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Query: UMLS:C0018681 (headache)
56,091 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

The role of serotonin in the pathogenesis of migraine is discussed, and the chemistry, pharmacology, pharmacokinetics, efficacy, adverse effects, and dosage and administration of sumatriptan are reviewed. Sumatriptan, which is structurally related to the neurotransmitter serotonin, is a serotonin type-1-like-receptor agonist that has a selective but heterogeneous effect on the carotid arterial system. Sumatriptan has a rapid onset of action and a large volume of distribution. Its subcutaneous bioavailability approaches 100%, and its mean terminal half-life is two hours. Studies have shown that both subcutaneous sumatriptan and oral sumatriptan are superior to placebo in relieving migraine and cluster headaches. Studies comparing oral sumatriptan with either ergotamine tartrate plus caffeine (Cafergot) or aspirin plus metoclopramide indicated that sumatriptan relieved headache more quickly and effectively; however, the dosages of these other agents may have been suboptimal. Sumatriptan is generally well tolerated by patients, and most dose-related effects are mild and transient. The most common adverse effect is pain at the injection site. No drug interactions have been identified so far. Subcutaneous sumatriptan 6 mg and oral sumatriptan 100 mg seem to offer the best benefit-to-risk ratio, although dosage and administration information is limited. Subcutaneous and oral sumatriptan are effective in aborting moderate to severe migraine and cluster headaches and their associated symtpoms. However, more studies are necessary to compare sumatriptan's efficacy with that of other treatments before it can be recommended as first-line therapy for migraine.
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PMID:Sumatriptan: a new drug for vascular headache. 838 41

The efficacy and safety of oral sumatriptan as a 100-mg dispersible tablet was compared with oral Cafergot (2 mg ergotamine tartrate, 200 mg caffeine) in a multicentre, randomized, double-blind, double-dummy, parallel-group trial. In the trial, 580 patients were treated from 47 investigating centres in nine European countries. Sumatriptan was significantly more effective than Cafergot at reducing the intensity of headache from severe or moderate to mild or none; 66% (145/220) of those treated with sumatriptan improved in this way by 2 h, compared with 48% (118/246) of those treated with Cafergot (p less than 0.001). The onset of headache resolution was more rapid with sumatriptan, whereas recurrence of migraine headache within 48 h was lower with Cafergot. Sumatriptan was also significantly more effective at reducing the incidence of nausea (p less than 0.001), vomiting (p less than 0.01) and photophobia/phonophobia (p less than 0.001) 2 h after treatment, and fewer patients on sumatriptan (24%) than on Cafergot (44%, p less than 0.001) required other medication after 2 h. The overall incidence of patients reporting adverse events was 45% after sumatriptan and 39% after Cafergot; the difference was not significant. The most commonly reported events in the sumatriptan-treated patients were malaise or fatigue and bad taste; these were generally mild and transient. Nausea and/or vomiting, abdominal discomfort, and dizziness or vertigo were reported by a greater proportion of Cafergot-treated patients. It is concluded that oral sumatriptan was well tolerated and is a more effective acute treatment for migraine than Cafergot.
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PMID:A randomized, double-blind comparison of sumatriptan and Cafergot in the acute treatment of migraine. The Multinational Oral Sumatriptan and Cafergot Comparative Study Group. 165 39

