Through the use of the limited materials palette, optimally designed micro-and
nanostructures, and tightly regulated processes, nature demonstrates exquisite control of …

Cyanobacteria have evolved elaborate electron transport pathways to carry out
photosynthesis and respiration, and to dissipate excess energy in order to limit cellular …

Large-scale high-throughput plant phenoty** (sometimes called phenomics) is becoming
increasingly important in plant biology and agriculture and is essential to cutting-edge plant …

Plants experience a highly variable light environment over the course of the day. To reveal
the molecular mechanisms of their photosynthetic response to fluctuating light, we examined …

The light reactions in photosynthesis drive both linear and cyclic electron transport around
photosystem I (PSI). Linear electron transport generates both ATP and NADPH, whereas PSI …

Photosynthesis is amongst the plant cell functions that are highly sensitive to any type of
changes. Sun and shade conditions are prevalent in fields as well as dense forests. Dense …

Several studies have described that cyanobacteria use blue light less efficiently for
photosynthesis than most eukaryotic phototrophs, but comprehensive studies of this …

In photosynthesis, linear electron transport from water to nicotinamide adenine dinucleotide
phosphate (NADP+) cannot satisfy the ATP/NADPH production stoichiometry required by the …

Photosynthesis—the conversion of energy from sunlight into chemical energy—is essential
for life on Earth. Yet there is much we do not understand about photosynthetic energy …

Reactive oxygen species (ROS)-dependent signaling pathways from chloroplasts and
mitochondria merge at the nuclear protein RADICAL-INDUCED CELL DEATH1 (RCD1) …