TY  - BOOK
AU  - Antonio Hernández Cortés, Jose
TI  - Salinity Tolerance in Plants
KW  - soluble nutrients||transcription factor||n/a||CDPK||salicylic acid||antioxidant enzymes||light saturation point||phytohormone||ion homeostasis||antioxidant systems||photosynthesis||Chlamydomonas reinhardtii||high salinity||nitric oxide||poplars (Populus)||root activity||abiotic stresses||transcriptional activator||germination||ABA||transcriptome||mandelonitrile||redox homeostasis||association mapping.||redox signalling||osmotic stress||flax||strigolactones||salt tolerance||nucleolin||CaDHN5||photosystem||EST-SSR||NMT||Sapium sebiferum||Gossypium arboretum||SOS||Brassica napus||SnRK2||HKT1||grapevine||transcription factors||cucumber||underpinnings of salt stress responses||abiotic stress||Arabidopsis thaliana||RNA-seq||halophytes||single nucleotide polymorphisms||dehydrin||J8-1 plum line||chlorophyll fluorescence||natural variation||hydrogen peroxide||salt stress||lipid peroxidation||ROS detoxification||ROP||molecular mechanisms||cell membrane injury||booting stage||ascorbate cycle||banana (Musa acuminata L.)||iTRAQ quantification||ROS||Na+||Capsicum annuum L.||bZIP transcription factors||multiple bioactive constituents||NaCl stress||physiological changes||VOZ||transcriptional regulation||genome-wide identification||Apocyni Veneti Folium||impairment of photosynthesis||salt-stress||Oryza sativa||reactive oxygen species||lipid accumulation||polyamines||multivariate statistical analysis||DEUs||salinity||TGase||Salt stress||Prunus domestica||proteomics||Arabidopsis||RNA binding protein||rice||glycophytes||SsMAX2||drought||genome-wide association study||transcriptome analysis||signal pathway||melatonin||MaROP5g
UR  - https://mdpi.com/books/pdfview/book/1341
ER  -