Check out this time-lapse of a slime mold pulsating, captured by Fascinated By Fungi This is a. Slime molds are not actually a fungi, the common name slime mold is used for several kinds of eukaryotic organisms. The name refers to a particular stage in the life cycle of some of these organisms, where they resemble a gelatinous slime. Slime molds have neither a brain nor a central nervous system, nor any neurons. Nevertheless, some scientists argue they exhibit intelligence since they can "learn"

This is Stemonitis, a slime mold, forming delicate, feather-like sporangia to release its spores. Before this, it lived as a single-celled organism, flowing through the forest floor, seeking bacteria and decaying matter. | Paul Stamets

An incredible time lapse of slime mold plasmodium pulsing or ‘breathing’ driven by cytoplasmic streaming. Slime molds run on a ‘network intelligence’ to coordinate their senses across the plasmodium. How cool! Thanks, Fascinated by Fungi for sharing this video! | Paul Stamets

Este timelapse de un cuerpo fructífero de Stemonitis es fascinante ✨ Stemonitis es un género distintivo de moho mucilaginoso que se encuentra en todo el mundo (excepto Antártida).1​ Fue descrito por el botánico alemán Johann Gottlieb Gleditsch en 1753. Se estima que hay 18 especies en el género. Se caracterizan por presentar unos esporangios de color café soportados por tallos delgados y altos, que crecen en grupos sobre madera descompuesta. La identificación dentro del género es difícil, y sólo

Happy Slime Mold Sunday! Here’s a quick timelapse of #DogVomitSlimeMold #Fuligoseptica pulsing in a regular rhythm. This pulsing effect comes from the reversal of the directional flow of cellular components (called cytoplasmic streaming). True Slime Molds (#myxomycetes) are essential one gigantic cell with many nuclei. They engulf organic matter and navigate their environment until conditions force them form spore bearing fruiting bodies called Sporangia. .Fuligo septica contains a yellow pigmen