10 fascinating healthcare technology trends for 2021 |
by Priya Dialani
December 10, 2020
The coronavirus has become a rare disruption to all aspects of the healthcare industry in a short time. Despite the fact that the health technology industry had grown slowly before, development was needed to manage the pandemic. Artificial intelligence in medical care, along with other significant advancements, is essential to address the crisis and create future development.
Technological advances in the healthcare sector are shaping the world towards a better future. Advances, for example AR / VR, artificial intelligence, robotics, 3D printing and nanotechnology, are reforming the operations of healthcare companies. 2020 has been a challenge for the healthcare industry as an industry with more roles and obligations in the pandemic.
2021 and the situation is still uncertain regarding the pandemic, however, technological advancements will never stop to facilitate the process and have a better outcome in the healthcare industry. Let’s take a look at the innovations that will have an undeniable impact in 2021.
Telemedicine, or the fact that clinicians see patients virtually rather than physical workplaces and medical clinics, has grown dramatically during the pandemic as populations around the world have limited physical experiences. This practice has shown that remote consultations are possible, but easier and often preferable. A few experts claim that this is just the start and that the size of telemedicine will soon increase.
The life of the patient and the doctor is turned upside down by virtual reality. Later while you are working and to divert pain patients taken to a vacation spot. The development and effect does not meet expectations for VR innovation from 2020, but the coming years will still be productive. The technologies are useful for patients in the management of pain. In addition, women are equipped with a virtual reality headset to forget the pain of childbirth.
The Internet of Medical Things (IoT)
Different mobile devices and apps now play an important role in tracking and preventing persistent illnesses for some patients and their doctors. By consolidating the development of IoT with innovations in telemedicine and telehealth, a new Internet of Medical Things (IoMT) was born. This methodology incorporates the use of various portable devices, including ECG and ECG monitors. Many other medical estimates can also be done, for example skin temperature, glucose level, and pulse readings.
By 2025, IoT activity will be worth $ 6.2 trillion. The healthcare service industry has become so dependent on IoT innovation in 2020 that 30% of that IoT device market share will come from healthcare.
The rapid advancements we are seeing in healthcare applications will also continue in 2021. Apple has released its open source programming frameworks such as Carekit and Researchkit, which are incredible platforms for application designers to create medical applications based on health care and contribute to medical research.
There are many healthcare engineers to recruit with basic expertise in the field. MHealth activities would see better results this year to support the focus on providing personalized care to unique patients and using data sharing for research on early disease diagnosis and treatment.
Wearable healthcare and sensors
Wearable devices help people keep track of their health information and can take fundamental action whenever needed. Wearable devices record from heartbeat to your blood pressure to anxiety. Stress management and sleep monitoring is something that every individual persistently seeks and works for in this busy life. Sensors are different devices that will make us more aware of individuals and the number of customers will be multiplied by 1,000.
Blockchain is a model that is expected to fundamentally improve the healthcare industry in 2021 and the years to come. Digital registries can allow medical service providers to securely distribute transaction records to patients and will significantly improve data security. Blockchain’s peer-to-peer system allows huge amounts of users to securely approach a common ledger. Due to the blockchain, there is no trust premise requirement between two parties. As healthcare technology continues to improve, convoyability, security, and accessibility are fully researched goals that blockchain can help complete alongside different models such as IoMT and cloud computing.
Collecting data and keeping records is an indispensable part of medical services, and really, managing this data has always been a challenge for healthcare providers. Cloud computing in healthcare has become the go-to choice for managing electronic medical records.
This is worthwhile for both patients and healthcare providers, as it makes the consultation process more consistent and saves significant time. Storing information in the cloud gives it remote accessibility and facilitates better collaboration.
Nanotechnology is the future of the healthcare industry, advancements in nanotechnology will help streamline treatments. The organizations offer a nano-pill camera that is used to study the inside of a part of the body and helps treat patients better. The coming years will help us with better nanotechnology pills, nanoparticles will serve as a drug delivery system, especially in cancer treatment.
The future of medical services is seen comprehensively with 3D printing technology with printing from body tissue to artificial appendages, veins, pills, etc. Organizations deliver skin tissue with the platelets which help to supplant skin burns and other skin problems experienced by patients. Medicines printed from advances in 3D printing have been in use since 2015 and are approved by the FDA.
Big Data and Predictive Analytics
Arranging and collecting large-scale health data is a challenge in itself. The combination of revolutionary computing, advanced database technologies and front-line analytics software has prompted big data to find its much needed application in healthcare.
A huge amount of healthcare information is generated at both organizational and individual level, ranging from medical diagnosis and drug imaging data to observation of fitness information. Big data analytics tools and warehouses produce reliable, calculating experiences from these volumes of information in a very short time.
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