1 ) reported atypical, non-limiting persistent chest discomfort.

2 imilar to patients with noncardiac causes of chest discomfort (0.2%), and lower than T2MI2007 (3.6%)

3                          Only 29.7% reported chest discomfort, a hallmark symptom in men.

4  patients to triage patients presenting with chest discomfort after PCI.

5                              The presence of chest discomfort and a history of mechanical revasculari

6 nosine (Ado) to patients can cause dyspnoea, chest discomfort and bronchoconstriction.

7 lso developed patient education videos about chest discomfort and heart failure.

8 serious AEs in 4 subjects and 2 serious AEs [chest discomfort and increased heart rate, without cardi

9  PCI readmission is associated with low-risk chest discomfort and patient anxiety.

10 se important symptoms, such as palpitations, chest discomfort, breathlessness, anxiety, and syncope,

11  clear stridor and show prolonged coughs and chest discomfort caused by small-airways dysfunction hav

12                  Remote IPC reduces ischemic chest discomfort during PCI, attenuates procedure-relate

13 the FFR group than in the iFR group reported chest discomfort during the procedure.

14 ropic effect (A-H interval prolongation) and chest discomfort experienced during infusion of adenosin

15 tension presented with various symptoms like chest discomfort, fatigue, dizziness, atrial fibrillatio

16 oson was well-tolerated; side effects (e.g., chest discomfort, flushing, dyspnea) were generally mild

17 oronary syndrome in patients presenting with chest discomfort is a challenge.

18 cts who received remote IPC experienced less chest discomfort (P=0.0006) and ECG ST-segment deviation

19                                              Chest discomfort was reduced in 82 of the 84 patients.

20 hmatic patients who had prolonged coughs and chest discomfort with the middle or high dose of ICS/LAB