ABA interacts with other hormones to regulate primary root elongation under drought stress.
#DroughtStress promotes #PrimaryRootGrowth, while #AbscisicAcid ( #ABA ) interacts with other #PlantHormones under drought conditions to regulate the elongation of the primary root.
#DroughtTolerance
@mapjournals.bsky.social
doi.org/10.1093/jpe/...
Effects of abscisic acid and trehalose on Plantago asiatica seed germination.
#Isopod feces improve #plant #seedling survival 🌱
📖nph.onlinelibrary.wiley.com/doi/10.1111/nph.70750
by Yamawo et al.
@WIleyPlantSci #PlantScience #AbscisicAcid
植物の干ばつ耐性を調節する 今月の分子309: アブシジン酸受容体（Abscisic Acid Receptor） numon.pdbj.org/mom/309?l=ja #PDB #植物ホルモン #アブシジン酸 #PlantHormone #AbscisicAcid
Figure 7. NRT1.1B integrates compound environmental signals in plants. (M) A proposed model of nitrate-ABA coordinated responses mediated by NRT1.1B. Under low-nitrate conditions without ABA, NLP4 interacts with SPX4 and is sequestered in the cytoplasm. ABA perception enhances the NRT1.1B-SPX4 interaction, thereby promoting NLP4 release and translocation into the nucleus, and ultimately activates downstream ABA responses. Under high-nitrate conditions, nitrate competes with ABA for NRT1.1B binding, and NRT1.1B shifts to sense the nitrate signal.
Great work by Ma et al. (2025) on how NRT1.1B, a traditionally recognized #nitrate receptor, can directly perceive extracellular #AbscisicAcid (ABA) in a nitrate-antagonistic manner, thus enabling 🌾plants to integrate nutrient and abiotic stress cues (N level & drought)
www.cell.com/cell/fulltex...
text detailing summary of an article on chemical induction of stomatal aperture in plants, with 2 figure panels - 1 of a schematic model illustrating how this is achieved, and the other showing a photo of the first author, Airi Oh
"Oh(pen) Sesame!"
Oh and colleagues have identified a novel #stomata opening compound that inhibits early #AbscisicAcid ( #ABA) signaling in guard cells.
Read for 🆓 doi.org/10.1093/pcp/...
Article summary and first author (Airi Oh) featured in image below 👇
@jspp-news.bsky.social
#PlantScience
A fungal transcription factor converts a beneficial root endophyte into an anthracnose leaf pathogen
#endophyticfungi
#fungallifestyles
#transcriptionfactor
#virulence
#Arabidopsis
#Colletotrichum
#mutualist-pathogencontinuum
#abscisicacid
#necrotrophy
www.cell.com/current-biol...
A grey coloured Arabidopsis leaf epidermis, with black cell walls. Each cells has a colourful blobs - a nuclear localised fluorescent ABA sensor, with warm colours indicating high concentrations, and cooler colours indicating lower concentrations.
The Rowe lab is recruiting a #PlantScience PhD student for 2025! You'll use our new ABACUS FRET biosensors to map the leaf #AbscisicAcid accumulations at low humidity in Arabidopsis, wheat and rice to understand how ABA regulates stomatal dynamics. #PhDposition
www.findaphd.com/phds/project...
The Rowe lab is also recruiting a #PlantScience
PhD student for 2025! You'll use the new ABACUS FRET biosensors to map the dynamic leaf #AbscisicAcid
accumulations at low humidity in Arabidopsis, wheat and rice.
#PhDposition @botanicaljim.bsky.social
tinyurl.com/3h5w6tsd
A grey coloured Arabidopsis leaf epidermis, with black cell walls. Each cells has a colourful blobs - a nuclear localised fluorescent ABA sensor, with warm colours indicating high concentrations, and cooler colours indicating lower concentrations.
The Rowe lab is recruiting a #PlantScience PhD student for 2025! You'll use our new ABACUS FRET biosensors to map the dynamic leaf #AbscisicAcid accumulations at low humidity in Arabidopsis, wheat and rice. #PhDposition
www.findaphd.com/phds/project...
Today's my last day at @slcuplants. On Monday I start a Royal Society University Research Fellowship @PPS_UoS, working on how #AbscisicAcid patterns regulate #Leaf #WaterRelations. I'm so grateful for the last 7 years in @xanderjones.bsky.social 's group who I'm really going to miss. (1/3)
