Adrien Burlacot
@aburlacot
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Algae, photosynthesis, carbon capture | PI @CarnegieScience | Assistant Professor by courtesy @Stanford | @ForbesUnder30 '23 🇲🇫🇪🇺🇺🇸
Stanford, CA, USA
Joined February 2017
Where is the energy of #CO2 capture by algae coming from ? 🤔Easy answer: sun light☀️ In details: an intricate network of alternative pathways of photosynthesis generating ATP🔋, full story from our lab in @ThePlantCell.@carnegiescience @StanfordEnergy.
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Glad 🤗to see this great work led by @ousmanebahdao where we dissect the role of LCI20 in dynamic CO2 regimes 🌱🦠 we reveal a key piece in the energetic and carbon interconnection between photochemical reactions, the CCM, and photorespiration ♾👇@carnegiescience @StanfordEnergy.
New in Nature Communications: Our study uncovers how green algae coordinate the CO₂-concentrating mechanism and photorespiration during low CO₂ acclimation. This has implications for oceanic carbon cycling. 1/4..#Algae #Photosynthesis #ClimateScience
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RT @yokoyama_ryo: The green algae CO2 concentrating mechanism and photorespiration jointly operate during acclimation to low CO2 https://t.….
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🎉🥳 Celebrating our publication revealing proteins bandwidths of importance with a Chlamy crêpe party 🥞.@carnegiescience @StanfordEnergy Publication here👇.
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It was a lot of fun to have @DStrenkert from @MSUDOEPlantLab visit us and present her research on Ferredoxins last week 🥰 @carnegiescience
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Cool to see today the work of @noodlyscientist featured at the @StanfordEnergy symposium 👀 💚🦠.@carnegiescience
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RT @aburlacot: 📢Out today! Our work discovering that bioenergetic 🔋homeostasis in dynamic environments is periodicity-dependent ☀️🌥️🌤️⛅️🌦️….
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RT @Johnson_mattp: Pleased to share my very general review of Photosynthesis now published in @NatRevMCB 🌞🌱.Hopeful….
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RT @MadireddiSai: How do algae keep their energy flowing when light flickers? ☀️ In our new preprint, we uncovered this 💡Dive in https://t.….
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RT @biorxiv_plants: Sustaining the cell energy in dynamic environments requires photosynthetic electron flows with diverse bandwidths https….
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A collaborative work including @noodlyscientist @carolynestoffel @MadireddiSai .And supported by @carnegiescience @StanfordEnergy @doescience.
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📢Out today! Our work discovering that bioenergetic 🔋homeostasis in dynamic environments is periodicity-dependent ☀️🌥️🌤️⛅️🌦️☀️⛅️.We show that maintaining a healthy photosynthetic cell 💚requires mechanisms with diverse bandwidths of importance 👀.👇.
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👀 Sneak pick on our soon publicly available discovery that photosynthetic cells maintain bioenergetics homeostasis in a light periodicity-dependent manner⛅🌥️🌤️☀️ we reveal that each electron flow has their own bandwidth of physiological importance. Stay tuned👀
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RT @SGRodriques: Today, we are launching the first publicly available AI Scientist, via the FutureHouse Platform. Our AI Scientist agents….
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This week we did our annual retreat at the beautiful foghouse (without the fog 🥳). Glad to have such a great team ❤️ @carnegiescience
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RT @yokoyama_ryo: Flavodiiron proteins associate pH‐dependently with the thylakoid membrane for ferredoxin‐1‐powered O2 photoreduction htt….
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RT @ramundo_silvia: Please RT! Join us at @gmivienna @oeaw as a permanent and senior group leader! I am especially reaching out to all the….
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📢On this Friday's episode of The Green Light 💚Graham Peers, Associate Professor.@CUBoulder joins us to discuss his journey from oceanography to algal biology, exploring how microalgae, especially diatoms, use unique adaptations to perform photosynthesis.👇.
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