What did the digital transformation in the medical field look like in 2021?

Like other industries, technology is also making inroads into the healthcare industry. The speed of medical innovation is leading the industry's digital transformation.
 

Currently, there is a need for better patient engagement and experience. Furthermore, the data generated, tracked, analyzed, and used by innovative medical devices in real-time is the new currency of healthcare. In short, digital transformation is boosting R&D and improving operational performance, productivity, efficiency, and cost-effectiveness across the healthcare value chain.

The fundamental drivers behind digital transformation are emerging technologies that provide companies with digital foundations and competitive advantages. These include Artificial Intelligence (AI), blockchain, cloud, and virtual reality. Moreover, adopting these technologies will enable biopharmaceutical companies to innovate new products and services, engage customers more effectively, and execute processes more efficiently.

In this regard, let's take a look at the state of healthcare digital transformation in 2021:

• On-demand healthcare: The shift towards on-demand healthcare is increasing. So-called "on-demand healthcare" refers to patients being able to consult doctors at their convenience, anywhere. It has proven beneficial, especially for patients with chronic illnesses or other non-serious conditions. Significant advancements in telehealth and communication channels are assisting consumers in accessing treatment via video calls. For example, companies like Nomad Health (an online marketplace that directly connects physicians with healthcare facilities for short-term work) are helping doctors provide on-demand healthcare services to clients in specific situations that match their talents, expertise, and schedules.

• Alternative medicine: Virtual Reality (VR) is finding applications in multiple areas of healthcare. This technology is considered a safer and more effective alternative to medication and is currently being used to treat conditions such as pain, anxiety, PTSD, and stroke. Moreover, physicians and residents are using VR simulations to hone their skills or plan complex surgeries. Additionally, VR headsets are also being used as tools to help autistic children learn how to navigate the world.

• The rise of wearable devices: Previously, most people would undergo an annual physical examination or health checkup when something was wrong. But today, people are proactively focusing on preventive measures, thus more frequently demanding insights into their health. Consequently, healthcare companies are investing in wearable technology devices that can continuously track and collect patients' health data. It can provide up-to-the-minute monitoring of high-risk patients and determine the likelihood of significant health events occurring.

• Predictive analytics: The ongoing COVID-19 pandemic has taught the world the necessity of being prepared for anything. Predictive analytics helps provide a heads-up before something potentially happens. This method helps determine which diseases might soon become significant issues, the status of patients, admission rates, and assists healthcare facilities in staffing their facilities adequately, etc. Therefore, predictive analytics in healthcare can help doctors or healthcare providers react to any changes as quickly as possible.

• AI-powered tools and services: Artificial intelligence is becoming another integral part of healthcare services. Patients are becoming increasingly familiar with AI-powered chatbots and virtual health assistants. AI in medicine could mean a robot assisting human nurses with daily tasks such as retrieving and restocking supplies. Additionally, AI can be further applied to precision medicine, drug discovery, medical imaging, and genomics.

• Blockchain: It has proven to be an effective tool for the healthcare industry. It facilitates the secure transmission of patient medical records and management of the pharmaceutical supply chain. It is an electronic health record (EHR) or digital version of a medical chart that includes everything from a patient's medical history and diagnoses to treatment plans, immunization dates, and test results, along with their demographics and financial details. Thus, through blockchain, the healthcare system can bring accuracy while eliminating information hacks.

• 5G mobile technology enabling instant healthcare: 5G technology allows for instant streaming, downloading, and uploading. In telemedicine, this means patients will experience better video conferencing quality, regardless of location. Additionally, doctors can perform precise, real-time imaging of organs, bones, etc., significantly reducing the risk of misdiagnosis. 5G is designed to support technologies such as AI and extended reality to enhance current services and applications, thus providing a better user experience.

• Healthcare Facility Management 4.0: Information overload, lack of real-time interventions, or ineffective communication are some of the core challenges of healthcare facility management. But in Healthcare Facility Management 4.0, these obstacles can be solved by modern technology. Healthcare Facility Management 4.0 involves real-time communication of all healthcare facility data, without interruption; IoT digital networks; end-to-end process organization, minimizing triggering behavior between patients; patient-centric services.

The Future of Healthcare

The winds of change have begun to blow through the healthcare system. However, it has a long way to go to make it convenient and comfortable for patients and tech-savvy users to transcend borders. Undoubtedly, technology will play a significant role in elevating the digital healthcare space and empowering healthcare professionals to create unique experiences.

                                                                                                                                  Source: Jixianwang