In such situations, frequent and regular blood pressure checks are absolutely necessary to live a healthy life. You can track the status regularly. Also, remember that measuring your blood pressure at home is an excellent option for people whose blood pressure spikes every time they step into a doctor's office or hospital.
Now that you understand the importance of measuring your blood pressure at home, you may be considering investing in a blood pressure monitor.Wondering how it works and what exactly to expect? You are in the right place to find your answer.
How does a sphygmomanometer work?
Blood pressure monitors used by doctors have a cuff that fits tightly on the hand to measure blood pressure. But that's not how blood pressure monitors work. Blood pressure watches measure health data such as heart rate through sensors on the back of the watch. When it comes to measuring blood pressure, the watch usually uses ECG when possible.
This watch detects and records the time it takes for a single pulse to travel from your heart to your wrist. Displays blood pressure readings based on PTT (pulse transit time). High blood pressure speeds up PTT and low blood pressure slows down PTT.
Simply put, a sphygmomanometer monitors the time it takes for blood to travel from your heart to your wrist, which reflects your body's blood pressure. This is how a sphygmomanometer measures blood pressure in the human body.
Precautions when using a sphygmomanometer to measure blood pressure
If you're unfamiliar with the concept of using a blood pressure monitor for regular blood pressure monitoring, you may be wondering what exactly you can expect from this device. Is it reliable enough? Well, there is no one-word answer to these questions. Many doctors and health care professionals consider the use of professional equipment essential to obtain these accurate readings.A standard sphygmomanometer tracks blood movement and provides tend to provide high-quality, high-speed data. However, with the advanced technology available today, companies are developing blood pressure monitors that give just as efficient and accurate results with just a little calibration from time to time. Using an arm cuff device to accurately measure a person's blood pressure is still considered by many to be the most reliable method.But let's face it. Arm cuff devices have proven to be very uncomfortable for many people, especially larger patients. Therefore, many health technology companies have been looking for easier and more convenient ways to measure blood pressure using wearable technology so that everyone can make healthier lifestyle choices.