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עמוד בית
Fri, 05.12.25

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March 2002
Alp Aydinalp, MD, Alice Wishniak, MD, Lily van den Akker-Berman, MD, Tsafrir Or and Nathan Roguin, MD

Background: Myocardial infarction-associated pericarditis is a common cause of chest pain following MI[1], its frequency depending on how it is defined.

Objectives: To investigate the incidence of acute pericarditis and pericardial effusion in the acute phase of ST-elevation MI treated with thrombolytic therapy.

Methods: The study group comprised 159 consecutive patients fulfilling the criteria for acute MI who were admitted to our department during 18 months. Infarct-associated pericarditis was defined as the finding of a pericardial friction rub, a typical pleuropericardial pain, or both. All patients underwent physical examination of the cardiovascular system four times daily for 7 days, as well as daily electrocardiogram and echo Doppler examinations.

Results: Fourteen patients (8.8%) developed a friction rub and 11 patients (6.9%) had a mild pericardial effusion. Six patients (4.0%) had both a friction rub and pericardial effusion. Two patients had a friction rub for more than 7 days. Pleuropericardial chest pain was present in 31 patients (19.5%) but only 7 of them had a friction rub.  The in-hospital mortality rate was 1.3% and no mortality was observed in the acute pericarditis group.

Conclusion: The incidence of signs associated with acute pericarditis was lower in MI patients treated with thrombolysis, compared with historical controls, when a friction rub and/or pericardial effusion was present. There was no significant reduction in the incidence of pleuropericardial chest pain.






[1] MI = myocardial infarction


February 2002
Eilon Shany, MD, David Greenberg, MD and Eliezer Shahak, MD
December 2001
Rachel Dahan, MD, Shmuel Reis, MD, Doron Hermoni, MD and Jeffrey Borkan, MD
October 2001
Tuvia Ben-Gal, MD and Nili Zafrir, MD

Background: The evaluation of hospitalized patients with chest pain and non-diagnostic electrocardiogram is problematic and the optimal cost-effective strategy for their management controversial.

Objectives: To determine the utility of myocardial perfusion imaging with thallium-201 for predicting outcome of hospitalized patients with chest pain and a normal or non-diagnostic ECG.

Methods: On pain cessation, 109 hospitalized patients, age 61+14 years (mean+SD), with chest pain and non-diagnostic ECG underwent stress myocardial perfusion SPECT imaging with thallium-201. Costs related to their management were calculated. The occurrence of non-fatal myocardial infarction or cardiac death was recorded at 12+5 months follow-up.

Results: A normal SPECT was found in 84 patients (77%). During one year follow-up, only 1 (1.2%) compared to 7 (28%) cardiac events (6 myocardial infarctions, 1 cardiac death) occurred in patients with normal versus abnormal scans respectively (P < 0.0001). Negative predictive value and accuracy of the method were 99% and 83% respectively. Multivariate regression analysis identified an abnormal SPECT as the only independent predictor of adverse cardiac event (P = 0.0016). Total cost from admission until discharge was 11,193 vs. 31,079 shekels (P < 0.0001) for normal and abnormal scan. Considering its high negative predictive value, shortening the hospital stay from admission until scan performance to 2 days would result in considerably reduced management costs (from NIS 11,193 to 7,243) per patient.

Conclusion: Stress SPECT applied to hospitalized patients with chest pain and a normal or non-diagnostic ECG is safe, highly accurate and potentially cost effective in distinguishing between Iow and high risk patients.
 

August 2001
October 2000
March 2000
Michael Heim, MB CHB, Elinor Goshen, MD, Aharon Chechick, MD, Ilan Cohen, MD and Morris Azaria, MD
February 2000
Rivka Kauli MD, Rina Zaizov MD, Liora Lazar MD, Athalia Pertzelan MD, Zvi Laron MD, Avinoam Galatzer MA, Moshe Phillip MD, Yitzhak Yaniv MD and Ian Joseph Cohen MB ChB

Background: Growth retardation in childhood was only recently recognized as a prominent feature of Gaucher disease type 1, but there are few data on both the pubertal development and the final outcome of growth and sexual maturation.

Objective: To investigate the natural pattern of growth and puberty in patients with Gaucher disease type 1 and the effect of splenectomy and enzyme replacement therapy.

Methods: We retrospectively analyzed growth and puberty in 57 patients with Gaucher disease type 1; 52 were followed since childhood and/or prepuberty and 42 have reached sexual maturity and final height. In the analysis we considered severity of disease, time of splenectomy, and start of enzyme replacement therapy.

Results: Deceleration of growth at age 3–5 years was observed in 30 of 57 patients followed since early childhood while untreated: height-SDS decreased from -0.34±0.42 at age 0–3 years to -1.93±0.95 (P<0.01) at age 7–10 years and was more pronounced with severe disease. A high prevalence (59.6%) of delayed puberty, which was more frequent with severe disease, was observed in 47 patients followed before and throughout puberty. No primary endocrine pathology was found. All patients, untreated as well as treated, with growth and pubertal delay had a spontaneous catch-up, achieved full sexual maturation, and most (83.3%) reached a final height within the range of parental height–standard deviation score. Splenectomy (partial and/or total) performed in 20 patients while still growing had a beneficial effect on growth, which was temporary in some and did not affect puberty. ERT improved growth in 11 patients who started therapy before puberty, as evidenced by a progressive increase in the height-SDS, and seemed to normalize the onset of puberty.

Conclusions: Growth retardation in childhood and delay of puberty are characteristic of Gaucher disease type 1 and are more frequent with severe disease. There is a spontaneous catch-up later in life and most patients reach a final height within their genetic growth potential. Enzyme replacement therapy apparently normalizes growth and possibly also the onset of puberty.

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ERT = enzyme replacement therapy

SDS = standard deviation score

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