A hybrid platform of microfluidics and nanofibers to reproduce artificial cellular microenvironments with a variety of cellular densities and scaffolds is reported.

A hybrid platform of microfluidics and nanofibers to reproduce artificial cellular microenvironments with a variety of cellular densities and scaffolds is reported.
A manufacturing method is unveiled that uses a supportive material that is self-healing, and enables the production of soft materials in a supported and suspended manner.
For the first time, the activity of an enzyme in a crowded environment vs a nonencapsulated enzyme is studied.
Current advances in that latest progress in shifting the upconversion excitation wavelengths of lanthanide doped upconversion nanoparticles to a biological “sweet spot” of 800nm.
A facile one-pot solvothermal method that allows selective synthesis of pure graphene oxide (GO) and pure GO quantum dots.
A novel thermal-transport technique based on the transient response of laser-heated GaN nanomembranes in contact with living cells is used to differentiate between different types of cancer.
To design nanoproducts with improved therapeutic efficiency and controlled toxicity, we need to understand the mechanisms of cellular uptake and exocytosis of nanoparticles.
The majority of the developed bio-systems based on 2D transition metal dichalcogenides are reviewed in Small.
A Tetris-inspired approach to fabricate microscale tissue from hydrogel building blocks affords a non-contact assembly method to build complex and reconfigurable 3D architectures.
This fuel-free fish-like deformable nanoswimmer is expected to advance rapidly towards practical biomedical applications.