Cell fate and dynamic behavior of cells can easily be monitored in microfluidics using few cells and reagents for regenerative medicine applications.
Cell fate and dynamic behavior of cells can easily be monitored in microfluidics using few cells and reagents for regenerative medicine applications.
The arts—especially art using a combination of sounds and visuals—can inspire different ways of thinking about and engaging with the world. At a time when global climate change’s effects are accelerating, climate change communicators would be wise to consider the arts to frame and articulate these complex challenges.
Visualization of cells contributing to disease or cell therapy is critical for the success of regenerative medicine. Genetically encoded iron-associated proteins detectable with magnetic resonance imaging (MRI) can be utilized for cell tracking in the brain, heart, and cancer.
Wei Chen and co-workers control the thickness of a carbon shell encapsulating precious metal catalysts to yield efficient electrocatalysts.
Collective behavioural change toward less environmentally-impactful lifestyles, particularly in industrialised nations, remains a substantial and obdurate barrier to mitigating the impacts of serious environmental problems, particularly global climate change.
A Joint Virtual Issue between the European Journal of Immunology and Cytometry Part A presents several publications on the latest developments in cancer diagnostics and immunotherapy.
BioEssays offers a variety of online special collections compiling review-style articles from various topic areas.
In their article published in Advanced Biosystems, Miika Leppänen et al. employ helium ion microscopy to visualize the interaction between phages and bacteria.
Protein Science has published a Special Issue on Molecular Machines guest edited by Carlos Bustamante from the Laboratory of Single Molecule Biophysics at UC Berkeley. Each living cell, whether prokaryotic or eukaryotic, is a microscopic but complex structure. Its...
Researchers from Switzerland, Germany, UK and USA explore the local structure responsible for the vibrant white color of Cyphochilus beetles.