Latest Articles for Biomedical Engineering

A straightforward look at poroelastic plates and their significance in various fields.

A method to identify treatment effects in high-dimensional health data.

Examining how heat treatment alters the properties of ZX10 magnesium alloy.

New methods improve organic electronic devices for better performance and cost.

Using hydrogels for precise drug delivery improves cancer treatment outcomes.

Magnesium alloys show promise for custom orthopedic implants through advanced manufacturing techniques.

A look into techniques improving accuracy in fluid flow simulations.

A look at how EIT is improving medical imaging.

New insights into RNA interactions could lead to better drugs for bacterial infections.

Study compares methods of measuring arterial stiffness in young and older mice.

A new method enhances power spectrum estimation from nonuniformly sampled data.

New hybrid hydrogels improve cell growth and adhesion in medical applications.

Soft electro-active materials transform energy, enabling diverse applications in various fields.

A novel software tool enhances the study of heart cell movement and drug effects.

New collagen sheets mimic natural blood vessel behavior, aiding tissue engineering.

Wearable device records internal sounds and health metrics for better monitoring.

Study investigates how surface texture impacts water droplet behavior on titanium.

New methods improve heart shape and motion modeling for better patient care.

This article compares different ingestible antenna types for health monitoring in the GI tract.

Friction dynamics in hydrogels impact their performance in various applications.

This article discusses how Bayesian methods improve confidence in neural network predictions.

A look into the importance and challenges of studying solute carriers in medicine.

New methods enhance the accuracy of in-body nanodevices based on individual characteristics.

Study reveals how bacteria adhere differently to surfaces based on stiffness.

SPEED enhances EEG data preprocessing for better machine learning results.

MXenes showcase unique properties that could revolutionize energy storage and electronics.

Tiny fibers interact with light for advancements in multiple fields.

A new method for ECG modeling using mathematical approaches enhances heart signal analysis.

This article explores the behavior and transport of surfactants using computer simulations.

New insights on a-SiN using machine learning and simulations.

Nicheformer integrates single-cell and spatial data for improved cellular analysis.

Research highlights the impact of muscle adaptability in biohybrid robots using reinforcement learning.

Studying polymer flows reveals unique chaotic patterns and their impacts.

This method speeds up blood flow simulations using innovative mathematical techniques.

Scientists improve cryogenic electron tomography with real-time guidance using fluorescence.

Exploring the potential of memristors in chaotic behavior for advanced applications.

Advancements in microrobots for precise fluid transport in medical applications.

TiFM2.0 revolutionizes how scientists measure force in living tissues.

Study reveals unexpected interactions of particles in viscous fluids near walls.

This study investigates the interplay between fluids and flexible structures.