A multicenter, randomized, double-blind trial was conducted to compare the efficacy of Cafergot P-B with that of its components, Cafergot, pentobarbital, and Bellafoline, and with placebo for the treatment of migraine. Patients with vascular headaches of the migraine type who regularly experienced nervous tension and some form of gastrointestinal distress with their headaches were randomized to one of five treatment groups. They were given treatment packets containing their assigned drug for use during two separate migraine attacks. Patients made pretreatment evaluations of the following symptoms: head pain, nervous tension, nausea, vomiting, anorexia, abdominal cramps, and photophobia. They made posttreatment evaluations of these symptoms 0.5, 1.0, 1.5, 2.0, and 3.0 hours after ingesting their assigned drug. Improvement scores were calculated from the differences between the pretreatment and the posttreatment ratings. Patients also made a final global assessment of their drug's efficacy. All patients who took at least one dose of the study medication and completed a baseline evaluation and at least one postdose evaluation of severity of pain were included in the analysis (n = 254). The comparisons of particular interest were those between Cafergot P-B and Cafergot and between Cafergot P-B and placebo. Cafergot P-B was significantly more effective than Cafergot in relieving head pain at hours 2 and 3, nervous tension, nausea, vomiting, anorexia, and photophobia. Cafergot P-B was significantly more effective than placebo in relieving head pain, nervous tension, nausea (second headache only), vomiting, and photphobia. The incidence of reported adverse effects was no greater with Cafergot P-B than with Cafergot; however, patients given Cafergot P-B reported less vomiting than did patients given Cafergot. The results of this study show that addition of pentobarbital and Bellafoline to Cafergot provides greater relief of pain, vomiting, nervous tension, photophobia, and other symptoms associated with migraine, while reducing the severity of the nausea that may accompany a migraine headache or Cafergot therapy.
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PMID:Symptomatic relief of migraine: multicenter comparison of Cafergot P-B, Cafergot, and placebo. 249 84

A double-blind, randomized, multicenter investigation was conducted to compare the efficacy and safety of Fioricet, acetaminophen with codeine, and placebo for the symptomatic treatment of tension headache. At the onset of a typical headache, the patients took two capsules of their assigned study medication and rated responses over the next four hours in three target symptoms areas: pain, emotional or psychic tension, and muscle contractions or stiffness in the head and neck. Physicians made global assessments of the same symptom responses and of adverse reactions for each patient. One hundred ninety-eight patients were evaluated. Both active analgesic preparations were more effective than placebo in relieving pain and muscle stiffness or contractions. Fioricet, but not acetaminophen with codeine, was significantly better than placebo in alleviating emotional or psychic tension; Fioricet was also significantly better than acetaminophen with codeine in relieving this symptom. Certain analyses suggested the possibility that Fioricet had a faster and more sustained analgesic effect than acetaminophen with codeine. By the end of the four-hour trial, significantly more patients achieved complete pain relief with Fioricet than with acetaminophen with codeine. The quality and quantity of adverse reactions did not differ significantly among the treatment groups. None was serious, and all abated without medical intervention.
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PMID:Symptomatic treatment of chronically recurring tension headache: a placebo-controlled, multicenter investigation of Fioricet and acetaminophen with codeine. 332 67

The well-known difficulty in distinguishing the response to a combination headache medication and its individual components in the presence of a high placebo response was again demonstrated in a randomized, double-blind, placebo-controlled, multi-center trial comparing Fiorinal with Codeine and its Fiorinal and codeine phosphate components in relieving the pain, tension, and muscle contraction associated with tension headache. In the original analysis of the study data, no distinction was apparent between patient response to Fiorinal with Codeine and the response to the individual components, a finding that appeared to conflict with the results of a similar earlier study. This apparent discrepancy was attributable to a high placebo response in the later study. Separation of study subjects according to their baseline level of anxiety and pain identified a subset of less anxious patients with mild to moderate pain severity who were least likely to respond to placebo. Analysis of data from these patients showed that Fiorinal with Codeine was significantly better than placebo in improving patients' self-ratings of various symptoms of tension headache at 0.5, 1, 2, 3, and 4 hours after ingestion of the study medication. The combination drug was also consistently superior to Fiorinal alone and codeine alone in improving the patients' self-evaluation items, and differences between the combination and its components were generally of statistical or borderline significance during the last half of the study. The investigators' assessments of the effect of treatment on the three principal variables in tension headache (namely, headache pain, psychic tension, and muscle contraction of the head, neck, and shoulders) at the final patient visit also showed Fiorinal with Codeine to be not only significantly superior to placebo but also consistently superior to either component. The superiority of the combination over Fiorinal alone achieved borderline significance for headache pain and psychic tension.
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PMID:Fiorinal with Codeine in the management of tension headache: impact of placebo response. 355 25

