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Query: UMLS:C0020538 (hypertension)
 170,190 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Headache is an alarm symptom, whether there is an organic disease (lesional headache) or a perturbation of one of the various functions of the head (functional headache). Lesional headaches follow a sinusitis or an arthrosis, or accompany a "temporal arteritis of Horton". Functional headaches include several varieties. 1. Trigemellar neuralgia. 2. Vascular algia originating from the basal arteries, the large cerebral venous sinuses or the branches of the external carotid. Among these are: a) headaches due to a dilatation of the internal wall, causing "Horton headache", migrain-like psychosomatic migraine and hormonal migraines (premenstrual, menstrual, menopausal or linked to the use of contraceptive pills); b) headaches caused by an angiospasm of the arteriole, which is the case in exposure to the cold, in traumatic headaches (malfunction of temporomandibular articulation, dry alveolitis), in psychosomatic angiospastic algias and in ethmoidal artery algias previously described by the author in 1949 (Godin's disease). 3. Headaches due to psychic hypertension. 4. Postconcussional psychogenic headaches. 5. Neurotic headaches. The author gives a detailed description of the subjective symptoms in each case, including localisation, form, intensity, duration course and associated phenomenons. This facilitates greatly the differential diagnosis and the choice of complementary examinations. Necessary biological investigations should be performed (e.g. hormonal balance). One should however avoid to increase the number of complementary examinations which would only delay treatment and would expose patients to somatisation. Furthermore, in each case drug treatment, periarterial infiltration technics of the temporal, internal frontal, facial, mastoid and occipital arteries are described. The necessity of questioning the patient at length and to listen to him to enable him to verbalise conscious conflicts is emphasized. A serious medicopsychological examination and a relaxation treatment to reduce anxiety and muscular tension are advised in some cases.
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PMID:[Headache]. 98 3

Headache is an alarm sympton, whether there is an organic disease (lesional headache) or a perturbation of one of the various functions of the head (functional headache). Lesional headaches follow a sinusitis or an arthrosis, or accompany a "temporal arteritis of Horton". Funstional headaches include several varieties. 1. Trigemellar neuralgia. 2.Vascular algi originating from the basal arteries, the large cerebral venous sinuses or the branches of the external carotid. Among these are: a) headaches due to a dilatation of the internal wall, causing "Horton headache", migraine-like psychosomatic migraine and hormonal migraines (premenstrual, menstrual, menopausal or linked to the use of contraceptive pills); b) headaches caused by an angiospasm of the arteriole, which is the case in exposure to the cold, in traumatic headaches (malfunction of temporomandibular articulation, dry alveolitis), in psychosomatic angiospastic algias and in ethmoidal artery algias preciously described by the author in 1949 (Godin's disease).3. Headaches due to psychic hypertension. 4. Postconcussional psychogenic headaches. 5. Neurotic headaches. The author gives a detailed description of the subjective symptoms in each case, including localisation, from, intensity, duration course and associated phenomenons. This facilitates greatly the differential diagnosis and the choice of complementary examinations. Necessary biological investigations should be performed (e.g. hormonal balance). One should however avoid to increase the number of complementary examination which would only delay treatement and would expose patients to somatisation. Furthermore, in each case drug treatment, periarterial infiltration technics of the temporal, internal frontal, facial, mastoid and occipital arteries are described. The necessity of questioning the patient at lenght and to listen to him to enable him to verbalise conscious conflicts is emphasized. A serious medicopsychlogical examination and a relaxation treatment to reduce anxiety and muscular tension are advised in some cases.
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PMID:[Headache]. 103 33

As I have indicated in the foregoing discussion, there are several syndromes that with various degrees of proof seem to be caused by unilateral vascular compression of a cranial nerve at the brain stem. Jannetta has summarized this concept as follows: "As we age, our arteries elongate and our brains 'sag'. As a consequence of these processes, redundant arterial loops and bridging or intrinsic hindbrain veins may cause cross-compression of cranial nerve root entry zones in the cerebellopontine angle. This pulsatile compression can be seen to produce hyperactive dysfunction of the cranial nerve. Symptoms of trigeminal or glossopharyngeal neuralgia (somatic sensory), hemifacial spasm (somatic motor), tinnitus and vertigo (special sensory), and some cases of 'essential' hypertension are caused by these vessels compressing cranial nerves V, IX-X, VII, VIII, and left X and medulla oblongata. Using microsurgical techniques, the symptoms may be relieved by vascular decompression. . .".
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PMID:Neurovascular compression syndromes. 389 20

As we age, our arteries elongate and our brains "sag." As a consequence of these processes, redundant arterial loops and bridging or intrinsic hindbrain veins may cause cross-compression of cranial nerve root entry zones in the cerebellopontine angle. This pulsatile compression can be seen to produce hyperactive dysfunction of the cranial nerve. Symptoms of trigeminal or glossopharyngeal neuralgia (somatic sensory), hemifacial spasm (somatic motor), tinnitus and vertigo (special sensory) and some cases of "essential" hypertension are caused by these vessels compressing cranial nerves V, IX--X, VII, VIII, and left X and medulla oblongata. Using microsurgical techniques, the symptoms may be relieved by vascular decompression, findings and results in 695 paients are briefly reviewed and correlated. A chronic primate model of "essential" hypertension is briefly described.
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PMID:Neurovascular compression in cranial nerve and systemic disease. 696 43

