Zhenglong Gu

The paper demonstrates a quantum state of mitochondria in living cells that modulates ATP production through a 71.0-THz oscillation mode linked to light-lipid coupling in mitochondrial cristae.

This study identifies the assembly rules of the human skin microbiome and shows that host lipids drive microbial niche partitioning through lipid metabolism.

STAMP is a sequencing method for efficiently measuring mtDNA heteroplasmies and content, showing high accuracy and cost-effectiveness for population studies.

The paper uses gene-expression based modeling to infer metabolic flux differences in the gut microbiome between healthy individuals and those with metabolic diseases, finding significant pathway differences and microbiome instability.

This study uses FALCON to infer metabolic flux differences from TCGA data, revealing cancer-specific metabolic patterns and divergent pathways.

This study shows psychological stress increases circulating cell-free mitochondrial DNA (ccf-mtDNA) in humans through glucocorticoid signaling, with no change in nuclear DNA levels.