Journal articleAuthors : Rauckhorst, Adam J. (2023)
Metabolism is potently regulated by oxygen as the terminal acceptor of the electron transport
chain. Thus, a challenge for capturing the in vivo metabolome of animal tissues is to achieve rapid
freezing after dissection-induced loss of perfusion before the onset of hypoxia-driven metabolomic
remodeling. However, the timing of the metabolomic changes elicited by post-dissection freezing
delays are not well described. We addressed this problem by&...