Ever wondered if/how brassinosteroids regulate bud outgrowth? A brief update in JXB from Jack and me. academic.oup.com/jxb/advance-ar…

Delighted to have received ARC #DiscoveryProjects funding for our project on hormonal control of plant-fungal symbiosis in barley! With fab collabs Megan Ryan UWA SAgE, Phil Brewer's Lab and Caroline Gutjahr. Thanks to reviewers for recognising its value. Such a tough round.

We still don’t know the real branching inhibition hormone: academic.oup.com/pcp/advance-ar…

Our recent study demonstrates a different regulation of rosette and cauline bud outgrowth in arabidopsis. It also shows the enourmous plasticity of rosette branching and how it is inluenced by light🌤️, flowering time🌼and temperature❄️🌡️
👉buff.ly/3p0PECJ
ARC Centre of Excellence for Plant Success

Congratulations to our Uni of Adelaide Master of Science (Plant Breeding Innovation) students who have completed their 2 year degree. May, Renting & Yiting we wish you all the best in your future careers. #mastersdegree #plantbreeding #plantbiotechnology @UniAdelSciences

South Australian scientists use genetic modification to design crops for astronauts in space abc.net.au/news/2021-07-1… Matthew Gilliham Waite Research Institute @UniAdelSciences

Learn the latest about strigolactone biosynthesis. doi.org/10.1016/j.pbi.…

🌱 Scientists gain new knowledge about how hormones regulate plant growth.
Check out Phil Brewer's Lab’s new publication in Nature Communications - bit.ly/3idY2IK
#AdelaideResearch Waite Research Institute

So, LBO makes 1’-HO-MeCLA! But the story is still unfolding because it also makes CLA (in E. coli.) And you can add a few new variations of non-canonical strigolactones to your list of Arabidopsis ones. ncbi.nlm.nih.gov/pmc/articles/P…

My very first retweet for a very special announcement! So very proud of our team! #teamCB #arc #CoE