Researchers created a liquid gel that quickly transforms into a spongelike antimicrobial foam to stymie severe bleeding and ultimately preserve lives.

The material commonly used in vaginal mesh implants starts to degrade within 60 days of being implanted in the pelvis, ...

Campaigners called for 'immediate action' from the medical community and regulatory bodies based on the findings 'to ensure ...

Bashur uses scanning electron microscopy, or SEM, in research in his lab that focuses on vascular tissue engineering that also incorporates drug delivery approaches. The SEM with the new cryo-feature ...

With burgeoning businesses in sustainable packaging, craft beer brewing and locally made food products, Dal alumni were ...

For this week's Top 5 Videos, watch our exclusive interview with Lattice Medical, which 3D prints implants for tissue ...

The development has the potential to enhance safety and minimize environmental impact, according to researchers. During oil ...

Main aim: bring the creators of the pitching projects closer to the realization of their ideas for films. We already know the ...

The global tissue engineered skin substitute market is expected to reach a value of USD 2.4 billion in 2024, with projections indicating a growth to USD 3.5 billion by 2034. The market is anticipated ...

In a perspective article published in Science, Professor Jonathan Rivnay explores next-generation bioelectronic medication.

Bioprinting will enable on-site organ and tissue production, supporting healthier, longer-lasting human presence in space and ...

In a recent study published in Scientific Reports, researchers developed a novel silk fibroin-based covering material for ...