Wearable technology, wearable science, electronic wearables, smart wearables, tech-enabled wearable, skin electronics or tech-enabled electronics are wearable computer devices that are worn near or on the body and/or attached to the skin. This article explores some of the latest advances in wearables: sensors, brain chips, data capturing devices, and data collecting and monitoring devices. These may include data loggers, remote data collectors, wireless telematics systems, thermometers, GPS/RFID tags, muscle sense, contact lenses and glasses, sound waves, lightwave, infrared, ultraviolet light and acoustic wave. All these tools are emerging around us as our lives and technology progress. Wearables will be constantly getting smaller, sleeker, more powerful, more comfortable and more accessible.
Our lives are being transformed thanks to new wearable devices and technologies. We have all seen the image from “The Jetsons” where the handyman carries around a little robot with an artificial intelligent head that was as thin as a cress packet and as powerful as a desktop PC. Well, that’s just the beginning of this new age of big data and wearable devices. We’re now watching babies wearing computers, sharks that feed on oxygen, sharks that feed off of their own blood and we’re even seeing high-tech wristbands that monitor blood sugar levels.
How Everyday Devices are Helping with Baby Monitoring
The most common use for wearable devices right now is in healthcare. Monitoring your child’s growth and health has never been easier. From limb activity to food intake, these devices are making it possible to take care of the little details that otherwise would be overwhelming. For example, the popular accelerometer can tell you whether your infant is nursing. Even babies can be monitored with this nifty tool as they grow. Most of these wearable devices run on batteries and have a display screen, which can be easily seen even from long distances.
High-tech mobile devices such as iPads and iPhones have the ability to log the metabolic rate and temperature of the user. This enables healthcare professionals to know how your body is reacting to a certain drug or therapy. They can also use these findings to determine the optimal drug course of treatment. These high-level monitoring capabilities make it possible to identify the interactions a patient is having with their medications. You can monitor the effects of any antihypertensive drugs, insulin injections and other medications.
New Mobile Technology: Portable Computers for Medical Professionals
Medical professionals have been using portable computers for years now. One of the most popular uses is in hospitals and other health care facilities where these devices can be found on carts, desks, or even strapped to arms. Portable computers are also prevalent in medical offices and clinics where they help doctors stay connected with patients. Nowadays, however, there’s a new kind of device that has been taking over as the top choice – WEARABLE COMPUTERS!
It’s very important for doctors and other healthcare workers to keep up with the latest technological advances. Wearable technology can play a huge role in assisting them in this regard. Wearers could easily update their on-site information with the click of a button. Some of these devices may incorporate data capture systems to help healthcare workers capture the vital signs of patients. These devices could include an EKG or pulse oximeter to measure blood oxygen saturation. They could also include other medical information such as heart rate monitors and temperature probes.
Quality Suppliers for Wearable Devices: Custom Telemedics
In today’s world, wearable devices are becoming more and more popular. The increased demand for wearable devices means that companies specializing in the development, manufacture and support of these wearable devices are quickly increasing. As a result of this increased demand, there are numerous quality suppliers in the US. One such supplier is Custom Telemedics
These quality services are crucial to quality patient-centered care. Doctors rely on wearable monitoring devices to make important decisions about their patients. For instance, when a patient is suspected of having sleep apnea, the doctor would place the patient in an EKG monitoring device to determine if there are any abnormalities. Once the device determines that there are no abnormalities, the doctor would then consider the next course of action. If, after a thorough analysis, it finds out that the patient is indeed suffering from sleep apnea, it will then suggest a specific course of action, such as continuous positive airway pressure or CPAP. However, without the help of the right data capture or the ability to update patient information at regular intervals, the doctor would be faced with a significant amount of difficulty in assessing the effectiveness of these medical devices.