Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: UMLS:C0008031 (chest pain)
 17,248 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Thirty patients with acute, painful vertebral compression fracture were studied. Certain vertebrae, namely T8, T12, L1 and L4, were more likely to fracture. The majority occurred spontaneously (46%) or after trivial strain (36%). Of the former, 30% occurred whilst in bed. Radiation to the flanks and anteriorly was common (66%) but leg radiation was uncommon (6%). Associated symptoms noted were: nausea (26%), abdominal pain (20%), chest pain (13%). Straining exacerbated pain in only 60%. The position of comfort was lying flat (43%) or sitting (36%) but 16% found standing or walking most comfortable. The correct diagnosis was made at the first visit in only 43% of patients. In the remainder there was a mean delay of 4.5 days before diagnosis. This poor diagnostic rate may be improved if other clinical features of osteoporosis such as kyphosis and a previous history of wrist and hip fractures are recorded, particularly when acute back pain occurs in bed. Full thoracic and lumbar X-rays may be required because pain and site of pathology may not coincide. Bone scanning may be necessary if immediate X-rays are normal. In early management the position of most comfort may be preferable to complete bed rest.
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PMID:Clinical profile of acute vertebral compression fractures in osteoporosis. 183 54

The straight back syndrome, consisting of loss of normal upper thoracic spinal curvature associated with cardiac murmurs and radiographic cardiomegaly is considered a form of 'pseudoheart disease' which has been attributed to squashing of the heart in the reduced AP diameter of the chest. During an 18-month period 31 patients referred to a cardiologist were found to have a straight back. Forty-five relatives were subsequently examined and 27 were found also to have a straight back. Palpitations and chest pain were the commonest symptoms. On the lateral chest radiograph the distance from the middle of the anterior border T8 to a vertical line connecting T4 and T12 was found to be significantly reduced compared to controls, and a value less 1.2 cm is indicative of a straight back. Of the 58 subjects with the syndrome, 39 (67 per cent) had clinical and/or echocardiographic evidence of mitral valve prolapse. Respiratory function testing revealed no significant abnormality. HLA typing showed no association with an particular HLA antigen but indicates that the straight back syndrome is inherited as an autosomal dominant condition and suggested that the antigenic determinants may be located on chromosome 6. We conclude that the straight back syndrome should no longer be considered a form of pseudoheart disease and patients should be investigated for associated mitral valve prolapse and their relatives screened.
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PMID:The straight back syndrome. 726 61

