Wearable Technology in Healthcare - PerfectionGeeks
Healthcare has been a vital industry worldwide since its inception. Many technological advances in the industry of wearable technology in healthcare have been widely accepted, completely transforming the healthcare industry. Consumers are increasingly using wearables, particularly in light of the pandemic. In addition, people prefer to track their health with fitness watches. As a result, new devices with better features that focus on health are being released every day.
The Insider estimates that one-fifth of the US population will wear smart wearable technology by 2022. This trend is further promoted during pandemics. Since people are more concerned about their health, the number who use wearable technology has increased by three times in four years. Companies are increasingly becoming aware of the potential profit in supplying wearable technology to the healthcare market, as their demand has increased over the past few years.
Development of Wearable Technology
Real-time monitoring is required for patients with chronic diseases such as diabetes, cardiovascular disease, neurological disorders, or diabetes. Wearable devices consist of target receptors as well as transducers. Wearable technology's function is to detect and report changes in the body. This allows physicians to understand better what the changes are. Smart technology and wearable technology are not new concepts in healthcare. However, implanted devices are those that provide life support for patients.
Biosensors were one of the first medical devices used in healthcare technology. For example, biosensors were first used to detect blood-oxygen levels using electrodes in 1956. This device detects blood-oxygen levels during cardio surgery in real-time in operating rooms.
The electrochemical biosensor was combined with the use of electrodes led to the creation of the first glucose analyzer in 1975. The invention of integrated HWDs, which are electronic devices that process and share data, results from further advances in material science. Since integrated HWDs, there have been many technological advances in healthcare wearables technology.
In recent years, Bluetooth technology and communication modules have improved. With HWDs, visualization and transmission of data have been made possible. The recent advancements in wearable devices have made it possible to simplify therapeutic procedures. In addition, the most recent advancements have reduced the risk of infection.
How has wearable technology helped healthcare?
Let's look at the impact of wearable technology on healthcare to see if they have any potential. The first healthcare wearables were limited to monitoring heart rate. After that, activity trackers were the most common use. Healthcare technology can do so much more today! Users expect a user-friendly interface for any device or technology. This is also true for wearables used in healthcare.
Digital health technology has helped bridge the gap between patients and doctors, allowing patients to communicate with their doctors via telehealth. Doctors can also monitor patients remotely using digital health technology. Wearable technology gives doctors real-time information about the patient's heart rate, blood sugar, blood pressure, oxygen levels, and blood sugar levels. This allows them to analyze the patient's condition and create a treatment plan tailored to the patient.
With Wearable Application Development Company, doctors can detect major health issues and early signs of disease. This allows doctors to provide the best possible treatment for their patients, increasing their life expectancy and saving their lives. For example, doctors can send a notification if the patient's blood pressure or heart rate is rapidly falling. They can then take the necessary precautions to save their patient's life.
Telehealth solutions allow them to connect with a doctor via their mobile phones without ever leaving their home. This was especially useful during the pandemic when most of the world's population had to stay indoors. It also allows doctors to digitally prescribe medication and monitor patients via a digital platform without physically being with them.
Healthcare: The Impact of Wearable Technology
Positive outcomes of any technological solution often come with unforeseen problems or difficulties that could adversely affect the industry. For example, two major concerns are associated with healthcare and wearable technology digital devices: data security and malfunctions. Users of mechanical devices are likely to misuse or misinterpret results. The mechanical device can also malfunction.
Therefore, patients and doctors must work together to make the most of wearable technology. Wearable Software Development applications can only be used in places with Wi-Fi connections. Sometimes, the battery will die, and the device cannot be used without charge. This can reduce the functionality of these technologies and devices and could lead to inaccurate or distorted patient information.
Additionally, misreading’s of data can lead to inaccurate diagnosis and treatment plans. This could be dangerous for patients. Security measures are built into technological devices to ensure their safety. Healthcare providers use technology to help them diagnose and treat patients. Unfortunately, data accessibility and availability can often be accompanied by data breaches.
