Research Articles
Redefining the Future of Medicine: A Look at the 2020 Tissue Engineering Awards
Explore the groundbreaking tissue engineering research honored at the 2020 International Conference, featuring bioengineered skin, advanced biomaterials, and future medical innovations.
The Hidden World of Scaffolds: How Different Decellularization Methods Create Unique Biomaterials
Exploring the compositional and structural differences between cell-derived and enzyme-based decellularized extracellular matrix for tissue engineering applications.
Analysis on Nonlinearity of Ultrasonic Parameters in Biomaterial Engineering
Exploring the revolutionary applications of nonlinear ultrasonic testing in biomaterial engineering for medical implants and tissue scaffolds.
The Pulse of Progress: Engineering the Blood Vessels of Tomorrow
Explore the cutting-edge field of vascular tissue engineering and the development of small diameter blood vessel substitutes using advanced biomaterials and cells.
Unlocking Hidden Superpowers: How Airflow Grinding Supercharges Our Food
Discover how airflow grinding technology transforms ordinary biomaterials into nutritional powerhouses with enhanced properties and functionality.
The Digital Crystal Ball: How Computer Models Are Designing Better Biomedical Implants
Explore how consensus QSPR modeling predicts cellular response and fibrinogen adsorption to polymeric biomaterials, revolutionizing implant design.
The Beat of Progress: How Advanced Materials Are Revolutionizing Heart Research
Explore how polyacrylamide and PDMS materials are transforming cardiac cell research through tunable mechanical properties that mimic heart tissue environments.
Building Better Bodies: The Rise of Smart Nanocomposite Scaffolds
Exploring the revolutionary potential of magnetite nanoparticle-doped reduced graphene oxide grafted polyhydroxyalkanoate nanocomposites for advanced tissue engineering applications.
The Hidden World Within: How Scientists Decode the Secret Life of Porous Ceramics
Discover how scientists use ultrasonics, nanoindentation, and homogenization theory to decode the secret life of porous ceramics in biomedical and civil engineering.
The Invisible Scaffold: How Advanced Materials Guide the Future of Stem Cell Medicine
Explore how natural and synthetic materials enable induced pluripotent stem cell technology for regenerative medicine and disease modeling.