Most of all, reproduction is not the transcript of a holy book. The message is full of trash, red harrings, jokes, curses, traps. Therefore the text always has been interpreted:that means to be ecologically situated. The hint of the genetic code must be evoked by the environment in order to blossom as an organism. In a study of 1972, the biologist Elsdale observed the behaviour of fibroblast, a type of connective cells. Their function is to be structured in a tridimentional framework, but in the study, their DNA could provide instructions only to build a bidimensional one. When there is a critical density, they start to twist the original bidimensional framework; it turns out that randomly they build the functional structure: the information wasn't in the code, but in the situation.
Another one: nowhere in a crocodile DNA you will find information about sex; besides prudery, crocodiles encode in environment temperature the information to assign a sex: situation.
Genetic reproduction is a form of writing and we know that authorship is always headless. The process of reproducing living organism is a collective effort, where nobody is in charge. DNA plays its role, but living organisms are ecologically situated: you can't separate a living being from the environment hosting it: they are intrinsically coupled. The blue-print of life is distributed all over the world: you will find pieces of future living being everywhere. A giant story continuously involved in the process of writing itself through the deployment of recursive narration. That's it, life is a recursive narration in which it has been told the story of telling a story. You had maybe not noticed, but rising temperature is dramatically swinging to crocodile gender. Still unimpressed? I'd like to call you a stone, but actually a stone stores much future living beings that your lead heart. Fortunately you're hosting millions of micro-organism in your body, so even if you're a tosser, you still contribute to the writing of the universe. See you under different protein forms.
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