RT @SjonHartman: @slavov_n @N_end_rules Same here, Arabidopsis root tip transcriptome and proteome in response to ethylene treatment correl…
RT @SjonHartman: @slavov_n @N_end_rules Same here, Arabidopsis root tip transcriptome and proteome in response to ethylene treatment correl…
@slavov_n @N_end_rules Same here, Arabidopsis root tip transcriptome and proteome in response to ethylene treatment correlate poorly https://t.co/sMKLJAGeDq
RT @SjonHartman: Which also includes our recent work on how ethylene improves root tip hypoxia survival 🌱🌊 With @Zeguang_Liu @HongtaoZh @To…
RT @SjonHartman: Which also includes our recent work on how ethylene improves root tip hypoxia survival 🌱🌊 With @Zeguang_Liu @HongtaoZh @To…
Which also includes our recent work on how ethylene improves root tip hypoxia survival 🌱🌊 With @Zeguang_Liu @HongtaoZh @TomRankenberg @Dr_leeggangers @jnbserres @freddietheodou1 @R_Sasidharan https://t.co/BDl54Aenbi
One of the highlights of the last #BT2022DBG was to finally meet the brilliant @SjonHartman and learn how plants forgive, but don't forget when it comes to hypoxia🌱🌊 See his last work here: https://t.co/wsxkSvbcpZ and a little piece I wrote about it: https
RT @SjonHartman: Great to be on the receiving end of a News & Views for once 😉 Thanks so much @jmugaldev for beautifully highlighting our r…
RT @jmugaldev: 📣 Happy to share my latest @PlantPhys News and views highlighting the work of @SjonHartman @Zeguang_Liu @R_Sasidharan et al.…
RT @SjonHartman: Great to be on the receiving end of a News & Views for once 😉 Thanks so much @jmugaldev for beautifully highlighting our r…
RT @jmugaldev: 📣 Happy to share my latest @PlantPhys News and views highlighting the work of @SjonHartman @Zeguang_Liu @R_Sasidharan et al.…
RT @jmugaldev: 📣 Happy to share my latest @PlantPhys News and views highlighting the work of @SjonHartman @Zeguang_Liu @R_Sasidharan et al.…
RT @jmugaldev: 📣 Happy to share my latest @PlantPhys News and views highlighting the work of @SjonHartman @Zeguang_Liu @R_Sasidharan et al.…
RT @jmugaldev: 📣 Happy to share my latest @PlantPhys News and views highlighting the work of @SjonHartman @Zeguang_Liu @R_Sasidharan et al.…
📣 Happy to share my latest @PlantPhys News and views highlighting the work of @SjonHartman @Zeguang_Liu @R_Sasidharan et al.🙌 A 5 minute read to get insight into how ethylene helps roots to cope with the stress caused by hypoxia and re-oxygenation. 🌊🌱 htt
RT @SjonHartman: Great to be on the receiving end of a News & Views for once 😉 Thanks so much @jmugaldev for beautifully highlighting our r…
RT @SjonHartman: Great to be on the receiving end of a News & Views for once 😉 Thanks so much @jmugaldev for beautifully highlighting our r…
RT @SjonHartman: Great to be on the receiving end of a News & Views for once 😉 Thanks so much @jmugaldev for beautifully highlighting our r…
RT @SjonHartman: Great to be on the receiving end of a News & Views for once 😉 Thanks so much @jmugaldev for beautifully highlighting our r…
RT @SjonHartman: Great to be on the receiving end of a News & Views for once 😉 Thanks so much @jmugaldev for beautifully highlighting our r…
RT @SjonHartman: Great to be on the receiving end of a News & Views for once 😉 Thanks so much @jmugaldev for beautifully highlighting our r…
Great to be on the receiving end of a News & Views for once 😉 Thanks so much @jmugaldev for beautifully highlighting our recent work on ethylene-enhanced hypoxia tolerance in @PlantPhys, a pleasure to read 🤓🌱🌊 https://t.co/aKai2Gljx5 https://t.co/sMKL
RT @SjonHartman: Me and @Zeguang_Liu had an interesting discussion with @GVD__ of @insideclimate about our recent publication in @PlantPhys…
RT @SjonHartman: @ChileBio_AG @EstevezJoseM Thanks for the highlighting our work! You can find the original paper here: https://t.co/sMKLJA…
@ChileBio_AG @EstevezJoseM Thanks for the highlighting our work! You can find the original paper here: https://t.co/sMKLJAGeDq
RT @SjonHartman: Cool to see we also made it to the local newspaper 🤓 @CIBSS_UniFR @UniFreiburg https://t.co/sMKLJAGeDq https://t.co/ZKHcN…
Cool to see we also made it to the local newspaper 🤓 @CIBSS_UniFR @UniFreiburg https://t.co/sMKLJAGeDq https://t.co/ZKHcNSeyHs