Spinal cord stimulation (SCS) has routinely been used since the beginning of the 1970s. The initial indications for stimulation were the so-called deafferentation or neurogenic pain. Further work has confirmed that neurostimulation is useful in severe peripheral vascular disease in relieving pain and increasing capillary blood flow and oxygen tension. The effects are similar to those of sympathectomy. In 1964 Apthorp et al. discovered that sympathectomy relieved angina in about 75% of patients. The use of SCS to treat angina follows logically from its use in peripheral vascular disease. METHODS. The pain-relieving effect of SCS was investigated in two patients, 54 and 69 years old, who were hospitalised for 8 and 28 days. Both patients had severe angina pectoris (duration 2 and 15 years, New York Heart Association class III and II), related to three-vessel disease, and one of them had previously undergone his third bypass operation. The other patient was not considered suitable for surgery. The antianginal treatment (long-acting nitrates, beta-blockers, calcium antagonists) was regarded as optimal and was not changed during the observation period (Table 1). SURGICAL TECHNIQUE AND STIMULATION EQUIPMENT. We used the commercially available Medtronic SCS system. The operation was performed under local anaesthesia to allow the patient to answer questions during the intraoperative stimulation. The epidural space was punctured at the level of T7-T8 in one case and T11-T12 in the other. The electrode tip was positioned in the midline or a few millimetres to the left at the T1-T2 level (Figs. 1, 2), so that the patient felt a prickling sensation in the precordial area and into the arms. The distal end of the electrode was sutured to the fascia and connected via a tunnelled extension lead to the external pulse generator. The pulse width was 200 microseconds, frequency 80 Hz. An appropriate amplitude (usually 8-10 V) was used for comfortable paraesthesia. The study consisted of two parts: a run-in period (1 week) to standardise the stimulation when mobilisation was performed. A treatment period (18 months) to determine the patient's working capacity after continuous stimulation (Table 2). After a successful run-in period a Medtronic receiver was implanted, connected to the electrode and stimulated by external pulse generator. Different variables were used to assess the effect: pulse rate, blood pressure, the product of pulse rate and systolic blood pressure, estimated anginal pain, and ST changes in the electrocardiogram (ECG) before, during and after mobilisation. RESULTS. The stimulation was carried out for 30 min 10-12 times a day during the run-in period and five to six times a day during the treatment period. Altogether there was slight lowering of heart rate and systolic blood pressure. Consequently the product of heart rate and systolic blood pressure was diminished. In one case (NYHA II) the distinct disorder of repolarisation reverted to the normal condition as shown on ECG. In the other case (NYHA III) the ECG remained unchanged because of a severe aneurysm of the cardiac wall. Both patients experienced nearly complete pain relief after a few days for 6 and 12 months respectively. However, an increasing effort tolerance could be demonstrated in both patients by reducing the extent of the heart failure (NYHA II/III to NYHA I/II) (Table 2). DISCUSSION. Our two hospitalised patients had clinically intractable angina pectoris and severe manifestations of heart disease corresponding to at least NYHA functional class II-III. Both were unsuitable for operation and showed no improvement on individually titrated maximal oral antianginal drug treatment. During SCS treatment significant improvement was obvious: chest pain, ST-segment depression, and the extent of heart failure could be reduced. Both patients reached a better NYHA functional class, exhibited increased working capacity and reported reductions in anginal attacks and pain. Th
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PMID:[Epidural spinal cord stimulation in therapy-resistant angina pectoris]. 836 77

A case of multiple primary primitive neuroectodermal tumours (PNETs), which occurred at different levels of the spinal epidural space successively over a period of 8 months, is reported. A 24-year-old male, presenting with rapidly progressive paralysis, hyperthesia and a posterior epidural mass extending from T8 to T10 revealed by magnetic resonance imaging (MRI), exhibited a good recovery after initial emergency surgery. Lower back pain, chest pain and paralysis were subsequently reported. Spinal MRI in month 7 revealed a mass extending from T12 to L1 and another mass extending from T4 to T5 was detected epidurally in month 8. Additional operations were performed and radiotherapy was given. Pathological findings were consistent with PNETs and symptoms improved with treatment, particularly following each surgical excision.
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PMID:Multiple primary primitive neuroectodermal tumours within the spinal epidural space with non-concurrent onset. 1838 Sep 50

Cerebral vasospasm is a well-known consequence of aneurysmal subarachnoid hemorrhage (SAH) triggered by blood breakdown products. Here, we present the first case of cerebral vasospasm with ischemia following a spontaneous spinal SAH. A 67-year-old woman, who was on Coumadin for atrial fibrillation, presented with chest pain radiating to the back accompanied by headache and leg paresthesias. The international normalized ratio (INR) was 4.5. Ten hours after presentation, she developed loss of movement in both legs and lack of sensation below the umbilicus. Spine MRI showed intradural hemorrhage. Her coagulopathy was reversed, and she underwent T2 to T12 laminectomies. A large subarachnoid hematoma was evacuated. Given her complaint of headache preoperatively and the intraoperative finding of spinal SAH, a head CT was done postoperatively that displayed SAH in peripheral sulci. On postoperative day 5, she became obtunded. Brain MRI demonstrated focal restricted diffusion in the left frontoparietal area. Formal angiography revealed vasospasm in anterior cerebral arteries bilaterally and right middle cerebral artery. Vasospasm was treated, and she returned to baseline within 48 hours. Spontaneous spinal SAH can result in the same sequelae typically associated with aneurysmal SAH, and the clinician must have a degree of suspicion in such patients. The pathophysiological mechanisms underlying cerebral vasospasm may explain this unique case.
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PMID:Cerebral Vasospasm with Ischemia following a Spontaneous Spinal Subarachnoid Hemorrhage. 2347 68