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Query: UMLS:C0027497 (nausea)
 23,468 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Five patients who had injected intravenous (i.v.) phenmetrazine or methamphetamine developed marked prostration resembling septic shock, disseminated intravascular coagulation, rhabdomyolysis with myoglobinuria, and azotemia. Soon after injection, four noted chills, fever, sweats, nausea, and abdominal cramps. Within hours, they developed vomiting, myalgias, paresthesias, headache, and orthostasis. Cardiorespiratory arrest, accelerated bleeding, and noncardiac pulmonary edema were observed in one patient. From 4 to 11 litres of saline were required in the first 24 h to maintain blood pressure and urine output, suggesting that shock resulted from massive loss of intravascular volume into necrotic muscle. Recognition of this syndrome and treatment by aggressive volume replacement led to the recovery of all five patients.
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PMID:Rhabdomyolysis and shock after intravenous amphetamine administration. 84 98

The effects of oxides of nitrogen inhalation are reported in a 21-year-old gardener exposed to silage gas. Initial nausea, cough and fever remitted, but respiratory failure developed 3 weeks later. Roentgenograms and lung function studies revealed pulmonary edema, volume restriction, and severely impaired gas exchange. Needle biopsy showed a nonspecific interstitial pneumonia. With steroid therapy all functional parameters except diffusing capacity returned to normal. Failure to inquire about non-occupational activities led to delayed diagnosis. A brief review of toxic effects of nitrogen oxides is presented.
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PMID:Silo-Filler's disease. 111 73

A 19-year old woman ingested an unknown amount of sodium azide (NaN3). The earliest symptoms were nausea and loss of vision. Within a few hours her clinical features were dominated by central nervous system signs, acute pulmonary edema, lactic acidosis, and hypothermia. The patient died within 12 hours, hypotension and shock occurring as preterminal events. This was the first recorded case in which antidotal methemoglobin production was attempted. Sodium nitrite administration resulted in methemoglobinemia but did not appreciably alter the clinical course and may not be of major benefit. Gross examination post-mortem showed marked pulmonary edema, visceral hemorrhage and congestion, and slight cerebral edema. Microscopically, the lungs showed alveolar and interstitial edema and a polymorphonuclear infiltrate. There were petechial hemorrhages and severe nonspecific changes in the brain.
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PMID:Fatal self-administration of sodium azide. 114 58

Acetazolamide is a useful prophylactic for acute mountain sickness causing marked reduction in headache, nausea, vomiting, weakness, etc. Improvements correlate with increased arterial oxygen concentrations, reduction in proteinuria and peripheral oedema and other objective measures of acute mountain sickness. Evidence that Acetazolamide is beneficial for pulmonary oedema or cerebral oedema is scanty because of the lower frequency of these severe forms of mountain sickness. Dexamethasone, used prophylactically, also reduces the symptoms of acute mountain sickness partly due to its euphoric effect. Use of Acetazolamide as a treatment for established acute mountain sickness has been investigated. Large doses of Acetazolamide increase arterial oxygen levels over a few hours and this leads to a reduction of symptoms but data is limited and faster acting carbonic anhydrides inhibitors such as Methazolamide may be preferable in an emergency situation. There is no comparison of the effectiveness of Acetazolamide with other drugs used for treating acute mountain sickness such as steroids and calcium channel blocking drugs. Also, there is no data on drug combinations which could have additive effects and thereby be more beneficial than individual drugs.
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PMID:Acetazolamide and high altitude diseases. 148 96

This is a case report of immediate acute pulmonary edema following the intravenous administration of Stronger Neo-Minophagen C (glycyrrhizin) and Chlor-Trimeton (chlorpheniramine maleate). The patient was a 15-year-old Japanese boy who had a previous history of surgery for right testicular tumor and adverse reactions to contrast media. The patient complained of severe headache, nausea, and vomiting just before the end of intravenous administration of these drugs, which were being given to prevent an adverse reaction to contrast enhanced CT. The symptoms disappeared within a few minutes, but chest CT examination performed immediately after the onset of the adverse reaction showed ill-defined consolidations with air bronchogram, especially in the anterior portion of both lungs. One day later, the abnormalities coalesced and poorly marginated patchy opacities developed. A week later, the abnormal densities disappeared. CT findings suggested acute pulmonary edema, especially in the anterior portion of both lungs. Thus CT examination was useful to detect focal pulmonary edema even in a patient with no particular respiratory symptom.
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PMID:Drug-induced acute pulmonary edema--sequential changes in CT images. 182 97

Intravenous fluorescein angiography is a commonly performed and extraordinarily valuable diagnostic procedure. The frequency of adverse reactions after angiography has varied considerably in previous reports. In a prospective study of 2789 angiographic procedures in 2025 patients, the authors found that the percentage of adverse reactions depended strongly on the patient's angiographic history. Overall, adverse reactions followed 4.8% of the angiographic procedures. These reactions included nausea (2.9%), vomiting (1.2%), flushing/itching/hives (0.5%), and other reactions (dyspnea, syncope, excessive sneezing) (0.2%). No cases of anaphylaxis, myocardial infarction, pulmonary edema, or seizures occurred. The percentage of reactions was 1.8% for patients who had had previous angiography without ever having had an adverse reaction. In contrast, the percentage of reactions was 48.6% for patients who had had an adverse reaction to angiography previously.
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PMID:Frequency of adverse systemic reactions after fluorescein angiography. Results of a prospective study. 189 Dec 25

