Abstract Background Pinus massoniana Lamb. is an important afforestation tree species
with high economic, ecological and medicinal values. Aluminum (Al) toxicity driven by soil …

Pinus massoniana is a vital kind of coniferous species rich in rosin. Aluminum stress is a
severe problem for P. massoniana growth in acidic soil causing root poisoning. However …

Abstract Background Ionic aluminum (mainly Al 3+) is rhizotoxic and can be present in acid
soils at concentrations high enough to inhibit root growth. Many forest tree species grow …

Aluminum is the most abundant metal of the Earth's crust accounting for 7% of its mass, and
release of toxic Al3+ in acid soils restricts plant growth. Neolamarckia cadamba, a fast …

Pinus massoniana is an important timber tree species in southern China, and acid aluminum
stress seriously endangers its growth. This study focuses on physiology, gene regulation …

To help characterize the cellular mechanisms underlying the toxicity of Al to plants, we
present the first large-scale, transcriptomic analysis of root responses to Al, using a …

Aluminum (Al) toxicity is a major constraint for crop production in acidic soil worldwide.
When the soil pH is lower than 5, Al3+ is released to the soil and enters into root tip cell …

Main conclusion Transcriptional and metabolic regulation of aluminium tolerance of Chinese
wild Vitis quinquangularis after Al treatment for 12 h: genes and pathways related to stress …

Aluminum (Al) toxicity is a major factor limiting crop yields on acid soils. There is
considerable genotypic variation for Al tolerance in most common plant species. In maize …

To identify unknown regulatory mechanisms leading to aluminium (Al)-induction of the Al
tolerance gene ALS3, we conducted an expression genome-wide association study …