Multi-stage uncertainty quantification framework for red blood cell morpho-mechanics

Key Points

• The framework improves the accuracy of predicting red blood cell behavior under various conditions, and it highlights the role of mechanical properties.
• Employing a multi-stage approach allows for robust uncertainty quantification in biomechanical modeling, enhancing reliability.
• Analysis combines computational modeling with experimental data to refine morpho-mechanics understanding, contributing to biomedical advancements.
• This framework supports future research in blood cell mechanics, potentially leading to better diagnostics and treatment options.