Algoritmos Artificiais Superam os Modelos Tradicionais na Predição de Doença Arterial Coronariana

Abstract

Recent clinical recommendations indicate that additional tests for assessing anatomical (extent, severity, morphology) or functional (ventricular function, presence/extent of ischemia) aspects of chronic and symptomatic coronary artery disease (CAD) may be helpful in certain cases. 1 Emergency physicians must determine whether to release the patient, do further non-invasive testing, or perform invasive angiography on patients with acute chest discomfort. Accepting anybody with chest pain may have unintended effects if discharged with unstable coronary disease. 2 The likelihood of obstructive CAD should guide medical decisions. 3 Machine learning (ML) algorithms can supplement the diagnostic and prognostic capabilities of conventional regression methods. The disparity between the applicability of such methods and the outcomes achieved with them was due to the data analysis software platforms used. 4

Seric Levels of C-Reactive Protein and Myeloperoxidase and Parameters of Glycemic Control in Diabetics Type 2

“…Regarding the evaluation of the presence of systemic inflammation, estimated by the ultra-sensitive PCR is an inflammatory marker that plays an important role in cardiovascular disease (ABOLHASANI et al, 2019). However, because it is considered a low specific marker for inflammatory processes, it would not be pertinent to affirm that the high values of this marker found in diabetics is indicative of a greater risk of atherosclerotic process.…”