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Introduction Available data suggest that Parkinson’s disease (PD) patients have a significant socioeconomic impact owing partly to increased hospital and drug utilization. The aims of this study were to provide a profile of patients with PD who required admission to hospital and to determine the reasons for emergency admission. Patients and methods Between September 1st, 2004 and August 31st, 2006, patients with PD who were admitted to our emergency department (ED) were included in the study. Patients with PD who were diagnosed by a neurologist formerly, and admitted to the ED with any reason constituted the study population. Demographical data, reasons for admission, years exposed to PD, number of admissions to the emergency department in the past 12 months, prior Hoehn and Yahr (H&Y) scores were recorded. H&Y was performed again for all patients 4 weeks after discharge. Results Seventy-six patients with PD were included in the study. Reasons for admission to hospital were infectious diseases (31.6%), trauma (27.6%), cardiovascular emergencies (14.5%), cerebrovascular emergencies (11.8%), gastrointestinal emergencies (7.9%), and electrolyte disturbances (6.6%), respectively. There was no dependence between the time of exposure to PD and H&Y score. Number of emergency admittance in the last 12 months was independent from the last H&Y score (p = 0.297). However, there was a dependency between the reasons for emergency admittance and the H&Y scores (p = 0.023). Discussion H&Y score is not dependent on the emergency admittance or on the outcome after discharge from the emergency department. The motor disability by itself cannot predict the whole picture of PD and the systemic complications leading to emergency admittance.

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Objective:To evaluate the correlation between central venous pressure (CVP) and inferior vena cava (IVC) diameters measured by ultrasonography (Ultrasound) in critically ill patients.Methods:Intubated critically ill patients were enrolled. The CVP values were measured using a U-tube manometer and were compared to the IVC diameters and collapsibility index, which were measured by bedside Ultrasound. Patients younger than 18 years old, who were not intubated, who had an abdominal pressure greater than 12 mmHg, and/or who were admitted for trauma were excluded from the study.Results:Eighty three patients with a mean age of 73.6±11.2 years were enrolled. The most common diagnosis was sepsis (21 patients, 25.30%). IVC inspiration measurements were statistically significantly correlated with CVP measurements (p0.05, r: 0.1). IVC collapsibility measurements showed a negative correlation with CVP measurements (p<0.01, r: 0.68).Conclusions:There is a strong correlation between CVP and IVC diameters and the collapsibility index. This is a new formula for evaluating CVP, based on our statistical analyses.

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