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Read article : The Neuroscience of the Mother-Daughter RelationshipThe families that produce the most high-functioning adults are often the families least likely to be examined. There is no obvious dysfunction to point to. No addiction, no abuse, no collapse. What there is, instead, is a sophisticated system of roles, rules, and emotional contingencies — invisible to the people inside it, and therefore never interrogated. The adult who emerged from that system is accomplished, capable, and, in moments of stress or relational friction, inexplicably running a behavioral program they did not consciously choose. The program belongs to a seven-year-old navigating a complex household. It is executing inside a forty-five-year-old navigating a boardroom or a marriage. And it is doing so without the person's awareness, because the neural architecture that encoded it was laid down before they had the prefrontal capacity to evaluate it.
This is the problem I work with most frequently in my practice: not damaged people, but highly intelligent people whose family-of-origin neural templates are operating as automated programs beneath the surface of their adult competence. The family system they grew up inside was not arbitrary. It had structure — roles assigned, rules enforced, emotional transactions that followed predictable patterns. The child's brain encoded that structure with precision, building neural pathways that translated the family's relational logic into something foundational: this is how relationships work, this is what is expected of me, this is what safety looks and feels like, this is what love requires. Those encodings are not memories. They are architecture. They run continuously, shaping perception and response before the conscious mind has had a chance to deliberate.
What makes this architecture so difficult to identify — and so resistant to change through conventional approaches — is that it operates below the threshold of conscious awareness. The person does not experience their behavior as the output of a childhood program. They experience it as their personality, their instincts, their sense of how things naturally work. The neural template is not something they have. It is something they are — until the circuitry itself is restructured at the level where it lives.
The developing brain is not a passive recorder of experience. It is an active pattern-detection system with a primary mandate: extract the relational logic of the social environment and build neural architecture that will optimize survival within it. From birth through early adolescence — the period of peak synaptic plasticity — the brain is doing continuous statistical analysis on the family system. Which behaviors produce proximity and comfort? Which produce rejection or withdrawal? What emotional states are welcomed, which are suppressed, and which are dangerous to express? What roles produce security — for the child, and for the family system as a whole?
The answers to these questions are not stored as declarative memories. They are encoded as neural templates: integrated patterns of neural firing that link environmental cues to physiological states, behavioral responses, and social predictions. When the child learns that expressing need produces parental withdrawal, the brain does not simply file that information. It builds a circuit connecting "expression of vulnerability" to "anticipated abandonment," and connects that circuit to a behavioral output — self-sufficiency, emotional suppression, preemptive withdrawal — that protects against the anticipated outcome. That circuit does not require conscious activation. It runs automatically, triggered by any cue that resembles the original pattern.
Alan Sroufe's longitudinal research, tracking individuals from infancy through adulthood, documented the persistence of these attachment-derived templates with striking clarity. Secure attachment classifications at twelve months predicted interpersonal competence, emotion regulation capacity, and relationship quality at age nineteen — not because the intervening years were deterministic, but because the neural templates laid down in early attachment relationships created a stable operating architecture that shaped how subsequent social experiences were perceived and processed. The family-of-origin template is not destiny, but it is the lens through which all subsequent relational experience is filtered until the lens itself is examined and restructured.
There is a clinical paradox that I have observed consistently across my practice: the families that produce the most durable and difficult-to-detect neural templates are not the families with obvious pathology. They are families that functioned well by most external measures — organized, achievement-oriented, emotionally managed, relationally stable — but that operated on implicit rules about emotional expression, vulnerability, performance, and worth that the child encoded without ever having a framework to question them.
In these families, the neural template being encoded is not "the world is unsafe" — the encoding that emerges from overtly traumatic environments. The encoding is more subtle and, in some respects, more intractable: "worth is conditional on performance," "emotional needs are private liabilities," "conflict must be managed rather than engaged," "the family's equilibrium takes precedence over individual expression." These are functional rules in many environments. They produce effective adults. They also produce adults who, under relational stress, default to behavioral programs that made sense in a specific family context but are systematically counterproductive in the relational reality of adult life — in partnerships, in parenting, in leadership, in any context where genuine emotional presence is required rather than managed performance.
