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Biomaterials in BME

Original schematic comparing fewer and more effective crosslinks in a hydrated polymer network: fewer crosslinks generally allow more swelling and a larger mesh, for the same polymer chemistry and bath.

Why Do Hydrogels Swell Without Dissolving? Crosslink Density, Mesh Size, and Biomedical Design

Why Do Hydrogels Swell Without Dissolving? Crosslink Density, Mesh Size, and Biomedical Design Read More »

Biomaterials in BME
Two-panel comparison diagram of bulk erosion versus surface erosion in a polymer implant, showing water penetrating the entire polymer block uniformly in bulk erosion with degradation throughout the interior, versus water confined to the outer boundary in surface erosion with layers eroding inward while the core stays intact

How Do Resorbable Implants Disappear? Degradation, Erosion, and the Engineering of Controlled Breakdown

How Do Resorbable Implants Disappear? Degradation, Erosion, and the Engineering of Controlled Breakdown Read More »

Biomaterials in BME
Four-stage diagram of the host response to an implanted biomaterial: protein adsorption, acute inflammation, macrophages and foreign body giant cells, and fibrous encapsulation

What Does Biocompatibility Actually Mean in Biomaterials Engineering?

What Does Biocompatibility Actually Mean in Biomaterials Engineering? Read More »

Biomaterials in BME

Biomaterials in Biomedical Engineering: Types, Properties, Applications, and Future Trends

Biomaterials in Biomedical Engineering: Types, Properties, Applications, and Future Trends Read More »

Biomedical Engineering Biomaterials in BME

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