The International Covenant on Economic, Social, and Cultural Rights states that: “The States Parties to the present Covenant recognize the right of everyone to the highest attainable standard of physical and mental health.” This principle, enshrined in numerous international legal instruments, reaffirms that health is a fundamental right for every individual. In a global context where public health is a major issue, improving the quality of care and ensuring access to better treatment are essential challenges for the future. Scientific and medical research plays a decisive role in this quest and involves international cooperation to offer new solutions to patients.
R&D and MedTech: A Collaboration That Requires Equipment
In an ever-evolving surgical environment, it is crucial to regularly update techniques in order to foster intellectual and technological renewal, thereby continually pushing the boundaries of knowledge and innovation. Research and development (R&D) units play a key role in this process, continually striving to improve patient care by offering more effective and constructive alternatives. Indeed, clinical research and R&D in the field of MedTech are fundamental pillars of healthcare innovation, as they make it possible to redefine care methods by leveraging advanced technologies and scientific discoveries.
However, medical research is a long, complex, and rigorous process that requires appropriate means and resources to advance science for the benefit of patients. One of the essential aspects of this progress is access to high-quality equipment. Modern, high-performance devices are essential for conducting tests, simulating real-world scenarios, and validating hypotheses. In this regard, University Hospitals (CHUs) serve as leading centers of innovation, with a mission to advance research, stimulate intellectual inquiry, and improve patient care. These institutions, in collaboration with medical teams, contribute to the advancement of medical practices and address contemporary healthcare challenges.
In this context, R&D becomes the backbone of medical progress. Through their work, research units help develop new methods and technologies, thereby contributing to pushing the boundaries of medicine. However, for these advances to take shape, it is essential to have the right equipment—capable of supporting rigorous research and ensuring reliable results—which guarantees the relevance and reproducibility of the research.
Another key to the success of innovation in medical technology lies in the ongoing training of healthcare professionals and researchers. Technological innovations can only be fully leveraged if end users—doctors, surgeons, and nurses—are trained and made aware of new practices. In this regard, training centers play a vital role. They ensure that innovations are not only made available to patients but are also used optimally, in accordance with ethical and regulatory standards.
Collaboration between medtech companies and educational and R&D institutions is therefore essential. It ensures that research and innovations translate into effective and responsible medical practices. These partnerships not only enable the development of solutions based on real-world needs but also allow for testing their effectiveness in clinical settings before they are brought to market. Furthermore, these interdisciplinary collaborations foster a dynamic ecosystem that accelerates innovation, thereby enabling a faster response to the medical challenges of the future.
Medical publications: a key tool in the future care of patients
Medical publications are another fundamental pillar of progress in healthcare. They enable the sharing of research findings, deepen our understanding of certain diseases, and validate new therapeutic approaches. France ranks 7th in the world in terms of medical publications and is the European leader in clinical research projects. This ecosystem consists of three major players: research organizations (such as Inserm and the CNRS), university hospitals, and universities, which work in tandem to ensure scientific and clinical excellence.
One example among many of the impact of ongoing research in France is the study conducted by Émile Balandier, Laurent Vigouroux, Jean-Louis Milan, Thibault Poujade, and André Gay, on pulley repair using a direct suture technique. The study was conducted at Skylab, a center of excellence in medical training, R&D, and conference organization, and was published in 2024 in *Clinical Biomechanics*. CThis study demonstrates the importance of biomechanical research for the purpose of updating orthopedic surgical procedures. Indeed, this technique, which does not rely on autografts, holds significant potential for improving surgical outcomes in terms of stability and regeneration of damaged structures:
“One of the most common climbing injuries is a ruptured finger pulley. Depending on the severity of the injury, surgery may be necessary. Conventional techniques are well-established, but they all use autografts to reconstruct the pulley, and some side effects have been observed. The present technique—direct suturing of injured pulleys without using an autograft—has a minimal impact and results in a normal tendon-bone distance after healing. This study aimed to verify the postoperative stability of the pulley repaired using direct suturing.”
We performed rupture tests on the pulleys of 17 cadaver fingers by applying traction to the flexor tendons. Tests were first conducted on the native pulley and then on the sutured pulley. We measured the total tensile force and fingertip force and calculated the force of the A2 and A4 pulleys in each test.
We found a significant difference in force between the native (334.9 N) and sutured (59.0 N) A2 pulleys, as well as in all other parameters.
Pulley Repair Using the Direct Suture Technique: A Mechanical Study, Clinical Biomechanics (2024), https://doi.org/10.1016/j.clinbiomech.2025.106497
Similar studies conducted at the same training and research center demonstrate the importance of collaboration between researchers, surgeons, and industry representatives in advancing surgical techniques and improving patient care. During its first two years of operation, the center has had the privilege of hosting a number of surgical studies, including
- The Nantes Hand Institute for a study on trapezo-metacarpal anatomy
- The surgical team at Nîmes University Hospital performing an ultrasound-guided biceps tendon section in the shoulder groove
- A medical team from Barcelona for an analysis of the sectioning of pulleys A0 and A1 for the treatment of trigger finger under ultrasound guidance,
- The Biomechanics Laboratory in Marseille for a study on pulleys.
Facilitating collaboration among researchers, surgeons, and industry professionals promotes the implementation of cutting-edge technologies that are constantly redefining industry standards. The example of direct pulley suturing perfectly illustrates the impact of this work on modern surgery, thanks to its innovative approach and promising results.
Tomorrow’s medical research and scientific publications will continue to transform healthcare practices and methods. The surgeons of tomorrow will need to be trained not only in the most advanced techniques, but also in the latest discoveries and innovations. The integration of new technologies into daily practice, collaboration among interdisciplinary teams, and engagement in ongoing research projects will be key to the evolution of surgical care. By adopting an increasingly scientific and rigorous approach, the surgeons of tomorrow will be able to respond more effectively to the medical challenges of our time.
Scientific and medical research is a long and demanding process, but one that is fundamental to improving patient care. Thanks to access to state-of-the-art equipment and a robust stream of medical publications, medicine is constantly advancing, providing solutions that are increasingly effective and tailored to patients’ needs. International collaboration and constant innovation in this field are essential drivers for ensuring a future in which public health is at the heart of sustainable development, thereby offering everyone the opportunity to enjoy the best possible health.