Since the beginning of human history, people have been keeping track of the vital signs of one another by using a variety of techniques to record information such as the rate at which the heart beats, the temperature of the body, the rate at which the lungs breathe, and the blood pressure in the arteries. In this article, Gleamed explores the origins of Patient Monitoring Systems, traces their development over the course of several centuries, and investigates the capabilities of modern patient monitoring systems.

1. What is a Patient Monitoring System?
Its 5 Uses
By The Lifesciences Magazine
Since the beginning of human history, people have been keeping track of
the vital signs of one another by using a variety of techniques to record
information such as the rate at which the heart beats, the temperature of
the body, the rate at which the lungs breathe, and the blood pressure in the
arteries. In this article, Gleamed explores the origins of Patient Monitoring
Systems, traces their development over the course of several centuries,
and investigates the capabilities of modern patient monitoring systems.
In the year 1625, Santorin of Venice, with the assistance of his close friend
Galileo, published methods for measuring the temperature of the body with
a spirit thermometer and the pulse rate with a pendulum. Both of these
methods were used to time the pulse rate. However, the majority of people
disregarded their findings. The first scientific report on the pulse rate was
not made public until 1707 when Sir John Floyer published his book “Pulse-
Watch.” This book was the first to discuss the phenomenon of the pulse.

2. Around the year 1852, Ludwig Taube published the very first plotted the
course of fever in a patient. At the same time, he added respiratory rate to
the list of human vital signs that could be tracked at the time. The heart
rate, respiratory rate, and temperature of the body became the standard
vital signs that medical professionals of the time monitored. Subsequent
advancements in the thermometer and clock helped make these three
parameters more accurate.
Patient Monitoring System An acronym for “vital signs and warning
mechanisms to detect and record changes in the patient’s wellness,”
patient monitoring systems keep track of patients’ vital signs and document
any changes in their health. A patient monitoring system is any collection of
instruments that allows medical practitioners to keep track of a patient’s
health status. These instruments may include blood pressure monitors,
electrocardiograms, and pulse oximeters.
Here are 5 uses of the Patient
Monitoring System;
1. During the course of a procedure
The Patient Monitoring System in order to reduce the likelihood of anything
unfavourable occurring during surgery, the surgeon must have constant
access to the vital signs of the patient. In a normal operating room, you will
find capnography equipment for monitoring CO2 levels, a pulse oximeter
for measuring oxygen levels, a sphygmomanometer for measuring blood
pressure, and some kind of thermometer for tracking a patient’s
temperature.

3. 2. Care Following an Operation
After surgery, much of this same monitoring equipment is used by
physicians, nurses, and other healthcare personnel to check that the
patient’s post-operative recovery is proceeding without a hitch. In addition
to its usage in clinical environments, remote Patient Monitoring Systems
may also be put to use in a number of other contexts, such as the
treatment of diabetes.
3. Intensive Care
Patients receiving medical treatment in the critical care unit need to be
monitored continuously because of the nature of the therapy. Patient
Monitoring Systems enable continuous visibility of the subject’s
physiological status and provide quick therapy if it is necessary. This allows
for continual observation of the patient to take place using the system.

4. 4. Increased Responsibility on the Part of
Patients
Patients are held more responsible for the outcomes of their care the more
involved they are in their own treatment. Patients have a higher level of
engagement and a greater sense of support when they are aware that their
health data is being sent directly to their physician and when they get
personalized communication based on the data that is specific to them.

5. Patients may use a remote Patient Monitoring System to assist them to
take a more active part in their healthcare journey by, for example,
assessing their current health status using surveys or forms, getting
reminders and mild nudges, and reviewing their current health condition
using surveys or forms.
5. Improvements in the Management of
Chronic Care
The Centres for Disease Control and Prevention report that sixty percent of
individuals in the United States are living with a chronic disease. In point of
fact, chronic illnesses are the primary causes of mortality and disability in
the United States.
As well as the primary contributors to the nation’s yearly healthcare
expenses of $3.8 trillion. On the other hand, a number of these illnesses
are either entirely avoidable or may be treated or managed in a more
efficient manner by improving patient participation and the Patient
Monitoring System.

6. Bottom Line
The Patient Monitoring System is very important since it notifies us of any
early or potentially hazardous decrease in a patient’s health, allowing
medical professionals to modify their treatment plans as required. The
ability of medical practitioners to prioritize their patients and provide
emergency treatment to those who are in the greatest need is made
possible by the availability of real-time information, which ultimately helps
save lives.