Epigraph

“Does man think he will be left alone? Was he not just a drop of spilt-out sperm, which became a clinging form, which God shaped in due proportion, fashioning from it the two sexes, male and female? Does He who can do this not have the power to bring the dead back to life?” (Al Quran 75:36-40)

Written and collected by Zia H Shah MD, Chief Editor of the Muslim Times

Introduction

Richard Dawkins’s “selfish gene” theory famously portrays genes as the primary drivers of evolution, behaving as if they are “selfish” agents seeking their own propagation. In The Selfish Gene (1976), Dawkins argues that natural selection acts at the level of genes, which compete to replicate themselves, often using organisms as mere “survival machines” . While this gene-centered view has been influential, it relies on anthropomorphic language – describing genes as if they have wills, intentions, or consciousness. This rebuttal will argue that the “selfish gene” concept is ultimately incoherent if taken literally, because genes have no will or consciousness. Both philosophical and scientific critiques will be presented. Philosophically, the theory’s language and assumptions are problematic: it attributes agency and motives to mindless molecules. Scientifically, modern biology increasingly questions whether genes can be considered agents with goal-directed behavior, highlighting that genes operate within complex organisms and evolutionary processes that cannot be reduced to selfish competition alone. Critics ranging from philosopher Mary Midgley to evolutionary biologist Stephen Jay Gould and others have challenged Dawkins’s framing on these grounds. Below, their counterarguments and supporting evidence are detailed, showing that describing genes as “selfish” is a misleading metaphor that obscures more than it enlightens.

Philosophical Critique: Genes Are Not Conscious Agents

Anthropomorphic Language and Category Errors: At the heart of the “selfish gene” idea is a metaphor that personifies genes – treating them as if they have human-like attributes such as desires or selfish motives. Philosophers have pointed out that this is a profound category mistake. As Mary Midgley tartly observed, “Genes cannot be selfish or unselfish, any more than atoms can be jealous, elephants abstract or biscuits teleological.” . In other words, selfishness is a concept that properly applies only to beings with minds (who can form intentions and desires), not to mindless biochemical sequences. To call a gene “selfish” is to attribute agency to a molecule, blurring the distinction between metaphor and reality. Midgley argued that Dawkins’s rhetoric had “confused a number of people” by implying genes literally have egoistic aims . Indeed, the anthropomorphic wording can mislead readers into thinking genes engage in purposeful, strategic behavior, when in fact they are incapable of any intent.

Lack of Will or Intentionality: In philosophy of mind and agency, intentional action is usually linked to entities with some form of consciousness or at least a cognitive system. Genes, however, are simply stretches of DNA; they do not “want” anything. They are insentient chemical sequences carrying information used in the synthesis of proteins. From a metaphysical standpoint, treating genes as agents with goals is incoherent – it imputes mental properties (like selfishness or goal-directed desire) to entities that have no psyche at all. As one commentary puts it, “genes obviously are not intentional agents,” and the book’s title has often been misinterpreted as an anthropomorphic personification implying intentions where none exist . Dawkins himself has clarified that he used “selfish” only metaphorically, not to suggest genes literally have motives or will . But this raises the question: is the metaphor helpful or does it fundamentally mislead? Critics argue the latter – that talking about genes as if they had consciousness is not just harmless shorthand, but a source of conceptual confusion.

Agency and “Selfishness” as Metaphor: Philosophers of science note that metaphors can guide scientific thinking, but also misguide it if taken too literally. The term “selfish” is a loaded one, implying moral and psychological attributes. Even Dawkins’s supporters acknowledge that “‘Selfish’, when applied to genes, doesn’t mean selfish at all. It means […] ‘the quality of being copied by a Darwinian selection process.’ […] There ought to be a better, shorter word – but ‘selfish’ isn’t it.” . Using a term so bound up with conscious intent is arguably an ill-chosen metaphor. The philosopher Mary Midgley went further, accusing Dawkins of inadvertently reifying the metaphor: although he sometimes says it is “just a metaphor,” Midgley argues that “in fact this personification, in its literal sense, is essential for his whole contention; without it he is bankrupt.” . In her view, Dawkins needs the genes to truly be selfish (not merely act “as if” selfish) in order to support a broader philosophic claim that all nature, and by extension human nature, is rooted in self-interest . Whether or not one agrees with Midgley’s assessment of Dawkins’s motives, her core point stands: attributing selfishness to genes is a figurative leap that cannot be literalized without absurdity. Genes have no more consciousness or selfish intent than a falling rock “wants” to hit the ground. To imagine otherwise is to project human agency onto mindless matter.

