MAD lab @ ANU

The Djordjevic Group at RSB @ ANU, specialists in plant root architecture, small signalling peptides and legume nodulation.

[ANU Division of Plant Sciences @PlantSci_ANU]

Congratulations to Plant Biologists, Dr @Hendry_S and Dr Michael Taleski who have been awarded the highly prestigious @arc_gov_au #DECRA Fellowship in the 2025 round. https://t.co/W2IdDaxzGa

[JXB @jxbotany.bsky.social @JXBot]

'C-TERMINALLY ENCODED PEPTIDE (CEP) and cytokinin hormone signaling intersect to promote shallow lateral root angles' - Kelly Chapman et al. 🌱 https://t.co/u183uR2gyT

[Plantae @plantae_org]

Plant Sci. Research Weekly -- Review: CEP hormones at the nexus of nutrient acquisition and allocation, root development, and plant–microbe interactions (J. Exp. Bot.) @MADlabatANU @MarvinJYS @KellyBChapman @KatiaLTaylor @ManoloYoda (Summary by @MarvinJYS) https://t.co/Y0naT5G9qQ

[Plantae @plantae_org]

It's a New Year! Welcome New Plantae Fellows!
Plant Science Research Weekly. Jan 19, 2024. (https://t.co/zi9mISVwED) Highlighting some excellent review articles: Milestones in P uptake; CEP peptide hormones, Stem cells for crop improvement; 1/3

[MAD lab @ ANU @MADlabatANU]

Happy to share our new review on CEP peptides which provides the latest on roles in nutrient uptake, root architecture, symbioses, and plant immunity. https://t.co/vSOdXRfHQh @MarvinJYS @KellyBChapman @KatiaLTaylor @WinningCourtney @ManoloYoda @nijat_imin @JXBot

[Dugald Reid @DugaldEReid]

Our first single-cell analysis of symbiosis in lotus japonicus is now published
https://t.co/Q09N1GWJ8g
You can find your favourite gene in our data visualisations here
https://t.co/iPRCBwuJZw
To exemplify how we have identified infection related genes here is a short thread

[MAD lab @ ANU @MADlabatANU]

It also highlights how root architecture can manifest differently on agar v in soil.

[MAD lab @ ANU @MADlabatANU]

Pleased to share our new paper on how CEP peptide and cytokinin pathways control root system architecture. The paper shows the pathways intersect to promote shallow lateral root growth angles. https://t.co/GxSd6V0SYs @ManoloYoda @KellyBChapman @JXBot”

[MAD lab @ ANU @MADlabatANU]

Happy to share our latest paper on how CEP and cytokinin pathways interact to coordinate root growth 🌱 Thank you @ManoloYoda for the collaboration, and to everyone else involved in this work! @KellyBChapman @nowako76

[Manuel Frank @ManoloYoda]

I am happy to share our manuscript on how CEP and cytokinin signaling interact during root growth. Great collaboration with @MADlabatANU
https://t.co/9p76GZKbm1

[Oswaldo Valdes-Lopez @OswaldoValdesl]

The NIN transcription factor coordinates CEP and CLE signaling peptides that regulate nodulation antagonistically
https://t.co/ZVYTwtSBit

[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

[Plant Physiology @PlantPhys]

Recognizing Plant Physiology authors: Michael Taleski https://t.co/zqjpjpaUdi, first author of The Peptide Hormone Receptor CEPR1 Functions in the Reproductive Tissue to Control Seed Size and Yield https://t.co/hrMACm2DZ7 @MADlabatANU #Arabidopsis #hormones #reproduction

[MAD lab @ ANU @MADlabatANU]

Excited about our latest paper in @PlantPhys linking CEP receptor activity in reproductive tissues to seed size and yield via the plant nitrogen economy. @PlantSci_ANU @leaf2field @molecular_plant
https://t.co/O6SSesGAKl

[MAD lab @ ANU @MADlabatANU]

Interesting new work from @IPS2ParisSaclay linking CEP receptor signalling to miR2111 in systemic regulation of nodulation https://t.co/pYWKaGCUmH

[MAD lab @ ANU @MADlabatANU]

Super excited about our most recent paper, where we showcase our new soil rhizobox system, and some really cool X-ray CT from our colleagues @UoNHounsfield. Many thanks to our colleagues at @IPS2ParisSaclay https://t.co/FEko8iF5iA