An 81-year-old woman had chills, fever, nausea, vomiting, and epigastric pain. On day 3 she had hematuria and was treated with trimethoprim-sulfamethoxazole. On day 5 she had a cough, hypotension, anemia, azotemia, and elevated hepatic enzyme levels. Her condition deteriorated with thrombocytopenia, anuria requiring dialysis, edema, and hypoalbuminemia. Treatment with chloramphenicol and doxycycline was started on day 10. By day 11, she was in hypotensive shock; on day 12 she had seizures and died. Murine typhus was diagnosed by demonstration of antibodies to Rickettsia typhi by indirect immunofluorescence. Necropsy revealed interstitial pneumonia, pulmonary edema, hyaline membranes, alveolar hemorrhages, petechiae and vasculitis in the central nervous system, interstitial myocarditis, multifocal interstitial nephritis and hemorrhages, splenomegaly, portal triaditis, and mucosal hemorrhages in urinary tract. Immunofluorescent R. typhi were demonstrated in the lungs, brain, kidneys, liver, and heart. This unusual death occurred in an elderly patient without rash who was treated too late with antirickettsial drugs.
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PMID:Histopathology and immunohistologic demonstration of the distribution of Rickettsia typhi in fatal murine typhus. 249 81

We present the case of a patient who attempted suicide by ingestion of the rodenticide zinc phosphide. Zinc phosphide manifests its immediate toxicity through production of phosphine gas. Signs and symptoms of toxicity include nausea, vomiting, dyspnea, and changes in mental status; immediate death results from pulmonary edema. Delayed effects are secondary to the absorption of phosphide, affecting primarily the liver, heart and kidneys. Delayed deaths are related to a direct cardiotoxicity. Treatment is mainly symptomatic and supportive; aggressive airway management and circulatory support are critical to a successful outcome.
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PMID:Zinc phosphide ingestion: a case report and review. 257 17

A 27-year-old man was accidentally given 2 mg intravenous epinephrine instead of 2 mg naloxone. He immediately developed chest pain, nausea, and diaphoresis. An ECG taken shortly after the epinephrine administration showed widespread ischemia. Forty-five minutes later the tracing still showed an early repolarization pattern, but ST elevation was less marked and the patient was asymptomatic. Serum potassium was 3.2 mEq/L and serum catecholamines, drawn approximately 20 minutes after the epinephrine administration, were 10 times normal (dopamine, 173 ng/L; epinephrine, 1,628 ng/L; norepinephrine, 1,972 ng/L). There are seven other reports of intravenous epinephrine overdose in the English literature. Two of the previously reported cases had 12-lead ECGs within the first hour. In both there was evidence of transient ischemia similar to that observed in this case. Most of the patients had symptoms consistent with angina, and several developed pulmonary edema. These findings suggest that, in humans, large intravenous doses of epinephrine are likely to produce coronary artery spasm and may decrease coronary artery perfusion.
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PMID:Coronary artery spasm induced by intravenous epinephrine overdose. 275 14

A review of the prelegal abortion scene in the US precedes discussion of the effect of injected soap, phenol, cresol, and their compounds. The latter is based on a review of 4 toxicology books. There is little difference in the symptoms after the instillation of phenols, cresols, or soaps. Any one of those agents can cause vaginal bleeding, abdominal pain and distension, nausea, vomiting, and cramps. The damage produced by the use of Lysol thus is due to both the phenol and soap components of the compound. Following instillation into the uterus, there is coagulation necrosis of the decidua and placental site. The toxin will invariable cause thrombosis of the intrauterine and parametrial veins. The thrombosis may spread to the entire pelvic vein plexus and paravaginal, paracervical, and ovarian veins. The liver and kidney are affected by the toxin. Icterus and bile pigments in the urine and clinical evidence of liver damage are seen often. Pulmonary edema has been described as have microscopic to massive pulmonary oil emboli and thrombosis. Depression of all bone marrow elements due to toxin has been reported. The red blood cells are further depressed in number because of hemolysis. Cerebral changes include oil emboli, cerebral coagulation, necrosis, and petechial hemorrhages. Until Studdiford and Douglas described gram-negative sepsis causing shock, patients admitted with hypotension accompanying septic abortion were thought to have concealed blood loss. Studdiford and Douglas showed that gram-negative septicemia could produce hypotension. With the advent of massive antibiotic therapy for septic abortion and septic shock, most of these patients could be saved. The kidneys, after exposure to phenolic-soap comounds, show mainly lower nephron changes. As long as the toxin is in the system those changes continue until irreversible renal damage occurs. It is essential to remove the source of the poison (the affected uterus) and then remove the circulating toxins. the main problem is removal of the circulating toxin. In addition to the problems produced by fixed and circulating toxin, it has been shown that most phenol-soap induced abortions are infected. Thus it is necessary to employ the optimal antibiotic therapy for septic incomplete abortion. The initial management phase moves along classic lines. First is monitoring the vital state and supporting the systems. This includes maintaining an intravenous solution with a large-bore needle, monitoring central venous pressure, measuring urinary output, monitoring the vital signs, maintaining adequate oxygenation, and supporting the blood pressure with blood vasopressors or other agents, as needed. Second is diagnosing the extent of the illness. Third is the initial treatment, which includes reestablishment of the blood volume with blood transfusions; aggressive coverage with double or triple antibiotic therapy; correction of hypofibrinogenemia with cryoprecipitate, fresh whole blood or fresh frozen plasma, as indicated; and avoidance of overhydration in the presence of actual or suspected renal failure. After antibiotic coverage has been established, removal of retained products of conception is indicated.
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PMID:Treatment of women who have undergone chemically induced abortions. 404 35


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