Within the depth-psychology corpus, the genetic code occupies a contested terrain where molecular biology, philosophy of biology, and psycho-spiritual inquiry converge — and frequently collide. At one pole, Kandel's neuroscientific writings treat the genetic code straightforwardly as the biochemical substrate of memory, neurological disease, and mind, tracing its decipherment from Brenner and Crick's triplet proof through Nirenberg's amino-acid mapping. At another pole, Thompson draws systematically on Maturana, Varela, and Lewontin to expose the 'code' metaphor itself as philosophically untenable: DNA is not a program, the cell is an autopoietic system, and the 'encoding' language imposes a representationalist dualism upon chemistry that cannot bear it. McGilchrist amplifies this critique, documenting how the very concept of the gene has become so unstable that what once took two hours to teach now requires three months. Hillman approaches the question from an entirely different angle, using twin-study data on emergenesis and heritability to argue that a 'code of the soul' — the daimonic acorn — exceeds what genes determine. Maté and van der Kolk invoke the genetic code rhetorically, subordinating it to epigenetic and social determinants. Together, these voices map a field in which the genetic code stands simultaneously as foundational scientific achievement, misleading metaphor, and insufficient explanation for the particularity of individual life.
In the library
21 passages
The metaphor of 'encoded information,' like all metaphors, has conceptual ramifications. A code is a representational system, composed of arbitrary referential relations between the symbols of the code and the things they stand for. The molecular components of the cell, however, are not representational in this way.
Thompson argues that the 'genetic code' is not a neutral description but a representationalist metaphor that distorts the autopoietic, non-symbolic nature of cellular molecular dynamics.
Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007thesis
The plain truth is that DNA is not a program for building organisms, as several authors have shown in detail. In this context 'program' is precisely a metaphor, and not a particularly good one at that.
Thompson critiques genocentrism's foundational claim — that DNA constitutes an information-bearing program — as an indefensible disavowal of metaphor masquerading as scientific fact.
Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007thesis
A symbolic explanation, such as the description of some cellular components as genes, betrays the emergence of certain coherent patterns of behavior to which we choose to pay attention.
Drawing on Varela, Thompson contends that gene-talk and 'code' descriptions are observer-relative symbolic abbreviations, not intrinsic features of cellular dynamics.
Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007thesis
In the wake of the discovery of the structure of DNA, the elucidation of the role of RNA, and the breaking of the genetic code, it must have appeared that life had to come from the genetic material, but that idea was up against a major difficulty.
Damasio frames the breaking of the genetic code as a historically decisive but conceptually overextended moment that initially misled origin-of-life theorising.
Damasio, Antonio R., The strange order of things life, feeling, and the making, 2018thesis
There is, in general, no determinate answer to the question, 'What does this sequence of nucleotides do for this organism?' Thus, if one tries to proceed strictly from the genome up, one cannot predict, in general, what effects sequence-identified genes will have on the organism.
McGilchrist deploys contemporary genomics research to show that the genetic code cannot function as a bottom-up determinant of organismic outcome, undermining reductive genetic programmes.
McGilchrist, Iain, The Matter with Things: Our Brains, Our Delusions, and the Unmaking of the World, 2021thesis
'Today, the genetic program is everywhere' … It appears in biology textbooks … It is present in the technical literature … And it is also prominently featured in works of popular science.
McGilchrist documents the ideological ubiquity of the genetic-program metaphor across textbooks, technical literature, and popular science as evidence of a machine-model ideology rather than a scientific finding.
McGilchrist, Iain, The Matter with Things: Our Brains, Our Delusions, and the Unmaking of the World, 2021thesis
'Today, the genetic program is everywhere' … It appears in biology textbooks, such as when organisms are said to be 'governed by the laws of physics and chemistry as well as a genetic program'.
Parallel passage reinforcing McGilchrist's critique of the genetic-program metaphor as a pervasive ideological framework misrepresenting living systems as computational machines.
McGilchrist, Iain, The Matter With Things: Our Brains, Our Delusions and the Unmaking of the World, 2021thesis
Brenner and Crick proved that the genetic code consists of a series of nucleotide triplets, each of which contains the instructions for forming a unique amino acid … Nirenberg and Khorana cracked the genetic code by describing the specific combinations of nucleotides that code for each amino acid.
Kandel provides the canonical scientific account of how the genetic code was deciphered, treating it as a foundational achievement in the informational biology of memory and mind.
Kandel, Eric R., In search of memory the emergence of a new science of mind, 2006supporting
Our newfound understanding of the progression of events from DNA to a fully developed organism is the most profound scientific story of the 20th century … The only major concept missing from this schematic is the environment, and these influences permeate all phases of these transactions.
Panksepp presents the DNA→RNA→protein 'central dogma' as the indispensable biological framework for psychobiological processes, while acknowledging environmental modulation at every level.
