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capra course.md
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@@ -47,7 +47,6 @@
- evolutionary variations result from random mutations, being random genetic changes, followed by natural selection. - evolutionary variations result from random mutations, being random genetic changes, followed by natural selection.
- #push [[systems view of evolution]] - #push [[systems view of evolution]]
- recognizes three major avenues of evolution: - recognizes three major avenues of evolution:
-
- [[random mutations]] == [[genetic mutations]] - [[random mutations]] == [[genetic mutations]]
- most mutations are harmful, few lead to positive variations - most mutations are harmful, few lead to positive variations
- note that one bacteria can become [[billions]] in just one day - note that one bacteria can become [[billions]] in just one day
@@ -70,8 +69,7 @@
- hypothesis: long term [[symbiosis]] involving [[bacteria]] and other [[microorganisms]] as hosts/guests led to complex life - hypothesis: long term [[symbiosis]] involving [[bacteria]] and other [[microorganisms]] as hosts/guests led to complex life
- [[acquiring genomes]] - [[acquiring genomes]]
- compares organisms to [[corporations]] - compares organisms to [[corporations]]
- - all three of the previous produce changes that need to be integrated into the physical and chemical environment; if the integration of new genetic information doesn't work, the organism can't survive -> there's natural selection
- all three of the previous produce changes that need to be integrated into the physical and chemical environment; if the integration of new genetic information doesn't work, the organism can't survive
- [[epigenetic network]] - [[epigenetic network]]
- real life example: in human life you make plans (you have a plan for your night), plans need to adapt to - real life example: in human life you make plans (you have a plan for your night), plans need to adapt to random occurrences (people you run into; other events out of your sphere of control). evolution works the same way.
- [[lecture 5]] - [[lecture 5]]