The persistence of these templates is partly a function of their early encoding — synaptic architecture laid down during periods of peak plasticity is highly stable — and partly a function of their functional adequacy. The child who learned to self-regulate, suppress vulnerability, and perform competence in order to maintain family equilibrium grew into an adult who is, by many measures, extremely effective. The template was never confronted with sufficient evidence of its costs because it kept producing social and professional rewards. It is only when the rewards stop — when the marriage reveals that managed emotional performance is not the same as genuine intimacy, when leadership requires vulnerability that the template makes impossible, when success produces not satisfaction but a kind of efficient hollowness — that the architecture becomes visible as a problem rather than a feature.
The neural template does not wait for invitation. It activates in response to pattern-matched cues — environmental inputs that resemble, at the neural level, the conditions under which the original encoding occurred. For the adult who learned in their family of origin that proximity requires performance, a conversation that moves toward emotional intimacy triggers the same neural circuit that once managed a parent's conditional approval. The behavioral output follows automatically: deflection through humor, redirection to practical matters, sudden competence in solving a problem that did not require solving. The person does not decide to deflect. The template deflects for them, in the milliseconds between trigger and awareness.
This is what makes family-of-origin patterns so difficult to interrupt through insight alone. Knowing that you are repeating a family pattern does not stop the repetition, because the pattern is not executing at the level of conscious knowledge. It is executing at the level of automated neural response — processed through the amygdala and basal ganglia before the prefrontal cortex has had the chance to evaluate the appropriateness of the output. The prefrontal cortex can observe the pattern after the fact. It can generate analysis, insight, and intention. What it cannot do, without direct neural recalibration, is intercept the automated circuit before it fires.
Ruth Feldman's research on the intergenerational transmission of stress and attachment systems quantified this mechanism with neurobiological precision. Parents who had experienced insecure attachment in their own families of origin transmitted physiological stress-response patterns — measurable in cortisol and autonomic nervous system markers — to their children through the quality of attunement in early caregiving interactions. The transmission was not through explicit instruction but through the embodied relational template the parent carried. The parent's own family-of-origin neural architecture shaped the quality of their co-regulatory presence with their child, and that quality became the substrate for the child's own neural template. The template literally reproduces itself across generations, not through genetics but through the behavioral logic it generates in the carrier.
Stress does not create family-of-origin patterns. It reveals them by stripping the prefrontal layer that normally manages their expression. Under conditions of low stress, the high-functioning adult can maintain conscious override of their automated templates — choosing considered responses over reflexive ones, sustaining intentional relational behavior in the face of activation. As stress increases, prefrontal resources are depleted. The executive regulation capacity that manages the template comes offline, progressively, as cognitive load, emotional demand, and physiological stress accumulate. What remains when prefrontal regulation is offline is the template itself — running unmediated, producing responses that belong to the family of origin rather than to the adult situation.
This is the phenomenon that produces the bewildering regression that intelligent, self-aware people describe when they examine their behavior under pressure. "I know exactly what I was doing. I could see myself doing it. I could not stop doing it." The observation is accurate. The prefrontal cortex — the seat of self-awareness and behavioral override — was present enough to observe but not sufficiently resourced to interrupt. The template ran, the prefrontal cortex watched, and in the aftermath, the person concluded that the pattern is somehow fundamental to who they are rather than recognizing it as automated neural architecture that can be specifically restructured.
Approximately 65 percent of adults carry insecure attachment classifications — anxious, avoidant, or disorganized — that trace directly to family-of-origin relational templates. That figure, established across four decades of attachment research, is not a measure of dysfunction. It is a measure of the normal distribution of early relational learning and its consequences for adult neural architecture. The majority of people operating in high-stakes relationships, high-demand professional environments, and high-complexity family systems are doing so with a family-of-origin template that is, to varying degrees, mismatched to the relational demands of their adult lives.
The family systems literature has generated sophisticated conceptual frameworks for the patterns that produce the most persistent neural templates. Triangulation — the routing of tension between two family members through a third — is well-documented. Enmeshment — the erosion of individual identity within a system that rewards fusion and penalizes differentiation — has its own established clinical vocabulary. Parentification — the assignment of adult emotional regulation responsibilities to a child — has been studied across numerous cultural and socioeconomic contexts. What the conceptual frameworks do not adequately address is what these patterns do to the developing brain at the neural level, and why understanding them as neural architecture problems rather than family dynamics concepts changes what effective intervention looks like.
