How it's Works
Get a quick overview of our simple process. Learn the key steps to start, use, and easily benefit from our service.
01
24-hour Holter ECG with additional measurements:
This test allows for the observation of heart activity over 24 hours. Such measurement can detect heart rhythm disorders, such as irregular heartbeats - cardiac arrhythmias, signs of reduced blood flow through the heart - ischemia, pauses in heart activity, and more.
Additionally, unclear chest pain, heart skipping beats, palpitations, shortness of breath, fatigue, chest pressure, loss of consciousness, dizziness, imbalance, weakness, uncertainty, a feeling of bloating, stomach discomfort, shortness of breath, all of these can be signs of heart disease and a reason for conducting a Holter ECG.
We would use the latest and most advanced devices currently available in the world, which also enable new additional highly valuable measurements. Primarily, this involves measuring the function of the autonomic nervous system, which allows us to see the level of stress exposure of a person, whether at work or in everyday life, but also indicates the level of body rest or sleep depth. In the continuation of the presentation, you will see various examples showing how interesting it is to know your status, as using this data we can improve work, rest, and sleep phases, and thus feel better, more rested, and with greater tolerance for work and life obligations.
Also, during the recording, the presence of night apnea, or nocturnal breathing pauses, which are common in the general population, is observed. The value of such information is significant for the patient, as timely possible intervention significantly reduces the risk of cardiovascular problems, especially high blood pressure and cardiac arrhythmias. The presence of a positive finding is an indication for further examination, which is then carried out in specialized centers that exist in all major cities.
02
PULSE OXIMETRY - Measurement of Blood Oxygen Saturation:
Without oxygen, there is no life. Our body functions in such a way that cells, with the help of oxygen, obtain cellular energy from sugar in the form of adenosine triphosphate (ATP), and in just one minute, they can receive almost one liter of oxygen. Oxygen binds to hemoglobin in our body. Normally, 97% of oxygen is transported from the lungs to the tissues chemically bound to hemoglobin, and only 3% is dissolved in the water of plasma and cells.
Conditions that most commonly cause hypoxia include chronic lung diseases (asthma and chronic obstructive pulmonary disease, cystic and other fibrosis, lung cell damage during maturation), circulatory disorders, heart failure, and other factors. The first symptoms of oxygen deficiency in the body are fatigue, weakness, feeling cold, memory and concentration impairment, palpitations, muscle pain, pallor, dizziness, irritability, and frequent infections.
Pulse oximetry is a non-invasive method of measuring oxygenation or the percentage of hemoglobin saturated with oxygen (saturation of peripheral oxygen - SpO2). The measurement is expressed as a percentage. Pulse oximeters also allow for measuring heart rate. The procedure is short and painless and is performed by attaching a small clip-like instrument to the index finger, where the pulse and percentage of arterial blood oxygen saturation are displayed on a digital screen.
Normal O2 saturation values range between 95-100%. If there are lung and heart problems, these values will be reduced even at rest. People with adequate gas exchange have an SpO2 range between 98% and 100%.
03
Monitoring blood pressure values:
Measuring blood pressure with precise devices is an excellent screening method for detecting high blood pressure in the general population and is excellent for selecting people who potentially have undiagnosed high blood pressure. This method ideally complements the previous two, adding an additional aspect of health assessment and risk evaluation.