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Haemoseis 256 is a Medical device, actually the only significant Physiological Medical Device invented after the sigmomanometer or a clinical thermometer a 100 years ago. In fact the focus of Medical diagnostics shifted from Function to Structure after the invention of X-Rays, CT scans, Ultrasound and MRI. Today Haemoseis is the only comprehensive functional medical diagnostic and measurement tool among Medical Diagnosis. It also finds application in Critical Care, Emergency, operating theatre etc. there are over 170 installations worldwide spread over 22 countries and every Medical professional has an application for Haemoseis, it is a huge future market.
A glance of the parameters of the human cardiovascular system obtained through 3 DVG Scan:
Physiological Parameters Functional Parameters
â¢ Stroke volume - ml
â¢ Stroke index - ml / m2
â¢ Cardiac output - l / min
â¢ Systemic vascular resistance - dyne.sec.cm
â¢ Mean arterial blood pressure - mmHg
â¢ End systolic volume beat to beat
â¢ End diastolic volume beat to beat
â¢ Global myocardial blood flow - ml / min / 100gm
â¢ Regional myocardial blood flow - ml / min / 100gm
â¢ Total coronary resistance - dyne.sec. cm
â¢ Mean coronary perfusion pressure - mmHg
â¢ Systolic and diastolic time intervals - milliseconds
â¢ Pulmonary air retention - %
â¢ Pulmonary fluid retention - %
â¢ Pulmonary capillary pressure - mmHg
â¢ Pulmonary vascular resistance - dyne.sec.cm
â¢ Renal glomerular filtration rate (GFR) - ml / min
â¢ Urine output - ml / min
â¢ Understanding underlying causes of chest pain in the absence of coronary artery disease (CAD) and early detection in asymptomatic subjects.
â¢ Establishing arrhythmogenic focus of Early and Delayed After Depolarisation (EAD and DAD) in CAD and myocardial diseases and proneness to sudden cardiac death syndrome (SCDS).
â¢ Measurement of arterial elasticity and thus the endothelial function and progression of atherosclerosis process in diabetes and hypertension.
â¢ Can be used effectively before, during and after procedures like External Counter Pulsation (ECP) or Intra Aortic Balloon Pump (IABP), where measurement of coronary perfusion pressure, coronary blood flow, valvular pliability is important.
â¢ Determination of actual working point of the heart and establishes working capacity in post-infarction recovery.
â¢ Establishing ANS activity in patients with diabetic neuropathy and in controlling thrombogenicity.
â¢ Forecast signal of myocardial ischemia, prior to the development of angina.
â¢ The only way to follow up neonates where invasive techniques are impossible.
â¢ Reliable detection of CAD and its severity.
â¢ Measurement of iontrop effects.
â¢ Measurement of ventricular elasticity and diastolic stretch in hypertrophy analysis.
â¢ In Anaesthesia-during general narcosis and regional techniques.
â¢ Pre-operative assessment of cardio-pulmonary fitness.
â¢ In critical care medicine for monitoring vital functions non-invasively and understand drug action.
â¢ Optimising AV delay in dual chamber pace makers.
â¢ Estimation of GFR, renal fraction, urine output and of fluid overload during dialysis, plasmapheresis.
â¢ Early detection of pulmonary oedema, before the development of clinical symptoms.
â¢ Early detection of COPD, its progression and effect of treatment.
â¢ Aids in the decision making while choosing the line of management.
â¢ Follow up of CABG and PTCA patients.
â¢ Establishment of functional effectiveness of drugs and medicines.
â¢ Establishment of pliability of mitral and aortic valves in valvular patients.
â¢ Complete real time cardiac cycle
â¢ Left ventricular ejection fraction LVEF beat to beat
â¢ Left ventricle regurgitant fraction
â¢ Left cardiac work
â¢ Maximal oxygen consumption
â¢ Myocardial oxygen demand, supply & reserve
â¢ Coronary flow reserve
â¢ Global myocardial flow deficiency index
â¢ Collateral flow index
â¢ Global cardiac efficiency
â¢ Thrombus formation factor
â¢ Adrenergic analysis
â¢ Total myocardial burden
â¢ Pliability of mitral and aortic valve
â¢ Body fat mass estimate - Kgs
â¢ Basal metabolic rate - Kcal / hr / m2