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PubMed2002

[Predictive value of echocardiography in infectious endocarditis].

182 patients with infectious endocarditis (IE) were examined for correlations between valvular bacterial vegetations and IE activity, course, results of bacteriological and morphological findings. 81 of the patients had primary IE, 71 patients had secondary IE which had developed in uncorrected valvular heart disease, in 30 patients secondary IE had developed after surgical correction of rheumatic heart disease. It is shown that echocardiographic detection of bacterial vegetations does not determine IE severity, course and outcome.

Electrocardiography↗

PubMedDate not supplied

Case of infectious endocarditis predicted by orbital color Doppler imaging.

BACKGROUND: There are no specific ocular findings for infectious endocarditis. We report a case of infectious endocarditis detected by combining orbital color Doppler imaging (CDI) and ophthalmological findings. CASE: A 47-year-old man suffered from lumbar pain and low-grade fever. He had undergone heart surgery for a ventricular septal defect and received blood transfusions 20 years earlier, and he had started interferon therapy for chronic hepatitis C 8 months previously. Systemic examinations suggested either collagen disease, malignant lymphoma, or infectious disease. OBSERVATIONS: The patient underwent a complete ophthalmological examination, including CDI. Ophthalmoscopy showed multiple cotton-wool patches in both eyes and branch retinal artery occlusion in the left eye. Orbital CDI showed that bilateral ophthalmic arteries and central retinal arteries flowed synchronously with abnormal waves composed of three narrow, sharp peaks. These findings were suggestive of a cardiac valve disorder, which can lead to embolisms. Echocardiography established the diagnosis of infectious endocarditis. CONCLUSIONS: To the best of our knowledge, this is the first reported case of infectious endocarditis detected by orbital CDI.

Echocardiography, Doppler, Color↗

PubMed2004

[Myocardial infarction in patients with infectious endocarditis].

Myocardial infarction (MI) developed in 9% of 230 patients with active infectious endocarditis. Development of MI was associated with worsened clinical course and poorer prognosis of infectious endocarditis. MI manifested with pain in 43 and was painless in 57% of these cases. In 29% of patients initial manifestations of MI were disturbances of cardiac rhythm and conduction, and acute left ventricular failure. This precluded timely electrocardiographical diagnosis. However repetitive ECG recordings allowed to confirm MI in all patients. Elevation of enzymes helped to diagnose MI in 81% of cases. Possible causes of MI were shutting of coronary artery ostium by vegetation from an aortic valve cusp (in 47%) and/or lowering of perfusion pressure in coronary arteries because of severe aortic insufficiency (in 62% of patients). Disturbances of hemostasis with activation of its vascular and platelet elements and hypercoagulation found in all patients with infectious endocarditis also facilitated development of MI. The data obtained explain under investigated sides of pathogenesis of MI in infectious endocarditis and allow to find ways for improvement of its diagnosis and therapy.

Adult↗

PubMed1994

[Infectious endocarditis induced by Actinobacillus actinomycetemcomitans. 8 new cases].

A commensal organism of the buccal cavity, Actinobacillus actinomycetemcomitans (AAC) has been responsible for at least four new cases of infectious endocarditis by year in France. This retrospective study was based on 90 new cases of infectious endocarditis by AAC, including 8 personal observations. One third of patients had no known cardiac disease before their infectious endocarditis, the portal of entry of which was usually dental. In cases of suspected infectious endocarditis, rapid and severe weight loss (43% of cases) and, less commonly, anicteric cholestasis (8%) should alert the physician for the possible pathological role of AAC. The echocardiographic appearances are non-specific. The diagnosis is confirmed on blood cultures but the organism grows slowly in CO2 enriched atmosphere. Initially, the course of the disease was favourable in one third of patients but, in two thirds of cases, complications were observed almost renal (26%), cardiac (24%) and neurological (18%). Two thirds of patients were cured by the time they were discharged whereas the remainder had sequellae, mainly valvular and neurological. The hospital mortality was 9%; late mortality was 6%. Therefore, the prognosis of AAC endocarditis, seems to be better than that of other bacteriological forms. A combination of cephalosporin and aminoside, or even a simple third generation cephalosporin antibiotic therapy for at least 4 weeks are usually effective. The complementary surgical indications are the same as for other forms of infectious endocarditis. Prophylaxis depends on strict prophylactic amoxicillin therapy for all cardiac patients at risk of infectious endocarditis before dental treatment and on good bucco-dental hygiene.

