increase the acceptability of the procedure, a supplemental bolus of propofol and/or an increase in the infusion rate were required in 40, 15 and 10% of the 3, 6 and 9 mg/kg/h infusion rate groups, respectively. The incidence of amnesia was similar in all three groups (80, 90 and 95%, respectively). Recovery was significantly longer with increasing infusion rate, but remained rapid. The longest time was 7.3 +/- 4.0 min to open eyes on command and 10.6 +/- 4.6 min to answer correctly. The most important side effects were pain on injection (50%) and some restlessness during maintenance (25%). Blood pressure decreased, but heart rate was unaffected. Patients breathed room-air spontaneously. Respiratory rate slowed after induction then increased rapidly above baseline values. The incidence of apnoea was 48% with a mean duration of 51 +/- 22s (s.d.). The technique was evaluated as good or adequate in 95% of the cases. We suggest than an analgesic premedication followed by an average of 6 mg/kg/h propofol by infusion might be a simple and convenient method of achieving good conditions for colonoscopy.
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PMID:Infusion of propofol ('Diprivan') as sedative technique for colonoscopies. 387 79

The effect of i.v. lorazepam alone, in doses of 2 mg and 4 mg, and combined with morphine 5 mg, were studied. Sedation, relief of anxiety, lack of recall, patient acceptance, physician acceptance and side-effects were evaluated. The addition of morphine to lorazepam significantly improved sedation and relief of anxiety. Physician acceptance and patient acceptance showed no significant difference between any of the combinations. Lack of recall was enhanced by increasing the dose of lorazepam from 2 mg to 4 mg, independent of the addition of morphine. The only significant side-effect was restlessness which occurred in 15% of patients receiving lorazepam 4 mg and 3% of patients receiving lorazepam 2 mg, again independent of the addition of morphine.
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PMID:Lorazepam and morphine for i.v. surgical premedication. 610 79

We carried out a 9-day double-blind clinical trial comparing intramuscular zuclopenthixol acetate with liquid oral haloperidol in the treatment of 40 newly admitted schizophrenic patients with acute exacerbation. A parallel-group design was used with stratification by sex. Zuclopenthixol acetate (50 to 150 mg) was given intramuscularly every 3 days, whereas liquid haloperidol (10 to 30 mg daily) was given orally three times a day, with supplementary doses of each medication given under double-blind conditions when needed for agitation. No other sedative drugs, including benzodiazepines, were administered. The mean daily dose was 18.9 mg for haloperidol as compared with a mean dose per 3 days of 117.6 mg for zuclopenthixol. The two treatments were found to be equally efficacious on the Brief Psychiatric Rating Scale and Clinical Global Impression Scale. Both drugs induced similar extrapyramidal side effects. However, more tremors were associated with zuclopenthixol as was a tendency for tardive dyskinesia to be unmasked at the end of the injection interval. Sedation was higher with zuclopenthixol acetate than with haloperidol. Serum creatinine phosphokinase levels were not significantly increased after zuclopenthixol injections. The results of this trial suggest that zuclopenthixol acetate given intramuscularly every second to third day offers an alternative to conventional liquid oral haloperidol in the management of acute schizophrenia.
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PMID:A double-blind controlled study of intramuscular zuclopenthixol acetate and liquid oral haloperidol in the treatment of schizophrenic patients with acute exacerbation. 788 17

Serotonin uptake inhibitors are generally considered activating antidepressants. To assess the rates and temporal patterns of activation and sedation as well as dose-effect relationships, adverse event data were evaluated from a fixed-dose study comparing placebo and fluoxetine, 5, 20 and 40 mg/day, in the treatment of major depressive disorder (n = 363) and the pooled data from two fixed-dose studies comparing placebo and fluoxetine, 20, 40 and 60 mg/day, in the treatment of major depressive disorder (n = 746). The adverse events 'nervousness', 'anxiety', 'agitation' and 'insomnia' were considered indicative of activation; 'somnolence' and 'asthenia' were considered indicative of sedation. Activation and sedation were both statistically significant treatment-emergent phenomena (p < or = 0.05), but dose-effect relationships differed. Activation rates were relatively stable between 5 mg/day and 40 mg/day, but they increased at 60 mg/day. Sedation rates increased linearly up to 40 mg/day, and then were comparable at 40 mg/day and 60 mg/day. Discontinuations due to either phenomenon were uncommon. The temporal patterns of first occurrences and persistence of activation and sedation differed. First occurrences of activation peaked early and declined over time at all doses. First occurrences of sedation also peaked early at all doses, but there may have been greater variability in first occurrences of sedation over time in patients receiving lower doses. The persistent occurrences of sedation may decline less over time than the persistent occurrences of activation.
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PMID:Fluoxetine: activating and sedating effects. 827 47

We reviewed the circumstances surrounding the use of sedation for symptom control in a Japanese hospice. Of 143 inpatients, 69 (48.3%) received sedation and died an average 3.9 days after sedation was begun. Symptoms requiring sedation included dyspnea, pain, general malaise, agitation, and nausea. In 83% of cases, those symptoms were escalating as death approached. In about one-half of the cases, sedation was carried out intermittently until the patient died. Sedation was gained by such sedatives as midazolam, morphine, and haloperidol. Side effects included suppression of the respiratory and/or circulatory system in nine cases (in four cases it caused death), and delirium in one case; tolerance and dependence were also observed in two cases. We also examined the explanation to and understanding of the patients and their family members about sedation. This experience suggested the type of communication methods that are likely to be useful in Japan. It stresses the importance of intermittent use of sedation and communication with family members. We propose criteria for sedation to improve symptom control that would be acceptable in Japan.
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PMID:Sedation for symptom control in Japan: the importance of intermittent use and communication with family members. 871 14


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