Monica Perri
@MonicaPerri9
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DPhil Student in Synoxys Lab, @Fra_LicO2si | @Ox_DTP | Clarendon Scholar @Clarendon_OU | @StEdmundHall | Passionate of evolution and oxygen sensing 🌱
Oxford, England
Joined November 2020
After four years of hard work and late nights, I’m incredibly happy to share that yesterday I successfully defended my DPhil in Biology at the University of Oxford - with only minor corrections! 🎉 Feeling excited and ready for the next chapter!🍀
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I’m also deeply grateful to my supervisors, Professor Francesco Licausi @Fra_LicO2si Dr Emily Flashman @emily_flashman , all my lab team and friends - your encouragement really carried me through this journey.
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A huge thank you to my examiners, Professor Joost Van Dongen and Dr Laura Moody @moodytomato, for an engaging and genuinely enjoyable three-hour discussion.
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In our new preprints, we explored the diversity landscape or potential for engineering N-terminal and their effect on stress tolerance and development when used to substitute endogenous enzymes. Enjoy the read!
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Can we modulate plant oxygen sensing to enhance flood resilience?🌿🔧 https://t.co/RlQB9VrJ7X This is 1 of 2 preprints out this week from the @Fra_LicO2si and @emily_flashman labs, two angles on how PCOs shape plant flood resilience. Don’t miss the full story!
biorxiv.org
The oxygen-dependent degradation of Ethylene Response Factors VII (ERFVIIs) through the N-degron pathway is central to regulating the transcriptional responses to hypoxia in vascular plants. Plant...
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#Arabidopsis research has been invaluable in progressing understanding of plant #abiotic stress responses. We highlight milestones in plant #hypoxia research that have contributed to advancing the field (& will continue to do so) https://t.co/pWhr5dgxF7
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Glad to have been a part of this, such a great work from @LauraDalleC, now in @MPlantPCom ! 🥳 Have a read if you are interested in oxygen sensing and evolution! 🌱
How did oxygen-sensing evolve in plants? In collaboration with @Fra_LicO2si Great work from @LauraDalleC et. al. #plantscience @LeverhulmeTrust “ERFVIIs as transducers of oxygen-sensing in the evolution of land plant response to hypoxia” https://t.co/ETNHLTz9G7
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New paper alert! Our latest work shows how oxygen sensing in plants evolved to make life on land possible. Please, have a look- https://t.co/SVVBcT21uk
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#Hypoxia-activated fluorescent probes as markers of oxygen levels in plant cells and tissues Monica Perri, et al. đź“– https://t.co/EYJWecbjKY
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Huge thanks to @ShahneawzK , @A_wallabregue , @emily_flashman and all co-authors for their invaluable contributions and support. (3/3) #PlantScience #PhDResearch #OpenAccess #FluorescentProbes #Hypoxia
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In this study, we used hypoxia-activated fluorescent probes to detect low-oxygen levels in plants — a powerful tool for plant physiology and stress research. 🌱💡 (2/3)
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🚨 Exciting milestone! My first first-author paper from my PhD is now published in @NewPhyt - and it’s open access! 🎉 (1/3) https://t.co/aQHO38LeYI
nph.onlinelibrary.wiley.com
See also the Commentary on this article by Pedersen, 247: 2492–2494.
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Special thanks to Carl Lewis and Philip Kirk for making this such a memorable part of my journey—and for somehow making me appreciate nice robots and the peace of Minehead’s seaside! (3/3)
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Everyone was not only welcoming but also inspiring, and I’ve learned a lot from being part of such a collaborative and innovative environment. (2/3)
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As I wrap up my three-months internship at @SingerInst , I’m incredibly thankful for the opportunity to work at the intersection of Research and User Experience. It was a unique and enriching experience—especially valuable as I approach the end of my PhD. (1/3)
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Very happy to see our latest paper by @ROsborne_93 et al out today in @Dev_Cell. In this work we identify a role for VRN2-PRC2 in regulating light-responsive growth in Arabidopsis through the conditional epigenetic repression of PIF signalling.
cell.com
Osborne et al. show that the angiosperm-specific PRC2 subunit VRN2 is enriched in hypoxic regions of the Arabidopsis shoot, where it is required for stable deposition of H3K27me3 in key PIF4 target...
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After a lot of work, we are finally able to share this project about the cell cycle in Marchantia from the Haseloff lab. If you want to find out how cell division is controlled, you can’t miss out this one… #PlantScience #Synbio #EvoDevo
https://t.co/WpXA8yI2Ea
biorxiv.org
The regulation of cell division is broadly conserved across eukaryotes, governed by cyclins and cyclin-dependent kinases (CDKs) to coordinate progression through the cell cycle. Plants have evolved a...
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🚨 New preprint alert! 🚨 In our latest study, we used innovative hypoxia-activated fluorescent probes to measure oxygen levels in plants! 🌱 Check it out! Huge thanks to @ShahneawzK, @A_wallabregue, @emily_flashman and all the authors involved! https://t.co/kpPR4902pt
biorxiv.org
### Competing Interest Statement The authors have declared no competing interest.
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🚀 Exciting postdoc opportunity! Join the Jarvis Lab @OxfordBiology and help unravel the assembly of the chloroplast TOC-TIC translocon! Our well-funded lab offers a great environment for ground-breaking research! 🔬🌱 Apply here:
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