Gendron Lab
@GendronLab
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Joined December 2013
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. https://t.co/EuSB0kTAKV
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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
Plants sense and respond to environmental cues during 24 h fluctuations in their environment. This requires the integration of internal cues such a...
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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
https://t.co/COj0DAuhYk
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MCDB Major Moreen Ng Awarded the Tom & Joan Steitz RNA Fellowship. To learn more about Moreen's winning essay, visit: https://t.co/agYiFZu7RE Congratulations Moreen!
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Fantastic trip to @UmeaPlantSci! Lots of friends, fun, and science.
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Congratulations to Craig Crews for being Elected as an AACR Fellow! To learn more, visit: https://t.co/h3uLMi2FzN
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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
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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
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Thanks @PlantTeaching for the fantastic write up of the paper! Seasonal flowering and seasonal growth measure light duration differently
plantae.org
One of the first lessons a plant biologist learns is that many plants coordinate their seasonal flowering through measuring daylength, and that this process involves both photoreceptors and the…
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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.
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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
https://t.co/nEvzoBL25V
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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: https://t.co/B14cdmIFxX
science.org
Myo-inositol regulates plant vegetative growth independently of flowering time in response to changing daylength.
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Light duty: Distinct molecular pathways control growth, flowering in plants
news.yale.edu
In a new study, a Yale-led research team uncovers the mechanism behind why plant growth and flowering sometimes occur in different seasons.
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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
Related News No related news.
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Plants distinguish different photoperiods to independently control seasonal flowering and growth @ScienceMagazine from @GendronLab
https://t.co/uhpzvQzZiy
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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
Myo-inositol regulates plant vegetative growth independently of flowering time in response to changing daylength.
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Thanks Ant!
Fantastic new paper from @GendronLab identifying two distinct photoperiod sensing processes in plants #phenology #chronobiology
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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
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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
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