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"{"payload":"{\"@context\":[\"https:\/\/join-lemmy.org\/context.json\",\"https:\/\/www.w3.org\/ns\/activitystreams\"],\"actor\":\"https:\/\/mander.xyz\/c\/science_memes\",\"to\":[\"https:\/\/www.w3.org\/ns\/activitystreams#Public\"],\"object\":{\"id\":\"https:\/\/programming.dev\/activities\/create\/6a25ec52-fed4-43af-8c43-493bb91a3891\",\"actor\":\"https:\/\/programming.dev\/u\/danhab99\",\"@context\":[\"https:\/\/join-lemmy.org\/context.json\",\"https:\/\/www.w3.org\/ns\/activitystreams\"],\"to\":[\"https:\/\/www.w3.org\/ns\/activitystreams#Public\"],\"object\":{\"type\":\"Note\",\"id\":\"https:\/\/programming.dev\/comment\/15826793\",\"attributedTo\":\"https:\/\/programming.dev\/u\/danhab99\",\"to\":[\"https:\/\/www.w3.org\/ns\/activitystreams#Public\"],\"cc\":[\"https:\/\/mander.xyz\/c\/science_memes\",\"https:\/\/lemmy.dbzer0.com\/u\/fossilesque\"],\"content\":\"<p>I read this thing\u2019s entire wiki page and it\u2019s fascinating!!<\/p>\\n<ul>\\n<li>Imo it\u2019s not even an animal it\u2019s just a collection of cells that can survive on their own but just don\u2019t want too<\/li>\\n<li>It will rip itself into multiple parts spontaneously because cells don\u2019t coordinate too much. They don\u2019t have dedicated neurons but they have a decently complex peptide based protocol.<\/li>\\n<li>You can put a single Trichoplax animal through a sive that is fine enough not to damage the cells but separate them, and the cells will reform into the same animal<\/li>\\n<li>They can reproduce sexually but they don\u2019t have any of the markers that all males of all sexually reproducing species have. Plus because they only ever sexually reproduce when there\u2019s a high density of Trichoplaxs, it\u2019s basically a pattern of Trichoplax cells choosing to break away and combine with other cells to create new individuals.<\/li>\\n<li>They\u2019re just about as simple as e.coli and they\u2019re the simplest animals with about 50mill base pairs divided into 6 chromosomes<\/li>\\n<li>They can take the organelles of the cells they eat just because. The wiki article calls it symbiosis but that implies that organelles are alive and I don\u2019t think they are. I think Trichoplaxs can just take tools from other creatures to use.<\/li>\\n<\/ul>\\n\",\"inReplyTo\":\"https:\/\/lemmy.dbzer0.com\/post\/40663302\",\"mediaType\":\"text\/html\",\"source\":{\"content\":\"I read this thing's entire wiki page and it's fascinating!! \\n\\n* Imo it's not even an animal it's just a collection of cells that can survive on their own but just don't want too\\n* It will rip itself into multiple parts spontaneously because cells don't coordinate too much. They don't have dedicated neurons but they have a decently complex peptide based protocol.\\n* You can put a single Trichoplax animal through a sive that is fine enough not to damage the cells but separate them, and the cells will reform into the same animal \\n* They can reproduce sexually but they don't have any of the markers that all males of all sexually reproducing species have. Plus because they only ever sexually reproduce when there's a high density of Trichoplaxs, it's basically a pattern of Trichoplax cells choosing to break away and combine with other cells to create new individuals. \\n* They're just about as simple as e.coli and they're the simplest animals with about 50mill base pairs divided into 6 chromosomes \\n* They can take the organelles of the cells they eat just because. The wiki article calls it symbiosis but that implies that organelles are alive and I don't think they are. I think Trichoplaxs can just take tools from other creatures to