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Query: UMLS:C0002962 (angina)
 21,142 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Eighteen women, all of whom had extensive but noninformative breast evaluations, including 10 mammograms and 4 biopies, were successfully treated by cervical traction for chronic breast pain. Each patient had distinct clinical or electromyographic evidence of cervical root compromise. Fifteen had roentgenographic evidence of cervical spondylosis, primarily at levels C6 and C7. Cervical angina, as a symptom constellation produced by cervical radiculopathy and mimicking coronary ischemic disease, is a well-defined entity. Less well recognized is persistent breast pain as a primary presenting symptom of cervical root compromise. In both instances, the early identification of the cervical radicular origin of the pain, with its quite different prognosis and associated therapeutic implications, can promptly help to allay the patient's physical and psychologic discomfort. The pathologic mechanism of pain production and the anatomic pattern of referral are described.
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PMID:Breast pain: a symptom of cervical radiculopathy. 45 30

In a series of 63 patients, 60 with angina pectoris and 3 with cervical spondylosis and "thoracic spondylosis" showing angina like pain detailed assessments were made of the mode of onset of attack, including electrocardiography during attacks, X-ray examination of the thoracic and cervical vertebrae and neurological examinations, along with coronary arteriography in some cases, with the following results: 1. The cases of angina pectoris were classifiable grossly into two groups according to mode of onset of chest pain: Group A: Angina began with pain in the anterior chest (39 cases); Group B: Angina in the anterior chest was preceded by "pain" occurred elsewhere in the chest (21 cases). The cases in group B were further classified under two categories, types BI and BII, the former being characterized by a sudden onset of "pain" in a somatic area or areas other than the anterior chest where there is usually no dysesthesia, followed by development of retrosternal or precordial pain (6 cases), while the latter type of angina began with paroxysmal exacerbation of preexistent dysesthesia in the nape, shoulder and arms and eventuated in pain in the anterior chest (15 cases). There were two subtypes in the type BII angina viz. types BIIa and BIIb. There was no ECG evidence of ischemic changes at exacerbation of the nucha-omo-brachial dysesthesia in type BIIa while significant ischemic ECG changes were evident in association of aggravation of dysesthesia in the type BIIb patients. 2. Concomitant "cervical spondylosis" with radiographic evidence of abnormalities in cervical vertebrae and associated subjective symptoms accounted for 22.9% of group A and for 71.4% of group B. In no case of type BI was there evidence of such complication whilst all the cases of type BII had this complication. 3. The mode of appearance of pain in patients with cervical spondylosis showing angina like pain resembled to that of angina pectoris in type BII but ECG during attack did not reveal any significant ischemic changes. 4. As for interrelation between findings by selective coronary angiography (26 cases of angina pectoris) and complication of "cervical spondylosis", the complication of "cervical spondylosis" was higher in incidence in the group of cases with low-grade coronary arterial changes (degree of occlusion less than 50%) than in the group with greater arterial changes (degree of occlusion over 50%). The findings described suggest the possibility that the mode of manifestation of anginal attack may be modified by the concomitant presence of "cervical spondylosis".
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PMID:Clinical analysis of angina pectoris and angina-like pain --With special reference to ECG during attack, "cervical spondylosis" and selective coronary arteriography. 99 8

Cervical angina, resembling true angina pectoris, but resulting from cervical spondylosis and nerve root compression, is also known as pseudoangina. This report describes 164 patients treated over a 22-year period. Patients included 103 men and 61 women, with ages ranging from 45 to 68 years and averaging 54 years of age. The duration of symptoms prior to definitive diagnosis averaged ten months and ranged from ten to 18 months. Most patients had consulted at least two cardiologists prior to diagnosis. The results of stress testing were abnormal in ten patients, but none underwent angiography. Symptoms common to all patients, in varying severity, included neck pain and stiffness, occipital headache, arm pain with sensory symptoms. Neurologic deficit was found in only three instances. The majority of patients responded satisfactorily to a standard nonsurgical regimen, employed for at least three months, involving the use of a hard collar, intermittent traction, isometric exercise, and a combination of anti-inflammatory and muscle relaxant medications. In cases where disability persisted, myelography was usually employed and when confirming nerve root compression, anterior disc excision and spine fusion were performed. Such treatment was required in only 38 cases and resulted in complete relief of complaints in all but five instances in which fusion failure required re-operation with ultimate success. Fusion usually was completed in three months, during which time the patient was required to wear a hard collar.
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PMID:Cervical angina. 229 5