RT @SjonHartman: Me and @Zeguang_Liu had an interesting discussion with @GVD__ of @insideclimate about our recent publication in @PlantPhys…
RT @SjonHartman: Me and @Zeguang_Liu had an interesting discussion with @GVD__ of @insideclimate about our recent publication in @PlantPhys…
RT @SjonHartman: Me and @Zeguang_Liu had an interesting discussion with @GVD__ of @insideclimate about our recent publication in @PlantPhys…
RT @SjonHartman: Me and @Zeguang_Liu had an interesting discussion with @GVD__ of @insideclimate about our recent publication in @PlantPhys…
RT @SjonHartman: Me and @Zeguang_Liu had an interesting discussion with @GVD__ of @insideclimate about our recent publication in @PlantPhys…
RT @SjonHartman: Me and @Zeguang_Liu had an interesting discussion with @GVD__ of @insideclimate about our recent publication in @PlantPhys…
RT @SjonHartman: Me and @Zeguang_Liu had an interesting discussion with @GVD__ of @insideclimate about our recent publication in @PlantPhys…
RT @SjonHartman: Me and @Zeguang_Liu had an interesting discussion with @GVD__ of @insideclimate about our recent publication in @PlantPhys…
Me and @Zeguang_Liu had an interesting discussion with @GVD__ of @insideclimate about our recent publication in @PlantPhys. What can we learn from our findings to make crops more flood-tolerant? 🌊🌱 Read it here: https://t.co/sMKLJAGeDq https://t.co/1XcKmA
RT @AbioticStress: New article by @Zeguang_Liu @SjonHartman @HongtaoZh @Dr_leeggangers @femkebosman @TomRankenberg @KirstyLHassall @jnbserr…
RT @BCHEPPdepthead: @KHefferon Unfortunately, the title for the lay story is a bit disingenuous and misses the point of the work. Ethylene…
@KHefferon Unfortunately, the title for the lay story is a bit disingenuous and misses the point of the work. Ethylene has LONG been recognized as the signal for flooding response in plants. The work in this study helps uncover more of the mechanism of pro
RT @OrdoFibonacci: Ethylene augments root hypoxia tolerance via growth cessation and reactive oxygen species amelioration | Plant Physiolog…
RT @OrdoFibonacci: Ethylene augments root hypoxia tolerance via growth cessation and reactive oxygen species amelioration | Plant Physiolog…
Ethylene augments root hypoxia tolerance via growth cessation and reactive oxygen species amelioration | Plant Physiology | Oxford Academic https://t.co/0rcSyQ3DZ5
RT @Zeguang_Liu: We studied the effect of ethylene pre-treatment on hypoxia survival of Arabidopsis (Arabidopsis thaliana) primary root tip…
RT @physorg_biology: The signaling pathways that make #plants more resistant to flooding @UniFreiburg https://t.co/kjq2kUJIHo https://t.co/…
RT @physorg_biology: The signaling pathways that make #plants more resistant to flooding @UniFreiburg https://t.co/kjq2kUJIHo https://t.co/…
RT @physorg_biology: The signaling pathways that make #plants more resistant to flooding @UniFreiburg https://t.co/kjq2kUJIHo https://t.co/…
The signaling pathways that make #plants more resistant to flooding @UniFreiburg https://t.co/kjq2kUJIHo https://t.co/2V0anRrDvh
RT @Zeguang_Liu: We studied the effect of ethylene pre-treatment on hypoxia survival of Arabidopsis (Arabidopsis thaliana) primary root tip…
RT @PlantPhys: Ethylene augments root hypoxia tolerance via growth cessation and reactive oxygen species amelioration @Zeguang_Liu @SjonHar…
RT @Zeguang_Liu: We studied the effect of ethylene pre-treatment on hypoxia survival of Arabidopsis (Arabidopsis thaliana) primary root tip…
RT @Zeguang_Liu: We studied the effect of ethylene pre-treatment on hypoxia survival of Arabidopsis (Arabidopsis thaliana) primary root tip…
RT @PlantPhys: Ethylene augments root hypoxia tolerance via growth cessation and reactive oxygen species amelioration @Zeguang_Liu @SjonHar…
RT @Zeguang_Liu: We studied the effect of ethylene pre-treatment on hypoxia survival of Arabidopsis (Arabidopsis thaliana) primary root tip…
RT @Zeguang_Liu: We studied the effect of ethylene pre-treatment on hypoxia survival of Arabidopsis (Arabidopsis thaliana) primary root tip…
RT @PlantPhys: Ethylene augments root hypoxia tolerance via growth cessation and reactive oxygen species amelioration @Zeguang_Liu @SjonHar…
RT @Zeguang_Liu: We studied the effect of ethylene pre-treatment on hypoxia survival of Arabidopsis (Arabidopsis thaliana) primary root tip…
