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Howard Rodenberg

Publications and source records attributed to Howard Rodenberg.

11 recordsLinked to original sources

A preliminary comparison of levalbuterol and albuterol in prehospital care.

Nebulized levalbuterol has been documented as more efficacious than albuterol in enhancing airflow in Emergency Department (ED) patients with bronchospasm. This work attempts to determine if nebulized levalbuterol yields similar improvements in peak flow measurements as those produced by albuterol in the Emergency Medical Services (EMS) arena. All adult EMS patients given a nebulized beta-agonist from January to June 2000 were included in this prospective, before-and-after, open-label study. Data collected included demographics, initial peak expiratory flow (PF), and use of home inhaled or nebulized bronchodilators before EMS arrival (PRE-TX). Outcome variable was the change in PF after a single EMS treatment with one of the study agents. Statistical analysis was performed using t-test and chi-square techniques; p was defined as 0.05. There were 298 patients enrolled; complete data for analysis were available for 196. Mean age was 68.0 years; 44.4% were male. Overall, albuterol produced a PF change of 19.7%; levalbuterol yielded a change of 20.4% (p = 0.9). In contrast to ED data, levalbuterol and albuterol produces similar changes in PF in the prehospital setting. Explanations for this finding may be linked to the pharmacokinetics of single vs. dual isomer preparations, and to the time frames of EMS care. Further efforts correlating EMS and ED data may better define the use of levalbuterol in prehospital care.

Administration, Inhalation↗

The new toy.

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Anti-Anxiety Agents↗

Effect of levalbuterol on prehospital patient parameters.

This study was performed to determine if levalbuterol improves dyspnea as assessed by prehospital clinical parameters. All EMS patients >or=16 years old given nebulized levalbuterol over 6 months were included in this prospective, open-label work. Data collected included demographics, initial pulse rate (P), respiratory rate (R), patient report of respiratory distress (S), and peak expiratory flow (PF). Outcome variables were P, R, S, and PF after levalbuterol use. Statistical analysis used t tests, with P <or=.05. One hundred forty-seven patients were enrolled. Mean age was 65.9 years (62.6% women). Significant decreases in P, R, and S, and a significant increase in PF, were noted after levalbuterol administration. Levalbuterol produces significant improvement in EMS respiratory patient parameters. Tachycardia does not appear to be a side effect of levalbuterol administration. The results support the use of levalbuterol in prehospital care.

Administration, Inhalation↗