Intense optical vortices work together to fling neutral atoms with accelerations trillions of times that of the earth.

Intense optical vortices work together to fling neutral atoms with accelerations trillions of times that of the earth.
Research may well be a creative, fluid and dynamic field, but structure and high standards are required for success.
The application and the clinical development of nanomedicines strongly requires a deep study on the complex dynamics that happen after in vivo administration. Particularly, plasma proteins tend to associate to nanoparticles, forming a new surface named the “protein corona” that can have a strong impact on biodistribution, targeting efficacy, and toxicity.
It reads like the plot of an action movie: against all odds, an unassuming catalyst avoids deactivation and captures its target with record effectiveness.
Researchers from Sweden describe a biomimetic 3D corneal model with keratocytes on patterned silk-fibroin.
Sembach is expanding its machinery for large-batch components of sintered silicon nitride (SSN).
A biomaterial system for immune modulation through expansion of antigen-specific regulatory T cells.
The background and evolution of composite metal foam is reviewed from its inception until now, providing understanding of how its properties are tailored to specific applications in a wide range of fields.
An opinion article addressing the unique professional understanding that archaeologists can contribute to contemporary water management.
A protocol for a unique high-throughput assay to identify novel small-molecule inhibitors of cell migration.