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Query: UMLS:C0000737 (abdominal pain)
 31,184 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

A variety of drugs and toxins can produce severe abdominal pain and, in some cases, a surgical abdomen. Toxins can be classified according to mechanisms of injury: 1. Corrosives often produce severe gastroenteritis and may result in gastric or esophageal perforations. Examples of corrosive substances include aspirin, iron, mercury, acids and alkali. 2. Drugs may cause intestinal ileus or obstruction by pharmacologic actions (i.e., anticholinergic drugs and narcotics) or by mechanical obstruction (charcoal and drug bezoars). 3. Abdominal pain simulating an acute abdomen may result from systemic effects of black widow spider envenomation or intoxication with heavy metals such as lead and arsenic. 4. Ischemic bowel disease may occur from use of vasoconstrictor drugs, such as ergotamines, amphetamines and cocaine, or may follow treatment with catecholamines or digitalis in critically ill patients. Small bowel ischemia is life-threatening and may require bowel resection. 5. Many drugs cause abdominal pain by directly injuring abdominal organs, such as the liver and pancreas. Antibiotic-associated colitis may present with abdominal pain and inflammatory diarrhea. Consideration of drugs and toxins plays an important role in the differential diagnosis of the acute abdomen.
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PMID:Toxicologic causes of acute abdominal disorders. 266 62

An intussusception of the small intestine in association with a long tube usually occurs in the vicinity of the mercury-filled bag and can be visualized radiographically by instilling barium directly into the tube. On rare occasions, an intussusception develops in the proximal jejunum and is difficult to recognize. We report the fifth and sixth cases of a proximal jejunal intussusception with a long tube in situ and outline a clinical approach that facilitates a prompt, accurate diagnosis. A proximal jejunal intussusception should be suspected if copious bilious vomiting and abdominal pain occur following intubation of the small intestine with a long tube.
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PMID:Proximal jejunal intussusception associated with a long tube. 370 30

A total of 217 patients with essential hypertension were enrolled by 25 Canadian centers in this double-blind, parallel study to compare the efficacy and safety of enalapril administered alone or in combination with hydrochlorothiazide. After a 4-week placebo period, patients were given 10 mg of enalapril for 2 weeks. At the end of the 2 weeks of therapy, patients were maintained on the same dose of enalapril, titrated to a higher dose of enalapril, or received combination therapy with hydrochlorothiazide if their diastolic blood pressure remained > 90 mmHg. Patients in group 1 received enalapril 10 mg or 20 mg and those in group 2 received enalapril 10 mg alone or combined with hydrochlorothiazide 25 mg. The maintenance phase lasted 8 weeks. A standard mercury sphygmomanometer was used to measure blood pressure at each visit. The mean decrease in supine diastolic blood pressure (SDBP) was 16 mmHg in groups 1 and 2; the mean decrease in supine systolic blood pressure (SSBP) was 19 mmHg in group 1 and 20 mmHg in group 2. Eighty percent of the patients in group 1 and 81% of those in group 2 had an SDBP < or = 90 mmHg at the final visit. To achieve this control, 67% of the patients received enalapril 10 mg and 33% received enalapril 20 mg in group 1. In group 2, 70% of the patients received enalapril 10 mg and 30% received enalapril 10 mg plus hydrochlorothiazide 25 mg. Eighteen patients in group 1 and 17 patients in group 2 experienced one or more minor adverse events. The most frequently reported adverse events were headache, asthenia, abdominal pain, nausea, and dizziness. No major adverse events were observed. We conclude that enalapril used alone reduces blood pressure in the majority of patients with mild to moderate essential hypertension. When blood pressure is not controlled by enalapril alone, hydrochlorothiazide can safely be added to the regimen.
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PMID:Enalapril and enalapril-hydrochlorothiazide in the treatment of essential hypertension. The Enalapril-Hydrochlorothiazide in Essential Hypertension Canadian Working Group. 851 44

The aim of this paper is to present a case of acute occupational mercury poisoning treated at the Clinical Department of Occupational Diseases. A welder, forty years old was employed at a large chemical plant in the dissembling department involved in the production of acetaldehyde. The patient was referred to the hospital by an occupational physician. During his shift; dissembling mercury-covered tubes a nausea, abdominal pain and elevated temperature occurred. He was also complaining of headache and symptoms of gingivitis, which lasted two weeks before hospitalization. Before admission to the Clinical Department, mercury concentrations in urine were measured twice. The urine mercury levels were very high, impossible to determine precisely. During hospitalization, the patient was complaining of head and gingiva pains. Since the symptoms persisted and high urine mercury levels (830 micrograms/l) were determined--DMPS--Heyl was administered. After treatment symptoms subsided and the concentration of mercury in urine was gradually returning to normal. The results of laboratory tests did not reveal any impairment of internal organs. Consultant in neurology found the presence of nystagmus and positive Romberg test in the patient. Neurological signs disappeared after a month. The measurements performed by the Department of Work Safety revealed high exceeded hygiene permissible limits of mercury vapors in the air. The information provided by the employer's technical services also showed that the patient was working with the face mask, but its absorber was not readjusted to mercury vapors. A control ambulatory examination (one and a half year later) did not reveal health effects of acute exposure to mercury vapors.
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PMID:[Occupational acute mercury intoxication--a case report]. 1247 11