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 @Zeguang_Liu: We studied the effect of ethylene pre-treatment on hypoxia survival of Arabidopsis (Arabidopsis thaliana) primary root tip…
RT @Zeguang_Liu: We studied the effect of ethylene pre-treatment on hypoxia survival of Arabidopsis (Arabidopsis thaliana) primary root tip…
RT @Zeguang_Liu: We studied the effect of ethylene pre-treatment on hypoxia survival of Arabidopsis (Arabidopsis thaliana) primary root tip…
RT @PlantPhys: Ethylene augments root hypoxia tolerance via growth cessation and reactive oxygen species amelioration @Zeguang_Liu @SjonHar…
RT @PlantPhys: Ethylene augments root hypoxia tolerance via growth cessation and reactive oxygen species amelioration @Zeguang_Liu @SjonHar…
RT @AbioticStress: New article by @Zeguang_Liu @SjonHartman @HongtaoZh @Dr_leeggangers @femkebosman @TomRankenberg @KirstyLHassall @jnbserr…
RT @AbioticStress: New article by @Zeguang_Liu @SjonHartman @HongtaoZh @Dr_leeggangers @femkebosman @TomRankenberg @KirstyLHassall @jnbserr…
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 @AbioticStress: New article by @Zeguang_Liu @SjonHartman @HongtaoZh @Dr_leeggangers @femkebosman @TomRankenberg @KirstyLHassall @jnbserr…
RT @AbioticStress: New article by @Zeguang_Liu @SjonHartman @HongtaoZh @Dr_leeggangers @femkebosman @TomRankenberg @KirstyLHassall @jnbserr…
New article by @Zeguang_Liu @SjonHartman @HongtaoZh @Dr_leeggangers @femkebosman @TomRankenberg @KirstyLHassall @jnbserres @freddietheodou1 @R_Sasidharan ✔️#Ethylene augments #root #hypoxia tolerance via growth cessation & #ROS amelioration 🔓https://
RT @PlantPhys: Ethylene augments root hypoxia tolerance via growth cessation and reactive oxygen species amelioration @Zeguang_Liu @SjonHar…
RT @PlantPhys: Ethylene augments root hypoxia tolerance via growth cessation and reactive oxygen species amelioration @Zeguang_Liu @SjonHar…
RT @PlantPhys: Ethylene augments root hypoxia tolerance via growth cessation and reactive oxygen species amelioration @Zeguang_Liu @SjonHar…
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 @Zeguang_Liu: We studied the effect of ethylene pre-treatment on hypoxia survival of Arabidopsis (Arabidopsis thaliana) primary root tip…
RT @Zeguang_Liu: We studied the effect of ethylene pre-treatment on hypoxia survival of Arabidopsis (Arabidopsis thaliana) primary root tip…
RT @PlantPhys: Ethylene augments root hypoxia tolerance via growth cessation and reactive oxygen species amelioration @Zeguang_Liu @SjonHar…
RT @PlantPhys: Ethylene augments root hypoxia tolerance via growth cessation and reactive oxygen species amelioration @Zeguang_Liu @SjonHar…
RT @PlantPhys: Ethylene augments root hypoxia tolerance via growth cessation and reactive oxygen species amelioration @Zeguang_Liu @SjonHar…
RT @PlantPhys: Ethylene augments root hypoxia tolerance via growth cessation and reactive oxygen species amelioration @Zeguang_Liu @SjonHar…
Ethylene augments root hypoxia tolerance via growth cessation and reactive oxygen species amelioration @Zeguang_Liu @SjonHartman @HongtaoZh @Dr_leeggangers @femkebosman @TomRankenberg @KirstyLHassall @jnbserres @freddietheodou1 @R_Sasidharan https://t.co/9
RT @HongtaoZh: Another fruitful collaboration led by Utrecht team! https://t.co/NErvFB1se0
RT @HongtaoZh: Another fruitful collaboration led by Utrecht team! https://t.co/NErvFB1se0
RT @HongtaoZh: 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: 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…
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: If you want to know if your favourite gene/protein is regulated by ethylene in Arabidopsis root tips, check out this fanta…
RT @Zeguang_Liu: Happy to share this long journey with many amazing people 🎉
RT @Dr_leeggangers: 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: Our work on how ethylene improves root hypoxia tolerance is now out in @PlantPhys . It was a real tour the force with many…
RT @Dr_leeggangers: Happy to have been part of this team effort 🥰. Lets see what we will be able to unravel next 🧐.
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: If you want to know if your favourite gene/protein is regulated by ethylene in Arabidopsis root tips, check out this fanta…