The introduction of digital technologies opens new horizons in the field of healthcare

We live in 2020, and it’s no secret that digital presence is no longer just a factor of competitiveness, but a matter of survival. In order not to disappear from the radar in the post-digital era, leading pharmaceutical and medical organizations need to implement new technologies. Digital equipment has already become an integral part of modern business, and the next frontier is to improve the quality of user interaction – doctors, patients and medical staff – to create a more efficient healthcare system.

There is currently a gap between the reality and patients’ perceptions of how these services should ideally be delivered. A recent study by Accenture showed that more and more patients believe that healthcare facilities should provide them with self-care options. More than 50% of respondents choose a healthcare facility based on the digital solutions it provides.

The introduction of digital technologies, including for personalization of services based on data analysis and the secure exchange of health information, will help pharmaceutical organizations open new horizons in the healthcare sector.

The best digital technologies

Over the past period, medical organizations have invested in digital technologies, including mobile solutions, analytics systems and cloud platforms. The current generation of technology tools opens up new opportunities for companies. One of the main vectors of development is RIRK technologies (technologies of distributed ledgers, artificial intelligence, augmented reality and quantum computing), which can significantly increase the efficiency of personnel and improve the quality of interaction with patients, while reducing the cost of services.

Distributed ledger technology

Distributed ledgers provide unrelated users with ample opportunity to interact and conduct transactions – without intermediaries or third parties – as well as the means to implement self-executing smart contracts. This category includes blockchain-like technologies that will be key to secure patient identification and data management.

For example, pharmacists can use a single secure database to efficiently access patients’ medical records. In addition, by collecting anonymized patient data, pharmaceutical companies can obtain complete information about the effectiveness of medicines based on their actual use.

Artificial Intelligence (AI)

AI enables you to automate business functions, collect massive amounts of data, and enable analytics. According to Accenture, 41% of healthcare executives believe AI will be the most important driver of the industry over the next three years.

They can help streamline analytics processes and increase productivity by automating manual operations, learning user behavior, and reducing the number of steps to complete tasks. This will increase the accuracy of medical analysis and reduce the likelihood of human error.

AI-powered smartphone apps and digital healthcare solutions will enable patients to self-diagnose and receive a personalized treatment regimen.

Tools for interacting with reality (virtual, augmented, augmented, etc.)

These technologies create new user experiences with varying degrees of immersion and provide information on demand. Scenarios for the use of such technologies in clinical practice, research and education are becoming more and more popular, but their true potential is almost limitless. For example, pharmaceutical companies can provide augmented reality to their sales representatives, create virtual drug prototypes, and simulate molecular interactions in a laboratory.

Quantum computing

This technology will allow complex datasets to be used to develop new types of drugs, materials and cyber defenses.

Temperature registration and control

Temperature sensors are critical data sources that ensure the safety and efficacy of pharmaceuticals during storage and transport. They are especially important for maintaining the beneficial properties of vaccines as they travel through the supply chain. With these sensors, patients can be assured that drug efficacy is maintained during delivery.

Radio Frequency Identification (RFID)

Medical organizations must completely eliminate the possibility of error. A global tracking system using mobile barcodes and RFID tags provides data on the location and status of vaccines and other perishable medicines. Built-in RFID tags help you find products quickly.

With RFID, pharmacy staff can be informed of drug availability and dosage information without having to manually enter data. This technology helps to identify expired items, spoiled or discontinued products, and return unclaimed drugs to the market.

Mobile medical technology

Mobile medical technologies (health) are mobile software and solutions that help create a single secure environment for interaction between medical and insurance organizations, equipment manufacturers and everyone involved in this area.

Mobile apps help patients to receive medical care and improve its effectiveness. For example, patients can search for the nearest pharmacy on Google Maps or receive an invitation on social media to participate in medical research.

Healthcare professionals can use mobile apps to search for information in pharmaceutical guides or libraries of specialty literature, diagnostic apps to perform work tasks, or support apps to organize logistics. An example is a pharmacy drug delivery tracking application that can be used to check if a patient has received drugs.

In addition, this category includes accessories for mobile devices that can be used to transform them into diagnostic tools: an otoscope, a wireless blood pressure monitor or a pulse oximeter. Physicians, nurses and caregivers can do many things with a single device: view confidential information, generate reports, and capture real-time data with high accuracy.

With medical mobile apps, patients can be more active in the medical care process. With the help of applications and wireless sensors, you can assess your condition and get data about the processes in the body. Using smartphones, you can monitor your medication intake, record your daily health-related activities, and order additional prescription medications.

Mobile patient data dashboards enable healthcare and pharmaceutical organizations to gain more accurate information about prescription compliance and drug efficacy.

Innovations in the field of mobile medicine

According to research, American medicine will save more than $ 100 billion from digital healthcare solutions over the next four years. Automatic dosing systems are already on the market. A temporary biodegradable implant attached to the app allows pharmacists and nursing staff to track medication intake and action without direct patient observation.

One of the most important uses of such technologies is to treat patients in remote regions or in places with limited access to medical care. Thanks to mobile medical technology, doctors can help patients from any distance.

In the future, these technologies have the potential to dramatically change the way we live and communicate and help fight disease and improve living standards around the world.