Tamar Elman

This study investigates how ATP synthase deficiency in Chlamydomonas reorganizes photosynthetic electron flow and promotes prolonged hydrogen production under anoxia.

The paper presents a non-GMO platform using UV mutagenesis and screening to identify hydrogen-producing mutants in microalgae, revealing multiple physiological pathways for sustained hydrogen production.

This study identifies a conserved mechanism in green algae where FNR is tethered to PSI-LHCI via Lhca4's N-terminal helix, revealing spatial regulation of electron transfer.

This paper demonstrates scalable hydrogen production using microalgae and provides techno-economic analysis showing potential cost reductions for industrial applications.