A placebo-controlled, randomized double-blind study conducted at a general practitioner's surgery was designed to investigate the efficacy of bencyclane in 120 outpatients with cerebral dysfunctions based on organic brain syndrome. The study started with a 4-week placebo washout phase and then continued with a 12-week treatment phase. 200 mg Bencyclane-hydrogenfumarate was administered b.i.d. Efficacy was assessed by a doctor's symptom rating (SCAG) and a study nurse's rating (BGP) as well as by two performance tests (CFF and ZVT-G). Data from 106 patients (52 under bencyclane and 54 under placebo) were statistically analysed. More side effects were seen under bencyclane than under placebo, in particular insomnia, headache, akathisia, nausea and vomiting. As an a priori hypothesis, it was stated that after alpha-adjustment there should be a statistically significant difference in symptomatology (SCAG, BGP) and performance (CFF, ZVT-G). With regard to performance, the zero hypothesis could be rejected on the 5% level, and on the 1% level with respect to symptomatology. The experimental error on both the performance and the symptom level was below 6%. The drug effects were significant on a confirmatory level and are considered to be also of clinical relevance.
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PMID:[Treatment of disorders of cerebral performance in the aged in ambulatory care using bencyclane. Results of a controlled double-blind phase III study versus placebo]. 355 4

A randomized, double-blind, placebo-controlled, multicenter study was conducted to ascertain the contribution of Fiorinal and codeine phosphate to the efficacy of Fiorinal with Codeine in relieving the pain, tension, and muscle stiffness associated with tension headache. Patients were given Fiorinal with Codeine, Fiorinal alone, codeine alone, or placebo for use during two separate headache attacks at least 24 hours apart and were asked to rate the effectiveness of the assigned medication on each occasion. The various symptoms of tension headache were evaluated by the patient 0.5, 1, 2, 3, and 4 hours after ingestion of the study medication. At the final patient visit, the investigator assessed the effect of treatment on the three chief components of tension headache, head pain, psychic tension, and muscle contraction. Fiorinal with Codeine was generally significantly more effective than placebo or Fiorinal alone in improving all patient-evaluated items between the second and the fourth hours after administration. The combination was also generally significantly better than codeine alone with respect to pain severity, pain relief, the ability to perform daily activities, and average pathology. The three variables rated by the physician also were generally reduced significantly more with the combination than with placebo or Fiorinal alone. Side effects occurred in only one patient treated with Fiorinal with Codeine.
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PMID:Assessment of Fiorinal with Codeine in the treatment of tension headache. 379 66

3 case studies of migrainous patients taking oral contraceptives (OCs) are presented in this report. The role of OCs in triggering a migraine attack and possibly elevating the risk of a stroke in a patient with migraines is examined. In the 1st case, a 27-year old white female accountant complained of temporal throbbing headaches associated with nausea, vomiting, hazy vision, small scotomas, and photophobia. The patient had been having the headaches twice a month since 1978 and she took Fiorinal to relieve them. Her physician diagnosed the headaches as migraine. The patient acknowledged that she started getting these headaches after beginning to use OCs 3 years earlier. Her family history revealed that her mother had severe migraine headaches which sometimes were accompanied by unilaterial paresthesia, as well as high blood pressure. Ophthalmoscopy, slitlamp, accommodation, and intraocular pressure findings were unremarkable. The patient was counseled about the factors which can trigger a migraine attack and was advised that eliminating these factors may reduce the frequency and intensity of the headaches. The patient was advised that OCs could increase her risk of having a stroke, especially with her family history. Her family physician subsequently reduced the dosage of her OCs. 5 months later the patient reported that she was trying to avoid the migraine triggering factors (e.g., she was wearing her sunglasses). Her headaches had become less frequent and less severe. The 2nd patient also began to have migraine attacks after beginning to use OCs. The 3rd patient's headaches became so severe after taking the pill that she consulted a neurologist. The 2nd and 3rd patients complained that the headaches were most severe at the time each month when they resumed OC use. None of the 3 patients discontinued OC use. The 2nd and 3rd patients were using a low estrogen OC, and the 1st patient was put on a low estrogen dosage after this optometrist's recommendation to her physician. Encouraging the patients to discuss the dosage of OCs with their family physician may be one of the ways to reduce the unwanted effect of the pill. The effect of OCs goes beyond triggering a headache. They may trigger a stroke particularly if the patient has a family history of high blood pressure as did the patients in this study. Differential diagnosis of migraine headaches includes muscle contraction, tension, sinus, and allergic headaches. Optometrists can be most helpful to the patients by counseling them to avoid the triggering factors. Glare, a triggering factor, could be reduced by tinted spectacles.
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PMID:Migraine and oral contraceptives. 714 75

