Topics

9^th Eurosummer School on Biorhelogy & Symposium on Micro and Nano Mechanics and  Mechanobiology of Cells, Tissues and Systems, Varna, Bulgaria, 3^rd-5^th September 2026
 

• Hemorheology and Microcirculation; In vivo Hemorheology and Hemodynamics
• Clinical Hemorheology and Hyperviscosity syndromes: Hemorheological disturbances in Cardiovascular, Cerebrovascular, Renal, Respiratory Diseases, Drug Abusers and others
• Rheology of Thrombosis and Thrombolysis
• Hemorheological Alterations in Atherosclerosis, Arterial hypertension, Diabetes, Aging
• COVID-19 pandemic and disturbances in bio- and Hemorheology and Cell mechanics
• Red Blood Cell Aggregation and Adhesion
• Cell Adhesion to Vascular Surface; Cell Interaction under Flow
• Micro and Nano Mechanics of Blood Cells and Vascular Cells
• Atomic force microscopy, scanning electron microscopy, and other optical methods in hemorheology and cell mechanics
• Microfluidics and optical methods
• Soft Tissues and Cell Mechanobiology
• Mechanical Properties of Biological Tissues and their Substitutes
• Micro and Nano Mechanics and Rheology of Living Cells
• Mechanobiology of Biomolecules and Cells; Cell and Tissue Biorheology
• Sport and Hemo and Biorheology
• Food Rheology
• Bio- and Hemorheological Measurements, Technology and Equipment
• Optical, Ultrasound, Electrorheological Methods
• Computational Biofluid Mechanics, Cell Biology, Systems Biology
• Multidisciplinary Research in Biorheology
• Tissue Engineering and Implantable Tissue Structures
• Biomechanics of Tissues, Organs and Systems
• Biomechanics, Control and Rehabilitation of Human Motion and technical equipment for rehabilitation
  

  Investigation and modeling of the anthropometric and mass-inertial characteristics of the human body: basis for analysis of human movements

• Other related free topics