Today’s #COP26 themes were Science and Innovation and Gender. We were pleased to welcome our Chief Executive, Professor Dame Ottoline Leyser @UKRI_CEO, to our stand in the #GreenZone.
#UKRIatCOP26
How do plants hedge their bets? The Locke & @LeyserLab teams show an ABA-GA bistable switch accounts for germination variability in genetically identical plants. Read @eLife paper https://t.co/uKUVudgddt & summary https://t.co/mXatsKVNbP @PauFormosa@slcuplants@Cambridge_Uni
I think all Leyser Lab members past and present would echo this sentiment. We wish her all the best and we know she’ll do brilliantly in this new role.
@Cambridge_Uni@OttolineLeyser@UKRI_News@slcuplants@ClareCollege A very worthy choice for this role, she will do a superb job. Ottoline has been my employer, mentor, supervisor and more importantly friend for 18 years now and I will miss her but am proud to have had the opportunity to learn from her. I wish her all the best in her new role.
Congratulations to Professor Dame @OttolineLeyser on her appointment as new CEO of UK Research And Innovation (UKRI). Read announcement at https://t.co/u1ulZ9XzAs and news on @slcuplants website https://t.co/zU7ATs3xX1
Connective auxin transport contributes to strigolactone-mediated shoot branching control independent of the transcription factor BRC1: a new paper from Leyser Lab members past and present Martin van Rongen, @ThisSunOfYork and @f_ticchiarelli https://t.co/yafN2kKj6o
New Nature Paper from PhD student @f_ticchiarelli on the molecular mechanisms of strigolactone perception: https://t.co/jsvRkbTOzc #Strigolactone#D14#D3
Ever wondered how cytokinin affects branching in Arabidopsis shoots? New paper from @tanyawaldie & @OttolineLeyser suggests multiple pathways & differences to canonical cytokinin signalling in roots https://t.co/243H0EWrvz (spoiler alert: auxin and PIN proteins play a role).