I was so eager to diffuse this video that I made an error in the time scale. Here is the right one (mm:ss).pic.twitter.com/SV3iU2vILF
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My first movie with holotomography #nanolive. Impressive how we can follow cell-cell connections among many other things!pic.twitter.com/3yjVUNEQuH
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Благодаря. Twitter ще използва това, за да подобри хрониката ти. ОтмянаОтмяна
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Awesome. But I didn't really understand what is the black dot (like a small hole) next to the nucleus in the bottom cell.
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A vacuole.
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And during the first seconds, the vacuole is over the nucleus and then it produces a rapid movement, going to the left. Do you think that this change in the motion speed is generated by the pressure of the nucleus? Thanks in advance
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Probably more by the cytoskeleton. But the nucleus could be a obstacle.
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It seems that the nucleus changes its focal plane, when the vacuola goes to the left. That is why I said. But if it is a 3D reconstruction (?), maybe I have not interpreted correctly the images.
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Hallucinating! Funny that many people want to know what kind of cells these are, incl me
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Fibroblasts
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What kinds of cells are those?
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Fibroblasts
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this is incredible. are there more of these?
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Maybe later...
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That is pretty awesome. Are those fibroblasts?
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Beautiful!! My only question is: how did you get do many likes in such a few days? Wow! Science is watching!
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I have no idea. Maybe because it's just beautiful? Or maybe because there is no fake, just real life for once...
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Is the running clock hours and minutes? What type of cells?
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Hh:mm and fibroblasts
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Изглежда зареждането отнема известно време.
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