… changes in protein complex interactions and thylakoid structural dynamics are discussed. …
, algae and land plants, and such differences are closely related to the ultrastructure of the …

… Also, without water shielding, irradiance is high for land plants but can fluctuate rapidly. The
large electron cushioning capacity of grana stacks via osmotic water flux-induced swelling …

… The higher plant chloroplast thylakoid membrane system performs the light-dependent …
Land plants are frequently challenged by fluctuations in their environment, such as light, …

… descendants—land plants (Embryophyta). They are a diverse group of photosynthetic
organisms and exhibit a wide range of thylakoid architectures. In contrast to glaucophytes and red …

… is largely conserved from cyanobacteria to land plants, and structure and function of the …
chloroplast of plants and algae. Land plants, including the model plant Arabidopsis, …

… (10−12) Furthermore, purified components of photosynthetic machinery (LH2 and LH1-reaction
center complexes isolated from purple bacteria, or solo-LHCII isolated from land plants, …

… In chloroplasts of land plants, the thylakoid network is organized into appressed regions …
parallel stroma thylakoids. Many factors determining such intricate structural arrangements have …

… Plastids of land plants are surrounded by a double lipid bilayer defined as the outer …
membranes (eg, the thylakoids) and thus the lipid composition of thylakoids is similar to the inner …

… , ultimately influencing plant productivity. … thylakoid structure and function is not understood
in Pea (Pisum sativum). To understand the structure and function in the leaves and thylakoids …

… The curved arrangement of these complexes may be related to the changeable thylakoid
membrane architecture and be beneficial for the dynamic assembly/disassembly of these …