The 9 Best Pulse Oximeters
9. ChoiceMMed 2-in-1
- strong lanyard included
- battery provides 10 hours use
- doesn't work well on cold fingers
|Rating||4.1 / 5.0|
8. Elera Starhealth Sh-c2
- adjustable 4-direction display
- low voltage indicator
- does not include batteries
|Rating||3.7 / 5.0|
7. MeasuPro Instant
- includes perfusion index
- backed by 2-year warranty
- not very durable
|Rating||3.6 / 5.0|
6. iHealth Air
- expensive but high quality
- shares results with others
- app can be difficult to use
|Rating||4.4 / 5.0|
5. Dr. Meter Black
- long 40 hour battery life
- has a mute function
- interface is not very intuitive
|Rating||4.4 / 5.0|
4. Concord Health Supply BlackOx
- batteries come included
- shock resistant cover
- not as accurate as other models
|Brand||Concord Health Supply|
|Rating||3.8 / 5.0|
3. Innovo Deluxe
- low power consumption
- stylish black and white design
- somewhat slow to process readings
|Rating||4.9 / 5.0|
2. Santamedical Generation 2
- thorough user manual
- backed by satisfaction guarantee
- automatic power off after 10 secs
|Rating||4.7 / 5.0|
1. Zacurate Pro Series 500DL
- large red led display
- fits children's or adults' fingers
- hypoallergenic finger chamber
|Rating||4.8 / 5.0|
Benefits Of A Pulse Oximeter
A pulse oximeter is an effective way to measure blood oxygen saturation and pulse rate. Oximeters are mainly used in hospitals and operating rooms, but they are also used in physical therapy clinics and for home monitoring. Oximeters give accurate readings within seconds, which is especially important in an emergency situation.
Pulse oximeters are most beneficial for patients with asthma, emphysema, chronic obstructive pulmonary disease, and other respiratory conditions. Patients with serious respiratory problems need to have their blood oxygen levels checked regularly, so having a pulse oximeter on hand is vital.
Patients with serious cardiac conditions regularly experience low oxygen levels. Pulse oximeters help them monitor their blood oxygen levels and use supplementary oxygen as needed. Pulse oximeters can also show the change in blood volume during a pulse of the heart, which is often a good indication of the heart's general condition.
Doctors often recommend exercise to improve the physical stamina and overall fitness of patients with respiratory disease. However, exercise can also result in the patient being more short of breath. Patients can monitor their oxygen saturation with pulse oximeters while exercising, adjusting the pace as their blood's oxygen saturation decreases. Utilizing proper breathing techniques during rehabilitation can increase the levels of oxygen in the bloodstream. Many patients with low oxygen levels are able to increase these levels using simple breathing techniques such as pursed lip breathing.
Pilots, mountain climbers, and people working in high altitudes also use pulse oximeters to help guard themselves against cerebral hypoxia. A pulse oximeter can also help athletes gain lung endurance or train for high altitude exertion. The reduction in oxygen level increases the number of red blood cells in athletes and helps to increase their endurance levels.
The Function Of Oxygen In The Body
It is easy to forget the important functions of oxygen in the body until being forced to monitor it with a pulse oximeter. Oxygen is one of the key elements in the metabolism of all the cells in the body, and helps to not only nourish but also remove toxins from the various tissues.
At any given time, the body is almost two-thirds oxygen. It acts to power cells in the body, as well as eliminate metabolic wastes produced by these cells. If proper levels of oxygen are not maintained, toxins can build up within the cells, leading to oxidative damage, cell death, inflammation, and even cancer. On the other hand, proper levels of oxygen have amazing effects on the body, such as activating T lymphosites, which help eliminate cancer cells and improve overall survival rate in patients with ovarian cancer.
When exercising, the muscles require much more oxygen. The cells in the overworked muscles begin shedding waste matter at a rapid rate, consuming oxygen just as quickly. The heart responds by beating faster, and the breathing increases to raise the levels of oxygen in the blood. This lets the body quickly energize itself while simultaneously releasing waste matter; avoiding any cellular malfunction.
The brain consumes around 20 percent of the oxygen in the bloodstream, more than any other organ. The main reason for this high level of consumption is the fact that there are so many processes happening in the brain all at once. When a muscle contracts, cells require oxygen to actually create the motion of contracting. This process is relatively simple.
In the brain, however, things are much more complex, as the brain is in charge of consciously controlled actions, such as moving the eyes to read words on a page. It is also tasked with controlling unconscious actions, such as interpreting the characters which make up those words. The brain is also charged with supporting the state of consciousness itself. Unlike many other areas of the body, the brain is constantly working and therefore it must constantly be fed with fresh supplies of oxygen.
Increase Your Oxygen; Increase Your Life
As oxygen is one of the most important elements required to sustain life, it is important to ensure the body has enough of it. Without oxygen, the health suffers. Utilizing tools such as pulse oximeters can keep a patient on track to inhaling enough oxygen for their bodies to thrive.
Weak cells lose their natural immunity, becoming susceptible to pathogens and oxidative damage which can lead to serious health problems. In addition to its importance in the respiration of cells, proper oxygen levels can reduce the harmful bacteria in the body without affecting necessary beneficial bacteria levels. Without natural eliminators such as this, the body is left prone to attack from various environmental stress factors.
Industrialized society increases the amount of stress in the body. The effects of various chemicals in the breathable air, pathogens or chemical exposure in food, and even emotional stresses experienced throughout the day can all contribute to oxidative damage in the body. As free radicals latch onto oxygen cells, they cling on to the various organ tissues, throwing the body out of homeostasis. By increasing the amount of oxygen in the body, we help to eliminate this toxic buildup that leads to chronic disease.