Actinobacillus Infections↗

PubMedDate not supplied

[Course and outcomes of infectious endocarditis in HIV-infected patients].

39 patients with acute infectious endocarditis were observed; of these, 28 patients had HIV infection at different stages of the disease. The specific features of the course of acute infectious endocarditis in HIV-infected patients were established. The severe course of acute septic endocarditis was observed in those patients whose parameters of the cell-mediated immune system (cells CD4+) were in the state of compensation or subcompensation. At different stages of HIV infection different clinical syndromes of infectious endocarditis prevailed. In patients with HIV infection the combined lesions of the heart valve apparatus were observed and mixed microflora was isolated from the blood more frequently. The development of acute septic endocarditis negatively affected the course of HIV infection and was manifested by a rapid decrease in the amount of CD4 lymphocytes.

Acute Disease↗

PubMed1986

Infectious endocarditis at three hospitals in the same city: two study periods a decade apart.

We reviewed the records of patients with infectious endocarditis from three hospitals in the same city from 1970 to 1972 and from 1980 to 1982. A total of 43 episodes of infectious endocarditis occurred in 42 patients. The clientele of these hospitals differ in that one is a teaching hospital which treats principally indigent tertiary care patients, one treats principally private patients, and one provides care for military veterans. In our study we noted that changes in the frequency and etiology of endocarditis observed at our teaching hospital were not seen in either of the other hospitals. We also noted that the predilection for men and mitral valve involvement observed in some retrospective reviews of endocarditis from large metropolitan centers could not be extended to our city's hospitals. Although some interhospital variations in epidemiologic and microbiologic parameters in infectious endocarditis may be explained by different patient populations, others, such as local variations in the frequency of valvular involvement, cannot be reliably predicted from published series. We conclude that a larger data base founded on statewide reporting of infectious endocarditis would lead to a better understanding of the microbiology, anatomy, and demography of infectious endocarditis.

Adolescent↗

PubMedDate not supplied

[Immunologic studies in active rheumatic fever and infectious endocarditis].

We compared clinical and immunological characteristics of acute rheumatic fever (19 cases) and infectious endocarditis (7 cases), because these two diseases can be confused easily with each other and their differential diagnosis is not simple. In this small series we had cases of acute rheumatic fever with splenomegaly and/or vasculitis, as well as infectious endocarditis with subcutaneous nodules, which exemplifies the diagnostic problem. Using laboratory tests we were able to point out differences which are statistically significant, such as: rheumatoid factor by passive agglutination of IgG sensitized latex particles (X2 4.27 p less than 0M05), and tests which reflects the presence of circulating immune complexes, hemolytic capacity of antigammaglobulin antibodies (X2 3.79 p less than 0.05) and the presence of circulating C3 degradation products (X2 5.92 p less than 0.01), which occurs preferentially or exclusively in infectious endocarditis. Although in the standard patient the clinical assessment is usually sufficient to establish a diagnosis, when differentiation between acute rheumatic fever and infectious endocarditis is not clear, immunologic tests are helpful.

Adolescent↗

PubMed1984

[Characteristics of acute infectious endocarditis in various types of hospitals].

