CMBBE 2016 oral sessions overview:

Advancements in computer simulations for energy based therapies

Advances in modeling and simulations of biological soft matter

Biomaterials and modelling

Biomechanics for Computer Assisted Medical Interventions

Biomechanics in Urology

Biomechanics of movement foot and gait

Brain Computer Interface

Brain Injury

Cardiovascular fluid dynamics

Computational approaches in synthetic biology, biomedical informatics, and molecular genetics

Computational Modelling in Cardiovascular Diseases and Therapies

Computational Respiratory Mechanics and Flows

Computer methods in biomedical optical microscopy

Computer modelling of angiogenesis

Computer modelling of tissue engineering processes

Dental Biomechanics

Interfaces in medicine and biology: from fracture to adhesion

Knee Joints

Mathematical modelling for investigating thermal and electromagnetic tissue interaction

Mathematical models in injury and disease

Mechanical interactions of cells with their environment

Mechanics of single molecules and their collective behaviour

Mechanobiology of musculoskeletal tissues

Modelling and simulations of vascular diseases

Modelling and simulations of injuries

Modelling Fluctuations in Active Matter

Modelling mechanical and frictional interactions of tissues and cells

Modelling soft tissue damage and healing

Models of Drug Transport and Nano-medicine

Multiscale Computer Modelling in Rehabilitation Biomechanics

Neural engineering and central nervous system injury

Patient specific computational modelling and tissue properties

Reproductive Biomechanics

Skin biophysics and biomechanics

Spine Biomechanics, Imaging and Therapeutics

Soft tissues

Tissue elastography

Tissue Engineering Scaffolding: Computer-Aided Design and 3D Printing

Track on Computational bio-imaging and visualization

Organized by João Manuel R. S. Tavares , Editor-in-Chief of the CMBBE: I&V 

For message including more information from the track chair click Opens external link in new windowhere.

Included sessions:

  • Biomedical Image Analysis
  • Biomedical Image Processing 
  • Biomedical Visualization
  • Image Based Simulation