Excited to see part of my PhD work on the modulation of PIN expression and the causal mechanisms driving stay-green phenotype has been published in
@JXBot
https://t.co/5W3RozeeO3
🌿New article in @AoB_PLANTS Special Issue #EmergingVoices in #Botany
Sorghum as a model crop, to study PIN-FORMED auxin efflux carriers to modulate plant architecture and face environmental challenges, by @albertcswong and co-authors
Full #openaccess
👉https://t.co/2mWNSc0McP
Our viewpoint article on integrating stay-green and PIN genes for designing climate-resilient cereal ideotypes is officially published on @AoB_PLANTS
SI #EmergingVoices in #Botany
https://t.co/xcnvIbUsNn
@Godwin_UQ
@andy_borrell
Erik van Oosterom
Excited to see part of my PhD work on the modulation of PIN expression and the causal mechanisms driving stay-green phenotype has been published in
@JXBot
https://t.co/5W3RozeeO3
@andy_borrell talks about the influence of pin and vrn genes on root and shoot architecture in sorghum at the Australian Sorghum Research Group Meeting.
Our book chapter on 'Genome Editing Towards Sorghum Improvement' is out now in @SpringerNature. Contributors: @YasmineCan, @JessHintzsche, @JemmaRestall, @Godwin_UQ, @Godwin_Lab
https://t.co/lr2bWHzrXB
Don’t miss Professor Ian Godwin, @QAAFI Director of the Centre for Crop Science at the #ABTS2022!
This presentation will focus on CRISPR beer: gene editing and #barley of the future
Register to attend virtually or in-person: https://t.co/LIc3L2MUlE
@Godwin_UQ
@UQ_News
PIN proteins control cellular export of the plant hormone auxin. Online @nature, researchers present cryo-EM structures of PIN8 with and without auxin, providing mechanistic insights into auxin recognition and transport.
https://t.co/nIcYTxR98B
Our review article on designing chickpea for a hotter drier world is out!!!
Many thanks to @DrHikov @millicent_smith @rajvarshney@KaiV_F@CmRoycostilla for their contributions.
Check it out here:👇🏽
https://t.co/iCYj74e9ex