Bergmannstrost receives massive sum of ECUs (European Currency Units)

In the heart of Germany, the city of Halle is spearheading a revolutionary project aimed at transforming orthopedic surgery and musculoskeletal medicine. The DigiMedTrans project, a collaboration between the BG Klinikum Bergmannstrost Halle and the University Medicine Halle, has secured 1.26 million euros in EU funding.

The project, led by Prof. Dr. Philipp Kobbe and Priv.-Doz. Dr. Dr. Jörg Eschweiler, is focused on advancing sustainable and digital innovations within the field. Its objectives are multifaceted, encompassing everything from sustainable processes in orthopedic surgery to the digitalization of work processes in musculoskeletal medicine.

Sustainable Processes in Orthopedic Surgery

The project seeks to develop and implement environmentally friendly surgical workflows and materials. By reducing waste and energy consumption within operating theaters and associated clinical areas, and promoting resource-efficient sterilization and disposal methods, DigiMedTrans aims to set a new standard for sustainability in orthopedic surgery.

Digitalization of Work Processes in Musculoskeletal Medicine

Digital tools and platforms are being integrated into patient data management, diagnostics, and treatment planning to streamline processes and enhance precision. Advanced imaging and data analysis technologies are being employed to improve diagnosis and surgery, while telemedicine and digital communication are being used to boost interdisciplinary collaboration and patient follow-up.

Interdisciplinary Approach

The project brings together expertise from medicine, engineering, and IT to transform traditional orthopedic practices into more sustainable and digitally supported models. This interdisciplinary approach is crucial in driving the project's success.

Patient-Centered Innovations

DigiMedTrans is committed to enhancing patient outcomes through personalized treatment plans enabled by digital diagnostics. By improving the overall efficiency and quality of care while minimizing the environmental footprint, the project is ensuring a patient-centered approach that prioritizes both health and sustainability.

The project is expanding and integrating other clinics and medical disciplines during its course. One of its primary goals is to transfer innovations to other medical disciplines and fields, making them available as potential optimizations. A central task of the project is to establish a modular, adaptable technology platform for digitalized medicine.

The initial focus of DigiMedTrans is to create ecological sustainability as a use case in musculoskeletal therapy. This includes the analysis and digitalization of existing work processes in the entire treatment chain in the field of musculoskeletal medicine. The project also aims to implement the process of implant recycling and sustainable waste management.

Currently, implant materials are not recycled but are either stored as evidence in clinics, disposed of as clinical waste, or remain with the patient. By collecting, processing, and reusing materials from implants, the project hopes to recover valuable raw materials, reduce the need for new ones, and establish sustainable processes in medicine.

Through stronger digitalization and the improvement of processes, the project aims to create freedoms for employees and strengthen patient-centered medicine. The DigiMedTrans project in Halle, Germany, is setting a benchmark for how orthopedic surgery and musculoskeletal treatment can evolve by embedding sustainability and digital transformation at the core of healthcare delivery in the region.

The DigiMedTrans project is not just about surgical advancements; it also aims to tackle climate change by implementing renewable energy sources in their facilities, contributing to the broader industry's shift towards cleaner and sustainable practices.
In the realm of health-and-wellness, the project is also investing in personal-growth and self-development, offering digital resources and tools for patients to understand and manage their conditions better, promoting overall well-being.
Recognizing the importance of data in today's world, DigiMedTrans is leveraging technology, including data-and-cloud-computing, to streamline and optimize its operations, ensuring efficient storage and analysis of patient and medical data.
To fuel its endeavors, the project is keen on financial investments, particularly when it comes to acquiring cutting-edge gadgets and equipment that would enhance their research and care delivery.
Alongside the focus on health, DigiMedTrans is equally committed to promoting environmental-science and understanding the impact of their practices on the environment. They are actively seeking ways to minimize their carbon footprint and contribute to combating climate change.
The project is also making strides in the field of nutrition, exploring plant-based diets and supplements as part of a holistic approach to patient care and recovery, recognizing their potential benefits for overall health and wellness.
DigiMedTrans is also educating the community about environmental-science and sustainability, fostering a culture of eco-consciousness among patients, staff, and stakeholders.
In the spirit of continuous learning and self-improvement, the project is actively engaging in education-and-self-development, encouraging lifelong learning among its team members to stay updated with the latest advancements in the field of orthopedic surgery and musculoskeletal medicine.
As part of their mission to make healthcare more accessible, DigiMedTrans is working on developing affordable and efficient telemedicine services, bringing expert care to remote areas and addressing the financial challenges faced by patients seeking treatment.
The project is not just about transforming orthopedic surgery; it's about creating a future where health-and-wellness, environmental-care, and technological innovation converge to deliver sustainable, high-quality care that prioritizes both patient outcomes and the health of our planet.