The current coronavirus pandemic is currently putting society to the test. Not only the health systems, but all areas of public life are faced with major challenges. With regard to the restoration of performance, doctors and sports scientists are now asked to systematically structure the "return-to-activity" after a Covid-19 infection.
In Germany there are currently around 1.6 million recovered Covid 19 patients - the number is steadily increasing. Soon there will be over 2 million people who want to return to their usual performance after recovering from illness.
In order to keep the cardiac and respiratory risks after a Covid-19 infection low, we recommend resuming training in accordance with these guidelines systematically and under medical supervision.
From a medical point of view, it should be noted that in addition to the lungs, the cardiovascular system, the central and peripheral nervous system, as well as the liver and kidneys can be acutely affected. For this reason we advocate a monitored and systematic return to activity. We are guided by the guidelines of the research group Elliott et. al, a scientific group that has focused on the re-integration of athletes after Covid-19 diseases with their return-to-play protocol.
In the case of Covid-19 diseases, the known processes such as testing and isolation take effect first. Both processes can be carried out with the long-term EKG from Nambaya with medical measurement accuracy and yet in real life. In this way, for example, an increased breathing rate or heart rate can also be recognized in everyday life. Sufficient fluid intake, a balanced diet, enough sleep and physical rest support the recovery process from the start. If the symptoms do not improve after 7 days or even worsen, a further medical check-up is recommended.
Shortness of breath
- Dry cough
- Co-symptoms such as diarrhea and nausea
- Loss of taste and smell
The return-to-activity management is aimed at sick people with mild and moderate disease courses. In the case of more serious illnesses, with hospitalization, we recommend further measures in advance:
- Blood test for inflammation markers (high sensitivity troponin, brain natriuretic peptide and C-reactive protein)
- Cardiac monitoring (12-lead ECG, echocardiogram, exercise tolerance test, exercise test and cardiac MRI)
- Assessment of the respiratory function (spiroergometry)
Return-to-Activity Management is a systematic program for the gradual return to physical activity and performance after a Covid-19 illness. Before starting the step-by-step increase in performance, the patient / customer should:
- have rested completely for at least 10 days
- be symptom-free for at least 7 days
- be able to do everyday activities without feeling tired or short of breath
- stop taking medication to treat the disease
An accurate screening tool, such as that used by Nambaya, is ideal for detecting heart health and freedom from symptoms.
The way back to activity
Attention: If symptoms recur or symptoms of exhaustion are noticed, further progression should be refrained from and the rest phase should be resumed!
1st phase = rest break (at least 10 days)
We recommend avoiding any kind of physical strain during this phase. Health-promoting measures such as a balanced diet, plenty of sleep and sufficient hydration support the recovery process.
2nd phase = light activity (at least 2 days)
Daily activities such as walking, cycling or light jogging can be resumed. Make sure you have a moderate heart rate and a short exercise time of approx. 15 minutes. The 1-channel 24-hour ECG is ideal for everyday use to measure the heart rate.
3rd phase = increase activities (at least 4 days)
Simple movement routines that stabilize and mobilize the body or light training units can be integrated into the physical activity that was carried out before the illness. The duration (from 30 to a maximum of 60 minutes) and only then the intensity (maximum 80 % HFMax) of the activity should be increased.
4th phase = return to normal activity
The body is sufficiently recovered from day 17 at the earliest to return to normal activity.
We recommend checking your resting heart rate every day, as well as observing your symptoms and your subjective perception of exertion. With Nambaya, the heart rate and respiratory rate can be recorded precisely 24 hours a day in order to ensure optimal and fast care.
Return-to-activity with Nambaya
Nambaya is ideal for gaining insights into the progress of recovery and making improvements visible.
Important recovery processes such as healthy sleep and the ability of the nervous system to regulate can be carried out in real life with the Nambaya long-term EKG with medical measurement accuracy. Thanks to the small 1-channel ECG, which is hardly bigger than a car key, the heart rate can be ideally measured in everyday life and changes recorded.
Current studies indicate that in addition to the lungs, the cardiovascular system, the central and peripheral nervous system, as well as the liver and kidneys can be acutely affected. But more and more long-term studies show that many of the supposedly “recovered” suffer for weeks or months from the long-term effects of their infection. Researchers call the phenomenon "Long Covid". It affects the respiratory tract, the cardiovascular system, the muscular system, the nervous system and also the metabolism. The current state of studies is still patchy, but researchers assume that around ten to 20 percent of those infected will have long-term effects - some studies even speak of a significantly higher percentage.
All the more value we have to place not only on acute patient care, but also on holistic long-term care of those who have recovered, in order to go back to normality and to better performance together.
With the Nambaya measurement, we can precisely measure and display these important parameters under the simplest of conditions.
- Cardiac abnormalities such as arrhythmias and extrasystoles are recognized.
- The heart rate is recorded. Covid patients often suffer from an increased heart rate. An increase of ten to 20 beats usually goes unnoticed by the patient, but can lead to consequential damage in the long run
- The respiratory rate provides information about the resilience of the breathing apparatus. Consequential damage to the lungs, the cardiovascular system and metabolic activity significantly increase the respiratory rate.
- An illness is stress for the body. The body reacts to this and fights against the pathogens. This triggers body reactions that are clearly visible. Heart rate variability - an indicator of the body's ability to deal with stress - is limited in the case of an acute illness and an infection that has not yet completely healed
The aim is, on the one hand, to accompany the recovery process with our measuring system in order to give recommendations for training practice.
The "best chase" should be that EVERYONE has their health status quo checked. Existing risk factors can be identified even without corona infection. In the event of an infection, this baseline can help to optimally classify the effects of the disease.
In addition, all those involved in the medical and therapeutic training care process are connected to one another via the evaluation platform.