長尾遼/RyoNAGAO
@NagryPhotosyn · X
陸上植物PSII-LHCIIの論文はこちら。PSII monomerに対してLHCII trimerが２個結合している。全体では二量体を構成しているため、PSII dimerに対して、LHCII trimerが４個結合。 https://t.co/pJXjcfXB0v
Sep 24, 2021 · 2 likes · 605 followers
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Science August 2017 PMID 28839073
Structure and assembly mechanism of plant CSM-type PSII-LHCII supercomplex.
Mentions
12
Peak: 1 in Apr 2021
across 4 sources since Apr 2021
Extended reach
653,823
potential audience
Total likes
29,516
Video views
653,219
Mentions per month
Apr 2021 – Sep 2021Where it's discussed
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News6 articles
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YouTube3 videos
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Blogs2 articles
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X / Twitter1 posts
AI synopsis
What people are saying
The discussions reflect a balanced understanding, with mentions of structural components such as LHCII trimers and PSII monomers, and comments on their biological roles, emphasizing the significance of the detailed structural insights provided by the publication. Words like 'important,' 'understanding,' and 'structure' demonstrate a tone of scholarly appreciation and curiosity, showing moderate engagement and acknowledgment of potential impact.
AgreementModerate agreement
Most discussions acknowledge the significance of the research, with some expressing agreement on the importance of understanding PSII-LHCII structures.
InterestModerate interest
The comments show moderate interest, focusing on the structural details and biological implications rather than overly technical debates.
EngagementModerate engagement
Many participants reference specific structural concepts like LHCII trimers and PSII monomers, indicating a thoughtful level of engagement.
ImpactModerate impact
People note that these findings might influence future plant biology research and understanding of photosynthesis, suggesting a perceived moderate to high impact.
Abstract in brief
- The text explains the structure of plant photosynthesis machinery, specifically focusing on the CSM-type PSIILHCII supercomplex, which includes a core complex and light-harvesting complexes II (LHCII), with a focus on how they are arranged in different forms called stacked and unstacked.
- Researchers used cryoelectron microscopy to study these structures at high resolutions and found that the moderately bound LHCII interacts with accessory proteins CP24 and CP29, forming a network that helps in capturing and transferring light energy efficiently.
- The high mobility of peripheral antennae like LHCII and CP24 suggests they play a key role in regulating the function of plant photosystem II, especially under varying light conditions.
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長尾遼/RyoNAGAO
@NagryPhotosyn · X
陸上植物PSII-LHCIIの論文はこちら。PSII monomerに対してLHCII trimerが２個結合している。全体では二量体を構成しているため、PSII dimerに対して、LHCII trimerが４個結合。 https://t.co/pJXjcfXB0v
Sep 24, 2021 · 2 likes · 605 followers
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