Mindless Replicators vs. Purposeful Agents: Dawkins’s gene-centric view invites an “intentional stance” (to borrow philosopher Daniel Dennett’s term) toward genes – treating them as if they were agents pursuing interests. But while the intentional stance can sometimes be a useful predictive tool in science (for example, we might say “a thermostat tries to keep the room at 20°C” without literally meaning the thermostat has desires), in the case of genes the danger is that the metaphor takes on a life of its own. As psychologist Donald Symons criticized, “through [the use of] metaphor genes are endowed with properties only sentient beings can possess, such as selfishness, while sentient beings are stripped of these properties and called machines… The anthropomorphism of genes…obscures the deepest mystery in the life sciences: the origin and nature of mind.” . Symons’s point is telling: by speaking as if genes have minds, Dawkins’s rhetoric paradoxically downplays the real agency of living organisms (including humans) and sidesteps the real question of how conscious intentions actually arise in evolution . In a similar vein, Midgley remarked that Dawkins’s view “treats [the gene] as the source and archetype of all emotional nature,” a move she finds both conceptually bizarre and empirically unsupported .

In summary, philosophers argue that describing genes as “selfish” is at best an oversimplified metaphor and at worst a conceptual error. It involves an anthropomorphic projection of agency where none exists, potentially misleading our understanding of both biology and ethics. A gene has no mind – it cannot be selfish in any literal sense. The human tendency to impute purpose or desire to natural phenomena may make the “selfish gene” phrase catchy, but it does not withstand rigorous logical scrutiny.

Scientific Critique: Does Biology Support Genes as Agents?

Beyond the philosophical objections, we must ask whether modern biology supports viewing genes as agents with goals. Decades after Dawkins introduced the selfish gene metaphor, our understanding of genetics, development, and evolution has grown far more complex. These scientific advances suggest that the gene-centric, agent-like portrayal of DNA is incomplete and sometimes misleading.

Genes Require Cellular Machinery: A fundamental scientific problem with treating genes as independent actors is that genes do nothing on their own. A gene is a sequence of DNA – essentially a set of chemical instructions. In order to have any effect, it must be expressed by the cellular machinery of an organism (transcribed into RNA, translated into protein, etc.). Genes cannot even replicate themselves without a cell. As one team of biologists notes, while DNA is often thought of as a “self-replicator,” “in fact it never [replicates] so [by itself], except through the intervention of a genuine agent (the cell, or perhaps a technician performing PCR in the lab). Making copies of genes thus depends on agency, but it is not truly an agency possessed by the genes themselves.” . In other words, the process of gene replication relies on the cellular “host”, which is an agent (in the sense that a cell actively carries out processes and responds to environments). The gene itself is passive in this context – a template used by the cell. This directly undercuts the notion of genes as autonomous drivers. A gene left outside a cellular environment is inert; it has no internal drive to make copies of itself. The agency lies with the cell or organism, not the gene.

