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Query: UMLS:C0019079 (hemoptysis)
6,129 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Invasive aspergillosis has increasingly been recognised to cause significant morbidity and mortality in immunocompromised patients. Fever unresponsive to broad-spectrum antibiotics is the earliest and most common sign of an invasive fungal infection. As invasive Aspergillus infections are usually acquired by inhalation of Aspergillus conidia, symptoms of a pulmonary infection such as cough, rales and marked pleuritic chest pain can be noted early in the course, whereas hemoptysis typically comes late after neutrophil recovery. Aspergillus infections of the upper respiratory tract may also involve the nasal cavity or sinuses resulting in nasal obstruction, epistaxis, facial pain, periorbital swelling and even palate destruction. Primary cutaneous infections present as non-purulent ulcerations and may be seen in association with implantable intravenous devices. Other sites of infections, such as the central nervous system, originate from dissemination of molds and may be suspected when focal neurological findings or meningism develop. The recognition of symptoms associated with invasive aspergillosis in patients at risk should prompt further diagnostic procedures, as an early diagnosis and immediate institution of antifungal therapy might improve the treatment outcome in this life-threatening condition.
Mycoses 1997
PMID:Clinical presentation of invasive aspergillosis. 947

The aim of the study is to specify the indication for surgery in the treatment of invasive pulmonary aspergillosis (API). From January 1991 to October 1996 nineteen patients who had been treated with chemotherapy and associated marrow aplasia and suffering from API were operated on. At the time of the surgical intervention all of the patients were treated with antifungal drugs. The delay between the start of their symptoms and the start of treatment was 2.6 days (range: 0-17 days). 1. The risk of a massive haemoptysis by contact between the fungal infection and the pulmonary artery led to eight urgent surgical operations: six lobectomies and two lobectomies associated with segmentectomy. The mean level of polymorphonuclear neutrophils was 296 cell/mm3 (0-1,000). Plastic surgery on the pulmonary artery was carried out in three patients. One patient died after the operation with progression of the API. The duration of postoperative stay was 13 days (6-18). 2. Planned surgery consisted of a resection of the residual mass after antifungal treatment and a diagnostic approach to the intraparenchymatous mass of indeterminate aetiology. A resection of the residual masses (in spite of antifungal treatment) was carried out in seven patients: before further haematological therapy in six cases and in one case for a superinfected lesion. The type of resection was: a lobectomy (n = 4), a lingulectomy (n = 1) and an atypical resection (n = 2). No postoperative deaths were reported. The patients left the surgical service between the seventh and twentieth day postoperatively. The surgery was used in four patients as the diagnostic approach in view of intraparenchymal masses of unknown aetiology and had enabled a fungal mycelium to be isolated at the centre of persisting inflammation. Antifungal treatment sometimes associated with surgery allowed for a better prognosis in patients suffering from invasive pulmonary aspergillosis.
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PMID:[The value of surgery in the treatment of invasive pulmonary aspergillosis in neutropenic patients]. 955 14

Penicillium marneffei is a rare fungal pathogen which can cause human infections in people predominantly living in South-east Asia and the southern portion of China. We report three cases of systemic P. marneffei infection in patients infected with HIV who lived in or had travelled to endemic areas. The clinical manifestation includes high fever, chills, weight loss, general malaise, chronic cough, haemoptysis, multiple skin lesions, abnormal liver function, etc. Chest X-ray showed single or multiple cavitary lesions with smooth or irregular thin wall. P. marneffei is cultured from blood, sputum, skin biopsy, sono-guide aspiration and bronchoscopic biopsy. After antifungal therapy with intravenous amphotericin B or oral fluconazole, skin lesions resolved completely within 2 weeks and cavitary lesions in the lungs changed to chronic fibrotic and interstitial processes after several months to a few years later. Our two cases had been treated as either pulmonary tuberculosis or suspected malignancy. A definite diagnosis and early treatment are important because this fungal infection is a marker of AIDS in South-east Asia.
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PMID:Unusual pulmonary manifestations of disseminated Penicillium marneffei infection in three AIDS patients. 1020 55

