3 Matching Annotations
- Sep 2023
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here's one familiar example here we start with a caterpillar this is 00:07:12 a creature that lives in a in a largely two-dimensional world that crawls around on flat surfaces it chews leaves and it has a brain appropriate for that purpose it has to turn into a butterfly
- for: morphogenesis, morphogenesis - example - butterfly
- paraphrase
- the caterpillar is a soft-bodied creature that lives in a in a largely two-dimensional world that:
- crawls around on flat surfaces
- chews leaves and
- has a brain appropriate for that purpose
- it has to turn into a butterfly which is a hard-bodied creature that
- lives in a three-dimensional world
- has to fly it has to drink nectar
- needs a completely different brain suited to a hard-bodied organism
- in between what happens is during this process the brain is largely largely destroyed
- most of the connections are broken down
- most of the cells die and and
- the new brain is rebuilt during the lifetime of the organism
- this kind of change makes the the confusion of puberty seemed like child's play
- This is a single agent radically changing its brain and its body
- The amazing thing about it is that it has been shown that the memories that the caterpillar acquires are retained in the moth or butterfly
- Despite the disaggregation of the brain, some information is able to make it across to the butterfly or moth
- the caterpillar is a soft-bodied creature that lives in a in a largely two-dimensional world that:
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less well known is that the same person was really 00:01:02 interested in morphogenesis
- for: Alan Turing, morphogenesis, AI - morphogenesis, self-organizing systems
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- Apr 2018
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www.ncbi.nlm.nih.gov www.ncbi.nlm.nih.gov
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These findings show that WDR60 mutations can cause skeletal ciliopathies and suggest a role for WDR60 in ciliogenesis.
This is referenced in the Wikidata entry about WDR60 at https://www.wikidata.org/w/index.php?title=Q21124736&oldid=619612847#P682 , which states that WDR60 (Q21124736) is involved in the biological process (P682) of embryonic skeletal system morphogenesis (Q14886895).
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