The study has revealed that active forms of infectious endocarditis constitute 30-50% of all septic diseases in hospitals. It is the normal cusps of the valvular apparatus of the left cardiac portion that are predominantly damaged, deformed or destroyed. Endocardial involvement of the right portion of the heart and the pulmonary artery occurs very rarely. Infectious patients develop sepsis more frequently than patients with non-infectious diseases but it takes the form of acute infectious endocarditis less commonly. Currently the clinical course of acute infectious endocarditis is characterized by predominantly ulcerous thrombotic damage of the normal valves with the formation of heart disease, the development of congestive insufficiency of the circulation and thromboembolic complications and the lethal outcome in the first weeks of hospitalization in 95.6% of patients with acute endocarditis in infectious and 56.6% in non-infectious hospitals.

Acute Disease↗

PubMed2003

[Infectious endocarditis as a surgical problem in Russia].

Infectious endocarditis (IE) is mainly a surgical problem and requires an integration of efforts of specialists of different fields for its treatment. Successful treatment of this severe disease is to be based on the early diagnosis and early operation. So IE should be estimated as a surgical pathology and this nosological form must be included in all manuals on general surgery and studying infectious endocarditis must be included in the programs of training doctors at surgical series of lectures. Such interpretation of this question will change doctors' mentality and will lead to the earliest admission of the patient with this pathology to specialized cardiosurgical hospital and will allow to avoid severe disabling complications of IE, to increase the number of valve-saving operations and to improve prognosis in the treatment of this disease.

Early Diagnosis↗

PubMed1990

[Two treated cases of infectious endocarditis with subsequent rupture of cerebral aneurysm].

Infectious cerebral aneurysm secondary to infectious endocarditis is susceptible to rupture and its prognosis is unfavorable with high mortality. Recently, we encountered two cases (a 20-year-old man and a 21-year-old woman) with intracranial bleeding due to this disease at the Department of Surgery, Aomori Rosai Hospital, and succeeded in replacing the mitral valve. Based on the present case and related reports in Japan and abroad, the importance of immediate appropriate brain surgical treatment and subsequent radical treatment such as replacement of the mitral valve for infectious endocarditis is shown for improvement in the lifesaving rate for intracranial bleeding due to the present disease.

Adult↗

PubMed1999

[The Ross procedure in the acute phase of infectious endocarditis in childhood].

The Ross procedure of aortic valve replacement with a pulmonary autograft has several advantages in childhood over mechanical prostheses or homografts, especially in infectious endocarditis requiring early surgery. Between January 1997 and July 1998, 3 children with no known previous cardiac disease, aged 14 months, 10 and 11 years, had aortic valve infectious endocarditis. The causal organism was not identified in 1 case and the other two were due to staphylococcus aureus and corynebacterium diphteriae. All children had severe, rapidly progressive aortic regurgitation complicated by pulmonary oedema in the baby and systemic emboli in the two older children. Surgery was performed within 9 days, 1.5 month and 2 months after the onset of the disease. The postoperative course was uncomplicated in the 3 cases. Postoperative Doppler echocardiography showed absence of autograft dysfunction or stenosis, with the presence of pulmonary regurgitation in 1 case. Pulmonary autograft has the advantages of not requiring anticoagulation, of allowing growth of the aortic ring, of not being limited by the age of the patient and of having a low risk of degeneration and infectious endocarditis. Therefore, it seems particularly indicated for cases of complicated infectious endocarditis requiring early aortic valve replacement. The early (4.8%) and late (4.3%) mortality rates were comparable to those of other techniques and are lower than those associated with valve replacement with mechanical prostheses in cases of endocarditis (8.5% versus 40%). The secondary morbidity is 18.8% with dysfunction of the autograft and/or stenosis of the pulmonary homograft. Despite a limited follow-up, aortic valve replacement by a pulmonary homograft seems better than aortic valve replacement with a homograft or mechanical prosthesis, especially in cases of complicated infectious endocarditis requiring surgery in the acute phase. Further studies are required to confirm these encouraging results.

Aortic Valve↗

PubMed1998

[Infectious endocarditis at Ullevål hospital 1988-94. Echocardiographic investigation].

