Thanks for tweeting this @MengChen_Lab! After all of these years we finally got to collaborate on a project! And congratulations to Wei and the team!
A beautiful study by Josh Gendron and colleagues. Congratulations @GendronLab! -- A circadian clock output functions independently of phyB to sustain daytime PIF3 degradation. pnas.org/doi/10.1073/pnas.24…
Gendron Lab retweeted
New paper! Circadian clocks in the field. Wonderful collaboration with Hiroshi Kudoh at Kyoto University, studying #circadian signalling in a natural plant population. Congrats to first authors Haruki Nishio and @Dodka_ 1/2 @JohnInnesCentre #chronobiology pnas.org/doi/10.1073/pnas.24…
Gendron Lab retweeted
PhD opportunity in my lab @JohnInnesCentre
Ticking clocks, thriving crops: developing climate-resilient crops through circadian biology ⏰
Fully funded for UK students, by @NRPBIODTP. 9 May deadline. Link to apply⬇️ #chronobiology #plantsci
uea.ac.uk/course/phd-or-othe…
Gendron Lab retweeted
MCDB Major Moreen Ng Awarded the Tom & Joan Steitz RNA Fellowship.
To learn more about Moreen's winning essay, visit: medicine.yale.edu/rnacenter/…
Congratulations Moreen!
Fantastic trip to @UmeaPlantSci! Lots of friends, fun, and science.
This Post is from an account that no longer exists. Learn more
Gendron Lab retweeted
Congratulations to Craig Crews for being Elected as an AACR Fellow!
To learn more, visit: mcdb.yale.edu/news/craig-cre…
Gendron Lab retweeted
Thank you to @CellChemBiol for the opportunity to write this! It was fun to put to paper and maybe it'll resonate with some folks. Shoutouts to @StanfordBiochem @RohatgiLab and @UChiChemistry, and also my dad who can now cite a paper in which I say 'My father was right' 😆
Stories: Combating the myth of “innate genius” in science by Sigrid Nachtergaele @SiggyN5 at @MCDB_Yale @YaleCancer @YaleMed
dlvr.it/T4QF2w
Gendron Lab retweeted
¼ This week’s fanart is from a paper by Wang et al., published recently on Science
°
@GendronLab @Yale @YaleMed @MCDB_Yale @Science
#biology #research #plant #plantbiology #growth #molecular #art #sciart #digital #yale #researchpaper
Thanks @PlantTeaching for the fantastic write up of the paper!
Seasonal flowering and seasonal growth measure light duration differently plantae.org/?p=125280
Well deserved!!
Thrilled to share that I received an @NIDCD K99/R00 Pathway to Independence Award! A huge thank you to my mentor and colleagues @CarlsonLab_Yale for their support.
Gendron Lab retweeted
The bacterial OLE #noncoding RNA is needed for cells to grow on most carbon/energy sources (except glucose or citrate) and to secrete proteins. This find suggests OLE (#ribozyme?) is part of a major regulatory apparatus of many Gram+ species. @PNASNexus tinyurl.com/5bf45s2h
Gendron Lab retweeted
How plant flowering is controlled by daylength is well understood. However, less understood is how daylength controls plant growth. Using some classic photoperiod experiments, @GendronLab reveal the daylength-sensitive metabolic cues that control growth:
buff.ly/48clNdS
Light duty: Distinct molecular pathways control growth, flowering in plants news.yale.edu/2024/02/09/lig…
Gendron Lab retweeted
Researchers found that plants use their circadian clocks to respond to changes in external water and salt levels throughout the day. Controlled by a protein known as ABF, this clock helps plants adapt to extreme conditions such as drought. keck.usc.edu/news/usc-resear…
Gendron Lab retweeted
Plants distinguish different photoperiods to independently control seasonal flowering and growth @ScienceMagazine from @GendronLab
science.org/doi/10.1126/scie…
Congrats to Qingqing and the rest of the team! Check out our new paper showing plants can sense two seasons simultaneously to control growth and flowering. science.org/doi/10.1126/scie…
Thanks Ant!
Fantastic new paper from @GendronLab identifying two distinct photoperiod sensing processes in plants #phenology #chronobiology science.org/doi/10.1126/scie…
Thank you for the kind words! Obviously inspired by the work from @alexwebblab!
Exciting further evidence for a role for metabolic signalling in time measurement. Transformative paper from the @GendronLab demonstrates a new photoperiod-sensing mechanism that regulates growth. Implications for breeding and vertical farming science.org/doi/10.1126/scie…
Agreed! Fantastic summary of the paper!
Superb perspective by @hikemaydon points to evidence also for metabolic signalling in short days in addition to the long day mechanisms identified by @GendronLab science.org/doi/10.1126/scie…
