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Query: UMLS:C0030193 (pain)
 261,466 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Eleven patients, aged 36 to 55 years, with silicone breast implants had episodes of severe chest pain similar to heart attacks 6 weeks to 7 years after breast implantation; one patient had a severe attack 1 month after explantation. The chest pain, which was not related to physical exertion, lasted from 15 minutes to 4 days, and descriptions of it varied from a "pressing" type of pain to "stabbing" pain with radiation to the shoulders, left arm, and jaw. The associated symptoms were diaphoresis, nausea, vomiting, dyspnea, and palpitations. All of the patients had a normal electrocardiogram (ECG) with the exception of one, whose ECG showed nonspecific ST changes. Ten had cardiac evaluations, all of which yielded normal results. All had implant removal, and five were found to have at least one ruptured implant. Nine had an implant capsule biopsy; all had chronic inflammatory rinds, and five had free silicone in tissue whether or not the implants were ruptured. All eight who had a pectoralis major muscle biopsy had abnormal results: (neurogenic atrophy [six], fasciitis [three], myositis [one], chronic inflammation [one], free silicone [one], and neuroma [one]). We concluded that silicone breast implants may cause an atypical chest pain syndrome, probably due to local inflammatory reactions and neuroma formation.
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PMID:Atypical chest pain syndrome in patients with breast implants. 854 8

Standard Holter electrocardiographic (ECG) monitoring was combined with ambulatory esophageal manometry and pH-metry in 25 patients with atypical chest pain in order to determine whether an association could be found between spontaneous pain episodes and ischemic ECG changes or esophageal dysfunction. Results of ambulatory testing were compared to those obtained with standard esophageal manometry and provocative testing. Twenty-two of the 25 patients experienced a total of 88 pain episodes during ambulatory testing. Although 15 of the 22 patients (68%) experiencing pain during testing had at least one pain episode that correlated temporally with gastroesophageal reflux, esophageal dysmotility or ischemic ECG changes, 65% of all pain episodes were unrelated to abnormal esophageal events or ECG changes. Seventeen percent of pain episodes were associated with gastroesophageal reflux, 15% with esophageal dysmotility, and 2% with a combined acid reflux and esophageal dysmotility event. Only one pain episode was associated with ischemic ECG changes. Twelve of the 15 patients with chest pain episodes associated with reflux or esophageal dysmotility had other identical pain episodes in which there was no correlation. Reproduction of a patient's pain during standard manometry with provocative testing did not predict a strong correlation between the patient's spontaneous pain episodes and esophageal dysfunction during ambulatory recordings. In summary, patients with atypical chest pain have relatively few spontaneous pain episodes that correlate with gastroesophageal reflux, esophageal dysmotility, or ischemic ECG changes. It appears that different stimuli can trigger identical episodes of chest pain, which suggests that many of these patients may have dysfunction of their visceral pain sensory mechanisms.
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PMID:Ambulatory esophageal manometry, pH-metry, and Holter ECG monitoring in patients with atypical chest pain. 848 76

Although atypical chest pain has been well described in the Western population, its frequency in Chinese is unknown. Over a period of 42 months, we studied 521 Chinese patients with chest pain and identified 108 patients (20.7%) whose pain was not related to cardiac causes, as determined by exercise ECG or cardiac catheterization. Using 24 h ambulatory pH monitoring and baseline oesophageal manometry, 28.7, 19.4 and 5.6% of these patients were found to have abnormal reflux parameters, abnormal manometric findings or both, respectively. There were significantly more patients complaining of chest pain during the study in the gastro-oesophageal reflux disease (GERD) group than in the non-GERD group (16/31 vs 20/77; P < 0.001). The lower oesophageal sphincter pressure was lower in those with abnormal reflex parameters than in those with normal reflux parameters (12.7 +/- 5.4 vs 17.8 +/- 5.8 mmHg; P < 0.05). There was no significant difference in symptoms, such as heartburn (54.8 vs 42.9%), regurgitation (38.7 vs 35.1%) and dysphagia (19.4 vs 24.7%), among the two groups. Non-specific changes were the most frequent baseline motility pattern. In conclusion, atypical chest pain and gastro-oesophageal reflux disease are not uncommon in Chinese and this deserves special emphasis as the continuation of anti-anginal drugs may aggravate their condition.
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PMID:Abnormal gastro-oesophageal reflux in Chinese with atypical chest pain. 887 78