The recent publication of drug formularies by third-party payers has serious implications for the practice of medicine. These formularies list the medications for which the consumer can be reimbursed by the third-party payer. The most restrictive of the five formularies I have received lists only two agents for the treatment of migraine headaches: Cafergot (at an incorrect dose of 1/100 mg) and Ergotrate which is no longer available. The most liberal of the formularies lists analgesics, Cafergot, Midrin, and Imitrex for the treatment of acute attacks, and as prophylactic agents, Inderal, Sansert, and analgesics (known to cause rebound headaches when used in this fashion in migraine patients). Abortive agents of proven value, such as DHE-45 and NSAIDs, and preventative medications, such as calcium channel blockers, tricyclic antidepressants, serotonin reuptake inhibitors, methylergonovine, and divalproex sodium, are not available. No one could quarrel with a goal of developing a cost-effective formulary. However, the authors of these formularies have clearly demonstrated their inability to provide even a current, accurate, and adequate formulary by existent standards of care in the treatment of migraine headache. While it is easy to criticize these formularies, it is more difficult to develop a comprehensive list that would satisfy the practitioners' need to provide relief for their patients with a minimum of side effects, and the needs of third-party payers (presumed) to provide quality care at the most economical level.
Headache 1995 Apr
PMID:Toward a standard drug formulary for the treatment of headache. 777 80

Sumatriptan is a selective 5-HT1-like agonist, which is effective in the treatment of migraine and cluster headache. It has been rigorously assessed in clinical trials involving over 7000 patients who have treated over 35,000 migraine attacks. Both subcutaneous and oral sumatriptan provide a high level of efficacy with 86% of patients obtaining relief after a single 6 mg injection (at 2 h) and 75% after 100 mg oral sumatriptan (4 h), compared with up to 37% in the placebo-treated group (P < 0.001). The onset of effect is rapid, occurring 10 min after injection and 30 min after the tablet. Oral sumatriptan (100 mg) has been evaluated against ergotamine, 2 mg, plus caffeine, 200 mg (as Cafergot); and against aspirin, 900 mg, plus metoclopramide, 10 mg. Headache relief was superior in sumatriptan-treated patients; 66% obtaining relief at 2 h, compared with 48% on Cafergot (P < 0.001). The percentage of patients obtaining complete relief of headache (Grade 0, no pain) was significantly higher with sumatriptan (40%) than with Cafergot (14%) at 2 h. Associated symptoms such as nausea, vomiting and photophobia are effectively relieved by sumatriptan, whereas Cafergot provoked nausea and vomiting in a proportion of patients. Headache relief with sumatriptan was also superior to that seen with aspirin plus metoclopramide. Sumatriptan was as effective in the relief of accompanying nausea and vomiting as aspirin plus metoclopramide. The efficacy of sumatriptan is maintained after repeated long-term use; over a six-month period efficacy was comparable in the first and last attacks, regardless of how many attacks were treated.(ABSTRACT TRUNCATED AT 250 WORDS)
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PMID:Sumatriptan in the acute treatment of migraine. 838 52


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