[HN Gopher] Can a biologist fix a radio? What I learned while st...
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       Can a biologist fix a radio? What I learned while studying
       apoptosis (2002) [pdf]
        
       Author : bilsbie
       Score  : 28 points
       Date   : 2024-10-12 12:34 UTC (2 days ago)
        
 (HTM) web link (www.cell.com)
 (TXT) w3m dump (www.cell.com)
        
       | dang wrote:
       | Related:
       | 
       |  _Can a biologist fix a radio? Or, what I learned while studying
       | apoptosis (2002)_ - https://news.ycombinator.com/item?id=31697757
       | - June 2022 (21 comments)
       | 
       |  _Can a biologist fix a radio?-Or, what I learned while studying
       | apoptosis (2002) [pdf]_ -
       | https://news.ycombinator.com/item?id=30120457 - Jan 2022 (18
       | comments)
        
       | pvaldes wrote:
       | If is unemployed, you can bet that can and will do it.
        
       | Micand wrote:
       | As was flagged in the other discussions, see Could a
       | neuroscientist understand a microprocessor:
       | https://journals.plos.org/ploscompbiol/article?id=10.1371/jo...
       | 
       | Or a recap from The Atlantic:
       | https://www.theatlantic.com/science/archive/2016/06/can-neur...
       | 
       | I saw a wonderful recording of a talk the authors gave a few
       | years ago (which I regrettably can't find now), and it was
       | amongst the most eye-opening talks I've ever seen.
        
       | fastaguy88 wrote:
       | I am always puzzled when biologists make analogies between living
       | systems (or sub-systems) and human-designed devices (even complex
       | devices). Human designed devices have an essential property that
       | biological systems do not -- they were designed. While radios may
       | seem complex, they are built from a relatively small number of
       | component types with very well understood behaviors and typically
       | limited numbers of interactions. Biological systems have no such
       | constraints -- they were not designed, there can be many
       | different ways to do the same thing (in the same cell), there are
       | at least thousands, if not hundreds of thousands of different
       | components, many of which have lots and lots of interactions.
       | Considering how messy the systems are, it is quite remarkable
       | that genetics and biochemistry discovered the basis of heredity
       | (or at least some of it), the genetic code, hundreds of signaling
       | pathways, etc etc. But there is no missing language, because
       | there was no design that used that language.
        
       | svilen_dobrev wrote:
       | the two schematical views reminded me of a) the dualisms in
       | Pirsig, and b) also of another similar one: two views of what-a-
       | cat-consists-of - one according to the granny owner, and another
       | according to the surgeon - but cannot remember which book was
       | that from. Anyone?
        
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       (page generated 2024-10-14 23:01 UTC)