How do your hyphae grow? Super-res imaging maps cell wall thickness around live #hyphae of #Aspergillus nidulans, revealing dynamic feedbacks between #CellWall deformation & synthesis to promote steady hyphal growth & shape changes @MincLab #PLOSBiology https://plos.io/3WenwcR

How do your hyphae grow? Super-res imaging maps cell wall thickness around live #hyphae of #Aspergillus nidulans, revealing dynamic feedbacks between #CellWall deformation & synthesis to promote steady hyphal growth & shape changes @MincLab #PLOSBiology https://plos.io/3WenwcR

How do your hyphae grow? Super-res imaging maps cell wall thickness around live #hyphae of #Aspergillus nidulans, revealing dynamic feedbacks between #CellWall deformation & synthesis to promote steady hyphal growth & shape changes @MincLab #PLOSBiology https://plos.io/3WenwcR

Wow, I already heard of self-organising #Blobs and experiments using them for future computer technology. I listened to the wonderful #forestEcologist Suzanne Simard talking about the #WoodWideWeb.

Now" a team of #researchers at Johannes Kepler University has found that the skin of a certain kind of #mushroom can be used as a #biodegradable base for #computerChips." #Mushrooms are indeed #mindblowing! https://eandt.theiet.org/content/articles/2022/11/mushroom-skin-could-be-made-into-biodegradable-computer-chips/#.Y3lH422ajW8.link #fungi #sporespondence #mycelium #hyphae #future #sustainability

"#Water begins from the #ocean, and blows towards continents, alighting on #forests, #grasslands, #savannahs, #wetlands, travelling over mountains, slithering through organism-carved pores in the #soil, descending down into underground bedrock, squeezing through #roots and #hyphae, phase transitioning between vapor, liquid and sometimes #ice, until it ends up further inland, hydrating the #fauna and #flora there. Water hops, sinks, and lifts along the bio-rain corridor."