Our latest review 'Advancing designer crops for climate resilience through an integrated genomics approach' is fresh out of Current Opinions in Plant Biology, led by talented final year PhD Student @ShuMSaad
Read here: https://t.co/pckILuzXp8
Delighted that our research article on structural variation of B. napus R-genes has gained enough citations to be a #topcitedarticle in Plant Biotechnology Journal! @PhilippBayer @SoodehTirnaz
https://t.co/zjP8Jm1uXV
Congratulations @WillJWThomas for bagging the second place in the best poster competition during the recently concluded SBS Postgrad Conference! Well done Will!
Lin Toh from @BatleyLab explaining about “Recovering turnip mosaic virus from infected desiccated leaf material, prior to canola transformation using CRISPR/Cas13 system” @asps_ozplants@IOA_UWA#ASPS2021#WAPlantSci
A @Nature feature article highlights the path to mRNA vaccines that drew on the work of hundreds of researchers over more than 30 years. https://t.co/e5rZxxOmBQ
Excited and honoured to have received the Ken & Julie Michael Convocation Postgraduate Research Travel Award to expand my PhD research in Canada next year 🍁🇨🇦 @Convocation_UWA#canola#genomics
@JunreyAmas *inhales deeply - Putting on my fight song mix and ready to blend these words together! Ur section is beautifully written as usual! #lockdownwriting
Quantitative resistance (QR) is said to be a durable type of resistance, however, its mechanisms are still poorly understood. Our latest review examines the current status of QR against Blackleg in canola.
@UWAresearch@IOA_UWA@BiolSci_UWA
Read:
https://t.co/klrsGfb4zJ
Lucky 13! Another major resistance (R) gene against blackleg has been mapped! Rlm13 is the first R-gene mapped on the C sub-genome in Brassica napus.
@UWAresearch@BiolSci_UWA
Read more here:
https://t.co/3EEum27SY8
Read ➡ https://t.co/cBrnj1Nq8Z
Brassica napus (eg canola) is of economic value for veg oil, biofuel etc. This team of researchers, incl Prof Jacqueline Batley @BatleyLab focus on developing data to improve seed quality with higher oil content
@SAgE_UWA@BiolSci_UWA@colmer_tim
Completely amazed by the extent of research in this field. Feels incredibly humbling to be able to write about the triumph and findings made by the Brassica research community 🌼🌱
Utilising genomic tools for Brassica crop improvement under changing global conditions 🌡️🌏 Check out our latest review @ShuMSaad@BiolSci_UWA@UWAresearch@FrontGenetics
https://t.co/Paum8vQv2Y
Fungicides used to protect canola against disease in 2020 did not always lead to yield gains. Despite reducing disease levels, few treatments were cost-effective. Fungicides may have provided ‘insurance’ against disease, but at a cost. https://t.co/FzutKiAAfR
Read ➡️ https://t.co/3G08ZF3wtB This opinion article focuses on recent developments in crop pangenomics, the need for a super-pangenome that should include wild species, and its application for crop improvement
Prof David Edwards @rajvarshney@BiolSci_UWA@IOA_UWA@colmer_tim