The safe and effective implementation of new Technologies for the health and rehabilitation sector It is a topic of great relevance in our world that is evolving in an unstoppable way. During the last decades, we have witnessed surprising advances in the field of surgery, from non-invasive techniques to the Robot assistance en surgical interventions and even in therapy sessions. The exponential growth of digital platforms It is also marking a new era in the field of health.
Although the implementation of these technologies is progressive, the limited availability of scientific evidence in the form of clinical trials is still a constant.
Reasons why scientific evidence is critical in technologies for the health and rehabilitation sector
Undoubtedly, the scientific evidence plays a fundamental role in new technologies applicable in the health sector, providing a solid and reliable basis for decisions that impact people's health. Below, we will address the reasons why scientific evidence is essential in this area.
Validation and reliability
The validation and reliability of the Technologies for the health and rehabilitation sector are decisive aspects for their effective adoption. Scientific evidence becomes the cornerstone that supports confidence in these technologies. Of course, this validation not only involves the accuracy of the results but also the ability to replicate and be consistent in different applications. clinical settings.
The rigorous application of scientific methods ensures that the data collected is reliable, providing healthcare professionals and patients with the certainty that they are using the correct tools and safe and effective devices.
Clinical practice guide
Scientific evidence, being the basis of the guidelines for clinical practice, plays a crucial role in the decision making daily routines of healthcare professionals. In clinical practice, where each patient is unique, having evidence-based guidelines becomes essential.
These guidelines provide a solid framework for the diagnosis, treatment y pursuit of various health conditions. In addition, scientific evidence allows for the adaptation of practices as new technologies emerge, ensuring optimal and personalized care.
Preventing medical errors
In parallel, the scientific evidence acts as a protective mechanism against medical errors by establishing clear standards and best practices supported by solid data. preventing misdiagnoses, inappropriate treatments and adverse effects becomes a priority by following evidence-supported recommendations.
This prevention not only protects patients, but also eases the burden on healthcare professionals by providing them with the confidence that their decisions are supported by research and accumulated experience.
Innovation and development to promote new Ethics and professional responsibility, essential when applying technologies for the health and rehabilitation sector
Certainly, scientific research is the engine that drives innovation in the field of health. Beyond validating the Technologies for the health and rehabilitation sector existing, scientific evidence opens the door to new discoveries and advances.
Without a solid scientific basis, innovation would be arbitrary and potentially risky. From this perspective, investment in evidence-backed research is essential to explore novel therapies, more effective treatments and revolutionary technologiesThese advances can transform the way we approach health and rehabilitation issues.
Ethics and professional responsibility are essential when applying technologies for the health and rehabilitation sector
Evidence-based decision making is not only a scientific imperative but also an ethical one. In this regard, protecting the integrity and ethics of healthcare professionals becomes even more critical in a constantly evolving technological environmentScientific evidence acts as an ethical blueprint, guiding professionals' decisions toward practices that have demonstrated real benefits for patients. Acting in accordance with the best available evidence is a standard of excellence and also an ethical commitment to the safety and well-being of those whom health professionals serve.
Regarding this topic, we invite you to read our article on the Ethical challenges of robotics in the medical care.
Technologies for the health and rehabilitation sector Inrobics They have scientific support
In this context, the solutions of Inrobics based on robotics and Artificial Intelligence had their origin in a research carried out in 2014 in the Department of Computer Science, Carlos III University of MadridThe purpose of the research was to demonstrate the considerable improvement in motivation and adherence of patients to treatment generated by the application of social robotics in the field of neurorehabilitation.
In fact, the results obtained in this research are supported by indisputable scientific evidence. Following this success, those responsible for the project decided to establish what it is today. Inrobics to effectively take advantage of all the technology developed.
As of today, the Technologies for the health and rehabilitation sector that make up Inrobics Rehab have been tested in seven healthcare institutions by more than 50 clinical professionals on more than 400 patients. Below we will summarize the most important studies that provide scientific evidence on the effectiveness of our solutions:
Effectiveness of assistive social robotics platform for upper limb rehabilitation
This is a longitudinal study with pediatric patients carried out in June 2019, in the Virgen del Rocío University Hospital in Seville. Eight pediatric patients participated in the study. cerebral palsy and obstetric brachial palsy.
The tests showed that patients who participated in the program significantly improved their motor skills after four months of training. The results were compared with a group that followed a conventional treatment which did not produce any improvement.
This result was particularly evident in patients who attended all their scheduled sessions. In fact, family members noticed that the patients performed the exercises better than before the training sessions with the robot.
Upper limb training for patients with pediatric neurological disabilities
This clinical study was conducted in April 2023, in the National Hospital for Paraplegics of Toledo. Ten patients with paraplegia and tetraplegia participated in this study. The results suggested the feasibility of the NAO humanoid robot for the administration and conduction of an upper limb training program in pediatric neurological patients. The practice complemented conventional therapies.
Evolution in fluidity and efficiency of the upper extremities in pediatric patients
This research was also conducted in the National Hospital for Paraplegics of Toledo, in 2023. This study involved 10 pediatric patients with spinal cord injuries and consequent paraplegia and tetraplegia. For this purpose, we organized 10 rehabilitation sessions with the platform Inrobics, supported by the robot humanoide Robic.
The procedure provided evidence that through arm training it is possible to improve motor learning for a given task. As if that were not enough, the study revealed a decrease in sudden movements associated with upper limb motor control.
Inrobics Rehab, the only social robotics solution certified as a medical device in Europe
Indeed, our rehabilitation system based social robotics and AI obtained this distinction for providing a personalized, empathetic and flexible service. From this perspective, Inrobics Rehab improves the effectiveness and access to treatment through the use of innovative technologies. In fact, Inrobics Rehab It is so adaptable that it can be used in:
- Health care centers, where it is a therapeutic resource that enriches clinical practice.
- In the therapist's office, from where this professional will have access to the app to monitor the patient's progress and achievements.
- At the patient's home, in which the therapist will be able to do the training previously configured by the therapist.
Request a demo To learn more about our Technologies for the health and rehabilitation sector and obtain its benefits supported by scientific evidence.