Genes Are Not the Sole Unit of Selection: Dawkins’s theory asserts that genes are the fundamental units of selection in evolution – essentially treating them as the main “players” in the evolutionary game. However, many biologists and philosophers of biology have disputed this as an oversimplification of evolutionary dynamics. Stephen Jay Gould, a prominent paleontologist and evolutionary theorist, was a leading critic of gene-centric selection. Gould argued that it is “absurd […] to think that genes are the exclusive units of selection when, after all, genes are not the exclusive interactors: those agents directly engaged with, [and] directly impacted by, environmental pressures.” . In natural selection, what actually interacts with the environment is the whole organism (or sometimes a group of organisms) – the phenotype, not the genotype alone. Genes exert influence on traits, but they do not face the environment on their own. For example, a predatory bird doesn’t “select” a gene in isolation; it catches an individual prey animal. If that prey’s genes make it slower, the organism gets caught and those genes are less likely to be passed on. The gene’s fate is intertwined with the organism’s survival and reproduction. Gould and others emphasize that genes cannot be understood as discrete agents in evolutionary competition divorced from the organism: “Bodies cannot be atomized into genes acting in isolation; organisms are integrated wholes, and selection acts on the organism within its environment.” (paraphrasing Gould’s view) . In evolutionary biology, this perspective has given rise to multilevel selection theory, which recognizes selection can occur at multiple levels (genes, cells, organisms, groups) depending on context. David Sloan Wilson, another biologist, has been a vocal skeptic of the selfish gene idea for this reason – he advocates that group dynamics and organism-level selection also play crucial roles, which a single-minded focus on “selfish” genes fails to capture. As Wilson and co-author E.O. Wilson memorably put it, “Selfishness beats altruism within groups. Altruistic groups beat selfish groups. Everything else is commentary.” This slogan illustrates that at higher levels of organization (the group), cooperative traits can win out even if they are disfavored at gene or individual level – something hard to reconcile with an exclusively gene-centric view.

Modern Genomic Complexity: When Dawkins wrote The Selfish Gene, genetics was understood in fairly simple terms: genes were seen as fairly discrete units encoding traits, and “to have a gene” for something meant a straightforward cause-effect relationship. Today, genomic science has revealed a far more intricate picture. Genes interact in networks, are regulated epigenetically, and often have effects that depend on context. Developmental biology (evo-devo), epigenetics, and systems biology all show that organisms are not just passive vehicles for genes, but active participants in how genes are expressed and passed on. This has led many scientists to argue that Dawkins’s single-level, gene-focused narrative is outdated. As science writer David Dobbs explains, Dawkins’s gene-centric story “was wonderfully simple” and powerful in its time, but now we know that evolution works in ways “far more clever and complex” than a simple selfish-gene model . New discoveries (for example, about gene regulatory networks or developmental plasticity) show that genes alone do not determine outcomes; the environment and organismal processes can drive changes in gene expression and even heritable traits. Dobbs notes that a host of eminent researchers – from geneticists like Eva Jablonka to theorists like Massimo Pigliucci and Stuart Kauffman, and including the late Stephen Jay Gould – have called for an “Extended Evolutionary Synthesis” to “replace the gene-centric view of evolution with something richer.” They do not deny the importance of genes, but they argue that the exclusive focus on genes as “the” agents of evolution is limiting and misleading. As Dobbs puts it, these scientists agree “the gene is a big cog” in the evolutionary machine, “but would argue that the biggest cog doesn’t necessarily always drive the other cogs. In many cases, the other cogs drive the gene. The gene, in short, […] is not the driver.” .

Empirical findings support this more nuanced view. For instance, many adaptations cannot be traced to a single gene; they emerge from complex interactions. Organisms can even influence their own evolution through behavior (niche construction) or physiological adjustments that affect which genes get passed on. The gene-centric model struggles to account for phenomena like epigenetic inheritance, where traits are passed to offspring not through DNA sequence changes but through chemical modifications or environmental legacies. Such phenomena show evolution is not just genes ruthlessly competing; it also involves cooperation, feedback, and multi-level interactions. In light of this, some biologists argue that the “selfish gene” metaphor has outlived its usefulness. It was a clever way to emphasize the role of genes in 1976, but now “as new tools reveal a more complicated genome, the selfish-gene is blinding us.” Rather than clarifying, it might encourage a researcher or student to ignore broader aspects of biology. Indeed, one evolutionary biologist remarked that the gene-centric view is “an artifact of history” – it became popular “because it was easier to identify individual genes as something that shaped evolution. But that’s about opportunity and convenience rather than accuracy.” . In sum, contemporary biology suggests that genes are only one part of the evolutionary story. They are not lone agents but part of an integrated system. Describing genes as if they had independent agency or selfish goals is inconsistent with what we now understand about how genes function in context.