use. \",\"mediaType\":\"text\/markdown\"},\"published\":\"2025-03-24T11:25:07.108770Z\",\"tag\":[{\"href\":\"https:\/\/lemmy.dbzer0.com\/u\/fossilesque\",\"name\":\"@fossilesque@lemmy.dbzer0.com\",\"type\":\"Mention\"}],\"distinguished\":false,\"language\":{\"identifier\":\"en\",\"name\":\"English\"},\"audience\":\"https:\/\/mander.xyz\/c\/science_memes\"},\"cc\":[\"https:\/\/mander.xyz\/c\/science_memes\",\"https:\/\/lemmy.dbzer0.com\/u\/fossilesque\"],\"tag\":[{\"href\":\"https:\/\/lemmy.dbzer0.com\/u\/fossilesque\",\"name\":\"@fossilesque@lemmy.dbzer0.com\",\"type\":\"Mention\"}],\"type\":\"Create\",\"audience\":\"https:\/\/mander.xyz\/c\/science_memes\"},\"cc\":[\"https:\/\/mander.xyz\/c\/science_memes\/followers\"],\"type\":\"Announce\",\"id\":\"https:\/\/mander.xyz\/activities\/announce\/create\/7cac9b86-2fc5-480d-84fa-993dc2aa8171\"}","request":{"host":"kbin.spritesserver.nl","method":"POST","uri":"\/f\/inbox","client_ip":"45.138.25.8"},"headers":{"content-type":["application\/activity+json"],"host":["kbin.spritesserver.nl"],"date":["Mon, 24 Mar 2025 11:26:26 GMT"],"digest":["SHA-256=srPvW1tdD1a2LI1ptK74GAl6jM\/zDt14eLGWvEgys9k="],"signature":["keyId=\"https:\/\/mander.xyz\/c\/science_memes#main-key\",algorithm=\"hs2019\",headers=\"(request-target) content-type date digest host\",signature=\"WaRNWs1j4psumrZVEsCT6fX+cVM+hhTfqDPxZIhCEuSYqQgidHjq6OJtIrHycCkhs5dRfpp0cCVsmmhIaRnWjmcV3TCOAcQtFVZ8WNGHJH6rbKKK7YBR1a4l1kgPKFjpX8wEHC5pSja6bbTByoPi2MrF22GNEy62XksDR+iVYLeZTzPI7mmMVAmwy2uQxRzC160maUgWWZAndeTMQKwLdtjbOxSxaiDvymDvxruHypoAeGN8EBTp+rhazNxBLXfMooz7VjisQOkmGm6slGM1tQ+GqN\/6NgcIDkMXbZLW2pZL94MKKHgorAgDIGRW3BgawrMuldMGfVZtwGXyoyflDw==\""],"accept":["*\/*"],"user-agent":["Lemmy\/0.19.9; +https:\/\/mander.xyz"],"accept-encoding":["gzip"],"content-length":["4176"],"x-php-ob-level":["1"]}} ◀{"payload":"{\"@context\":[\"https:\/\/join-lemmy.org\/context.json\",\"https:\/\/www.w3.org\/ns\/activitystreams\"],\"actor\":\"https:\/\/mander.xyz\/c\/science_memes\",\"to\":[\"https:\/\/www.w3.org\/ns\/activitystreams#Public\"],\"object\":{\"id\":\"https:\/\/programming.dev\/activities\/create\/6a25ec52-fed4-43af-8c43-493bb91a3891\",\"actor\":\"https:\/\/programming.dev\/u\/danhab99\",\"@context\":[\"https:\/\/join-lemmy.org\/context.json\",\"https:\/\/www.w3.org\/ns\/activitystreams\"],\"to\":[\"https:\/\/www.w3.org\/ns\/activitystreams#Public\"],\"object\":{\"type\":\"Note\",\"id\":\"https:\/\/programming.dev\/comment\/15826793\",\"attributedTo\":\"https:\/\/programming.dev\/u\/danhab99\",\"to\":[\"https:\/\/www.w3.org\/ns\/activitystreams#Public\"],\"cc\":[\"https:\/\/mander.xyz\/c\/science_memes\",\"https:\/\/lemmy.dbzer0.com\/u\/fossilesque\"],\"content\":\"<p>I read this thing\u2019s entire wiki page and it\u2019s fascinating!!<\/p>\\n<ul>\\n<li>Imo it\u2019s not even an animal it\u2019s just a collection of cells that can survive on their own but just don\u2019t want too<\/li>\\n<li>It will rip itself into multiple parts spontaneously because cells don\u2019t coordinate too much. They don\u2019t have dedicated neurons but they have a decently complex peptide based protocol.<\/li>\\n<li>You can put a single Trichoplax animal through a sive that is fine enough not to damage the cells but separate them, and the cells will reform into the same animal<\/li>\\n<li>They can reproduce sexually but they don\u2019t have any of the markers that all males of all sexually reproducing species have. Plus because they only ever sexually reproduce when there\u2019s a high density of Trichoplaxs, it\u2019s basically a pattern of Trichoplax cells choosing to break away and combine with other cells to create new individuals.<\/li>\\n<li>They\u2019re just about as simple as e.coli and they\u2019re the simplest animals with about 50mill base pairs divided into 6 chromosomes<\/li>\\n<li>They can take the organelles of the cells they eat just because. The wiki article calls it symbiosis but that implies that organelles are alive and I don\u2019t think they are. I think Trichoplaxs can just take tools from other creatures to use.