Aluminum (Al) is the third most elements found in the earth crust and Al toxicity is one of the
most dangerous toxicants in terms of plants. As soil acidity increases due to a number of …

Aluminum toxicity is one of the major constraints for plant development and crop production
on 67% of the total acidic soil area in the world. Al inhibits root growth and development …

Aluminum (Al) toxicity is one of the major abiotic stress factors that decreases crop yield in
acidic soils. Al inhibits the root growth and development due to cellular toxicity including …

Aluminum-induced cell death was investigated in root-tip cells of barley (Hordeum vulgare).
The growth of roots in 0.1–50 mM Al treatments was inhibited after 8 h treatments, and could …

The inhibition of cell growth caused by aluminum (Al) toxicity was studied in barley
(Hordeum vulgare L., cv. Zaoshu 3 from our laboratory) suspension cells in this paper. The …

Recent studies have suggested that aluminium (Al) induces programmed cell death (PCD)
in plants. To investigate possible mechanisms, fluorescence techniques were used to …

Background Although many studies suggested that aluminum (Al) induced programmed cell
death (PCD) in plants, the mechanism of Al-induced PCD and its effects in Al tolerance is …

Recent studies had certified that aluminum (Al) induced ROS production and programmed
cell death (PCD) in higher plants. The relationship between ROS production and PCD …

Recent studies have reported some apoptosis-like characters under Al treatment including
nucleus morphology changes and appearance of nucleus fragmentation in plant cells. Our …

Barley is one of the cereals that are most sensitive to aluminum (Al). Al in acid soils limits
barley growth and development and, as a result, its productivity. The inhibition of root growth …