The phrase "a key player in development" is correct and usable in written English.
It can be used to describe someone or something that plays a crucial role in the process of development, whether in a business, project, or other contexts.
Example: "The new software engineer has proven to be a key player in development, significantly improving our project timelines."
Alternatives: "an essential contributor to development" or "a vital participant in development".
"We can do things that are simply not possible in any other existing or emerging technology platform". Glycobia's bacteria are a manufacturing platform for human therapeutic glycoproteins, which are increasingly becoming a key player in development of drugs to treat a number of diseases.
Biomechanics is increasingly recognized as an important regulator of cell physiology and a key player in development and pathological abnormalities.
At stake is the future regulatory framework for industrial chemicals suspected of affecting functions of the human endocrine system, a key player in development and physiological function and also a key to the pathogenesis of important non-communicable diseases [ 3, 4].
Herein, we show that CDKL5 expression affects neuronal proliferation and differentiation, two processes closely related during brain development, and that CDKL5 is negatively regulated by MYCN, a key player in neuronal development.
For example, childhood dairy intake appears to be inversely associated with adulthood concentrations of insulin-like growth factor 1 (IGF-1), a key player in the development and progression of colorectal cancer.
ELAINE WETHINGTON: The Cornell Institute for Translational Research on Aging is what we think of in the Bronfenbrenner Center was sort of a key player in the development of translational research at Cornell.
Nest was founded by Fadell, who formerly worked at Apple and was a key player in the development of the iPod which revived the company's fortunes, and also sells a thermostat system.
By exposing undifferentiated cells to a self-assembling matrix bearing RGDS epitopes, we elicited a regenerative signal at will that subsequently led to the identification of thrombospondin 2 (TSP2), an extracellular matrix protein that has not been previously recognized as a key player in enamel development and regeneration.
