During general anesthesia for surgery, doctors use an electrocardiogram (ECG)-a simple heart monitor-to check for problems like poor blood flow to the heart or irregular heartbeats. Normally, ECG stickers (called electrodes) go on both shoulders and the left side of the belly, right outside the heart area, to get clear readings.
But for shoulder surgery, these spots are in the way of the operation, so doctors often place them elsewhere, like on the breastbone instead of the shoulder. This can give fuzzy or wrong results, missing key changes in the patient's heart-good or bad-during surgery.
To fix this and better watch heart health in shoulder surgery patients, this study tests different ECG sticker spots: the usual ones, the common backup (like on the breastbone), and a new idea-placing them near both temples. Researchers hope to find which setup gives the most accurate heart readings to keep patients safer.
Inclusion Criteria:
Exclusion Criteria:
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In the evaluation process of the primary outcome, the ST segment morphology of the original Lead II is compared with the ST segment morphology of the ECG waveform measured by placing the lead at the left temple (mTCII) and the waveform measured by placing the lead at the sternum (mSCII). At this time, blinding is applied to the mTCII and mSCII waveforms, allowing the three evaluators to perform the assessment without knowing which lead the ECG waveform was recorded from.
All enrolled patients (n=84) undergoing general anesthesia without restrictions on ECG lead placement receive simultaneous ECG monitoring with three lead configurations: standard Lead II (baseline), left-side modified sternum-chest Lead II (mSC2), and left-side modified temple-chest Lead II (mTC2) post-induction. Right-side versions are added post-surgery. This single arm tests ST segment similarity across methods to improve intraoperative cardiac monitoring accuracy
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