Digitization of medicine

All experts agree: the digitization of medicine, or eHealth, is an upward trend. After all, it brings clear advantages for both patients and healthcare professionals. Are you aware of all its challenges and opportunities?

Digitizing medicine means implementing ICT in the healthcare sector to increase the efficiency of its management and diagnostics. It is an unstoppable phenomenon that has gained significant strength since the coronavirus crisis. Understanding it in depth has become essential when equipping healthcare centers with the best technological systems.

Digitalización de la medicina

Benefits of the digitization of medicine for the patient

Optimizes doctor–patient communication


With telemedicine, both patients and healthcare professionals can access medical data in real time. This accessibility makes it possible to share medical records across different centers or request clinical information before a consultation to analyze it in detail.

Enhances diagnostic personalization


The more medicine advances digitally, the fewer human errors appear in diagnostics. AI algorithms are key for providing more data and better patient insights to healthcare professionals. As a result, diagnoses become more accurate, and treatments are more successful.

Improves accessibility


One of the main benefits of telemedicine is that it makes receiving medical care much easier for patients. This is especially beneficial for people with reduced mobility. Receiving timely healthcare thus becomes much faster and simpler, helping prevent diseases through early detection.

How digitalization is transforming the healthcare sector

Digitalization is already present in many areas of our lives, and healthcare is one of the sectors that has undergone the greatest transformations. In particular, its evolution is driving the following changes:

  • Optimization of medical care: Enabled by remote medical assistance, remote monitoring devices, and the ability to perform more precise analyses thanks to new technologies.

  • Patient empowerment: The digitalization of their medical records and the use of health apps allow patients to access essential information for self-care.

  • Optimized resource allocation: The operational efficiency of the healthcare sector improves with advances such as big data management, process automation, and virtualization.

  • Advances in research and treatments: Healthcare innovation owes much to the digitalization of medicine. For example, 3D and 4D printing is enabling major advancements in the manufacturing of surgical prostheses.

Impact of digitalization on the doctor–patient relationship

One of the areas where the transformations brought by the digitalization of medicine have been most evident is the doctor–patient relationship. As mentioned earlier, digitalization has enabled more fluid and efficient communication, which improves the quality of healthcare from start to finish.

Both patients and healthcare professionals now have better access to clinical data thanks to telemedicine. In addition, eHealth opens fast and clear communication channels, overcoming the limitations of in-person care. Medication reminders and the remote monitoring of rehabilitation processes are some of its main benefits.

Main challenges in the digitalization of medicine

  • Cybersecurity: Health data represents the highest standard of sensitive information. Consequently, its management must comply with GDPR regulations and enhance protection against cyberattacks.

  • Continuous training: The digitalization of medicine is an ongoing process. Only healthcare professionals who constantly update their technological skills will be able to make the most of its potential.

  • Ethical issues: Poor implementation of telemedicine can lead to challenges such as the dehumanization of healthcare, technological dependency, and inequalities caused by the digital divide.

Steps to implement digitalization in clinics and hospitals

  1. Analyze the specific needs of the hospital or clinic. For example, if your hospital wants to save energy, it can integrate hardware and software elements to control and automate energy infrastructures.
  2. Evaluate the existing technological infrastructure of the healthcare center and assess the staff’s level of training.
  3. Design a digitalization plan tailored to the center’s reality. Include measurable objectives and define a realistic timeline to digitalize the hospital or clinic.
  4. Choose the digital solutions that best fit your project, paying special attention to the features and experience offered by your provider.
  5. Gradually implement telemedicine, focusing especially on staff training and integration with existing systems.
  6. Monitor performance to introduce adjustments and improvements.

The future of digital medicine: key innovations

  • Artificial intelligence: this technology is proving especially promising in predictive analysis. One of its most interesting applications is the monitoring of patients without contact and in real time to automatically alert nurses.
  • Virtual reality (VR) and augmented reality (AR): they offer very interesting uses in numerous healthcare fields (training simulations, treatment of psychological disorders, real-time visualization during surgical procedures, etc.).
  • Machine learning: its algorithms are extremely useful for personalizing treatments and predicting their effectiveness. It is also important to highlight its value in the analysis of diagnostic tests.
  • Big data: its application streamlines clinical research, such as the development of new medications. It also helps optimize genomic and epidemiological data analysis.

As a telecommunications engineer, it is up to you to ensure that your hospital or care center can fully benefit from medical digitalization. At Advantecnia, we specialize in implementing healthcare communication, software, security, and automation solutions.
Get in contact with us to successfully digitalize this type of facility.

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