Making proteins for research or therapies often starts with cell-line development. In many applications, genetic engineering is used to optimize a cell line for producing high levels of the intended ...

Opportunities lie in the expanding demand for protein therapeutics driven by chronic disease prevalence, advancements in cell-free systems, and personalized medicine. Growth is supported by companies ...

A new study finds the proteins responsible for controlling which genes are expressed in a genome do more than simply turn a gene on or off. Essentially, each type of protein that interacts with a gene ...

Membrane proteins are the gateway to cells and are involved in many critical functions. Each membrane protein is unique, and their complexity makes it difficult to fit into a standardized expression ...

Bacillus subtilis has emerged as a pre‐eminent model organism for the study and application of protein expression and secretion, owing to its robust secretory pathways and genetic tractability. Its ...

Effective and efficient protein purification processes are essential in drug discovery and development. Affinity fusion tags ...

Scientists have uncovered an unexpected way cells can generate cancer-driving proteins—by cutting RNA into shorter, ...

Epigenome editing has followed a similar path, in that more recent technological breakthroughs have enabled scientists to apply the discoveries made in previous decades. Epigenome editing performs a ...

Real-time and in-line accurate measuring of protein (monoclonal antibody, or mAb) concentration has been shown across a wide dynamic range (0–135 g/L) through the ...

Creative Enzymes recently upgraded its enzyme expression and purification services, but this service update is not about introduc ...

Fermeate uses optogenetics—precise control of gene expression with light—to turbocharge productivity in bioreactors, with ...