Although most patients with gastroesophageal reflux disease (GERD) present with the classic symptoms of heartburn and acid regurgitation, many complain of atypical chest pain suggestive of cardiac disease. Once cardiac ischemia has been excluded, it is important to consider GERD because this may be established as the cause of pain in 10% to 50% of such patients. If GERD is suspected or documented, vigorous antireflux treatment, preferably with proton pump inhibitory therapy, is indicated.
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PMID:Management of complicated gastroesophageal reflux disease: atypical chest pain. 934 86

Trans-Telephonic Electro-Cardiographic Monitoring (TTEM) centre, is an easy to use tool, now freely available in India. Between May 1996 and May 1997, 398 patients were registered at Escorts Heart Alert Centre (EHAC) for TTEM; 321 (81%) males and 77(19%) females. Age range was from 1 month to 95 years 65% patients were from New Delhi; 35% from other cities in India and abroad. Patients' clinical profile were post-CABG, post-PTCA, post-MI, patients after discharge; evaluation of chest pain, palpitation, chronic angina, arrhythmias, and pace-maker follow up. Out of 664 symptomatic transmissions, 510 (77%) were for cardiac symptoms like chest pain 309 (61%); palpitation 90 (18%); uneasiness 61(12%); dizziness 28(5%) breathlessness 22(4%). 154(23%) were for non-cardiac symptoms like stitch pain and backache (51); Atypical chest pain (39); weakness and fever (45) and sweating (19). 84%, 78% and 75% patients of chest pain, palpitation and dizziness respectively transmitted their ECGs within one hour of the onset of the symptoms. Out of 664 symptomatic transmissions, 531 required either re-assurance or drug-dose adjustment on telephone. 97 were called to OPD on elective basis. 36 patients were advised immediate hospitalization, for acute management. TTEM was useful in avoiding 628 unnecessary visits to the hospital whereas 36 patients, were immediately hospitalized, for receiving acute life-saving interventions.
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PMID:Trans-telephonic electro-cardiographic monitoring (TTEM)--first Indian experience. 1018 May 71

The purpose of the study was to assess the safety, adverse effects and complications of the dobutamine stress echocardiography (ED). 582 patients without previous infarction were prospectively studied with ED. There were 196 female and 368 male, age varied from 27 to 74 years, mean 52. Dobutamine was given in stepwise increasing doses from 5 to 40 mcg/kg/min. Mean maximal dose achieved was 33 mcg/kg/min. Atropine was added in 253 (43%) cases. Significant coronary artery disease was present in 323 patients (53%). There were no death, no myocardial infarction or episodes of sustained ventricular tachycardia as a result of ED. The test was terminated when following conditions were revealed: target heart rate (28.9%), maximal established dose achieved (25.3%), left ventricular asynergy (19.6%), angina pectoris (10.8%), increase of systolic blood pressure above 220 mm Hg (2.6%), hypotension (7.6%), nonsustained ventricular tachycardia (1.7%). The most common non-cardiac side effects were skin tingling (19.8%), atypical chest pain(16.3%), palpitations (13.9%) and headache (7.9%). The most side effects were usually well tolerated, without the need for test cessation. The ED was terminated only in 4 (0.6%) patients because of non-cardiac side effects including nausea (0.3%) and headache (0.3%). We conclude that ED may be safely performed in routine clinical practice. Side effects were rare and usually minor. Most severe ischemic pain was relieved by test interruption and sublingual nitro-glycerine or short acting beta-blocker administration.
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PMID:[Side effects during dobutamine stress echocardiography: analysis of 582 studies]. 1083 5

This prospective, observational study evaluated the safety of the Western Hospital admission protocol for patients with suspected acute coronary syndromes. The study included all patients admitted from the Emergency Department with an admission diagnosis of unstable angina, post infarct angina, atypical chest pain, or chest pain for evaluation. Data collected included demographic data, admission diagnosis, location of admission (bed with or without cardiac monitoring), past medical history and presenting chest pain history to determine Agency for Health Care Policy (AHCPR) and Western Hospital (WH) protocol classifications, cardiac enzyme assays, electrocardiogram analysis, adverse outcomes [death, myocardial infarction (MI), dysrhythmia, acute pulmonary edema, recurrent pain], diagnosis at hospital discharge, and length of stay-(LOS). There were 508 patients with a mean age of 63.7 years enrolled in the study. Three hundred nineteen (62.8%) were admitted to beds without any cardiac monitoring. There was one unexpected death in the unmonitored group, an 85 year-old patient who suffered a presumed dysrhythmia and whom the treating physician had decided was not for resuscitation. Twelve patients suffered nonfatal MI, and none suffered pulmonary edema. All MI patients made an uneventful recovery, and none required thrombolysis. If all patients had been admitted to an area of care based on AHCPR guidelines, an additional 310 admissions to monitored beds would have been required. The results of this study suggest that selected patients with suspected acute coronary syndromes can be safely managed in beds without continuous cardiac monitoring.
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PMID:It is safe to manage selected patients with acute coronary syndromes in unmonitored beds. 1160 75