During a seven-year period (1998-94) 68 patients with infectious endocarditis were diagnosed at a university hospital. Staphylococcus aureus was the most common etiological agent (38%), followed by Streptococcus viridans (21%). In seven patients the diagnosis infectious endocarditis was first made during autopsy, all seven of them had the clinical diagnosis septicaemia. Surgery was performed on 41% of the patients. Case fatality was 34%. Case fatality was significantly higher for S aureus endocarditis than for S viridans endocarditis, 48% vs. 7% (p = 0.01). The advantages of transthoracic and transoesophageal echocardiography in the diagnosis and follow up of patients with infectious endocarditis is emphasized. In spite of these new diagnostic tools a definitive clinical diagnosis of infectious endocarditis was not made for 23% of the patients.

Adolescent↗

PubMed1991

Infectious endocarditis after fiberoptic sigmoidoscopy. With a literature review.

Infectious endocarditis is a feared complication of procedures causing bacteremia. Gastrointestinal procedures cause bacteremia, but are seldom followed by infectious endocarditis. Of nine cases found in the English literature, only five have convincing evidence that endocarditis resulted from the gastrointestinal procedure. I present a new case of endocarditis due to Streptococcus sanguis type II after fiberoptic sigmoidoscopy.

Endocarditis, Bacterial↗

PubMed1995

Hospital-acquired infectious endocarditis not associated with cardiac surgery: an emerging problem.

To assess the most relevant features of hospital-acquired endocarditis, we conducted a retrospective study of cases of infectious endocarditis at a single university hospital from 1978 through 1992. During this period 248 episodes of infectious endocarditis were documented; 23 (9.3%) of these episodes were hospital-acquired and were not associated with cardiac surgery. (This figure represented a remarkable rise in the frequency of nosocomial endocarditis, only one case of which was identified among 101 cases of endocarditis treated at the same institution between 1960 and 1975.) In each of the 23 nosocomial cases, endocarditis was the result of bacteremia associated with a hospital-based procedure: intravenous catheterization (15 cases), instrumentation of a diseased urogenital tract (seven cases), or liver biopsy (one case). Staphylococcus aureus and Enterococcus faecalis were the predominant organisms isolated from intravenous catheters and the urogenital tract, respectively. Two of seven enterococcal isolates were highly resistant to gentamicin (MIC, > 2,000 micrograms/mL). Overall mortality was 56%. Two subsets of at-risk patients with different anatomic and clinical manifestations were identified. Our results emphasize that infectious endocarditis must be considered a serious nosocomial hazard against which preventive measures must be implemented.

Bacteremia↗

PubMedDate not supplied

[Infectious endocarditis in mitral valve prolapse].

The paper reports on 13 cases of infectious endocarditis in the patients with prolapse of the mitral valve admitted for a period of 10 years (1979-1989) into the Clinic of Cardiology of the Fundeni Hospital. These cases stand for 3.6% of the cases with prolapse of the mitral valve admitted during that period, and 5% of the patients with infectious endocarditis. Our study dealt only with the cases of the prolapse of the mitral valve, clinically and echographically documented before the appearance of the septic graft. The hemocultures were positive in all the patients (viridans streptococci in 84.61% cases). The symptomatology, the clinical objective data and the paraclinical results (phonocardiographic, echocardiographic, electrocardiographic, radiologic, investigations with isotopes), the response to the treatment (medical, surgical) and the evolution in time were analyzed. An increase was found during endocarditis in the number of patients with holosystolic murmurs (30.7% cases) versus those with click-telesystolic murmur, the appearance in 41.15% of the cases of valvular vegetations at the Echo examination, and in 15.38% cases of ruptures of cordages. Mitral insufficiency secondary to endocarditis became worse, in 30.76% cases. The treatment with antibiotics resulted in the healing of the infection in all the cases. The surgery was not necessary in any patient during the evolution of endocarditis. The surgery (valvular prosthesis) was made in 23.07% cases, which presented, after curing the septic graft, important mitral regurgitation with cardiac insufficiency refractory to the medical treatment. Prophylaxis of the infectious endocarditis in the prolapse of mitral valve with mitral regurgitation is necessary.

