Top 10 trends and innovations in the healthcare sector in 2021

The growth of digitalization and the increasing use of advanced technologies to aid conventional practices in the healthcare and biomedical industries have given rise to various revolutionary trends and innovations in the healthcare industry in 2021. The growing need for Remote healthcare monitoring and management applications have come under severe stress during the testing times created by the COVID-19 pandemic. The emergence of futuristic technologies capable of efficiently speeding up various administrative, managerial, financial, diagnostic and therapeutic tasks is propelling the growth of various parallel industries, working under the broader umbrella of the world. health sectors.

Here are the top 10 healthcare industry trends and innovations in 2021 that could drive the growth of the global market. Every trend and innovation is fueled by the increasing demands for digitization and reducing the costly nature of complex healthcare practices.

1. Growing use of medical artificial intelligence (AI)

Various tedious and time-consuming manual tasks can be automated and streamlined using technologies in artificial intelligence (AI) for health market. AI technologies provide real-time, rapid and remotely accessible solutions for various disease prevention, diagnosis and treatment problems in the healthcare industry. Managerial and administrative applications of AI technologies in healthcare can help hospitals, clinics, surgical centers, and other healthcare facilities improve their medical diagnoses and clinical workflow management.

2. New applications in the mobile health industry (mHealth)

MHealth platforms and technologies can provide access to personalized health information using various connected devices such as portable medical devices and digital solutions. Mobile health The platforms have proven to be extremely useful and reliable during the COVID-19 pandemic in stopping the spread of the virus through contact tracing, quarantine control and management, dissemination of important information, monitoring , tests and vaccination assistance.

3. Integration of the Internet of Medical Things (IoMT)

IoMT or Internet of Medical Things is essential technology that can be harnessed to establish healthcare systems or develop medical equipment that requires little or no human oversight. A massive network of medical devices, infrastructures and interconnected equipment can allow actors and healthcare professionals to enable many applications such as intelligent medical diagnostics, remote patient management, automatic treatment, bio -Real-time tracking, automatic disinfection and disease control, to name a few.

4. Growing adoption of 3D printing

3D printing has made advancements in the healthcare industry by allowing a greater degree of control over personalized medicine. It can be used to design and produce custom inorganic medical solutions such as fracture casts, prescription glasses, surgical tools, prostheses, and organic or biological solutions such as patient-specific organ models using biomaterials compatible with 3D printing.

5. Improved telemedicine solutions

The global pandemic situation created by the novel coronavirus outbreak at the end of 2019 has accelerated the adoption of various telemedecine solutions over the past year. Many governments, clinics, healthcare systems, patients and clinicians have adopted improved telemedicine solutions to decongest and reduce the burden on healthcare facilities around the world. Telemedicine solutions are extremely useful in such situations as they can help the elderly population at a distance, help conserve clinical and medical supplies, and free up bed space for patients who need immediate and direct medical care. . Telemedicine has been a great tool in providing relief to patients during the pandemic situation by allowing patients and healthcare professionals to practice social distancing.

6. Integration of Blockchain technologies

The traceable, safe, reliable and secure nature of emerging blockchain technologies has made them suitable for various applications in the global healthcare industry, such as remote monitoring of patients, health insurance claims, electronic medical record management, monitoring and management of the pharmaceutical supply chain. These technologies also play an important role in drafting smart contracts, enabling the safe storage, retrieval and sharing of biomedical and health data collected remotely, and the fight against counterfeit drugs and medicines.

7. Big data collection and analysis

The emergence of electronic health records (EHRs) and electronic medical records (EMRs) has resulted in the generation of massive amounts of digital data in recent years. Big data solutions and big data analysis industries can assist healthcare facilities and practitioners in medical data collection, diagnostic techniques, improved surgical workflows, possibility of consultations, implementation of safe and secure data storage , streamlining treatment planning and helping to remote patient monitoring. With an ever-increasing volume of medical and healthcare data, the need for sophisticated and technologically superior analysis tools is skyrocketing. The latest big data analytics can provide solutions and tools to tackle this big and unstructured data, offer better options for treatment methods and monitor healthcare facilities.

8. Cloud computing

Cloud computing in healthcare The industry presents the possibility of seamless integration of networks, billing, alerting, security and monitoring systems in a healthcare facility. Cloud computing technologies can harness the processing power and enhanced storage capabilities to support big data and big data analytics solutions. These technologies have proven to be extremely useful in solving issues related to data access, data backup, smart data potential, data storage, data recovery, data interoperability and data management.

9. Introduction of immersive technologies

Immersive technologies, such as augmented reality (AR), virtual reality (VR) and mixed reality (MR) are slowly gaining importance in the healthcare industry. New applications of virtual reality technologies can help in various forms of medical rehabilitation therapy, including physical and cognitive rehabilitation and exposure therapy targeted at anxiety disorders. Simulations created using AR or VR technologies also play an important role in the modern era medical education. These technologies can be used effectively to teach medical students about surgical procedures, internal human body organs, and diagnostics.

10. Growing emphasis on the development of the field of genomics

Advances in genomics, that is, the study of genomes, have given rise to increasingly advanced applications that provide genetical therapy solutions for various chronic diseases and disorders. Genomics innovations have also propelled the development of personalized genetic analysis

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