Online Now: Transcription factor exchange enables prolonged transcriptional bursts https://t.co/P2F92skgCW

Our first soybean phospho paper is out, with @RossSozzani @LisaVandenBroec, Anna Locke and many others funded by @FoundationFAR and several co-funders to understand temperature signalling in soybean @VIBLifeSciences @ugent @PSB_VIB @USDA @ILVOvlaanderen @NCState

What if there was a way to: • Mitigate climate change • Create more life • Grow the economy • And make money along the way? Let's call it *Seaflooding*

'Establishing a reproducible approach to study cellular functions of #plant cells with 3D #bioprinting' in @ScienceAdvances by @LisaVandenBroec @RossSozzani et al. @NCState recommended by @KatarzynaRetzer https://t.co/urQ8KboswV

I have a big tweet backlog: the amazing @LisaVandenBroec has a super cool preprint about kinases and phosphotases. Collaborating with Lisa is awesome.

From today you can register at #ICAR2023. My mate @LisaVandenBroec and me @GarciaMolina_A will be chairing the session "A systems perspective: Omics integration and modeling". Looking forward to meeting you in Japan! https://t.co/ZhZtNJSWbc

Publication alert 📢! An AI driven neural network to ascribe function of proteins in non-model plant species. Time series phosphoproteomics study courtesy #Ti_IMAC https://t.co/HFCjmKWawf

Our wonderful team: @RossSozzani, @IveDeSmet1978, and Anna Locke. @NC_PSI @NCState_PMB @VIBLifeSciences @ILVOvlaanderen @BASFAgro

Using these tools we have identified two key cold temperature regulators in soybean: TOT3 and TOI5 We made both PFNET and NetPhorce available in an easy-to-use webtool or R package!

Second, you can use NetPhorce to analyze your phosphoproteomics and identify the kinase/phosphatase - substrate interactions, allowing you to explore signaling cascades

We have already annotated 6 species, including Arabidopsis, maize, rice, sorghum, wheat, and soybean.

First you can use PF-NET, our protein annotation tool, to annotate the kinases and phosphatases in your species of interest

Ever had the challenge that you lacked resources when studying non-model species? We developed a neural network & Bayesian network inference method that now allows you to identify key kinases/phosphatases in any species! Our newest preprint @ https://t.co/knFqQZOx13

My review went live today. I argue that transcription factors find their binding sites using both protein-protein interactions and DNA binding interactions. It's halfway between a review and a perspective.

Our new paper is out today!!!!!!!! Many congrats to our PhD student Yuki Sakamoto and thanks @DeVeylderLab for the wonderful collaboration! Transcriptional activation of auxin biosynthesis drives developmental reprogramming of differentiated cells

Lisa Van den Broeck from NCSU infers phosphorylation cascades in Arabidopsis from phospho-proteomics data. #ICAR2022 Concurrent10

Ever wondered whether you can 3D bioprint live plant cells ? The answer is YES ! In our latest preprint, we established an approach for controllable deposition & maintenance of plants cells using #3Dbioprinting @RossSozzani @Schwartzbotany @3DBioprinterman

Gene regulatory networks for compatible versus incompatible grafts identify a role for SlWOX4 during junction formation @Margare4129128 @HannahRaeThomas @LisaVandenBroec #PlantSci https://t.co/TNZUND26ad

Interested in graft incompatibility and xylem re-connection? Check out our paper: "Gene regulatory networks for compatible versus incompatible grafts identify a role for SlWOX4 during junction formation" in @ThePlantCell. https://t.co/9vDKmzebrx

Register now for Wednesday's Future Leaders in Mechanobiology talk with @LisaVandenBroec from @sozzani_lab! https://t.co/oh2dQiODF9 This series aims to spotlight the postdocs and graduate students conducting exciting & impactful #mechanobiology research in plants & animals!