Curated insights • How it Works • Practical Pearls • Evidence Base
Patient has STEMI on ECG (activate Cath Lab), new ST-segment depression of ≥1mm, or hemodynamic instability. These patients are high-risk regardless of score.
The HEART Pathway refines the original HEART score by adding a mandatory second troponin test (usually at 3 hours). A patient is categorized as "Low-Risk" only if their HEART Score is ≤ 3 AND both the initial (0h) and following (3h) troponin are negative.
The primary goal is to safely rule out Major Adverse Cardiac Events (MACE), including MI, death, and urgent revascularization. The pathway is validated to identify patients with a < 1.0% risk of 30-day MACE.
Many modern institutions use high-sensitivity troponin assays (hsTn) with 0h/1h or 0h/2h algorithms. The HEART Pathway can be adapted to these rapid troponin protocols to achieve even faster disposition.
Implementation of the HEART Pathway has been shown to reduce objective cardiac testing (stress tests, CCTA) by ~12%, decrease the length of stay by ~10-12 hours, and reduce cost without increasing missed MACE events.
The HEART Pathway randomized trial: identifying emergency department patients with acute chest pain for early discharge.
Chest pain in the emergency room: value of the HEART score.
HEART Pathway: Combines the HEART Score with serial troponin monitoring to identify low-risk chest pain patients suitable for early discharge.
Curated insights • How it Works • Practical Pearls • Evidence Base
Patient has STEMI on ECG (activate Cath Lab), new ST-segment depression of ≥1mm, or hemodynamic instability. These patients are high-risk regardless of score.
The HEART Pathway refines the original HEART score by adding a mandatory second troponin test (usually at 3 hours). A patient is categorized as "Low-Risk" only if their HEART Score is ≤ 3 AND both the initial (0h) and following (3h) troponin are negative.
The primary goal is to safely rule out Major Adverse Cardiac Events (MACE), including MI, death, and urgent revascularization. The pathway is validated to identify patients with a < 1.0% risk of 30-day MACE.
Many modern institutions use high-sensitivity troponin assays (hsTn) with 0h/1h or 0h/2h algorithms. The HEART Pathway can be adapted to these rapid troponin protocols to achieve even faster disposition.
Implementation of the HEART Pathway has been shown to reduce objective cardiac testing (stress tests, CCTA) by ~12%, decrease the length of stay by ~10-12 hours, and reduce cost without increasing missed MACE events.
The HEART Pathway randomized trial: identifying emergency department patients with acute chest pain for early discharge.
Chest pain in the emergency room: value of the HEART score.