Michael Groszmann

Plant molecular biologist @PlantSci_ANU. Exploring innovative ways to improve plant performance in a changing environment. #aquaporins #photosynthesis #hybrids

[Michael Groszmann @TurboPlants]

@Dr_HammadKhan Congrats - well worth the effort!

[Michael Groszmann @TurboPlants]

Great to have been involved in this latest #aquaporin manuscript published in @PlantCellEnvir: https://t.co/8aqksJJmxM. Shows changes in phosphorylation state causes switching between greater water or ion permeability. @PlantSci_ANU @leaf2field @PlantEnergyBiol

[ARC CoETP @leaf2field]

Centre Scientists @E_MartinAvila, Spencer Whitney and team, have traveled back on time to fix #Rubisco limitations and improve #photosynthesis, which could lead to a major increase in crop production, read @ThePlantCell paper https://t.co/1yYJKU5sHF Image: Charles Tambiah.

[Michael Groszmann @TurboPlants]

Exploring gibberellin as a novel target to control #wildradish in crops. https://t.co/c5EcSCbfMz and https://t.co/bRUrM2UyQu. New insights into GA reproductive development and characteristics of GA metabolic and signaling proteins. Involved @PlantSci_ANU @CSIRO @Sciences_UTAS

[Michael Groszmann @TurboPlants]

@JaishriRDas No, we have not looked at AQP sub-cellular localization specifically in tomato tissues. However, given the conserved targeting behavior of AQP subfamilies across the plant kingdom, you could make confident predictions for your AQPs of interest.

[Michael Groszmann @TurboPlants]

The first of our upcoming publications on #aquaporins - gatekeepers that control traffic of vital substrates in and out of plant cells. Media summary https://t.co/YCCB3VEeMH. Paper @BioMedCentral here: https://t.co/5dhOBb67Z7 @PlantSci_ANU @leaf2field @RIPEproject

[Michael Groszmann @TurboPlants]

Great to get a Plant Physiology 'On the Inside' summary https://t.co/jDSaxTQzks, of our recent Plant Phys paper where we uncovered an important role for the Peptide Hormone Receptor CEPR1 in controlling seed size and yield. @PlantSci_ANU @leaf2field

[Plant Physiology @PlantPhys]

On the Inside: A Peptide Hormone Receptor Controls Seed Size and Yield https://t.co/DYHuTEocEa, summary of The Peptide Hormone Receptor CEPR1 Functions in the Reproductive Tissue to Control Seed Size and Yield https://t.co/hrMACm2DZ7
#hormone #Arabidopsis