Exploration of protein function and interaction is critical for discovering links among
genomics, proteomics, and disease state; yet, the immense complexity of proteomics found …

Regulated protein localization is critical for many cellular processes. Several techniques
have been developed for experimental control over protein localization, including chemically …

Protein microarrays are a high‐throughput technology used increasingly in translational
research, seeking to apply basic science findings to enhance human health. In addition to …

Over the last half century, a range of cell‐free protein expression systems based on pro‐and
eukaryotic organisms have been developed and have found a range of applications, from …

The comprehensive study of protein structure and function, or proteomics, depends on the
obtainability of full‐length cDNAs in species‐specific expression vectors and subsequent …

Single-cell analysis is pivotal to deciphering complex phenomena like heterogeneity,
bistability, and asynchronous oscillations, where a population ensemble cannot represent …

Myosin expression and purification is important for mechanistic insights into normal function
and mutation induced changes. The latter is particularly important for striated muscle myosin …

Host–pathogen protein interactions are fundamental to every microbial infection, yet their
identification has remained challenging due to the lack of simple detection tools that avoid …

AMPylation (adenylylation) is a recently discovered mechanism employed by infectious
bacteria to regulate host cell signaling. However, despite significant effort, only a few host …

AMPylation (adenylylation) has been recognized as an important post-translational
modification that is used by pathogens to regulate host cellular proteins and their associated …