Fluorescence imaging represents cornerstone technology for studying biological function at
the cellular and molecular levels. The technology's centerpiece is a prolific collection of …

Directed evolution, artificial selection toward designed objectives, is routinely used to
develop new molecular tools and therapeutics. Successful directed molecular evolution …

The palette of tools for perturbation of neural activity is continually expanding. On the
forefront of this expansion is magnetogenetics, where ion channels are genetically …

The ability to observe the effects of rapidly and reversibly regulating cell activity in targeted
cell populations has provided numerous physiologic insights. Over the last decade, a wide …

With the rapid development of DNA synthesis and next-generation sequencing, synthetic
biology that aims to standardize, modularize, and innovate cellular functions, has achieved …

Multicolored gene reporters for light microscopy are indispensable for biomedical research,
but equivalent genetic tools for electron microscopy (EM) are still rare despite the increasing …

Magnetogenetics is a new field that leverages genetically encoded proteins and protein
assemblies that are sensitive to magnetic fields to study and manipulate cell behavior …

The palette of tools for stimulation and regulation of neural activity is continually expanding.
One of the new methods being introduced is magnetogenetics, where mechano-sensitive …

Self-assembly is a fundamental phenomenon that drives every form of life. In the materials
research world, the concept of self-assembly has been applied to synthesize or organize …