Takehiro A. Ozawa-Uyeda
@tk_ozawa
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PhD candidate at CINVESTAV Unidad Irapuato (@CinvestavIra 🇲🇽). Algal biotechnology #Botryococcus and 🌱 #PlantTOR signaling pathway. @tkozawa.bsky.social
Mexico
Joined August 2021
RT @MarcoADuenas8: The Auxenochlorella genome is finally out in preprint form. This green alga has great genetic tools and precise gene tar…
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RT @PollyHsuLab: Seeing is believing! Now you can visualize your periodic Ribo-seq data for your favorite genes alongside other omics data…
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Great work by @Ajt_chaudhary et al. (2025) on how #FERONIA (FER), a cell wall integrity sensor, is essential for limiting #PlantCellWall damage and preventing cell rupture during #brassinosteroid (BR)-induced cell expansion in #Arabidopsis seedlings 🌱. 🔗
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RT @NaturePlants: New Article: "ATG8ylation of vacuolar membrane protects plants against cell wall damage" ATG8yla…
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RT @Landry_Lab: Simple addition of an anionic polymer to standard PEG transfection workflows increases RNP-based protoplast editing by 10 t…
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RT @tair_news: Role and regulation of the plant TOR SnRK1 pathways in the trade-off between growth and defense New…
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RT @LENikkanen: Are you interested in studying the most important reaction in the universe, #photosynthesis? I have an open position for a…
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Great work by Urrea-Castellanos et al. (2025) on how RAPTOR1B, a component of #PlantTOR complex (#TORC1), interconnects with the #photoperiod pathway to promote flowering in #Arabidopsis under long days via #circadian-associated protein GIGANTEA (GI) 🌻. 🔗
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RT @EPSOEurope: 40th EPSO seminar for European Plant Scientists: 20th Feb 2024 at 15.00 CET: The role of sugar and N in plant signalling wi…
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Great preprint by @Sanjayxrawat and Laxmi (2025) on how salicylic acid (SA)-induced primary root growth inhibition in #Arabidopsis seedlings is regulated by the glucose-auxin-#PlantTOR-E2Fa module.
Salicylic acid represses primary root growth through the Glucose-Target of Rapamycin-E2Fa pathway in Arabidopsis #biorxiv_plants
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RT @Kylelauersen: AzCATI (@ASU_AzCATI) is hiring an open rank faculty position! If you are a bioprocess specialist or into applied algal bi…
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RT @KAUST_BESE: Today! Promotion Colloquium of @Kylelauersen: Turning waste into value through light driven biotechnologies, the Sustain…
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RT @PaulJarvisLab: 🚀 Exciting postdoc opportunity! Join the Jarvis Lab @OxfordBiology and help unravel the assembly of the chloroplast TOC-…
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RT @LeibnizIPK: Researchers from the @LeibnizIPK and the @KITKarlsruhe investigated how the chromosomal location affects epigenetic stabili…
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Great work by @s_overmans et al. (2025) on developing a novel, in situ extraction method of #algal-derived #terpenoids from engineered #Chlamydomonas by using low-cost, functionalized silica #microparticles (e.g. 2% (v/v) C18) instead of traditional solvent extraction. #SSBlab
Today, we celebrate @s_overmans , who worked tenaciously to get his story out on functionalized microparticles for terpene 🧪 harvest from microbial cultures 🦠. A @KAUST_BESE collaboration with Himanshu Mishra and Adair Gallo Jr: Illustration @HenoHwang
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RT @NatureBiotech: Bacterial-MERFISH combines 1000-fold volumetric expansion with multiplexed fluorescence in situ hybridization, enabling…
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RT @maxplanckpress: More than 40 percent of #postdocs leave academia. Those who landed a coveted faculty position were more likely to have…
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RT @roman_ulm: POSTDOC POSITION AVAILABLE, Geneva, Switzerland - Applications are invited for a postdoc position to study UV-B perception…
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