Eve Teyssier
@eveteyssier.bsky.social
Postdoc at @Aarhus university 🌱
Reposted by Eve Teyssier
Yes, fungi do sense the plant too, especially through strigolactones which act as signals to trigger fungal growth and branching. And this hormone is conserved in Bryophytes (see Kodama et al. 2022 in Nature Comm) !
And thank you so much, I really appreciate it! 😊
And thank you so much, I really appreciate it! 😊
June 12, 2025 at 1:59 PM
Yes, fungi do sense the plant too, especially through strigolactones which act as signals to trigger fungal growth and branching. And this hormone is conserved in Bryophytes (see Kodama et al. 2022 in Nature Comm) !
And thank you so much, I really appreciate it! 😊
And thank you so much, I really appreciate it! 😊
@madelinebright.bsky.social
No worries, curiosity is always welcome! 😊
AM is widespread among all major groups of land plants except mosses, so it is common for bryophytes too!
As for lipid feeding, lipids are a carbon source, like sugars, that the plant provides to the fungus as "food" 🍄
No worries, curiosity is always welcome! 😊
AM is widespread among all major groups of land plants except mosses, so it is common for bryophytes too!
As for lipid feeding, lipids are a carbon source, like sugars, that the plant provides to the fungus as "food" 🍄
June 12, 2025 at 1:52 PM
@madelinebright.bsky.social
No worries, curiosity is always welcome! 😊
AM is widespread among all major groups of land plants except mosses, so it is common for bryophytes too!
As for lipid feeding, lipids are a carbon source, like sugars, that the plant provides to the fungus as "food" 🍄
No worries, curiosity is always welcome! 😊
AM is widespread among all major groups of land plants except mosses, so it is common for bryophytes too!
As for lipid feeding, lipids are a carbon source, like sugars, that the plant provides to the fungus as "food" 🍄
Many thanks to my great and many colleagues ✨
@malick-mbengue.bsky.social @pierremarcdelaux.bsky.social @melaniekrich.bsky.social
@davidlandry1.bsky.social
@kellerjeanphd.bsky.social
Sabine Grat
Benoit Lefebvre
Mathilde Ouradou
Sébastien Fort
(6/6)
@malick-mbengue.bsky.social @pierremarcdelaux.bsky.social @melaniekrich.bsky.social
@davidlandry1.bsky.social
@kellerjeanphd.bsky.social
Sabine Grat
Benoit Lefebvre
Mathilde Ouradou
Sébastien Fort
(6/6)
June 12, 2025 at 8:27 AM
Many thanks to my great and many colleagues ✨
@malick-mbengue.bsky.social @pierremarcdelaux.bsky.social @melaniekrich.bsky.social
@davidlandry1.bsky.social
@kellerjeanphd.bsky.social
Sabine Grat
Benoit Lefebvre
Mathilde Ouradou
Sébastien Fort
(6/6)
@malick-mbengue.bsky.social @pierremarcdelaux.bsky.social @melaniekrich.bsky.social
@davidlandry1.bsky.social
@kellerjeanphd.bsky.social
Sabine Grat
Benoit Lefebvre
Mathilde Ouradou
Sébastien Fort
(6/6)
Are other signals involved?! 🤔 A fun question for the next wave (5/6)
June 12, 2025 at 8:27 AM
Are other signals involved?! 🤔 A fun question for the next wave (5/6)
COs and LCOs signalling also depends on LYR, which seems to be their true receptor. However, lyr mutants establish perfect arbuscular mycorrhiza… 🤯 (4/6)
June 12, 2025 at 8:27 AM
COs and LCOs signalling also depends on LYR, which seems to be their true receptor. However, lyr mutants establish perfect arbuscular mycorrhiza… 🤯 (4/6)
LYKa is required for chito- (COs) and lipochito-oligosaccharides (LCOs) signalling in M. paleacea, but it is not alone! (3/6)
June 12, 2025 at 8:27 AM
LYKa is required for chito- (COs) and lipochito-oligosaccharides (LCOs) signalling in M. paleacea, but it is not alone! (3/6)
We demonstrate that the LysM-RLK LYKa is essential for AM in Marchantia paleacea, thus an ancestral function given its orthologues requirement for AM in angiosperms ✅ (2/6)
June 12, 2025 at 8:27 AM
We demonstrate that the LysM-RLK LYKa is essential for AM in Marchantia paleacea, thus an ancestral function given its orthologues requirement for AM in angiosperms ✅ (2/6)