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Sensor Driven Modelling for Healthy Living – Musculoskeletal modelling, Biosignals and predictive modeling

Date:

  • May 5 – 9, 2025, Online
  • May 19 – 23, 2025, Vilnius Tech, Vilnius, Lithuania

The Department of Biomechanical Engineering (VILNIUS TECH, Lithuania), Laboratory of Biomechanics (OTH Regensburg, Germany) and Institute of Biomedical Engineering (Bialystok University of Technology BUT, Poland) are pleased to welcome you to our first joint BIP “Sensor Driven Modelling for Healthy Living” offering you lectures, workshops, laboratory and cultural activities. The program will be organized in two stages – first stage will contain remote lectures (05-09 May 2025), and second stage is 5-day program in-person in Vilnius, Lithuania (19-23 May 2025).

AnyBody Summit 2025 hosted by Terrabyte

Date: May 15, 2025

Location: Tokyo, Japan

Find information about this event here: AnyBody Summit 2025

AnyBody Summit 2025

Webcast: Optimizing Fracture Healing: Realistic Boundary Conditions

Date: June 10, 2025 at 9 AM (CEST)

Understanding the intricate interplay of factors influencing the healing process is paramount to optimizing fracture healing. Our research addresses interfragmentary movement and bone implant stability.

We focus on personalized simulations with a central role of realistic patient-specific boundary conditions via musculoskeletal simulations based on motion-capturing data of patients with lower and upper extremity fractures. We aim to illustrate the complete healing process from the first movements after a surgery to the rehabilitation exercises and daily living. To realize a high degree of individualization in the virtualization process, we use clinical imaging of patients via computed tomography (CT) scans. Our team segments the CT images and generates a corresponding adaptive finite element (FE) mesh for the bone-implant systems. All information from the musculoskeletal simulation was passed as patient-specific boundary conditions to our biomechanical FE simulation process based on the patient specific meshes. The evaluation of this diverse data set through musculoskeletal simulations results in a comprehensive understanding of the factors contributing to how different movement influences fracture healing.

In addition, the realistic boundary conditions reflect the natural fracture environment without resorting to idealized loads or rigid, unrealistic boundary conditions. The whole process helps unravel the complexity of the healing process, ultimately developing strategies for optimal rehabilitation, improving preoperative planning, and evaluating the ideal conditions for fracture healing.

Presented by:

Annchristin Andres, M.Sc. Applied Mechanics, Saarland University

Read more about the webcast and secure you seat here:

The XXX Congress of the International Society of Biomechanics

Date: July 27 – 31, 2025

Location: Stockholm, Sweden

Let’s meet at the ISB 2025 congress in Stockholm, Sweden! Stop by the AnyBody Technology booth and let’s discuss musculoskeletal modeling and simulations.

If you want to book a dedicated meeting time, please reach out to us prior to the conference.

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