Counterarguments and Clarifications: Defenders of Dawkins might respond that “of course genes have no consciousness – ‘selfish gene’ is just a metaphor to convey how natural selection acts as if genes ‘want’ to maximize their replication.” Dawkins himself has been “very clear that he is speaking metaphorically” and that by “selfish” he only means that genes propagate if they have effects that favor their own spread . The metaphor, in this view, is a pedagogical tool to shift perspective from seeing evolution as organisms striving to seeing it as genes replicating. However, the philosophical and scientific critiques above maintain that this metaphor is deeply flawed. Even if understood metaphorically, calling genes “selfish” can easily lead to misinterpretation , as people (including some unwary scientists and many lay readers) may start to think of genes as actual agents or to conflate genetic interests with conscious intentions. Moreover, if a metaphor consistently misleads or requires extensive clarification, it might be a bad metaphor. As Andrew Brown quipped, there really was “no good word in the English language” for what Dawkins wanted to convey – and “selfish” certainly isn’t that word . We have scientific terminology to discuss gene propagation without implying mind: we can talk of genes having higher fitness (in the sense of reproductive success) or being subject to selection pressure. These terms might be less vivid, but they are also less misleading. The danger of anthropomorphic language in science is well recognized: it can “lead to miscommunication and misunderstandings”, especially if readers forget it’s just shorthand . In the case of the selfish gene, the metaphor’s catchiness may be exactly what makes it pernicious – it sounds like an explanatory agent (“the gene did it because it’s selfish!”) when in fact it explains nothing about the gene’s internal motivation (which does not exist) and must always be translated back into mechanistic evolutionary logic.

Criticisms from Notable Thinkers

Many thinkers have raised counterarguments to Dawkins’s framing, both on philosophical and scientific grounds:

