Amazing! Can you tell us a little more about what we are seeing here?
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This is a field of dictyostelium cells that have been starved. It induces them to develop into their multicellular state, in which they will migrate as a slug and finally fully develop into a fruiting body to release spores (that part not shown)
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Dicties are só cute!
Can I use this video in my (math bio) course?! Thanks! -
of course. If you DM me I can send the raw movies if thats easier.
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Very cool. Is there chirality in sporangium organization? why is it spinning
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I’ve seen them spin in either direction. The spinning is essentially a result of collective cell migration. This is the mound stage of development, where the intense cell-cell communication sets the stage for linage differentiation.
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What did I watch? I want to learn about mould in VR and be shrunk / be able to control time.
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This is a field of individual dictyostelium cells that have been starved for about 5h. Starvation induces them to develop into their multicellular state. Eventually, they will form a fruiting body and release spores.
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Fascinating
#Science. This is how the multicellular aggregates of Dictyostelium look after 24 hours.
#Dictypic.twitter.com/KJDpbYKV7a
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they are beautiful. I actually have a imaging field directly below this one, where the slug crawls in and then completes development. Makes my head spin everytime.
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Čini se da učitavanje traje već neko vrijeme.
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