Out of 425 cases aged 65 and above, two hundred and sixty six cases were visited and surveyed with a structured questionnaire. The visitation rate was 62.4%. The purposes of this study were to: 1. Investigate the symptoms of drug-use among the elderly. 2. Reveal the percentage and the duration of drug-use among the elderly. 3. Understand the major reasons and methods of drug-use among the elderly. The results of this study included: 1. Drug-use by the elderly was very popular and persistent. 2. Thirty percent of our subjects used nonprescription drugs. 3. The major symptoms of drug-use were eye-indisposed, hypertension, notalgia and muscle pain & neuralgia. Our suggestions were: 1. It is very important to investigate the practice of drug-use among the elderly, so that health education for high risk people can be promoted. 2. Prevention of hypertension and notalgia while young is better than a cure while old.
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PMID:[Preliminary study of drug use by the elderly]. 770 66

The case is reported of a 58 year-old man with left-sided trigeminal and glossopharyngeal neuralgia, left hemifacial spasm and arterial hypertension. Preoperative MRI angiography examination showed a massively ectatic left vertebral artery. At operation a multiple neurovascular compression, which is described, was discovered. Microvascular decompression was performed and postoperatively the patient had complete relief from the trigeminal and glossopharyngeal neuralgia, from the hemifacial spasm, and has sustained normal arterial pressure without medication. The value of MRI in diagnosing of neurovascular compression syndromes and pathophysiology of the "so called" arterial hypertension are discussed.
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PMID:Concurrent trigeminal and glossopharyngeal neuralgia, hemifacial spasm and hypertension by neurovascular compression. Case report. 944 85

Epidural block is very useful in the treatment of herpetic pain and post herpetic neuralgia. However, in the elderly patients with cardiac disease or diabetes mellitus, severe cardiovascular changes may occur by epidural block. Epidural block caused severe hypotension in two elderly patients with herpetic pain and post herpetic neuralgia who had diabetes mellitus or hypertension. Continuous thoracic sympathetic ganglion block with local anesthetics through a placed catheter reduced their pain and caused almost no changes in cardiovascular system.
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PMID:[Two elderly patients with thoracic herpetic pain and post herpetic neuralgia treated with continuous thoracic sympathetic ganglion block through a placed catheter]. 956 May 49

It is apparent from published studies that corticosteroids do not prevent the development of postherpetic neuralgia. Earlier trials that indicated some benefit in both acute neuralgia and the prevention of postherpetic neuralgia are of limited use to clinicians due to problems with uncontrolled study designs, small sample sizes, and the absence of statistical analysis of the results. The lack of a consensus definition of postherpetic neuralgia, the variable agents and dosages used, and the different pain scales reported are of concern when trying to interpret the results of these studies for their clinical significance. In more recent larger and well-designed studies, similar rates of postherpetic neuralgia were observed in the corticosteroid and control groups. As a result of these findings, corticosteroids should not be recommended for the prevention of postherpetic neuralgia. Despite lack of efficacy in preventing postherpetic neuralgia, limited studies suggest corticosteroids such as prednisone (40-60 mg/d tapered over 3 wk) are well tolerated and may confer slightly significant benefits in reducing the duration of acute neuralgia and improving quality-of-life measures. However, the clinical significance and application of these findings remain to be addressed. If corticosteroids are used for acute neuralgia, clinicians are advised to select their patients carefully. The patients treated in these studies were generally healthy and free of comorbid diseases, such as hypertension, diabetes mellitus, and psychiatric disorders, which can be exacerbated in the presence of corticosteroids. Although dissemination of herpes zoster has been reported infrequently, it remains a potential risk with use of corticosteroids. Until the results of these studies are repeated in more diverse patient populations, corticosteroids appear to have a limited role in the management of acute neuralgia associated with herpes zoster.
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PMID:Oral corticosteroids for pain associated with herpes zoster. 979 4

This paper offers a review of cranial nerve rhizopathies caused by vascular compression of cranial nerves in the posterior cranial fossa. We present our results of microvascular decompression for trigeminal neuralgia, hemifacial spasm, and glossopharyngeal neuralgia caused by compression of the 5th, 7th and 9th cranial nerves, respectively. After a median observation time of 38 months, 20 of 25 patients with trigeminal neuralgia were completely free of pain, and one patient reported more than 50% pain relief. Four out of five patients treated for hemifacial spasms were completely free of spasms. Of two patients treated for glossopharyngeal neuralgia, one reported complete pain relief, whereas the other reported less than 50% pain relief. No serious complications occurred. The results of microvascular decompression reported in the literature reviewed, including results of the treatment of tinnitus and positional vertigo due to compression of the 8th cranial nerve, hypertension due to compression of the 10th cranial nerve and spastic torticollis due to compression of the 11th cranial nerve. It is concluded that the rationale behind microvascular decompression is supported by an extensive amount of data.
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PMID:[Vascular compression and cranial nerve diseases]. 984 12

Previous investigations have identified focal areas of alveolar bone tenderness, increased mucosal temperature, abnormal anesthetic response, radiographic abnormality, increased radioisotope uptake on bone scans, and abnormal marrow within the quadrant of pain in patients with chronic, idiopathic facial pain. The present case reports a 53-year-old man with multiple debilitating, "idiopathic" chronic facial pains, including trigeminal neuralgia and atypical facial neuralgia. At necropsy he was found to have numerous separate and distinct areas of ischemic osteonecrosis on the side affected by the pains, one immediately beneath the major trigger point for the lancinating pain of the trigeminal neuralgia. This disease, called NICO (neuralgia-inducing cavitational osteonecrosis) when the jaws are involved, is a variation of the osteonecrosis that occurs in other bones, especially the femur. The underlying problem is vascular insufficiency, with intramedullary hypertension and multiple intraosseous infarctions occurring over time. The present case report illustrates the extreme difficulties involved in the diagnosis and treatment of this disease.
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PMID:Maxillofacial osteonecrosis in a patient with multiple "idiopathic" facial pains. 1053 67


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