• Mary Midgley (Philosopher): Midgley was one of the first and fiercest critics of The Selfish Gene. In her 1979 essay Gene-Juggling, she lambasted the concept for its muddled anthropomorphism. Apart from the famous quote likening “selfish genes” to “jealous atoms” , Midgley argued that Dawkins’s view “simply has a weakness for […] moralizing” in which he projects a philosophy of egoism onto biology without empirical support . She pointed out that real animal behavior includes cooperation and altruism that cannot be explained by simple long-term self-interest calculations, which led Dawkins to retreat to imagining the “emotional nature of genes” to argue even altruism is selfish at some level . Midgley accused Dawkins of uncritical reductionism, saying there is “nothing empirical” about his assertion of universal selfishness – it’s a metaphysical position pretending to be science . Though Dawkins and Midgley clashed publicly (she once humorously noted that, unlike others who recanted youthful manifestos, “[Dawkins] goes on saying the same thing” decades later ), her core critique – that genes have no “self” to be selfish – remains a powerful rebuttal to taking the selfish gene literally.
• Stephen Jay Gould (Evolutionary Biologist): Gould consistently criticized ultra-reductionist views in evolutionary theory, including Dawkins’s gene-centrism. As noted, Gould found it absurd to treat genes as the exclusive units of selection, since selection targets the whole organism interacting with its environment . He argued that Dawkins “misrepresents the role of genes in microevolution” by ascribing to genes an active, causal evolutionary agency when they might better be seen as record-keepers of evolutionary outcomes . Gould championed a hierarchical view of life, wherein genes, organisms, species, etc., all play roles. He also warned that adaptationist stories focusing on gene advantages can neglect other evolutionary factors like developmental constraints, historical contingencies, or structural byproducts . Philosophically, Gould objected to Dawkins’s “atomizing” of the organism into genes – he saw this as ignoring the reality that biological traits emerge from the integration of many genes and environmental influences, not from single genes operating in isolation. Gould’s influential critiques helped validate alternative perspectives (like punctuated equilibrium and multi-level selection) and encouraged more holistic approaches to evolution beyond the gene’s-eye view.
• Donald Symons (Anthropologist): Symons, in his critique of Dawkins’s rhetoric, highlighted the inversion of logic in the selfish gene metaphor. As quoted earlier, Symons noted that Dawkins’s language “exactly reverses the real situation”, endowing genes with qualities of sentient beings and treating organisms as if they were mere machines or puppets . This inversion bothered many thinkers because it risked misidentifying where the true complexity in biology lies. The complexity of life – including strategic, apparently goal-directed behavior – arises at the level of whole organisms (with brains, nervous systems, social interactions), not at the level of individual genes. By phrasing everything in terms of gene selfishness, one might miss “the deepest mystery” (the emergence of mind and genuine agency in living things) by assuming it away at the genetic level .
• David Sloan Wilson (Evolutionary Theorist): Wilson has directly challenged Dawkins’s framework by reviving and refining group selection theory. He argues that while gene-centered thinking can explain some phenomena, others (especially social behaviors and altruism) are better explained by considering selection acting on groups or whole organisms. Wilson considers the insistence on gene-only selection a dogma that needed updating. Along with Edward O. Wilson (no relation), he wrote that “selfish gene” thinking had led to a decades-long dismissal of group selection that was unjustified. Their work demonstrated mathematically and empirically that altruistic traits can evolve if they benefit the group enough to outweigh the individual gene-level costs . Wilson’s broader critique is that genes should not be treated as metaphorical “persons” in evolutionary narratives; instead, genes, individuals, and groups are all participants, with higher-level selection sometimes trumping lower-level selection. This view directly undermines a simplistic reading of selfish gene theory (which famously claimed to reduce group-benefiting behaviors to gene-level effects). Wilson stands as a modern critic urging a pluralistic understanding of evolution rather than a gene’s-eye monoculture.
• Denis Noble (Physiologist): A more recent critic, Denis Noble, has attacked the selfish gene concept from the standpoint of systems biology and physiology. Noble argues that the genome is more of a reactive database used by the organism, rather than a prime mover. He emphasizes that genes work in networks and that organisms (and cells) regulate their genes just as much as genes determine organismal traits. Noble points out that because a gene’s replication and expression depend on cellular mechanisms, genes are “not active causes” in isolation – they are passive templates activated by the system . He sees Dawkins’s view as overly deterministic and reductionist, neglecting how feedback loops and emergent properties in biology can’t be gene-centric. In Noble’s view, Dawkins’s metaphor skews understanding by implying a one-way causation (genes → organism), whereas in reality there is a two-way interplay (organisms also influencing genes, e.g. through epigenetic changes or selective gene expression). This aligns with the broader scientific shift towards recognizing biological agency at levels higher than the gene .

Other thinkers and scientists have echoed these critiques. For example, evolutionary biologist Richard Lewontin and philosopher Philip Kitcher have cautioned against gene-centrism, and historians of science like Evelyn Fox Keller have dissected how the concept of the gene took on a life of its own in the 20th century sometimes divorced from material reality. Even within evolutionary biology, there is a widespread sense that Dawkins’s metaphor, while ingenious, is too simplistic. As one Nature article noted on the 40th anniversary of The Selfish Gene, Dawkins’s gene-centered view, though once widely accepted, has been “almost completely overtaken by recent developments in genetics” that “put the axe to Dawkins” – developments which the old metaphor does not readily accommodate . The general sentiment among many contemporary biologists is captured by the phrase: “Not wrong, but not the whole picture.” Dawkins was not empirically wrong that genes affecting their own propagation will spread; however, by speaking as if genes were the only important actors, he did go wrong in emphasis and ontology, promoting a vision of evolution that is now seen as incomplete and potentially misleading.

