Latest Articles for Biomedical Engineering

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.

Exploring the relationship between fluid flow and surface properties.

AI methods enhance the analysis of biomedical signals for better health insights.

Examining the flow behavior of serum-supplemented media in OOC devices.

SciDFM offers advanced reasoning and understanding for scientific research.

New approaches improve modeling of physical behaviors in varying geometries.

Using implicit neural networks to enhance speed of sound measurement in tissues.

New method raises security concerns in EEG systems while highlighting potential protective uses.

Research enhances accuracy of material characterization using open-ended coaxial probes.

New dataset aids in tracking tiny microbial cells more effectively.

Researchers use bacteria to potentially improve cancer therapies targeting tumors.

New method improves understanding of breast tissue properties for better tumor detection.

Learn how fibre arrangement affects material properties and real-world applications.

A novel tool improves research on 3D tumor spheroids and cell migration.

New strategies using mini-binders show promise for targeting cancer cells effectively.

Examining heart cell differences can improve cardiac modeling and health care.

Researchers explore synchronized movements of gold nanoparticles in an optothermal trap.

Discover how mechanical forces and chemical signals shape tissue growth and tumors.

Discover the complex behaviors and functions of human skin under stress.

Discover the fascinating behaviors of shear-thinning fluids in various applications.

PIEZO1 channels help cells detect mechanical signals for various bodily functions.

A new cradle design helps keep mice warm during anesthesia in research.