Michael A.K. Liebschner, Ph.D.
About
Michael A.K. Liebschner, Ph.D. is a biomedical engineer whose research and professional work center on computational modeling of biological structures, including finite element analysis of bone and soft tissue, spinal biomechanics, and the simulation of physiological processes relevant to clinical and surgical applications.
His peer-reviewed work, spanning more than 55 publications in journals such as the Annals of Biomedical Engineering, Medical Image Analysis, Medical Physics, and The Lancet Healthy Longevity, covers topics including high-fidelity finite element modeling of bone tissue in older adults undergoing lifestyle intervention, intradiscal and intramuscular pressure changes associated with spinal manipulation, soft tissue deformation simulation, and diffusion model-based prediction of facial appearance changes following orthognathic surgery. This breadth reflects a research program that connects computational methods with practical questions in orthopedics, rehabilitation, and surgical planning.
Dr. Liebschner's combination of engineering methodology and biomedical subject matter positions him to address technical questions arising in cases involving spinal injury, bone mechanics, surgical outcomes, and related biomechanical disputes. He practices in Texas.
Credentials
Publications
- Facial appearance prediction for orthognathic surgery with diffusion models.
- Correction to: High-Fidelity Finite Element Modeling Technique to Improve Sensitivity to Bone Tissue Changes of Older Adults with Obesity undergoing Intensive Lifestyle Intervention.
- Bone quality response to lifestyle intervention in older adults with obesity (LIMB-Q trial): a randomised controlled trial.
- High-Fidelity Finite Element Modeling Technique to Improve Sensitivity to Bone Tissue Changes of Older Adults with Obesity undergoing Intensive Lifestyle Intervention.
- Learning soft tissue deformation from incremental simulations.
- Correspondence attention for facial appearance simulation.
- Measurement of Force and Intramuscular Pressure Changes Related to Thrust Spinal Manipulation in an In Vivo Animal Model.
- In vivo measurement of intradiscal pressure changes related to thrust and non-thrust spinal manipulation in an animal model: a pilot study.
- Simulation of Postoperative Facial Appearances via Geometric Deep Learning for Efficient Orthognathic Surgical Planning.
- Deep Simulation of Facial Appearance Changes Following Craniomaxillofacial Bony Movements in Orthognathic Surgical Planning.
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