Conclusion

Richard Dawkins’s “selfish gene” is a provocative metaphor that helped popularize evolutionary theory, but upon close examination it proves to be an incoherent concept if taken at face value. Philosophically, calling genes “selfish” mixes categories in a way that obscures the truth: genes have no consciousness, will, or intentions, and thus cannot be “selfish” in any literal sense . The anthropomorphic language may have been intended figuratively, but it has palpable consequences in how people reason about nature and themselves, arguably fostering a distorted image of genes as scheming actors. Scientifically, the gene-centric view fails to capture the full reality of evolutionary processes. Genes do matter – they are crucial inherited units – but they do not act in isolation or with purpose. Modern biology portrays genes as parts of complex systems, tools used in the choreography of life rather than independent prime movers. Selection does not operate on genes in a vacuum; it operates on whole organisms in environments, and at multiple levels of organization . The selfish gene framing, if uncritically adopted, can blind us to these larger dynamics , reducing evolution to a one-dimensional drama and even inverting our understanding of agency in the natural world .

In rebutting Dawkins’s idea, thinkers like Midgley and Gould have not denied the importance of genes, but have urged us to drop the misleading anthropomorphism and to recognize the richer picture of life that science reveals. Genes do not scheme, strive, or desire; they replicate because of biochemistry and history, not because they “want” to. Thus, to speak of genes as selfish is to use a metaphor that, however vivid, ultimately generates more confusion than insight. A more coherent view is to say that natural selection makes it appear “as if” genes were selfish, without implying any conscious agency – or better yet, to avoid the humanizing language altogether and speak in terms of differential replication and survival of alleles.

In conclusion, the “selfish gene” is a powerful image but a poor analogy: it takes a poetic license with language that cannot be literally cashed out in biological fact. Both philosophy and science counsel us to be careful with such metaphors. Genes are blind replicators, not selfish agents – and understanding evolution does not require imagining that DNA has a mind of its own. As our knowledge advances, it becomes ever clearer that we should retire the idea of genes as willful competitors and instead embrace a more accurate view of life, one that situates genes in their proper context and reserves concepts like selfishness and agency for the beings who truly possess them.

Sources:

• Midgley, M. (1979). Gene-juggling. Philosophy, 54(210), 439–458. (Midgley’s critique: “Genes cannot be selfish or unselfish, any more than atoms can be jealous…”)
• Dawkins, R. (1976). The Selfish Gene. (Clarification that “selfish” is meant metaphorically, not literally intentional).
• Symons, D. (1979). The Evolution of Human Sexuality. (Critique of Dawkins’s rhetoric as endowing genes with sentient properties, reversing reality).
• Gould, S. J. (2002). The Structure of Evolutionary Theory. (Argues against gene-centric selection; genes as record, not sole causes of evolution).
• Dobbs, D. (2013). “Die, Selfish Gene, Die.” Aeon Magazine. (Survey of modern challenges to the selfish gene metaphor; quote: “the selfish-gene is blinding us” and call for a richer evolutionary synthesis ).
• Istvan, M. A. (2013). “Gould talking past Dawkins on the unit of selection.” Stud. Hist. Phil. Biol. & Biomed. Sci. 44(3): 327–335. (Abstract summarizing Gould’s view that it’s “absurd” to treat genes as exclusive selectors since genes are not the direct interactors with the environment ).
• Noble, D. (2016). Dance to the Tune of Life: Biological Relativity. (General critique of gene-centric determinism; notes that DNA on its own does nothing without the cell – “Making copies of genes…is not truly an agency possessed by the genes themselves.” ).
• Wilson, D. S., & Wilson, E. O. (2007). “Rethinking the Theoretical Foundation of Sociobiology.” Quarterly Review of Biology, 82(4): 327–348. (Revives multilevel selection; implicit counter to Dawkins by showing evolution is not only about gene selfishness).
• Wikipedia. “The Selfish Gene”. (Summary of criticisms: oversimplification of gene-organism relationship ; anthropomorphic language seen as confusing ).