How #plants control partnerships with #fungi: Study finds #stress #hormones influence #symbiosis
#soil #microbiome #Arbuscular_mycorrhiza #ethylene #SMAX1 #gene_regulation #agriculture #food_security
https://phys.org/news/2025-03-partnerships-fungi-stress-hormones-symbiosis.html
@anna Creating Wooly People would be cool if it weren't so hot out. How about engineering chloroplasts that live symbiotically in human skin #symbiosis #plant #skin #hybrid
I'm happy to share this new paper describing long-term kleptoplasty in benthic foraminifera.
https://www.sciencedirect.com/science/article/pii/S2589004225002883
#foraminifera #symbiosis #kleptoplasty
"The last plant left: can #RapaNui’s #extinct #tree be resurrected? https://www.theguardian.com/environment/2025/feb/19/rapa-nui-easter-island-science-extinct-endemic-tree-sophora-toromiro
"Seeds from the last #toromiro, unique to #EasterIsland, were taken away in the 60s. After a crucial discovery gave hope for its survival, it is making a return... It belongs to a family of pea #plants that has #symbiosis with soil #bacteria... the toromiro’s bacteria are also likely extinct on Rapa Nui... the team looked for them in related species, and found a match in strands from Chile & New Zealand"
Cool symbiosis... As a non-expert, I concur that close friends help us recover from wounds.
#marinelife #symbiosis
RE: https://bsky.app/profile/did:plc:36mxxuosy6yzegffe4mohgxr/post/3lihcni23ps2n
#biology #symbiosis #protists #bacteria #oceans
An article published in the journal Cell Host & Microbe reports the results of a study on the symbiosis between predatory protists and bacteria related to species that are pathogenic to various animal species and sometimes to humans. A team of researchers conducted a series of analyses on water samples and identified protists with predatory habits that eat some species of bacteria but are in symbiosis with other species.
How tiny algae shaped the #evolution of giant clams https://phys.org/news/2025-01-tiny-algae-evolution-giant-clams.html https://www.nature.com/articles/s42003-024-07423-8
"T. maxima have evolved more genes for sensors to distinguish friendly #algae from harmful #bacteria, #viruses... it has tuned down some of its immune genes in a way that likely helps the #animals tolerate #microbes... As a result of the weakened #ImmuneSystem, its genome contains a large number of #TransposableElements left behind by viruses. These aspects highlight the tradeoffs of #symbiosis"
More than a dozen species of rove beetles have independently evolved morphological and chemical characteristics that allow them to infiltrate ant colonies for food.
“These beetles keep finding the same solution,” [Joseph] Parker says. “It tells us that long-term, highly predictable phenotypic evolution is absolutely possible.”