In
this news article we will talk about how pulse oximeter works as personal
care so that you know that benefits of using it. The pulse oximeter,
which is used to evaluate the oxygen in the blood of patients in a variety of
clinical settings, has become an increasingly common piece of monitoring
equipment. It provides continuous monitoring, noninvasive oxygen saturation of
hemoglobin in arterial blood. Their results are updated with each pulse wave.
The OLED
pulse oximeter monitor does not provide information about the
concentration of hemoglobin, the heartbeat, the efficiency of oxygen delivery
to tissues, oxygen consumption, adequacy of oxygenation or adequacy of
ventilation. They do, however, offer an opportunity for saturation levels are
immediately seen as a warning to physicians to help prevent the consequences of
desaturation and hypoxemia detect before it causes cyanosis.
It
has been suggested that the increased use of pulse oximeters in general wards
could be to become as common as the thermometer. However, it has limited
education and limited device performance understanding of how it works and what
factors can affect readings.
Oxygen
from the air you breathe using lungs. Oxygen passes into the blood, where most
of the oxygen binds to hemoglobin (a protein located inside the blood cell) for
transport in the bloodstream. The oxygenated blood circulates through the
tissues.
The
pulse oximeter technology uses the light absorption characteristics of
hemoglobin and the pulsatile nature of blood flow in the arteries to assist in
determining the oxygenation status in the body. First, there is a color
difference between the arterial hemoglobin saturated with oxygen, which is
bright red, and venous hemoglobin oxygen, which is darker.
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