Early Detection of Myocardial Ischaemia in Suspected Acute Coronary Syndromes by Apo J-Glyc

Cut-off value point of Apo J-Gly levels at admission for the early diagnosis of cardiac ischaemia

Cut-off value point of Apo J-Gly levels at admission for the early diagnosis of cardiac ischaemia as compared to final diagnosis at discharge following routine practice to manage chest pain patients with possible ACS.

Time frame: 0 hour

Cut-off value point of Apo J-Gly levels at admission for the early diagnosis of cardiac ischaemia

Cut-off value point of Apo J-Gly levels at admission for the early diagnosis of cardiac ischaemia as compared to final diagnosis at discharge following routine practice to manage chest pain patients with possible ACS.

Time frame: 1 hour

Cut-off value point of Apo J-Gly levels at admission for the early diagnosis of cardiac ischaemia

Cut-off value point of Apo J-Gly levels at admission for the early diagnosis of cardiac ischaemia as compared to final diagnosis at discharge following routine practice to manage chest pain patients with possible ACS.

Time frame: 3 hours

Area under the Receiver Operating characteristic Curve (A-ROC curve)

Area under the Receiver Operating characteristic Curve will be used to determine the optimum clinical sensitivity and specificity. Results will be generated from subject's blood collected at different collection time points.

Time frame: 0 hour

Area under the Receiver Operating characteristic Curve (A-ROC curve)

Area under the Receiver Operating characteristic Curve will be used to determine the optimum clinical sensitivity and specificity. Results will be generated from subject's blood collected at different collection time points.

Time frame: 1 hour

Area under the Receiver Operating characteristic Curve (A-ROC curve)

Area under the Receiver Operating characteristic Curve will be used to determine the optimum clinical sensitivity and specificity. Results will be generated from subject's blood collected at different collection time points.