We are at the dawn of using artificial intelligence-driven health monitoring. As the sun rises on this new branch of human healthcare, it promises to be a very sunny day.
Remote patient monitoring (RPM) is now a reality, and it is having a significant impact on helping to prevent a number of life-threatening events. RPM is the latest step in health monitoring, and its goals are to promote timely access to essential healthcare while also reducing its delivery costs.
One of the most crucial areas of remote patient monitoring is cardiac health where its use facilitates getting appropriate care delivered even to patients’ homes where necessary. The new health monitoring regime – in this instance referred to as remote cardiac services – grants patients, their families and close friends the comfort of knowing that loved ones in danger have the support they need in terms of early intervention when a heart attack strikes.
Facilitating early intervention
This type of remote health monitoring uses trend analysis of specific phycological data to help with identifying deterioration at the earliest opportunity. For the patient, this type of early intervention can reduce the number of instances of having to be rushed to A&E. It minimises the length of stays in hospital, whilst also reducing the number of hospitalisations necessary.
Cardiac remote health monitoring provides faster results which also means improved efficiencies. Plus, it provides healthcare workers with more time to communicate with patients and educate them remotely.
Remote cardiac health services cover things like monitoring the rhythm of the heart and providing ECG services at regular intervals, reporting on average heart rates every 10 seconds. It can also be used to determine a patient’s respiration rate.
Communication through cloud-based technology
The state-of-the-art devices that are used utilise the latest technology to transmit data to platforms in the cloud via an Android-based smartphone connection. These remote units can also monitor other patient details such as blood glucose, peripheral capillary oxygen saturation, and the subject’s weight.
Artificial intelligence, when linked remotely to cloud-based platforms for health monitoring purposes, is a life-saving technology. It is one of the finest examples of how AI, when combined with the latest technological advances in 5G communications, can really benefit humankind.