Alexandra Dallaire
@alexdallaire.bsky.social
Symbiotic fungi, genomes and transposons 🍄🧬
🇨🇦 → 🇬🇧 → 🇯🇵
🇨🇦 → 🇬🇧 → 🇯🇵
Congratulations Nick!! 🎉
November 27, 2025 at 1:57 PM
Congratulations Nick!! 🎉
It’s French from 400 years ago heh 🤷♀️😊
November 20, 2025 at 2:00 PM
It’s French from 400 years ago heh 🤷♀️😊
We have the same questions! I imagine it could have been beneficial for some of the ancestors to become mutators. I'd love to compare genome stability across the different lineages 🤓
September 12, 2025 at 1:46 AM
We have the same questions! I imagine it could have been beneficial for some of the ancestors to become mutators. I'd love to compare genome stability across the different lineages 🤓
The fatty acid synthase was lost at the origin of the Glomeromycotina lineage. All species have delta, and only the Glomeraceae family lost epsilon
September 7, 2025 at 11:06 AM
The fatty acid synthase was lost at the origin of the Glomeromycotina lineage. All species have delta, and only the Glomeraceae family lost epsilon
Thank you, and yes, l'd love to find out if delta is compensating! I also wonder how cell cycle entry is regulated. I suspect carbon and phosphate availability are key, which is interesting to think about given their reliance on hosts for fatty acids, and that their 'job' is to mine Pi from the soil
September 6, 2025 at 11:28 AM
Thank you, and yes, l'd love to find out if delta is compensating! I also wonder how cell cycle entry is regulated. I suspect carbon and phosphate availability are key, which is interesting to think about given their reliance on hosts for fatty acids, and that their 'job' is to mine Pi from the soil