Design of a biosensor for direct visualisation of auxin https://t.co/E8weOWnKud
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @Debatosh2016: Design of a biosensor for direct visualisation of auxin https://t.co/3Yxueh09qb
RT @Debatosh2016: Design of a biosensor for direct visualisation of auxin https://t.co/3Yxueh09qb
Design of a biosensor for direct visualisation of auxin https://t.co/3Yxueh09qb
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
Design of a biosensor for direct visualisation of auxin https://t.co/8cSDDLKbDL #plantsci #scicomm #auxin ♻️ https://t.co/dIN6zQp48z
RT @MunichImaging: Exciting research out in preprint from IBMI investigator Andre Stiel! Design of a biosensor for direct visualisation of…
RT @MunichImaging: Exciting research out in preprint from IBMI investigator Andre Stiel! Design of a biosensor for direct visualisation of…
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
Exciting research out in preprint from IBMI investigator Andre Stiel! Design of a biosensor for direct visualisation of auxin https://t.co/AgJPKT7PqM
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @KleineVehnLab: "The sensor is based on the E. coli tryptophan repressor (TrpR)8 whose binding pocket was engineered for specific IAA bi…
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
dang
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
Such a great achievement... now we can actually sense auxin itself rather than auxin response. Exciting!
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
The preprint of Ole's paper "Design of a biosensor for direct visualisation of auxin" is available from today. It is in the top 5% of all research outputs according to Altmetric. 😊 Check it out! 😉 https://t.co/8LxAeODg9H #bioRxiv #biology #biosensor #plan
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @KleineVehnLab: "The sensor is based on the E. coli tryptophan repressor (TrpR)8 whose binding pocket was engineered for specific IAA bi…
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
Game changer!
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @KleineVehnLab: "The sensor is based on the E. coli tryptophan repressor (TrpR)8 whose binding pocket was engineered for specific IAA bi…
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @fornaralab: novel auxin direct biosensor https://t.co/0ykLcV4D5z
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @KleineVehnLab: "The sensor is based on the E. coli tryptophan repressor (TrpR)8 whose binding pocket was engineered for specific IAA bi…
RT @KleineVehnLab: "The sensor is based on the E. coli tryptophan repressor (TrpR)8 whose binding pocket was engineered for specific IAA bi…
RT @ZMBP_Tuebingen: New #preprint from Gerd Jürgens Lab & Co. : Design of a biosensor for direct visualisation of auxin 🌱 #plantscience #au…
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
Great new tool: FRET-based biosensor for direct detection and quantification of auxin.
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
Design of a biosensor for direct visualisation of auxin https://t.co/yjL7zLT1Xt
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
novel auxin direct biosensor https://t.co/0ykLcV4D5z
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @ZMBP_Tuebingen: New #preprint from Gerd Jürgens Lab & Co. : Design of a biosensor for direct visualisation of auxin 🌱 #plantscience #au…
@KatarzynaRetzer
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @ZMBP_Tuebingen: New #preprint from Gerd Jürgens Lab & Co. : Design of a biosensor for direct visualisation of auxin 🌱 #plantscience #au…
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @KleineVehnLab: "The sensor is based on the E. coli tryptophan repressor (TrpR)8 whose binding pocket was engineered for specific IAA bi…
Cool! A sensor for direct perception of auxin! @lab_costa
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @KleineVehnLab: "The sensor is based on the E. coli tryptophan repressor (TrpR)8 whose binding pocket was engineered for specific IAA bi…
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @ZMBP_Tuebingen: New #preprint from Gerd Jürgens Lab & Co. : Design of a biosensor for direct visualisation of auxin 🌱 #plantscience #au…
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants
RT @KleineVehnLab: "The sensor is based on the E. coli tryptophan repressor (TrpR)8 whose binding pocket was engineered for specific IAA bi…
11 years ago I defended my PhD thesis with the following statement: "Although hormone responsive promoters such as the DR5 promoter have been extremely informative reporters to study hormone action, we still need markers to detect the (sub)cellular concent
RT @biorxiv_plants: Design of a biosensor for direct visualisation of auxin https://t.co/GTu1ymZJlY #biorxiv_plants