A Revolution in Biology?

Interest in biology and careers

• Several commenters say that if they were younger they would study developmental biology / bioelectricity, seeing it as a high‑potential, tool‑driven field.
• Others caution that online advice is hard to tailor and that biology is intellectually rich but not always lucrative.
• Some mid‑life comments digress into “constructive mid‑life crisis” hobbies (microscopes, birdwatching, keyboards, etc.).

Bioelectricity in development and regeneration

• Many note that ion gradients and bioelectric signals fit into a long tradition of morphogen gradients (e.g., Wnt, Sonic hedgehog, reaction‑diffusion models).
• A key experimental point: drug‑induced two‑headed planaria keep regenerating as two‑headed even after the drug is removed, implying persistent changes in developmental “target morphology.”
• Some argue this is a new, powerful control layer; others say it’s just one more mechanism downstream of genes, not a replacement.

Genes, information content, and environment

• Debate over how much of organismal form is in ~750MB of DNA vs in cellular context (“installer,” egg cytoplasm, uterus, mitochondrial DNA, organelles, epigenetics).
• Several emphasize that DNA alone cannot “bootstrap” life; you need an existing cell and reproductive machinery.
• Others argue that the same genome can yield different structures through stochastic processes plus selection and multi‑layer gene regulation.

Evolution, complexity, and computation

• Long subthread on whether random mutation + natural selection is computationally sufficient to evolve complex structures like legs.
• One side insists current evolutionary theory and genetic algorithms show incremental change is plausible over vast timescales.
• The skeptic side demands explicit complexity bounds and sees appeals to “random mutations” without algorithms as hand‑wavy or faith‑based.
• There is discussion of local vs large‑scale adaptations, gene duplication, dormant/deactivated body plans, and horizontal gene transfer.

Origin of life and teleology

• Brief exchange on RNA‑world–style scenarios vs “God of the gaps” views; some see abiogenesis as eventually explainable, others think deeper design will be revealed.
• Another thread argues that DNA alone has “no causal power” and that biology forces a return to notions of purpose/ends (telos) beyond simple machine metaphors.

Technical clarifications and skepticism

• Multiple comments stress that “bioelectric” really means coupled ion concentration gradients and membrane potentials, not a mystical new force.
• Some worry the popular framing is overhyped, mixing solid developmental biology with speculative claims (“fractal intelligence,” cancer as DID, biobots).
• Concerns are raised about lack of widespread replication of some results and about media/pop‑sci amplification outpacing careful validation.