Adult↗

PubMedDate not supplied

[Circulation disorders in infectious endocarditis].

80 autopsy cases with the diagnosis of infectious endocarditis were reviewed from the Department of Pathology of the Instituto Nacional de Cardiología. Cases included were those who had history of conduction abnormalities. 5% of cases had conduction abnormality due to infectious endocarditis. In 12% of cases, this was attributed to some other cause independent of IE. Only 2 cases had complete AV block and in one of them (1.25%) there was a ventricular septal lesion. It was concluded that abnormalities are a least frequent complication in the natural history of IE. Generally it is due to the extension of the infectious process in the aortic valve towards the ventricular septum and when present carries a bad prognosis.

Electrocardiography↗

PubMed1995

[Mitral valve repair for infectious endocarditis].

Fourteen patients with mitral regurgitation resulting from infectious endocarditis underwent mitral valve repair between December 1988 and July 1994. There were nine males and five females aged from 14 to 70 years (mean 40.2 +/- 19.7 years). Three patients had active endocarditis. Time between the onset of endocarditis symptoms and surgery ranged from 1 to 24 months (mean 8.3 months). Bacterial findings were Streptococcus in eight patients, Staphylococcus in one, and unknown in five. All macroscopically infected tissue was excised in patients with active endocarditis. Carpentier's reconstructive techniques were mainly used. There were no hospital deaths. Mean follow-up was 29 months and complete. Thirteen patients were in New York Heart Association functional class I and one in class II. There were no late deaths, reoperations, recurrent endocarditis, thromboembolic events, or other valve-related morbidity. We conclude that mitral valve repair is an attractive procedure in patients with mitral regurgitation resulting from infectious endocarditis.

Adolescent↗

PubMed1994

[The usefulness of transesophageal echocardiography in the diagnosis of infectious endocarditis and its complications].

INTRODUCTION AND AIMS: Transthoracic echocardiography is a technique with high specificity but low sensitivity in the diagnosis of valvular vegetations and infectious endocarditis complications. Recent reports have shown the transesophageal technique to be more sensitive. The aim of this study was to assess the comparative diagnostic roles of transthoracic and transesophageal echocardiography in infectious endocarditis. METHODS: Eighty-eight patients with infectious endocarditis (native valve in 71 and prosthesis in 17) were studied. All underwent transthoracic echocardiogram followed by transesophageal study to detect vegetations and possible complications, particularly paravalvular abscesses. RESULTS: Transthoracic echocardiogram diagnosed vegetations in 33 (46%) of the 71 native valve endocarditis, whereas these were detected by transesophageal study in 67 (94%). In 23 patients vegetations were surgically confirmed. Transthoracic echocardiography failed to diagnose vegetations in any of the prosthetic endocarditis, whereas they were detected by transesophageal study in 11 of the 17 cases (65%). Of the 9 patients who underwent surgery in the acute phase, 5 presented vegetations on transesophageal study which were confirmed at surgery. Transesophageal echocardiography diagnosed 14 abscesses: 11 aortic peri-annular and 3 in the interfibrous. Echocardiography only detected 1 of the peri-annular aortic abscesses. All patients with peri-annular abscess underwent surgery. Transesophageal echocardiography was also more effective than transthoracic in the diagnosis of other complications: 15 vs 4 chordae tendineae mitral valve rupture and 18 vs 13 aortic valve disruption. CONCLUSIONS: Transesophageal echocardiography is more effective than transthoracic echocardiography in the diagnosis of infectious endocarditis and its complications and would therefore be indicated in all cases of absence of vegetations on transthoracic echocardiography and clinical suspicion of endocarditis. Transesophageal echocardiography could be indicated in all cases of clinically suspected aortic endocarditis to rule out peri-annular abscesses.

Adult↗