Cervical angina is defined as a paroxysmal precordialgia that resembles true cardiac angina caused by cervical spondylosis. Cervical angina most commonly results from compression of the C7 ventral root. We present here a case of cervical angina caused by atlantoaxial instability. This case had marked atlantoaxial instability but no flexibility of the middle to lower levels of the cervical spine. Although there was mild C7 root compression on the radiologic findings, the chest pain was induced by neck motion, and the precordialgia disappeared after posterior atlantoaxial fusion without C7 root decompression. Therefore, we diagnosed this case as cervical angina caused by spinal cord compression at the C1-C2 level. It was speculated that a perturbation of the sympathetic nervous system or a hypofunction of the pain suppression pathway in the posterior horn of the spinal cord caused the pectoralgia. Although cervical angina is a rare disease, physicians should be aware of it; if there are no abnormal findings on cardiac examinations for angina pectoris, they should examine the cervical spine. Cervical angina due to atlantoaxial instability is one of the differential diagnoses of precordialgia.
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PMID:Cervical angina caused by atlantoaxial instability. 1538 90

A 54-year-old woman developed acute progressive paraparesis after repeated precordial pain. Neurological examination revealed bilateral four-limb weakness predominant in the distal part of the upper limbs, upper limbs brisk tendon reflexes, superficial sensory impairment below the C8 level, and atonic bladder. T2-weighted cervical MRI disclosed hyperintense lesion with disc herniation in gray matter of spinal cord between C5 and C7. No vertebral artery abnormalities were detected. We hypothesized that she developed anterior spinal artery syndrome after cervical angina caused by cervical spondylosis. We conclude that physicians need to be aware of patients who experience chest pain without evidence of cardiac disease and that they take into consideration spinal cord infarction.
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PMID:[Anterior spinal artery syndrome due to cervical spondylosis presenting as cervical angina]. 1567 54

Chinese medicine practitioners apply the differentiation reasoning for decision-making. The wide scope of Chinese medicine intervention provides coverage of methods and techniques with applications to primary, secondary and tertiary levels of prevention. The rapid evolution of mathematical and computational techniques allowed the implementation of several models for pattern differentiation that were tested for several physiologic systems. Concurrently, it is argued that pattern differentiation might improve the efficacy of either traditional or conventional medical interventions. This article reviewed the influence of pattern differentiation into clinical practice organized by medical field: general pattern differentiation; genitourinary (recurrent cystitis); cardiovascular (coronary heart disease; arterial hypertension; angina pectoris); neurology (stroke); surgery; metabolic (diabetes mellitus); hepatic (cirrhosis); gastrointestinal (chronic superficial gastritis); orthopedic (low back pain; rheumatoid arthritis; cervical spondylosis; elbow arthritis); oncology (gastric mucosal dysplasia; lung cancer); gynecologic and obstetric manifestations (nausea and vomiting). The reviewed studies presented achievements that have contributed to the integration of Chinese medicine and evidence-based medicine in the treatment of many mild and severe diseases. Target diseases considered as major public health problems were also investigated and the results are promising regarding the possibility to treat guided by pattern differentiation.
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PMID:Chinese medicine pattern differentiation and its implications for clinical practice. 2205 10

Cervical angina is defined as chest pain resembling true cardiac angina but originating from disorders of the cervical spine. Cervical angina is caused by cervical spondylosis in most cases. A 66-year-old man presented with bilateral arm palsy after chest pain resembling angina pectoris. Neurological examination revealed motor and sensory disturbances of the C7 to T1 level, and magnetic resonance imaging showed a hyperintense spinal cord lesion on T2-weighted imaging. Spinal cord infarction was diagnosed. Severe sinus bradycardia was identified on admission, and improved over the course of 5 weeks. Sympathetic afferent fibers from the heart and coronary arteries generally have their cell bodies in the dorsal root ganglia of the C8 to T9 spinal segments. Electrical stimulation of cardiopulmonary afferent fibers excites spinothalamic tract cells in the T1 to T6 segments of the spinal cord. Spinal cord injury can result in the loss of supraspinal control of the sympathetic system and can cause bradycardia, as commonly seen in patients with severe lesions of the cervical or high-thoracic (T6 or above) spinal cord. Bradycardia in the present case suggested impairment of the sympathetic system at the cervical and thoracic levels. These findings indicated that cervical angina in this case was mediated through the sympathetic nervous system. This represents only the second report of cervical angina caused by spinal cord infarction.
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PMID:Spinal cord infarction with cervical angina. 2319 91