In-vitro, In-silico, In-vivo (rat, rabbit). clinical data

The data output of this research is from in vitro experiments, animal models (rats and rabbits), and clinical studies. The datasets from these studies include left ventricle end-diastolic pressure, pre-ejection period, left ventricle contractility, aortic diastolic blood pressure, brachial systolic blood pressure (human only), brachial systolic blood pressure (human only), first cardiovascular intrinsic frequency, second cardiovascular intrinsic frequency, intrinsic phases, envelope ratio. The key published studies include: In-vitro and in-silico Studies: "A Coupled Atrioventricular-Aortic Setup for In-Vitro Hemodynamic Study of the Systemic Circulation: Design, Fabrication, and Physiological Relevancy" – Focuses on in-vitro hemodynamics using an experimental setup. "Effects of Vessel Wall Mechanics on Non-Invasive Evaluation of Cardiovascular Intrinsic Frequencies" – Examines how vessel mechanics influence intrinsic frequency assessments. Preclinical studies : "Scalability of Cardiovascular Intrinsic Frequencies: Validations in Preclinical Models and Non-Invasive Clinical Studies" – Evaluates intrinsic frequency parameters across preclinical and clinical studies. "Instantaneous Detection of Acute Myocardial Infarction and Ischaemia from a Single Carotid Pressure Waveform in Rats" – Uses carotid pressure waveforms in rat models for real-time myocardial infarction detection. Upcoming and Unpublished Studies: Clinical studies "Detecting Elevated Left Ventricular End-Diastolic Pressure from Simultaneously Measured Femoral Pressure Waveform and Electrocardiogram" – Develops a non-invasive approach for LVEDP estimation. Unpublished Intrinsic Frequency (IF) Data from Myocardial Infarction Rat Models – Tracks IF changes post-MI for insights into cardiac dysfunction progression. Unpublished Dataset on Phi1 & Phi2 Values from IF Analysis – Supports IF-based cardiovascular function assessment. These datasets provide raw numerical values in text and/or excel format.