Jiaen Qiu

[Caitlin Byrt @BotanicGeek]

Characterisation of dynamic switches for maintaining water and ion homeostasis under diverse environmental conditions!
@JiaenQ @Sam_McGaughey @BiologyANU @asps_ozplants @SciReports
#droughtadaptation #plantbiology https://t.co/M2ZSRb5LJ7

[Jiaen Qiu @JiaenQ]

@myco_research The entrance of car park near the WIC building

[Rob Atkin @ProfRobAtkin]

New paper using Video Rate AFM to study the dynamics of Ionic Liquids just published in JCIS! The area videoed is 10nm x 10 nm! Congrats to Hua Li, Jianan Wang and @Gregory_Warr. Much more coming...

https://t.co/Y86JEHXY48

@uwanews @SMS_UWA @Colloids_AusNZ @CMCA_UWA @asylumafm

[Australian Society of Plant Scientists @asps_ozplants]

🍃Amazing aquaporins, talk by Jiaen Qiu from Adelaide University @asps_ozplants @ComBio2022 @UofA_SET 🍃

[Caitlin Byrt @BotanicGeek]

Congratulations @Hoai_PlantSci & @hisyam_sohaimi for officially becoming academically qualified for your PhD degrees this week! 🎓🌾@waiteresearch @UniofAdelaide you’re lucky to have had the opportunity to learn from the these brilliant Drs: @JiaenQ @StefanieWege @Rhi_Schilling

[Dr Megan Shelden @croprootbiology]

Exciting PhD Opportunity🌾. Interested in understanding how plants adapt to changing water and salt conditions? Come join our team
@waiteresearch @UofA_SET @asps_ozplants Further information https://t.co/7eTe5lxkWV

[Caitlin Byrt @BotanicGeek]

Key residue variation in barley HKT1;5 influencing Na+ conductance v. localisation https://t.co/zVP5destiS @StefanieWege @JiaenQ @JamesHuttonInst @waiteresearch @PlantEnergyBiol @IonPlants https://t.co/QhGyIj261M

[Shintaro Munemasa @PlantIonChannel]

Cryo-EM structure of Brachypodium SLAC1 and novel OST1/SnRK2.6 phosphorylation sites on SLAC1.
Structure and activity of SLAC1 channels for stomatal signaling in leaves. PNAS https://t.co/S1b3NXhokd

[Jiaen Qiu @JiaenQ]

Getting tired? Ready for Easter!

[Jiaen Qiu @JiaenQ]

@myco_research That’s how science made our strong😜

[Caitlin Byrt @BotanicGeek]

Reviewing where we’re up to in understanding ion channel aquaporins @Sam_McGaughey @JiaenQ with support from @arc_gov_au @PlantEnergyBiol and @leaf2field @waiteresearch @PlantSci_ANU @UniofAdelaide @BiologyANU https://t.co/56RonGO1NV

[Plant Cell & Environment @PlantCellEnvir]

Salt stress reduces root water uptake along the transcellular path in barley by Thorsten Knipfer et al. @UCDSBES https://t.co/RXzFQUMPIN

[Caitlin Byrt @BotanicGeek]

A Survey of Barley PIP Aquaporin Ionic Conductance Reveals Ca2+Sensitive HvPIP2;8 Na+ and K+ Conductance ##mdpiijms via @IJMS_MDPI @PlantSci_ANU @PlantEnergyBiol @waiteresearch @BiologyANU @JiaenQ @Sam_McGaughey

[Nature Portfolio @NaturePortfolio]

Research published in Nature describes the computational de novo design of a transmembrane pore that can conduct ions. https://t.co/hJujZqsc7t

[Caitlin Byrt @BotanicGeek]

Discover how to switch between transporting water or salt ions across membranes https://t.co/foioHOKD6K collaborative effort with @PlantEnergyBiol @leaf2field @waiteresearch @PlantSci_ANU supported by @arc_gov_au @theGRDC @JiaenQ @TurboPlants

[International Barley Hub @IntBarleyHub]

Many congratulations to all involved. A truly international study! #betterbarley
@JiaenQ @SchreiberMiri @malcolmacaulay @BotanicGeek @IonPlants @StuRoy1 @StefanieWege @OakeyHelena @Plant_Julianqu @JamesHuttonInst @UoDLifeSciences @UniAdelSciences @ANUmedia @UniofNottingham

[International Barley Hub @IntBarleyHub]

Fascinating research reveals how barley regulates sodium content. Hugely significant in variable saline environments #betterbarley
https://t.co/Zfeizaz8ls