This lecture will focus on the role of advanced algorithms and parametric mapping in enhancing reproducibility, characterizing tissue, and enabling longitudinal monitoring within the musculoskeletal (MSK) environment. We will explore the evolving role of MRI in assessing soft tissue, cartilage, bone, and joint integrity using advanced techniques. Qualitative techniques such as 3D Multi-Echo GRE, Metal Artifact Reduction Sequences (MARS), Fast Spin Echo (3D FSE) and Zero Echo Time (ZTE) imaging will be explored, as well as quantitative MRI methods including Diffusion Tensor Imaging (DTI) for evaluating muscle microstructure and nerve integrity, T2 Mapping for cartilage composition assessment and early osteoarthritis detection. Acquisition principles, image reconstruction strategies and post-processing workflows and how sequence design and optimization impact image quality and diagnostic value will also be addressed.

Participants will leave with a comprehensive understanding of MRI applications in musculoskeletal (MSK) imaging and actionable strategies to demonstrate measurable improvements in applying qualitative and quantitative techniques in practice.