F. Bahrami

From a biological template model to gait assistance with an exosuit

This paper introduces a biologically inspired exosuit design and control method that reduces metabolic cost and improves walking efficiency through compliant actuators and ground reaction force-based stiffness adjustment.

Predicting transdermal fentanyl delivery using physics-based simulations for tailored therapy

This paper develops a physics-based digital twin to predict transdermal fentanyl delivery and tailor therapy based on patient age, showing increased pain relief and safety in older patients.

Inverse mechanistic modeling of transdermal drug delivery for fast identification of optimal model parameters

This paper uses inverse mechanistic modeling to rapidly determine optimal parameters for transdermal drug delivery, improving model accuracy with fewer simulations.

A Patient-based Model to Investigate the Effect of Micro-structure Scars on the Optogenetic Defibrillation Success: A Computational Modelling Approach

This paper develops a low-order computational model of optogenetic cardiac tissue to study how scar microstructure affects defibrillation success, finding that scar characteristics and light-sensitive cell distribution significantly influence outcomes.

Predicting transdermal fentanyl delivery using mechanistic simulations for tailored therapy

This study uses mechanistic simulations to predict transdermal fentanyl delivery, showing significant variability in uptake by age and anatomical location, and demonstrating the potential of micron-sized reservoirs to enhance drug flux.

A novel tolerance index to identify heat tolerance in cultivated and wild barley genotypes

This study evaluates heat tolerance in barley genotypes using a novel tolerance index, finding wild genotypes more resilient than cultivated ones under high-temperature stress.