Talks

Presenting Author

Jose Donis MD

Presenting Author Academic/Professional Position

Resident

Academic Level (Author 1)

Resident

Discipline/Specialty (Author 1)

Internal Medicine

Academic Level (Author 2)

Resident

Discipline/Specialty (Author 2)

Internal Medicine

Academic Level (Author 3)

Resident

Discipline/Specialty (Author 3)

Internal Medicine

Academic Level (Author 4)

Resident

Discipline/Specialty (Author 4)

Internal Medicine

Academic Level (Author 5)

Faculty

Discipline/Specialty (Author 5)

Internal Medicine

Presentation Type

Oral Presentation

Discipline Track

Community/Public Health

Abstract Type

Research/Clinical

Abstract

Background: Telemetry monitoring is a critical tool in detecting arrhythmias but is frequently overutilized outside of guideline-based indications, contributing to alarm fatigue, unnecessary costs, and resource strain. National guidelines (AHA 2017; BHRS 2020) recommend targeted use, yet adherence remains inconsistent. This quality improvement (QI) project was designed to assess baseline adherence and implement a resident-led intervention to optimize telemetry utilization in a general medicine unit.

Methods: The project was conducted in the 2-West Internal Medicine Unit at Rio Grande Regional Hospital. Residents were integrated into daily telemetry decision-making beginning in November 2024, following structured education with workshops, simulation training, and pocket reference tools. Baseline adherence to guideline-based indications was measured between November 2024 and April 2025. The primary outcome was guideline adherence; secondary outcomes included identification of common inappropriate indications. Data collection and analysis were performed with oversight from the Quality Improvement Department.

Results: During baseline review, 159 telemetry cases were analyzed. Of these, 100 (62.9%) were appropriate and 59 (37.1%) inappropriate, reflecting suboptimal adherence to national guidelines. The most frequent inappropriate uses included low-risk chest pain and stable coronary artery disease. Post-intervention adherence data collection is ongoing and will be reported at the time of presentation.

Conclusion: Baseline analysis demonstrated only 62.9% adherence to guideline-based telemetry utilization, highlighting substantial overuse. A resident-driven QI intervention is underway, aiming to improve adherence by 25% through education, decision-support tools, and continuous feedback. This project emphasizes the importance of structured interventions and resident engagement in improving patient safety and resource stewardship in cardiovascular care.

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Breaking the Cycle of Telemetry Overuse: A Resident-Led Quality Improvement Initiative

Background: Telemetry monitoring is a critical tool in detecting arrhythmias but is frequently overutilized outside of guideline-based indications, contributing to alarm fatigue, unnecessary costs, and resource strain. National guidelines (AHA 2017; BHRS 2020) recommend targeted use, yet adherence remains inconsistent. This quality improvement (QI) project was designed to assess baseline adherence and implement a resident-led intervention to optimize telemetry utilization in a general medicine unit.

Methods: The project was conducted in the 2-West Internal Medicine Unit at Rio Grande Regional Hospital. Residents were integrated into daily telemetry decision-making beginning in November 2024, following structured education with workshops, simulation training, and pocket reference tools. Baseline adherence to guideline-based indications was measured between November 2024 and April 2025. The primary outcome was guideline adherence; secondary outcomes included identification of common inappropriate indications. Data collection and analysis were performed with oversight from the Quality Improvement Department.

Results: During baseline review, 159 telemetry cases were analyzed. Of these, 100 (62.9%) were appropriate and 59 (37.1%) inappropriate, reflecting suboptimal adherence to national guidelines. The most frequent inappropriate uses included low-risk chest pain and stable coronary artery disease. Post-intervention adherence data collection is ongoing and will be reported at the time of presentation.

Conclusion: Baseline analysis demonstrated only 62.9% adherence to guideline-based telemetry utilization, highlighting substantial overuse. A resident-driven QI intervention is underway, aiming to improve adherence by 25% through education, decision-support tools, and continuous feedback. This project emphasizes the importance of structured interventions and resident engagement in improving patient safety and resource stewardship in cardiovascular care.

 

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