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The discussions consistently praise the research for revealing how plants utilize controlled hydroxylation to balance defense and self-protection, with phrases like 'great teamwork' and 'plants are so smart' reflecting both admiration and recognition of the study's significance. The tone, emphasizing 'proven', 'elucidate', and 'delighted to share', demonstrates enthusiasm and acknowledgment of the research's impactful nature.
Most discussions highlight the significance of the research, calling it a 'game changer' and emphasizing the clever biological mechanisms involved.
The widespread sharing and praise indicate high curiosity and relevance among followers about plant defense and biochemical processes.
Many posts reference specific aspects like biosynthesis pathways, gene silencing effects, and the potential applications, suggesting deep thinking and interaction.
Repeated mentions of the study's importance and mentions of it as a 'discovery' or 'proving how smart plants are' show a perception of high influence on scientific understanding and potential agricultural benefits.
Great team work with Jiancai Li and other co-authors at @MPI_CE. I am delighted to share this paper published today: Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity https://t.co/iFpHIrei1j
Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity | Science https://t.co/5E4T4rqIqW
Once again plants are proven to be so smart! they manage to control not only their biochemistry but the biochemistry of their enemies! Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity https://t.co/7bf4f3GbHP
Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity https://t.co/yHzCmTY77s
New publication by the Baldwin lab in Science: How plants produce defensive toxins without harming themselves https://t.co/oZ10Hakgmz https://t.co/UZ91qqR1fD
Defense and autotoxicity: Researchers elucidate the biosynthesis and mode of action of diterpene glycosides in wild tobacco @ScienceMagazine @MPI_CE https://t.co/UgRmrUQtuk & https://t.co/AFZ6aW5i3Y
This video highlights the role of endoplasmic reticulum stress (ERS) in insulin resistance associated with obesity. It explores how increased connexin 43 (Cx43) in liver cells facilitates intercellular communication…
We brought to you ‘Weekly Scientific Reports’ highlighting critical studies in top journals. This week focuses on the alarming decline of insect populations due to habitat loss and climate change and emphasizes the…
輪読 Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity https://t.co/AgdixMLDRr
RT @WWU_Muenster: Defense and autotoxicity: Researchers elucidate the biosynthesis and mode of action of diterpene glycosides in wild tobac…
Science "Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity" https://t.co/Bam7mZiOwb 植物と昆虫で共通する sphingolipid 代謝経路を阻害する毒素なのに、なぜ、それを合成する植物自体は中毒しないのかという話。
RT @shuqing_xu: Great team work with Jiancai Li and other co-authors at @MPI_CE. I am delighted to share this paper published today: Contro…
Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity. https://t.co/6wevOAQmnC
Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity. https://t.co/lAYBF2GhG3 https://t.co/C1scV5bST2
RT @IslamSSobhy_78: Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity https://t.co/yHzCmTY77s
Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity https://t.co/yHzCmTY77s
RT @shuqing_xu: Great team work with Jiancai Li and other co-authors at @MPI_CE. I am delighted to share this paper published today: Contro…
RT @KampranisLab: Once again plants are proven to be so smart! they manage to control not only their biochemistry but the biochemistry of t…
RT @KampranisLab: Once again plants are proven to be so smart! they manage to control not only their biochemistry but the biochemistry of t…
Once again plants are proven to be so smart! they manage to control not only their biochemistry but the biochemistry of their enemies! Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity https://t.co/7bf4f3GbHP
RT @nobolly: Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity | Science https://t.co/5E4T4rq…
RT @nobolly: Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity | Science https://t.co/5E4T4rq…
RT @nobolly: Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity | Science https://t.co/5E4T4rq…
RT @nobolly: Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity | Science https://t.co/5E4T4rq…
RT @nobolly: Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity | Science https://t.co/5E4T4rq…
Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity | Science https://t.co/5E4T4rqIqW
New publication by the Baldwin lab in Science: How plants produce defensive toxins without harming themselves https://t.co/oZ10Hakgmz https://t.co/UZ91qqR1fD
This plant accumulates compounds that damage pest insects when ingested, but the plant itself maintains a detoxifying pathway to avoid poisoning itself. Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity https://t.co/kFNBQA6GX0
Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity! By Ian Baldwin and coworkers @MPI_CE https://t.co/MqaQFRfmC5
RT @WWU_Muenster: Defense and autotoxicity: Researchers elucidate the biosynthesis and mode of action of diterpene glycosides in wild tobac…
Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity https://t.co/aHuj8u2ME4
RT @shuqing_xu: Great team work with Jiancai Li and other co-authors at @MPI_CE. I am delighted to share this paper published today: Contro…
RT @shuqing_xu: Great team work with Jiancai Li and other co-authors at @MPI_CE. I am delighted to share this paper published today: Contro…
Defense and autotoxicity: Researchers elucidate the biosynthesis and mode of action of diterpene glycosides in wild tobacco @ScienceMagazine @MPI_CE https://t.co/UgRmrUQtuk & https://t.co/AFZ6aW5i3Y
RT @shuqing_xu: Great team work with Jiancai Li and other co-authors at @MPI_CE. I am delighted to share this paper published today: Contro…
RT @shuqing_xu: Great team work with Jiancai Li and other co-authors at @MPI_CE. I am delighted to share this paper published today: Contro…
RT @shuqing_xu: Great team work with Jiancai Li and other co-authors at @MPI_CE. I am delighted to share this paper published today: Contro…
RT @shuqing_xu: Great team work with Jiancai Li and other co-authors at @MPI_CE. I am delighted to share this paper published today: Contro…
RT @shuqing_xu: Great team work with Jiancai Li and other co-authors at @MPI_CE. I am delighted to share this paper published today: Contro…
RT @shuqing_xu: Great team work with Jiancai Li and other co-authors at @MPI_CE. I am delighted to share this paper published today: Contro…
RT @shuqing_xu: Great team work with Jiancai Li and other co-authors at @MPI_CE. I am delighted to share this paper published today: Contro…
Great team work with Jiancai Li and other co-authors at @MPI_CE. I am delighted to share this paper published today: Controlled hydroxylations of diterpenoids allow for plant chemical defense without autotoxicity https://t.co/iFpHIrei1j