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Nice weather, great games, delicious food, and the best people—what a perfect combination for lewsey lab's 2024 Christmas party!

Last edition of Phytogen is out asps.org.au/archives/50880 - we recap the conference and welcome new faces to the Society. A big thanks to all participants and speakers at the conference, and congrats to all the winners. Hope you have a good end to the year &enjoy the time off 🌱

New publication: An overview of single-cell high-throughput technology in plants, with Lim Chee Liew (Lim Chee Liew 刘玲志) and Mathew Lewsey (lewsey lab) sciencedirect.com/science/articl… We also made it to the cover of the book! 1/6

Exciting new publication by La Trobe Agriculture, Biomedicine & Environment Lucas Auroux Lim Chee Liew 刘玲志 and Mathew Lewsey are pushing the boundaries of plant science with their latest work on single-cell high-throughput technology 🌱

Kicking off the Lorne Genome Conference LorneGenomeConferenc with an incredible talk by Bob Schmitz on cell type-specific cis-regulatory elements in plants!

Thrilled and proud to present my talk on seed germination! 🌱✨ At LorneGenomeConferenc Excited to share insights and inspire others about the fascinating process of life from seed. #SeedGermination #PlantScience #SustainableFuture #GreenThumb

Barley flowers work hard to stop seed genes from turning on too early! Ultimately this allows them to produce high-quality #grain that can be used to make #beer. The gene involved is called MADS31. We should be thankful that MADS31 exists. rdcu.be/ebl0M Nature Plants

Happy to share our new review on plant synthetic circuits in Quantitative Plant Biology We explore the latest advances & challenges in the field. Huge thanks to ryan lister for all the support! #synbio #plants

Exciting collaborative review from lewsey lab's lab: 'Deciphering Seed Development and Germination in the Single-Cell Era' 🌱 Led by student Paul Schouveiler, this paper explores how single-cell technologies are advancing our understanding in seed development and germination.

Excited to speak at 10x Genomics Single Cell & Spatial OmiX Symposium on April 2 in Melbourne! Join us to explore #singlecell & #spatialbiology. Register for free: 10xgen.com/1Kq See you there!

Don't miss the HOTTEST event of this Autumn! Unlock new dimensions in your scientific and clinical research at the 10x Genomics Single Cell & Spatial OmiX Symposium. The meeting is FREE to attend and spots are filling fast. This is the last call before it is too late. Links

Don’t miss out on our upcoming Single Cell & Spatial OmiX Symposium, and unlock new dimensions in your research. Register: April 2, Melbourne: 10xgen.com/1Kq April 4, Brisbane: 10xgen.com/1Kt April 7, Sydney: 10xgen.com/1Kw

Next up at #10xOmiX Melbourne, Lim Chee Liew (Lim Chee Liew 刘玲志) from La Trobe University is exploring plant biology with ‘omics with 10x Genomics. 🌿🌳🌱

latrobe.edu.au/news/announcem… doi.org/10.1016/B978-0…

Single-cell multiome reveals root hair-specific responses to salt stress nph.onlinelibrary.wiley.com/doi/10.1111/np… ♻️

May Phytogen is out now with updates on #ASPS2025 conference, message from new ASPS president, Cell bio rep Lim Chee Liew 刘玲志 MCR contribution by Francine Perrine-Walker. More here 👉 asps.org.au/archives/date/…

You’re analyzing 10x Genomics single-cell RNA-seq and notice lots of intronic reads. Wait—wasn’t this a 3′ UMI-based assay for mature mRNA? Let’s unpack why introns show up—and why they matter. 🧵

Dynamic and spatial control of cellular activity during seed germination sciencedirect.com/science/articl… lewsey lab

Happy to share a joint effort with Lucas Auroux lewsey lab Whelan lab on our expert review published in the Journal of Experimental Botany. We explore how omics technologies are transforming our understanding of seed dormancy and germination.

Think we’ve already cracked the science of seeds? Not even close. 👇 A new expert review shows how powerful new tools - like single-cell analysis and multi-omics - are revealing what really controls how seeds grow, sleep, and wake up. Learn how this could help us grow crops that