In March 1941, two months after her wedding, Karen Blixen was diagnosed as having syphilis in the second stage. She was treated initially with mercury and later on in Denmark with salvarsan. Years later she received more treatment with mercury, salvarsan and bismuth, but in fact she was cured already in 1915 and told so by her venerologist Carl Rasch. However, she did not believe him, and several physicians, including well-known specialists in internal medicine and neurology told her many years later that she had to accept the diagnosis tabes dorsalis, i.e., syphilis in the third chronic stage. This paper claims, based on her medical records from several hospitals, that her physicians' attitude resulted in the delay of right treatment for her real disease for many years and led to at least one unwarrented surgical procedure (chordotomy). In 1956 she finally received surgical treatment of her stomach ulcer which for many years had caused her attacks of abdominal pain. The procedure was delayed for ten years because of a lumbar sympathectomy, which removes the pain for some years but not the ulcer itself, nor the bout of vomiting. Many doctors (and biographers) have been puzzled by her life-long bowel symptoms. It was often called tropic dysentery, in spite of the fact that this diagnosis was never confirmed by stool analyses. Instead it is suggested that most likely the Baroness caused the symptoms. She misused strong laxatives during her whole adult life. She did not tell her doctors about this until very late in her life and then it was far too late. Many times barium enemas showed a severe chronic condition with dehaustration and dilatation. The reason for her misuse was the fact that she was afraid of gaining too much weight. She used amphetamine during her life in Denmark after her return in 1931 in order to reduce her appetite, and probably she used Chat in Africa. She also constantly smoked cigarettes which in combination with minimal food intake facilitated the development of her stomach ulcer. It is concluded that Karen Blixen would have had a much better life, if communication between her and her physicians had been better. She should have told them and they should have been better to listen to that which was unsaid.
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PMID:[Karen Blixen and her physicians]. 1256 2

Mercury intoxication is a rare cause of severe hypertension. A case of mercury intoxication presented with severe hypertension and erythromelalgia was reported. A 10-year- and -5-month-old girl presented with recurrent rash and painful hands for 2 months, with seizure attack and episodic loss of consciousness for one hand half months. The girl was found to have red painful hands, a blood pressure 170/120 mm Hg(1 mm Hg=0.133 kPa), tachycardia and hypokalemia (2.83-3.25 mmol/L, reference value 3.5-5.5 mmol/L). An extensive investigation ensued. Elevated renin-angiotensin and aldosterone were demonstrated in plasma. Cranial MRI T2 weighed images showed widespread white matter signal abnormalities, which particularly involved parietal, occipital and frontal lobes. With hypertension controlled, white matter signal abnormalities weakened. Other symptoms included insomnia, nausea and paroxysmal abdominal pain. The girl was found to have a raised concentration of mercury in urine (0.171 mg/L, reference value< 0.01 mg/L), and she had been exposed to elemental mercury for several days. After chelating therapy, the girl's blood pressure returned to normal, erythromelalgia ameliorated, all other symptoms disappeared. So, mercury intoxication should be considered in the differential diagnosis of hypertension with erythromelalgia.
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PMID:[Hypertension and erythromelalgia as prominent manifestations of mercury intoxication]. 1765 63

There were only a few reports of mercury on pulmonary artery. However, there is no data on surgery related mercury dissemination. The objective of the present article is to describe one case of postoperative injected mercury dissemination. A 19-year-old man presented severe neck pain including meningeal irritation sign and abdominal pain after injection of mercury for the purpose of suicide. Radiologic study showed injected mercury in the neck involving high cervical epidural space and subcutaneous layer of abdomen. Partial hemilaminectomy and open mercury evacuation of spinal canal was performed. For the removal of abdominal subcutaneous mercury, C-arm guided needle aspiration was done. After surgery, radiologic study showed disseminated mercury in the lung, heart, skull base and low spinal canal. Neck pain and abdominal pain were improved after surgery. During 1 month after surgery, there was no symptom of mercury intoxication except increased mercury concentration of urine, blood and hair. We assumed the bone work during surgery might have caused mercury dissemination. Therefore, we recommend minimal invasive surgical technique for removal of injected mercury. If open exposures are needed, cautious surgical technique to prohibit mercury dissemination is necessary and normal barrier should be protected to prevent the migration of mercury.
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PMID:Postoperative systemic dissemination of injected elemental mercury. 2160 87

Cutaneous mercury (Hg) granuloma is a rare disorder caused by the traumatic introduction of elemental Hg into skin or soft tissue. Typically, cutaneous elemental Hg deposits cause limited systemic effects. Prominent systemic toxicity may, however, occasionally occur. Herein we report a case of cutaneous Hg granuloma resulting in chronic painful local wounds and systemic toxicity in the form of abdominal pain, visual disturbances, and psychiatric abnormalities. The related literature also is reviewed.
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PMID:Cutaneous mercury granuloma: a case report. 2210 28

Deliberate poisoning with intentional ingestion of elemental mercury is reported not to result in systemic toxicity due to minimal absorption from the gastrointestinal tract. We report a case of a 43 year old male who intentionally ingested 200 ml elemental mercury which resulted in abdominal pain and vomiting. The patient subsequently aspirated globules of mercury which was confirmed on chest x-ray and his blood mercury levels were markedly raised. He was treated with chelating agents and managed in a negative pressure room to reduce the risk of staff being exposed to exhaled mercury vapour from the patient.
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PMID:Elemental mercury toxicity due to aspiration following intentional massive ingestion. 2373 32