Exo-ethylene application mitigates waterlogging stress in soybean (Glycine max L.).

Yoon Ha KimChang-Woo SeoAbdul Latif KhanBong-Gyu MunRaheem ShahzadJeung-Woo KoByung-Wook YunSoon-Ki ParkIn-Jung Lee

Published in: BMC plant biology (2018)

In conclusion, the current results suggest that ETP application enabled various biochemical and transcriptional modulations. In particular, ETP application could stimulate the higher expression of GST3 and GST8. Thus, increased GST3 and GST8 induced 1) increased GSH activity, 2) decreased reactive oxygen species (ROS), 3) mitigation of cell damage in photosynthetic apparatus, and 4) improved phenotype consecutively.

Keyphrases

reactive oxygen species
poor prognosis
gene expression
cell death
single cell
dna damage
high glucose
cell therapy
bone marrow
mesenchymal stem cells
diabetic rats
binding protein
radiation induced
drug induced
heat shock protein