In patients with acute chest pain the prime need, usually, is to diagnose and treat myocardial infarction or ischaemia. When a cardiac origin for the pain has been excluded, patients are commonly discharged without either a diagnosis or a plan for follow-up. We studied a group of such patients to see how far causation was pursued and how their mortality compared with that of patients with a proven cardiac cause for their symptoms. The study population was 250 patients admitted over five weeks with chest pain suspected of being cardiac in origin. Initial assessment included an electrocardiogram and measurement of troponin T. If neither of these indicated a cardiac event, the patient was deemed to have 'atypical' chest pain and the cause, where defined, was recorded. Outcomes at one year were determined by questionnaire and by assessment of medical notes. Of the 250 patients, 142 had cardiac pain (mean age 79 years, 58% male) and 108 atypical chest pain (mean age 60 years, 55% male). Of those with atypical pain, 40 were discharged without a diagnosis; in the remaining 68 the pain was thought to be musculoskeletal (25), cardiac (21), gastrointestinal (12) or respiratory (10) in origin. 41 patients were given a follow-up appointment on discharge. At one year, data were available on 103 (96%) patients. The mortality rate was 2.9% (3 patients) compared with 18.3% in those with an original cardiac event. Half of the patients with atypical pain had undergone further investigations and 14% had been readmitted. The yield of investigative procedures was generally low (20%) but at the end of the year only 27 patients remained undiagnosed. Patients with atypical chest pain form a substantial proportion of emergency admissions. The symptoms often persist or recur. The commonest causation is musculoskeletal, but a sizeable minority remain undiagnosed even after follow-up.
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PMID:Cause and outcome of atypical chest pain in patients admitted to hospital. 1261 12

Recent advances in Medical Science and the thechnological improvements in the field of myocardial revascularisation, in surgical procedures and in percutaneous interventions, made attractive the initial option for invasive strategies in the management of coronary heart disease. For this reason, coronary arteriography is nowadays more often indicated. Some concepts in coronary heart disease have been reviewed, specially those related to acute coronary syndromes. Non-ST-segment elevation myocardial infarction (previously called non-Q wave myocardial infarction) and unstable angina are now considered "unstable acute coronary syndromes" and both have the same guidelines for management. The main indications for coronary arteriography as the first diagnostic tool are: 1) incapacitating angina, even in stable patients; 2) high-risk patients with unstable coronary syndromes (refractory angina, troponin elevation, new ST- segment deviations, cardiac failure and serious arrythmias); 3) patients with acute ST-elevation myocardial infarction that will be submitted to primary angioplasty or with hemodynamic instability or persistent ischemia. Low-risk patients (angina that promptly subsides after medication, no electrocardiographic or laboratorial changes or atypical chest pain) may be submitted to non-invasive testing for further risk stratification; if no ischemia is detected, coronary arteriography is not indicated and optimized medical treatment is perfectly admitted for a great number of patients. The indications of coronary arteriography for the diagnosis and prognosis of coronary heart disease are not well delimited in clinical practice, and this method is frequently used as the first tool in the investigation of chest pain, even when the characteristics of pain are not exactly those of angina. In this review, the authors discuss the main indications of coronary arteriography in the multiple clinical aspects of coronary heart disease and in the differential diagnosis of chest pain.
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PMID:[Indications of coronary cineangiography in coronary heart disease]. 1288 1

This cross-sectional psychiatric and cardiological study compared patients with and without coronary artery disease (CAD) with respect to psychiatric morbidity, psychological factors, pain characteristics, medical morbidity and the prevalence of coronary risk factors. The 199 participants had been referred to cardiological outpatient clinics for the investigation of chest pain and had no history of heart disease. Current panic disorder occurred significantly more often in non-CAD patients (41% vs. 22%). No significant differences were found for other psychiatric disorders and psychological variables. Non-CAD patients reported significantly longer histories of pain and a higher prevalence of atypical chest pain. In other respects, there were surprisingly few differences between the groups. High morbidity of both psychiatric disease (pain disorder, 19%; any current psychiatric disorder, 72%) and somatic conditions (musculoskeletal disease, 33%; dyspepsia, 23%) was found with no significant differences between the groups. In these patients, multifactorial complaints may explain chest pain in both patient groups. The physicians should attend to psychiatric disorders in non-CAD as well as in CAD patients.
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PMID:Psychological factors, pain attribution and medical morbidity in chest-pain patients with and without coronary artery disease. 1556 12


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