Chan Yul Yoo

We are excited to finally launch our lab website chanyulyoolab.org at @UofUBiology! Yes! We are looking for all levels including a postdoc and students to join us! Check our website and feel free contact me with any questions! Please RT! #PlantSciJobs #postdocjobs

Excited to share our work—now on bioRxiv! 🌱 Serine functions as an immune priming signal via GLR3.4–CPK5-WRKY signaling pathway. biorxiv.org/content/10.110…

Another beautiful work from @MengChen_Lab! Photobody stabilizes PIF5 within photobody and degrades PIF5 in the surrounding nucleoplasm! Congratulations Jean Ae and Meng!

Beautiful work! @MengChen_Lab shows that phyB photobodies form at preferred nucleation sites! They uses a oligopaints method to label specific chromatin loci! Congratulations to Meng, Juan, and Keunhwa!

The first paper of our new lab at @ColoradoStateU is out. Big thanks to @ChanYulYooLab for collaborating with us on this review. If you are interested in the function of biomolecular condensates that are regulated by environmental cues, please take a look: academic.oup.com/plcell/advance…

First paper from my lab is out! Happy to share our review paper with @BjornWillige on phytochrome B photobodies, phase-separated condensates that can sense environment (light and temperature) and control plant growth and chloroplast biogenesis! academic.oup.com/plcell/advance…

@cutebyul81 @HeejinYoo1 @UUtah Welcome! Thanks for visiting us!

Thank you for the opportunity! @HeejinYoo1 @UUtah @ChanYulYooLab

When you are in Utah nex week, come to my seminar! 🌽@UNL @UNL_PSI @UNL_PlantPath

@drjuliejung Plants are cool!!! Hope our plants in the growth room are not crying!

Say what? Plants even made *different* sounds in response to different stresses (dehydration vs decapitation) 🤯 very cool study

In collaboration with Xuemei Chen's lab, we uncovered an essential role of microRNA156 in enabling plant growth plasticity in response to temperature and light changes -- nature.com/articles/s4146…. Congrats to all authors, and many thanks to our collaborators @Xuemei_RNAlab.

@MengChen_Lab @Xuemei_RNAlab This is exciting and important discovery! Congratulations to Qing, Meng, Xuemei, and all the authors!

@BrianDilkes @AmanArora_7 @cobbolson @PurdueCPB @PurdueBiochem @UUtah 👏 👏 👏 Congratulations!

A cryptic natural variant allele of BYPASS2 suppresses the bypass1 mutant phenotype (Alexander J Cummins, C J Siler, Jacob M Olson, Amanpreet Kaur, Adam K Hamdani, L Kate Olson, Brian P Dilkes, Leslie E Sieburth) buff.ly/3yzW5R7 @BrianDilkes @ASPB #PlantSci

@RoyLab_Bcell @ASH_hematology Congratulations!!!

Thrilled to join the incredible team of ASH Scholar Awardees. Thanks, @ASH_hematology, for supporting our research program. 🙏

Our latest research on how ecological barriers influence hybridization, is published in @journal_evo! This work, lead by grad student Dylan Klure is the result of collaboration between 4 labs at @UofUBiology and @UNRScience doi.org/10.1093/evolut… @MDeniseDearing @MikeDShapiro

Pleased to see that this study has finally been published. COOLAIR is not required for the vernalization process! Vernalization-triggered expression of the antisense transcript COOLAIR is mediated by CBF genes doi.org/10.7554/eLife.…

Starting today, we are soliciting submissions for our Plant Photobiology collection at Communications Biology! nature.com/collections/ce…

Check out our new review on the cis-regulatory code! I hope it's as useful to others as it has been to me to write it and would have been to my starting grad student self authors.elsevier.com/sd/article/S10…

Congratulations to @ScottPerkins_U for being awarded the Spring 2023 UROP (Undergraduate Research Opportunity Program) to conduct exciting research in our lab! Thanks @uofuour for the support!

In synthetic biology classes, I ask students what biological function they want to create, and one popular answer is "photosynthesis in mammals". Now, it's achieved! The authors transplanted membrane-coated thylakoids into chondrocytes and mice! Congrats! nature.com/articles/s4158…

Excited to share our latest work showing that photoreceptors in the nucleus activate plastid photosynthesis genes by utilizing sigma factors as anterograde signals in parallel with the light regulation of nuclear photosynthesis genes. - rdcu.be/c0TvJ