Pulmonary mucormycosis is relatively uncommon but an important opportunistic fungal infection in immunocompromised persons. The literature on the subject is sparse. We describe a recent case and review the literature to delineate the clinical characteristics of this infection. We searched the MEDLINE database for articles published in the English-language literature since 1970 and carefully analyzed 87 cases. The main risk factors were diabetes mellitus, hematologic cancers, renal insufficiency, and organ transplantation. Several patients had no apparent immune compromise. There was a predilection for involvement of the upper lobes. Air crescent signs on chest x-ray films were predictors of pulmonary hemorrhage and death from hemoptysis. Fiberoptic bronchoscopy was a useful diagnostic method, and histopathologic examination was more sensitive than fungal cultures. The overall survival rate was 44%. Patients treated with a combined medical-surgical approach had a better outcome than patients who did not undergo surgery. Thus, this relatively rare but often fatal disease should be suspected in immunocompromised patients who fail to respond to antibacterial therapy. Early recognition and aggressive management are warranted to maximize chances for cure. Optimal therapy requires systemic antifungal therapy, surgical resection, and, when possible, control of the patient's underlying disease.
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PMID:Pulmonary mucormycosis: the last 30 years. 1038 6

A 16-year-old girl was hospitalized because of anemia and thrombocytopenia in April 1998, and was diagnosed as having AML (FAB:M2). After failure of initial remission induction therapy, she was successfully treated with the MEC regimen as a second-line chemotherapy. On June 22, the first consolidation therapy was started. One week later, the patient developed a high fever with backache. Chest computed tomography (CT) on July 8 showed a 3cm mass lesion adjacent to the thoracic descending aorta in the left upper lobe. She was given fluconazole and antibiotics, and remained in remission. On July 24, the mass lesion changed to a cavitary lesion on chest CT, suggesting a fungal infection, probably aspergillosis. With recovery from neutropenia, the patient became asymptomatic, and fluconazole was changed to itraconazole. On July 27, she suffered sudden, massive hemoptysis and died. Autopsy revealed a localized adhesion between the cavitary lesion and the thoracic descending aorta, and the aortic wall was ruptured at this site. Microscopic examination revealed invasion of mucormycotic hyphae into the wall of the aorta with infiltration of inflammatory cells. The vasa vasorum were occluded by thrombi, in which mucormycotic hyphae were detected.
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PMID:[An autopsy case of pulmonary mucormycosis with fatal hemoptysis from a rupture of the thoracic descending aorta during remission from acute myelocytic leukemia]. 1119 40

The diagnosis of invasive fungal infection in patients undergoing solid organ or bone marrow transplantation remains a significant clinical challenge. Consideration of the epidemiology of these infections and host risk factors may be an important clue to a specific fungal diagnosis. Despite extensive investigation on methods such as serologic techniques to improve the rapid diagnosis of these infections, the diagnosis of invasive mycoses remains largely dependent on clinical presentation. For example, the signs and symptoms that result from angioinvasion of fungal organisms include pleuritic chest pain or hemoptysis. In a high-risk patient these findings can be important clues to invasive fungal infection. Cultures of opportunistic fungi in certain settings, such as Aspergillus in respiratory samples from immunosuppressed patients, may be associated with infection. Radiographic findings can also be useful to establish a diagnosis of infection. In patients with invasive aspergillosis as well as other angioinvasive moulds, chest CT scans may demonstrate lesions that are not visible on plain radiographs. Serodiagnosis of these infections remains largely investigational. Microbiological antifungal resistance has increasingly been reported, but in patients at high risk for serious fungal infection, including patients undergoing bone marrow and organ transplantation, antifungal resistance remains uncommon, particularly in Candida albicans. Higher doses of azoles should be used to treat patients with infections due to less susceptible yeasts and those with more serious infection. Prompt recognition of fungal infection combined with intensive antifungal therapy is needed for successful therapy.
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PMID:Approaches to fungal diagnosis in transplantation. 1142 97