Types and Applications of Wearable Technology in Healthcare
There are several types of wearable technology available for healthcare:
• Health monitoring devices:
Sensors and actuators are used in health monitoring devices. They have the appropriate processing and communication capabilities and energy-storing abilities. These devices can measure heart rate, temperature, blood pressure, and body temperature. These data are then transmitted to doctors via mobile phones or other devices.
• Therapeutic devices
The therapeutic devices monitor patient metrics in real-time. They are designed to monitor metrics related to treatment and disease therapy. This category includes rehabilitation devices, pain management, insulin pumps, respiratory therapy devices, and other devices that help with pain management. These devices can include sensors that monitor the patient's physical condition and allow physicians to adjust therapy accordingly.
• Activity monitoring devices
These devices were not designed for use in specialized medical procedures when they first came out. These wearable devices can measure vital signs as they have disease-specific functions. In addition, these devices sync data with applications and send this information to cloud platforms for analysis.
Healthcare Benefits from Wearable Technology
Patients and doctors can benefit from wearable technology. To provide timely care and effective monitoring of their patients, doctors need real-time information. Doctors can monitor blood sugar, blood pressures, oxygen levels, and heart rate using wearable technology. Wearable applications in healthcare industry have made it possible to predict major events, and wearable tech is no different. Wearable technology allows doctors to detect major health events and detect diseases early. This allows doctors to give the best treatment to their patients at the right time. It could save lives.
The wearable technology alerts doctors instantly if biometric readings fall into the risk zone. As a result, doctors can quickly take life-saving measures when a patient is in critical condition and provide timely care. Both patients and healthcare professionals have made their lives easier by using technology. Telehealth solutions have made it possible for patients to consult with their doctors online. Patients can now consult their doctors online and receive the medication they need on time.
What are some examples of wearable technology?
Wearable technology in healthcare is just one example of the many uses for fitness trackers. However, Healthcare wearables offer far more than a simple fitness tracker and greater capabilities. For example, smart skin patches, which are health monitoring devices, can monitor vitals such as heart rate and transmit the data to doctors. An ECG monitor, a common device for monitoring health, records the patient's electrocardiogram. The wireless electrode must be in direct contact with the patient. The electrode is typically connected to the patient's finger or chest. Smart gloves are a common example of a therapeutic device. These gloves are for patients who have difficulty controlling their hands. This device allows the patient to regain control of their hand movements by repeating arm and hand movements.
The most common wearable technology for healthcare is the activity tracker. Modern smartwatches can capture systolic and diastolic pressure to help manage cardiovascular disease. Additionally, these fitness trackers can measure oxygen and blood pressure, among other things. These watches can also provide recommendations for sleeping patterns, diet, and activity levels.
Frequently Asked Questions
What is the importance of wearable technology?
Technological advances, particularly wearable devices, have greatly facilitated the healthcare industry. As a result, doctors can now make more accurate diagnoses and offer more effective care thanks to patient information. The best thing about wearables is that they allow physicians to access real-time data, providing prompt care for their patients.
What might health care areas be benefited from wearable technology?
Many areas of healthcare have benefited from wearable technology. For example, both patients and doctors have found it easier to access patient information and communicate via virtual means. Today, wearable devices are increasingly important in the healthcare industry. People want greater access to medical devices and manage their health.
Healthcare technology has expanded beyond clinics, hospitals, rehabilitation canters, and other facilities to include wearables. They are now more affordable and can be purchased in bulk. Reach PerfectionGeeks Technologies as the demand for wearable devices has increased with the advent of the Coronavirus epidemic and the rise in telehealth and telemedicine, which ranged from 19.5% to 61.05% between 2021-2022 in the USA. An IDC survey shows that despite supply chain constraints, wearables shipment increased by 9.9% in the third quarter of 2021 to reach 138.4 million units.