High salinity causes ion imbalance and osmotic stress in plants. Leaf sections from 8-d-old
dark-grown wheat (Triticum aestivum cv. Giza 168) were exposed to high salt stress (600 …

Detached etiolated wheat (Triticum aestivum L. cv. Chris) leaves accumulated plastid
pigments at a high rate, developed chloroplasts with stacked thylakoids, and stored plastid …

Salt can induce adverse effects, primarily on the photosynthetic process, ultimately
influencing plant productivity. Still, the impact of salt on the photosynthesis process in terms …

When exposed to salt stress, leaves from dark‐grown wheat seedlings (Triticum aestivum,
cv. Giza 168) showed reduced accumulation of chlorophyll during irradiation. To elucidate …

Abstract Pb (10 to 100 uM) effects on the development of thylakoids were investigated in Fe-
EDTA an d Fe-citrate grown cucumber and poplar to compare the symptoms in different …

Etiolated 6-day old wheat (Triticum aestivum L. cv.'Chris') seedlings were subjected to
osmotic stress by the application of polyethylene glycol 12 hours prior to exposure to …

The average degree of thylakoid stacking was determined for loose‐leaf lettuce plants which
were grown in complete nutrient solutions containing either 10 or 100mol m− 3 NaCl …

Abstract Changes in light quantity and quality cause structural changes within the thylakoid
membrane; long‐term responses have been described for so‐called 'sun'and 'shade'leaves …

The ability of developing chloroplasts to dynamically regulate the distribution of excitation
energy between photosystem 1 and photosystem 2, and thus perform a State 1–State 2 …

Leaves from three-year-old solar greenhouse nectarine trees (Prunus persica L. var.
nectarina Ait.“Zao Hong Yan”) were used as materials in this study. It was the first time that …