Ten confirmed cases of invasive aspergillosis (IA) in cancer patients were analysed retrospectively. Eight were pulmonary, one was sinonasal and one was cutaneous. The majority of patients had haematological malignancies (7), the remaining three were cases of solid tumours. Fever was present in all 10 cases. Cough and lung signs were present in all eight cases of invasive pulmonary aspergillosis. Haemoptysis was encountered in three of nine cases of pulmonary and sinonasal aspergillosis. Mortality was low (2%). While corticosteroids, antibiotics and anticancer chemotherapy/radiotherapy were factors predisposing the patients to IA, neutropenia was perhaps responsible for their mortality. Seven of the patients had other associated pathogens isolated in culture in addition to Aspergillus spp. Aspergillus fumigatus was the predominant species, followed by A. flavus, A. glaucus, A. nidulans and A. niger. Direct microscopic examination (in six of seven cases) and culture (six of seven cases) correlated well with radiographic and clinical findings in cases with lung involvement. Serology for anti-Aspergillus antibodies performed by gel diffusion precipitin test was positive in one case of sinonasal aspergillosis, wherein only one precipitin band was observed. Correlation of clinical symptoms, consistent radiographic findings and microbiological work-up (the latter including a triad of direct microscopy, culture and serology) are required to arrive at a diagnosis of IA, especially where histology cannot form the mainstay of diagnosis.
Mycoses 2002 Nov
PMID:Invasive aspergillosis in cancer. 1242 Dec 81

Bronchiectasis is primarily the result of airway injury and remodeling attributable to recurrent or chronic inflammation and infection. The underlying etiologies include autoimmune diseases, severe infections, genetic abnormalities, and acquired disorders. Recurrent airway inflammation and infection may also be the result of allergic or immunodeficiency states such as allergic bronchopulmonary mycoses or HIV/AIDS. Bronchiectasis should be included in the differentiation diagnosis of any patient with chronic respiratory complaints such as cough and sputum production. Early clinical manifestations may be subtle. Hallmarks of severe bronchiectasis include fetid breath, chronic cough, and sputum production. The associated chronic respiratory infections and airway sepsis are punctuated by episodes of acute exacerbation. Prompt recognition and treatment of bronchiectasis may allow for prevention of disease progression and irreversible loss of lung function. This review of severe non-cystic fibrosis bronchiectasis describes the current pathophysiology, clinical presentations, and management of bronchiectasis. We review how impaired airway clearance and the inability to resolve infection and inflammation creates a vicious cycle of recurrent injury. The common clinical features of bronchiectasis and findings are presented and illustrated by radiographic images. The common species and significance of various organisms often recovered from the distal airways including: tuberculous and environmental mycobacteria, aspergillus, and bacteria such as Pseudomonas aeruginosa will be covered. Management strategies including sputum surveillance, sputum clearance, antimicrobial therapy including antifungal and antimyobacterial agents as well as the evidence for the use of inhalational and anti-inflammatory therapies such as corticosteroids are also discussed. Recommendations for the work-up and therapy of complications including hemoptysis and respiratory failure are presented.
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PMID:Severe bronchiectasis. 1471 69

A 51-year-old woman was admitted to our hospital with a diagnosis of acute myeloid leukemia (M1) in January 2002. During the course of induction therapy, she developed a fever and chest radiography revealed bilateral infiltrates. She was treated with broad-spectrum intravenous antibiotics and fluconazole, but her condition continued to worsen. She then began receiving amphotericin B, although there was no evidence of a fungal infection from the sputum culture and serologic testing. The patient soon became afebrile and improved clinically. On the 87th hospital day, however, she had a bout of abrupt massive hemoptysis and died of exsanguination. The diagnosis of aortobronchial fistula due to pulmonary mucormycosis was obtained at autopsy. Because of the angioinvasive tendency of mucormycosis, fatal hemoptysis in some patients with pulmonary mucormycosis has been reported, but most cases involve hemoptysis resulting from mucor invasion of the pulmonary artery. To our knowledge, this case represents the fourth description of pulmonary mucormycosis with fatal bleeding from the aorta.
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PMID:[Aortobronchial fistula induced by pulmonary mucormycosis in acute myeloid leukemia]. 1519 48

Invasive pulmonary aspergillosis is a life-threatening disease, developing from infection mostly by Aspergillus fumigatus. It is an opportunistic infection and occurs mostly in immunosuppressed patients, after tuberculosis, in patients with AIDS or malignomas. The most common symptom and complication is hemoptysis up to massive bleeding. Surgical treatment is obligatory on patients with a pulmonary aspergilloma. Time and form of intervention should be discussed between surgeon and pulmonologist. Resection should follow anatomical borders like lobectomy or pneumectomy. Any remaining intrathoracic cavities should be filled either with remaining lung tissue or with muscle flaps of latissimus or pectoralis muscle or omentum majus. Following these rules, intervention can be performed with reasonable mortality and morbidity rate.
Mycoses 2005
PMID:[Surgical treatment of pulmonary aspergilloma]. 1582 87


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