The final version of our Marchantia cell cycle paper is now published. A much improved version compared to the preprint. Cyclins, repressors, and more. Thanks to co-authors and reviewers. #PlantScience. https://t.co/3D6fihYhH4
@biorxiv_plants The final outcome of my undergraduate project! Give it a read if you're curious how the green lineage elaborated on the common arsenic detoxification mechanism with an extra sensor protein domain. Very cool and transient role of the golgi with some fun super-resolution imaging.
@biorxiv_plants The final outcome of my undergraduate project! Give it a read if you're curious how the green lineage elaborated on the common arsenic detoxification mechanism with an extra sensor protein domain. Very cool and transient role of the golgi with some fun super-resolution imaging.
The landscape of transcription factor promoter activity during vegetative development in Marchantia (Facundo Romani, Susanna Sauret-Güeto, Marius Rebmann, Davide Annese, Ignacy Bonter, Marta Tomaselli, et. al.) @ASPB#PlantSci https://t.co/7KNfVLXBuR
Finishing a very exciting year. Merry Marchantiasmas! 🎄🎅🎄. Red: chlorophyll, Green: to be revealed in 2025 (not hard to guess actually). Credits to @Ignacybo for making the time-lapse.
Growth of Anthoceros agrestis, an emerging hornwort model organism! To my knowledge, this is the first timelapse of Anthoceros- perhaps because it is so small (video 1cm in width) and grows so slowly (3 weeks shown in 10 seconds). Thanks, @Alon_Israeli for the plant :)
Worth adding that these constructs and lines are great for looking at dynamic processes/development/responses to stresses, not just static patterns - my favourite being ERF20 and the re-making of stem cells
I hope this contributes to the quest of understanding the meristems evo-devo and work as a useful community resource for markers. This is complementary to other approaches such as the recently published scRNA-seq.