RT @Zeguang_Liu: Happy to share this long journey with many amazing people 🎉
RT @SjonHartman: Our work on how ethylene improves root hypoxia tolerance is now out in @PlantPhys . It was a real tour the force with many…
RT @SjonHartman: Our work on how ethylene improves root hypoxia tolerance is now out in @PlantPhys . It was a real tour the force with many…
RT @SjonHartman: Our work on how ethylene improves root hypoxia tolerance is now out in @PlantPhys . It was a real tour the force with many…
Happy to have been part of this team effort 🥰. Lets see what we will be able to unravel next 🧐.
RT @SjonHartman: Our work on how ethylene improves root hypoxia tolerance is now out in @PlantPhys . It was a real tour the force with many…
RT @SjonHartman: If you want to know if your favourite gene/protein is regulated by ethylene in Arabidopsis root tips, check out this fanta…
RT @SjonHartman: Our work on how ethylene improves root hypoxia tolerance is now out in @PlantPhys . It was a real tour the force with many…
RT @SjonHartman: Our work on how ethylene improves root hypoxia tolerance is now out in @PlantPhys . It was a real tour the force with many…
Congrats Zeguang and colleagues on your work: Ethylene augments root hypoxia tolerance via growth cessation and reactive oxygen species amelioration | Plant Physiology | Oxford Academic https://t.co/XtOaMtactj
RT @SjonHartman: Our work on how ethylene improves root hypoxia tolerance is now out in @PlantPhys . It was a real tour the force with many…
RT @SjonHartman: If you want to know if your favourite gene/protein is regulated by ethylene in Arabidopsis root tips, check out this fanta…
RT @SjonHartman: Our work on how ethylene improves root hypoxia tolerance is now out in @PlantPhys . It was a real tour the force with many…
If you want to know if your favourite gene/protein is regulated by ethylene in Arabidopsis root tips, check out this fantastic (easy to use) #shinyapp made by @TomRankenberg. Simply select your gene or put the AT code! https://t.co/w8uAbJig8W
Another fruitful collaboration led by Utrecht team! https://t.co/NErvFB1se0
RT @SjonHartman: Our work on how ethylene improves root hypoxia tolerance is now out in @PlantPhys . It was a real tour the force with many…
RT @SjonHartman: Our work on how ethylene improves root hypoxia tolerance is now out in @PlantPhys . It was a real tour the force with many…
RT @SjonHartman: Our work on how ethylene improves root hypoxia tolerance is now out in @PlantPhys . It was a real tour the force with many…
Our work on how ethylene improves root hypoxia tolerance is now out in @PlantPhys . It was a real tour the force with many amazing people contributing over the years. https://t.co/kTaEQr5W0y https://t.co/57v69EpKRY