Lutfu Safak Yilmaz

The paper shows that glycolytic specialization in two C. elegans neurons shapes their biophysical properties and functional roles in vivo.

The paper identifies widespread transcriptional regulation of metabolic genes in C. elegans and introduces a tool to explore gene-pathway associations.

The paper demonstrates how enzyme levels influence metabolic flux through three paradigms and introduces an algorithm to predict flux changes from enzyme expression in yeast and humans.

The paper manually annotates and visualizes metabolic pathways in C. elegans, providing pathway maps for metabolic enrichment analysis of transcriptomic data.

The paper identifies a persistence detector in an animal that redirects propionate breakdown to a shunt pathway when flux through the canonical pathway is perturbed.