Panksepp, Jaak, Affective Neuroscience The Foundations of Human and Animal, 1998supporting
I am living a plot written by my genetic code, ancestral heredity, traumatic occasions, parental unconsciousness, societal accidents. This book wants to lift the pall of victim mentality from which individual people cannot recover until the theoretical paradigms that give rise to that mentality have been seen through and set aside.
Hillman positions the genetic code as the chief figurehead of a reductive, victimising paradigm that his acorn theory of soul is designed to transcend.
Hillman, James, The Soul's Code: In Search of Character and Calling, 1996thesis
In late adulthood, when calling, character, and fate have become more inescapable, then, too, one's intelligence … belongs more to the code of the soul than to that of the genes.
Hillman uses heritability research to argue that a 'code of the soul' — irreducible to genetic endowment — asserts itself most powerfully at the developmental extremes of infancy and late adulthood.
Hillman, James, The Soul's Code: In Search of Character and Calling, 1996supporting
'The cell's operations are primarily moulded by its interaction with the environment, not by its genetic code,' the cell biologist Bruce Lipton has written. There is a new and rapidly growing science that focuses on how life experiences influence the function of genes. It's called epigenetics.
Maté subordinates the genetic code to epigenetic and environmental modulation, arguing that gene expression rather than genetic sequence is the operative level for understanding addiction and development.
Maté, Gabor, In the Realm of Hungry Ghosts: Close Encounters With Addiction, 2008supporting
In today's world your ZIP code, even more than your genetic code, determines whether you will lead a safe and healthy life.
Van der Kolk rhetorically displaces the genetic code from causal primacy, foregrounding socioeconomic determinants of trauma and health as more decisive in lived experience.
van der Kolk, Bessel, The Body Keeps the Score: Brain, Mind, and Body in the Healing of Trauma, 2014supporting
Instead of discrete genes mass-producing identical RNA transcripts, 'a teeming mass of transcription' converts many segments of the genome into multiple RNA ribbons of differing lengths.
McGilchrist marshals contemporary genomic evidence to demonstrate that the simplistic 'code' model of discrete gene-to-protein correspondence has been empirically superseded by a far more complex transcriptional reality.
McGilchrist, Iain, The Matter with Things: Our Brains, Our Delusions, and the Unmaking of the World, 2021supporting
Instead of discrete genes mass-producing identical RNA transcripts, 'a teeming mass of transcription' converts many segments of the genome into multiple RNA ribbons of differing lengths.
Parallel passage reiterating McGilchrist's empirical challenge to the discrete-gene model underlying conventional understandings of the genetic code.
McGilchrist, Iain, The Matter With Things: Our Brains, Our Delusions and the Unmaking of the World, 2021supporting
How do we know our linguistic descriptions are not simply observer-relative, but rather correspond to symbolic structures that belong to the system itself and play a role in its operation?
Thompson raises Pattee's epistemological question to ground his critique of genetic-code language as potentially observer-relative rather than intrinsic to biological systems.
Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007supporting
Schrödinger's ideas helped transform biochemistry … from a discipline concerned with enzymes and the transformation of energy … to a discipline concerned with the transformation of information — how information is copied, transmitted, and modified within the cell.
Kandel traces the historical transition from energy-centred to information-centred biology as the conceptual precondition for understanding genes and, ultimately, the genetic code.
Kandel, Eric R., In search of memory the emergence of a new science of mind, 2006supporting
Scientific psychology carves the kingdom of causes into only two parts, nature and nurture. By definition, it eliminates the possibility of something else. Since the behavioral sciences … put all the reasons for our characters in these categories, and since we are imagining a third force in our lives, this third can only appear concealed within the other two.
Hillman frames the nature/nurture binary — in which genetic code anchors the 'nature' pole — as a conceptual enclosure that systematically conceals the daimonic third factor of individual soul.
Hillman, James, The Soul's Code: In Search of Character and Calling, 1996supporting
Emergenesis says that the genetic material results in a unique configuration inherited from the gene stuff of both parental lines … It is not just a pile of genetic stuff that makes for uniqueness, but the way your hand of cards fills out and forms a particular, and successful, configuration.
Hillman uses the concept of emergenesis — genetic uniqueness through configuration rather than accumulation — as a bridge between conventional genetics and his notion of the soul's irreducible particularity.
Hillman, James, The Soul's Code: In Search of Character and Calling, 1996supporting
Genetic 'code,' 178–187, 457n8 … Genetic-program metaphor, 180, 457n6 … Genocentrism … the gene as a unit of information, 179–187.
Thompson's index entry for the genetic 'code' situates it within his sustained critique of genocentrism, cross-referencing the genetic-program metaphor and the unit-of-information concept as related problems.
Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007aside
Conditioned behavior may be dictated by our genetic makeup, but when we get below the surface level of consciousness and get hold of the thinking process itself, we can go beyond conditioning and change our personality completely.
Easwaran invokes genetic determinism as the surface-level constraint that spiritual practice can transcend, positioning the genetic code as a threshold rather than a ceiling of human possibility.
Easwaran, Eknath, The Bhagavad Gita for Daily Living: A Verse-by-Verse Commentary, 1975aside