Publications by authors named "Shile Yin"
Article Synopsis
- This study focused on creating a hybrid-glycolysis yeast, which is unique since glycolysis is the primary glucose breakdown pathway in eukaryotes.
- Researchers found that the OCA5 gene encodes an inositol pyrophosphatase that helps regulate glycolysis and respiration by controlling specific signaling molecules (5-InsP) tied to ATP levels.
- The hybrid-glycolysis yeast showed promising results by not producing ethanol when excess glucose was present and achieving a record production of free fatty acids (2.68 g/L), highlighting the potential of this yeast in metabolic regulation.
