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ntnuchanlab

@ntnuchanlab.bsky.social
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Plant Pathology Research Lab, National Taiwan Normal University Plantae Fellow @plantaeofficial.bsky.social @aspbofficial.bsky.social

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Reposted by ntnuchanlab
Plantae.org @plantaeofficial.bsky.social · 02/03/2026
Plant Science Research Weekly --  Review. Overcoming the scale barrier: expansion microscopy for nanoscale imaging in plants (Current Opinion in Plant Biology) @emmanuellebayer.bsky.social @lbm-bordeaux.bsky.social (Summary by Ching Chan @ntnuchanlab.bsky.social) buff.ly/iGwJNDh #PlantaePSRW
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Review. Overcoming the scale barrier: expansion microscopy for nanoscale imaging in plants | Plantae
Many biological questions, from tissue-level patterning to subcellular organization, demand 3D imaging with spatial resolution beyond the limits of conventional light microscopy…
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Reposted by ntnuchanlab
Plantae.org @plantaeofficial.bsky.social · 24/02/2026
Plant Science Research Weekly --  Sensing the neighbors: phytochrome A fine-tunes plant adaptation to light (PNAS) (Summary by Ching Chan @ntnuchanlab.bsky.social) buff.ly/BenyCMQ #PlantaePSRW
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Sensing the neighbors: Phytochrome A fine-tunes plant adaptation to light | Plantae
Plants constantly compete for light, and the threat of shading by neighbors has been a powerful driving force for the adaptive plasticity during evolution. Changes in both light quantity and quality…
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Reposted by ntnuchanlab
Plantae.org @plantaeofficial.bsky.social · 05/02/2026
Plant Science Research Weekly --  When plants feel the bite: Mechanoperception and systemic defense signaling (Plant, Cell & Environment) (Summary by Ching Chan @ntnuchanlab.bsky.social) buff.ly/qYCXLBb #PlantaePSRW
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When plants feel the bite: Mechanoperception and systemic defense signaling | Plantae
Plants may appear silent, yet they can rapidly perceive and respond to environmental challenges. Despite lacking sensory nerve cells like animals, plants rely on mechanoperception to detect stimuli…
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Reposted by ntnuchanlab
Plantae.org @plantaeofficial.bsky.social · 22/01/2026
Plant Science Research Weekly --  Reprogramming plant development: how Ustilago maydis hijacks auxin signaling to build galls (New Phytologist) @mamoonakhan.bsky.social (Summary by Ching Chan @ntnuchanlab.bsky.social) buff.ly/BBuz54Z #PlantaePSRW
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Reprogramming plant development: How Ustilago maydis hijacks auxin signaling to build galls | Plantae
Plant pathogens often succeed not by brute force, but by subtly rewiring host developmental programs. Ustilago maydis, the basidiomycete fungus responsible for maize common smut…
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Reposted by ntnuchanlab
Plantae.org @plantaeofficial.bsky.social · 28/01/2026
Plant Science Research Weekly --  A shape-shifting plant receptor expands the landscape of small-molecule sensing (PNAS) (Summary by Ching Chan @ntnuchanlab.bsky.social) buff.ly/Bj4rWph #PlantaePSRW
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A shape-shifting plant receptor expands the landscape of small-molecule sensing | Plantae
Designing small-molecule biosensors that are both sensitive and versatile remains a central challenge in synthetic biology, yet such tools are indispensable for environmental monitoring…
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Reposted by ntnuchanlab
Mary Williams @PlantTeaching @plantteaching.bsky.social · 16/01/2026
#PlantScience Research Weekly: January 16, 2026. plantae.org/plant-scienc... Founders review by Asami, 40 years of research; RUBY reporter review; PYR1 as a platform for small-molecule sensing; TaMYB-D7 signals nutrient status (1/2) @ntnuchanlab.bsky.social @flavia-darqui.bsky.social
On the left the synthesis and signaling pathways for brassinosteroid hormones is diagrammed. On the right are drawn several small molecule agonists and antogists of these pathways.
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