Phil Brewer's Lab

Plant hormone research

[Phil Brewer's Lab @PBrewerLab]

Increasing crop yields with less fertiliser, News, La Trobe University https://t.co/DLsc0czJzY

[Phil Brewer's Lab @PBrewerLab]

LATERAL BRANCHING OXIDOREDUCTASE specificity for strigolactone branching inhibition in barley | Journal of Experimental Botany | Oxford Academic https://t.co/ycaMTxcpyd

[AgriFutures Australia @AgriFuturesAU]

A snapshot from our Industrial hemp and sesame field days in Katherine and Kununurra this week!

Both crop sites were looking in great condition and attracted a variety of new stakeholders🌱

Click here to sign up to our Emerging Industries updates👉 https://t.co/rkMnqSlNOR

[Phil Brewer's Lab @PBrewerLab]

Ever wondered if/how brassinosteroids regulate bud outgrowth? A brief update in JXB from Jack and me. https://t.co/rZzZF8Laa1

[Mark Waters @watersmt]

Delighted to have received @arc_gov_au #DiscoveryProjects funding for our project on hormonal control of plant-fungal symbiosis in barley! With fab collabs Megan Ryan @SAgE_UWA, @PBrewerLab and @carogutj. Thanks to reviewers for recognising its value. Such a tough round.

[Phil Brewer's Lab @PBrewerLab]

We still don’t know the real branching inhibition hormone: https://t.co/txW9kCs2qN

[Franziska Fichtner @FranziFichtner]

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❄️🌡️
👉https://t.co/A46YLsN5n8
@CoEPlantSuccess

[Matthew Tucker @drtucks]

South Australian scientists use genetic modification to design crops for astronauts in space https://t.co/T16dKWCw2K @IonPlants @waiteresearch @UniAdelSciences

[Phil Brewer's Lab @PBrewerLab]

Learn the latest about strigolactone biosynthesis. https://t.co/iUhEX0TapU

[Faculty of Sciences, Engineering and Technology @UofA_SET]

🌱 Scientists gain new knowledge about how hormones regulate plant growth.
Check out @PBrewerLab’s new publication in @NatureComms - https://t.co/LKQjz2KJvo
#AdelaideResearch @waiteresearch

[Phil Brewer's Lab @PBrewerLab]

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. https://t.co/DeIXLhuTn4

[Jazmine Humphreys @JazHumphreys]

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