Our review article, summarizing the functional coordination between transcription factors and epigenetic modifiers during plant regeneration, has been recently published in 「Current Opinion in Plant Biology」. Please check it out if you are interested. https://t.co/9RbFscEtWC
New publication from the lab!
Winter cold doesn't just make plants flower — it also primes them to regenerate🌱❄️. We show cold-induced CBFs recruit HAG1 to switch on key regeneration genes like WOX5.
Many congrats to @FuYuHung!
https://t.co/HA3B4GTejj
How do plants respond to wounding to initiate regeneration? We show wounding stimulates HSFA1 accumulation in the nuclei, activating a transcriptional program that drives cellular reprogramming!
@ThePlantCell@duncan_coleman2@JST_ASPIRE@JST_info
https://t.co/8NbcvDFPx1
Just out in Nature, we reveal a key molecular signature that evolution drew upon to boost photosynthesis—the process responsible for fixing CO2 (and sustaining life as we know it). Together with the brilliant @l_luginbuehl, @JoeEcker, and @jmhibber
https://t.co/UGkUzEn4hf
My research paper demonstrating how light signals regulate plant regeneration through a master transcription factor HY5 is now published on Plant Physiology. Check it out for the detailed mechanisms! https://t.co/Sfip4vC2OL @PlantPhys@K_Sugimoto_Lab
Just had a dream where I was giving a lecture about my research and spent more than 30 minutes on the introduction! 🤣
It would be great to channel that bravery and enthusiasm for the real presentation. 🤩
My research paper demonstrating how light signals regulate plant regeneration through a master transcription factor HY5 is now published on Plant Physiology. Check it out for the detailed mechanisms! https://t.co/Sfip4vC2OL @PlantPhys@K_Sugimoto_Lab