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Monitoring a patient's heart rate using telemetry is clinically significant primarily for identifying arrhythmias and ensuring patient safety. Telemetry provides real-time data on the electrical activity of the heart, enabling healthcare providers to detect abnormal rhythms—such as atrial fibrillation, tachycardia, or bradycardia—that could indicate potential cardiovascular issues. By identifying these arrhythmias promptly, clinicians can respond quickly to prevent complications, such as stroke or cardiac arrest.

This ongoing surveillance is crucial in various settings, particularly for patients with known heart conditions or those recovering from surgery, as it allows for immediate intervention when abnormal patterns are detected. The focus on patient safety is fundamental, as timely recognition of these irregularities can significantly impact patient outcomes.

While understanding the frequency of the pulse and assessing oxygen levels are relevant aspects of monitoring a patient's overall health, they do not encompass the comprehensive and immediate benefits of telemetry. Furthermore, determining medication dosage is critical in treatment but is not directly related to the real-time monitoring function of telemetry. Thus, the capacity of telemetry to identify life-threatening arrhythmias and enhance patient safety is the core clinical significance in this context.