Esther Pérez Pérez
@NervaMEPP
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Tenured Scientist (CSIC) at IBVF (Sevilla) working on Autophagy, TOR and Stress in Chlamydomonas
Joined April 2011
Our last work about #TOR regulation by #CO2 and #light is published in @ScienceAdvances @IBVF_Sevilla @CSIC 🐞🐞🐞! Nutrients -> #DHAP -> TOR
Our new paper on TOR is out in @ScienceAdvances ! We found that dihydroxyacetone phosphate (DHAP) generated in the chloroplast mediates the activation of TOR by CO2 and light in Chlamydomonas. https://t.co/TwOPB9BzdY
@mjmallen @IBVF_Sevilla @CSIC @CSICAndalExtrem @NervaMEPP
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@FEBSOpenBio To be honest, we are still thinking about #SEFAGIA2025. What a blast… Thank you very, very much to everybody, from the invited speakers to all the sponsors and @Orexco for making it possible. See you all in the next one! 🙂
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@AntonioZorzano @bio_miguelon @ChlamyAutophagy 🟢 And we stay with the microalgae, as Samuel Gámez (@ChlamyAutophagy) goes deep into the role of autophagy counteracting stressors in Chlamydomonas. #SEFAGIA2025
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@AntonioZorzano @bio_miguelon 🌱 And now we are back to TOR! This time is our dear José Luis Crespo (@ChlamyAutophagy), talking about this signaling pathway in plants and, specifically, in microalgae. #SEFAGIA2025
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👤 And we start with the first Keynote Lecture in #SEFAGIA2025, by Robbie Loewith (University of Geneva 🇨🇭), talking about the TOR pathway. What a start!
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The program for our next #SEFAGIA2025 meeting is already available!!! We are thrilled to welcome our invited speakers Robbie Loewith, Marja Jaattela and Terje Johansen to Miraflores! https://t.co/ymDlh1ZgHA
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We have a predoctoral fellowship to work in our lab! Please RT
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Bidirectional regulation between TOR kinase and chloroplasts: emerging connections in photosynthetic organisms https://t.co/1F0EKjMFDt
@JXBot
academic.oup.com
This review examines the central role of the TOR kinase in linking nutrient availability to chloroplast function, detailing emerging evidence of reciprocal
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Excited to share our new review on epigenetic dynamics in Chlamydomonas, just published @TrendsPlantSci. Thank you team for your great work, specially Jesús and María. Please stay tuned for our almost-ready works in #Chlamydomonas #Epigenetics Paper link: https://t.co/YiBLftKQLf
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How does Chlamydomonas shine in the world of epigenetics? Read our new review and find out, with @valmeilab @Katharaxia_ @AninaGonzalez5 @chusopascual
Epigenetic dynamics in Chlamydomonas: new frontiers in unicellular algal research https://t.co/po9eLZGxxW
#plantscience
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Happy to share the latest work from the Deretic Lab. We demonstrated that ATG16L1 regulates V-ATPase. Hope you all enjoy the data.
Duque et al show that a core membrane atg8ylation & autophagy factor ATG16L1 controls proton V-ATPase under homeostatic conditions, ensuring normo-acidification, preservation of cellular energy charge & function & defense against Mtb in murine models https://t.co/Bot3BBzUO6
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Goldilocks and the SOS pathway: Finding “just right” for growth after salt stress (Rory Osborne) https://t.co/d9dQ0HnYID
@ROsborne_93 @ASPB #PlantSci
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📣 ¡Aún hay tiempo para registrarse! Y para enviar vuestras comunicaciones, hasta el 10 de septiembre. ¡Os esperamos! 📣 There is still time to register! You can also submit your communications until September 10th. Looking forward to seeing you! ⭕️⭕️⭕️ https://t.co/RIpMcD5hly
¡Reservad las fechas! El próximo congreso de SEFAGIA será en Miraflores de la Sierra (29-31 de octubre, Madrid). Volviendo a nuestros orígenes… Save the date! Next SEFAGIA meeting will take place at Miraflores de la Sierra (29-31 October, Madrid). Back to where it all began…
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Un equipo de científicos apunta a una nueva vía para combatir algunos de los tumores más agresivos
diariodesevilla.es
Investigadores del Hospital Universitario de Essen (Alemania) descubren una nueva vía de señalización celular que podría ser la diana de determinados fármacos
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Our new paper is now online! Amazing collaboration with @Sam_PenaLlopis lab.👇🏻 @SEFAGIA_ @WAutophagy @ASEICAnews @unidue
https://t.co/1VYvT2XQMk
tandfonline.com
BAP1 is a tumor suppressor and epigenetic modifier that is frequently mutated in cancer, leading to increased aggressiveness and metastasis, as well as poor patient survival. Unfortunately, there a...
🚨Paper out! In collaboration with @vega_rubin lab, we just published in #Autophagy @tandfonline that cancers with #BAP1 mutations, such as #uveal #melanoma & #RenalCellCarcinoma, induce #SRC to block autophagy, providing new #Personalized #Treatments 🧵 https://t.co/e1H4mpD2ll
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Roles of Arabidopsis ATG8 in plant #autophagy Kuntian Dong, et al. 📖 https://t.co/WXskLmNteu
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A game of tag: A review of protein tags for the successful detection, purification and fluorescence labelling of proteins expressed in microalgae https://t.co/iQ6qIQvpsS
@ThePlantJournal
onlinelibrary.wiley.com
Protein tags for detection, purification and fluorescence labelling are vital in microalgal research, yet the suitability of specific tags remains largely unexplored. This review discusses the pros...
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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 https://t.co/iy5oN8z2q9
#Algae #Photosynthesis #ClimateScience
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🧠 Identifican una nueva diana para el tratamiento del #alzhéimer 🔬 Un estudio del @ibis_sevilla muestra que la eliminación genética de una enzima retrasa la progresión de la enfermedad ➡️ https://t.co/qVXWII5yr0
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🔬El #CSIC es el mayor organismo científico de España, con 124 institutos. Sus equipos realizan investigación básica para ampliar las fronteras del conocimiento 🧵 En este hilo te contamos las noticias destacadas de esta #SemanaCSIC ➡️ https://t.co/ML49oDeCOC
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