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Rong Li

@shibalili1.bsky.social

Postdoc@slcuplants.bsky.social🇬🇧; Jones Group; Auxin&Optogentics; Alumnus@Schaller Lab at Uni-Hohenheim🇩🇪; 🍅 Systemin🐛;Plant immunity; Phosphoproteomics; R coding; She/her; Family members🇨🇳: 🐶(两千万)🐈‍⬛(Amy) and 🦜(Pepsi)

40 Posts204 Follower337 Folgt
Wolfgang Busch@rootstrapping.bsky.social · yesterday

So proud to see our Ashish Rajurkar’s work featured on this cover! He developed ClearDepthIAS, a scalable, non-destructive platform combining 360° infrared imaging and deep learning to quantify root system architecture in soil-grown crops. Check it out academic.oup.com/plphys/advan... #PlantSci

ClearDepthIAS enables automated high-throughput quantification of roots in soil-grown taproot crops

An automated high-throughput platform enables non-destructive measurement of root architecture in soil-grown crops, accelerating genetic discovery and crop

academic.oup.com

Plant Physiology@plantphys.bsky.social · yesterday

The July 2026 issue of Plant Physiology from ASPB @aspbofficial and Oxford University Press is now COMPLETE! Check it out here: academic.oup.com/plphys/issue... #PlantSci

Image description: The image illustrates the ClearDepthIAS platform for high-throughput root phenotyping in soil-grown taproot crops. It shows the panoramic 360° infrared image obtained by digitally unrolling the cylindrical pot surface to reveal roots growing along the transparent wall. The cyan overlay represents the output of ClearDepth-WRT (Wall Root Tracker), a deep learning-based segmentation algorithm that detects and reconstructs visible roots from the infrared image, enabling extraction of quantitative root architectural descriptors. By integrating automated imaging, panoramic image reconstruction, deep learning-based root segmentation, and quantitative trait analysis, ClearDepthIAS enables non-destructive measurement of root system architecture in soil, providing a scalable platform for genetic studies, trait discovery, and crop improvement.
eLife@elife.bsky.social · 3d ago

Looking to take the next step in your marketing career? Join us as Marketing Assistant and gain practical cross-channel experience in marketing, taking ownership of projects while supporting the wider team. Apply today: buff.ly/xeLtwjT

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Earlham Institute@earlhaminst.bsky.social · 6d ago

We're recruiting a senior postdoc researcher to develop generative AI methods for biological design and closed-loop discovery within the new group of Prof Ke Li at Earlham Institute. #AI #biology #genomics

(Senior) Postdoctoral Research Scientist - Generative AI and Closed-loop Discovery

Applications are invited for a Postdoctoral Research Scientist (SC6) or Senior Postdoctoral Research Scientist (SC5) to join Professor Ke Li's AI for Biology Group in the Research Faculty of the Earlham Institute, based in Norwich, UK.

okt.to

Bert De Rybel@bertderybel.bsky.social · 7d ago

Happy to share our combined views on the opportunities and challenges in single-cell and spatial biology; collaborative work now out in @theplantcell.bsky.social : track.smtpsendmail.com/9032119/c?p=...

Decoding plants cell by cell: opportunities and challenges in single-cell and spatial biology

Single-cell and spatial biology techniques present new opportunities for plant research, but also come with methodological considerations, technical limita

track.smtpsendmail.com

The EMBO Journal@embojournal.org · 7d ago

Role of membrane-organizing SPFH proteins in plants: @hannah-web.bsky.social, Alexandra Ehinger, @birgitkemmerling.bsky.social et al define how Arabidopsis HIR2 forms higher-order assemblies and organizes receptor signaling domains link.springer.com/article/10.1...

The Arabidopsis SPFH protein HIR2 modulates receptor signaling and plasma membrane organization - The EMBO Journal

Plant plasma membrane proteins are organized into distinct domains; however, the principles that govern this spatial organization are not fully understood. HYPERSENSITIVE-INDUCED REACTION (HIR) protei...

link.springer.com