New research shows how engineered enzymes and cell-free systems can be combined to recycle CO2 into Acetyl-CoA and other ...

Natural biological systems cannot efficiently convert waste CO₂ or its derivatives into useful building-block chemicals at a scale that can keep pace with rising atmospheric carbon. Engineer a fully ...

A team of researchers engineered a new strategy to convert carbon dioxide into industrially applicable chemicals. The study was led by McCormick Profs. Ashty Karim and Michael Jewett, who is also a ...

Insufficient acetyl-CoA derails the immune system's ability to protect the body. Until now, however, it was unclear exactly how immune cells maintained their acetyl-CoA reserves. In their new study, ...

The raw material for de novo fatty acid synthesis is acetyl-CoA, which can be obtained via the citrate shuttle pathway or from acetic acid. ACC and FASN catalyze the conversion of acetyl-CoA into ...

Immune cells use two different routes to produce acetyl-CoA, an essential metabolite required to fight infection and cancer, reports a study led by Van Andel Institute scientists. The findings, ...

The citric acid cycle, also called the TCA or Krebs cycle, is a core metabolic pathway and a high-yield MCAT topic. It converts acetyl-CoA into ATP, NADH, and FADH2 through a sequence of enzyme-driven ...