<\/li>\\n<\/ul>\\n\",\"inReplyTo\":\"https:\/\/lemmy.dbzer0.com\/post\/40663302\",\"mediaType\":\"text\/html\",\"source\":{\"content\":\"I read this thing's entire wiki page and it's fascinating!! \\n\\n* Imo it's not even an animal it's just a collection of cells that can survive on their own but just don't want too\\n* It will rip itself into multiple parts spontaneously because cells don't coordinate too much. They don't have dedicated neurons but they have a decently complex peptide based protocol.\\n* You can put a single Trichoplax animal through a sive that is fine enough not to damage the cells but separate them, and the cells will reform into the same animal \\n* They can reproduce sexually but they don't have any of the markers that all males of all sexually reproducing species have. Plus because they only ever sexually reproduce when there's a high density of Trichoplaxs, it's basically a pattern of Trichoplax cells choosing to break away and combine with other cells to create new individuals. \\n* They're just about as simple as e.coli and they're the simplest animals with about 50mill base pairs divided into 6 chromosomes \\n* They can take the organelles of the cells they eat just because. The wiki article calls it symbiosis but that implies that organelles are alive and I don't think they are. I think Trichoplaxs can just take tools from other creatures to use. \",\"mediaType\":\"text\/markdown\"},\"published\":\"2025-03-24T11:25:07.108770Z\",\"tag\":[{\"href\":\"https:\/\/lemmy.dbzer0.com\/u\/fossilesque\",\"name\":\"@fossilesque@lemmy.dbzer0.com\",\"type\":\"Mention\"}],\"distinguished\":false,\"language\":{\"identifier\":\"en\",\"name\":\"English\"},\"audience\":\"https:\/\/mander.xyz\/c\/science_memes\"},\"cc\":[\"https:\/\/mander.xyz\/c\/science_memes\",\"https:\/\/lemmy.dbzer0.com\/u\/foss ▶"
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They don\\u2019t have dedicated neurons but they have a decently complex peptide based protocol.<\\/li>\\\\n<li>You can put a single Trichoplax animal through a sive that is fine enough not to damage the cells but separate them, and the cells will reform into the same animal<\\/li>\\\\n<li>They can reproduce sexually but they don\\u2019t have any of the markers that all males of all sexually reproducing species have. Plus because they only ever sexually reproduce when there\\u2019s a high density of Trichoplaxs, it\\u2019s basically a pattern of Trichoplax cells choosing to break away and combine with other cells to create new individuals.<\\/li>\\\\n<li>They\\u2019re just about as simple as e.coli and they\\u2019re the simplest animals with about 50mill base pairs divided into 6 chromosomes<\\/li>\\\\n<li>They can take the organelles of the cells they eat just because. The wiki article calls it symbiosis but that implies that organelles are alive and I don\\u2019t think they are. I think Trichoplaxs can just take tools from other creatures to use.<\\/li>\\\\n<\\/ul>\\\\n\\\",\\\"inReplyTo\\\":\\\"https:\\/\\/lemmy.dbzer0.com\\/post\\/40663302\\\",\\\"mediaType\\\":\\\"text\\/html\\\",\\\"source\\\":{\\\"content\\\":\\\"I read this thing\'s entire wiki page and it\'s fascinating!! \\\\n\\\\n* Imo it\'s not even an animal it\'s just a collection of cells that can survive on their own but just don\'t want too\\\\n* It will rip itself into multiple parts spontaneously because cells don\'t coordinate too much. They don\'t have dedicated neurons but they have a decently complex peptide based protocol.\\\\n* You can put a single Trichoplax animal through a sive that is fine enough not to damage the cells but separate them, and the cells will reform into the same animal \\\\n* They can reproduce sexually but they don\'t have any of the markers that all males of all sexually reproducing species have. 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