The child who grows up as a triangulated figure — recruited to stabilize the tension between two parents whose own relationship cannot contain it — is not simply learning a dysfunctional role. They are encoding a neural template that makes their own nervous system available as a co-regulatory resource for others' emotional states. The insula and anterior cingulate — brain regions that process interpersonal emotional information — develop heightened sensitivity to the emotional states of others. The prefrontal regions that should be developing capacity for independent perspective-taking and autonomous goal-pursuit are, instead, being organized around the task of monitoring and managing others' states. This is adaptive within the family system. In adult life, it produces a person whose relational nervous system is continuously scanning for others' emotional needs, involuntarily subordinating their own, and experiencing acute discomfort — registered not as a choice but as a physiological imperative — whenever they attempt to prioritize their own needs over others' stability.
Parentification produces a related but distinct neural architecture. The child who learns that the parent's emotional functioning depends on the child's management of it develops a caregiving circuit that runs on threat: the implicit threat of parental destabilization if the child fails at the task. The hippocampus and amygdala encode a specific associative pattern — "other person's emotional instability equals danger to be managed, not experience to be witnessed." In adult life, this pattern surfaces as an inability to tolerate emotional distress in partners, colleagues, or children without immediately moving into management mode. The person is not choosing to fix others' emotions. Their neural architecture registers unfixed distress as a threat, and managing the threat is the automated output. Genuine presence — staying with another's experience without moving to resolve it — is not merely uncomfortable. It activates a threat-response circuit that the prefrontal cortex must actively override, at cognitive cost, every time.
A specific neural architecture pattern appears with sufficient frequency in my practice to warrant direct address: the template produced by high-functioning families with high standards, high achievement, and high emotional management — families where competence was celebrated, vulnerability was private, and worth was implicitly tied to output. The children of these families are not damaged in any conventional sense. They are, by most measures, remarkably capable adults. They are also carrying a neural template that makes authentic intimacy structurally difficult, because the template's core encoding is: emotional need is a liability, not a legitimate claim on another's attention.
In relational contexts that require genuine vulnerability — which is to say, in all deeply intimate relationships — this template executes as a systematic underinvestment in emotional presence. The person can perform emotional engagement. They cannot generate it automatically, because the neural circuit that would produce spontaneous emotional expression was never fully developed; the family system's implicit rules routed developmental investment toward competence, performance, and autonomy instead. The partner experiences this as unavailability. The person experiences it as the inexplicable inability to show up emotionally in ways they can intellectually understand and consciously intend.
One of the most persistent misconceptions about family-of-origin work is that it requires the participation — or at least the acknowledgment — of the original family system. It does not. The family-of-origin neural template is not stored in the family. It is stored in the neural architecture of the individual who encoded it. The family can be deceased, geographically distant, relationally unavailable, or entirely unwilling to examine their patterns. None of that is relevant to whether the individual's neural template can be restructured, because the restructuring does not happen in the family. It happens in the circuitry of the person carrying the template.
This distinction matters enormously for the high-functioning individuals I work with, many of whom have spent years — sometimes decades — in approach patterns that assumed the template could be resolved through insight (understanding why the family operated as it did), through forgiveness (releasing resentment about the way the family operated), or through changed family dynamics (attempting to renegotiate the family system in adult life). Each of these approaches can produce genuine psychological shifts. None of them is sufficient to restructure the neural template itself, because the template is not a belief to be revised or a grievance to be released. It is a pattern of neural firing, encoded in subcortical and cortical circuits, that activates automatically in response to specific environmental triggers. The template does not care what the person believes about their family. It runs on cue, regardless of insight, regardless of intention, regardless of how thoroughly the person understands the family dynamics that produced it.
Real-Time Neuroplasticity™ targets the template directly. When a family-of-origin pattern activates — when the person is in the moment of automatic response, running the childhood program in an adult context — that activation creates a window. The neural circuits encoding the template are active. They are expressing their architecture through current behavior. During that window, the circuitry is accessible to modification through precisely targeted intervention, because reactivated neural memories enter a state of transient lability during which their synaptic architecture can be altered. The reconsolidation research — Nader, Schiller, and colleagues across two decades of work — establishes the mechanism: memory reconsolidation is the neural process by which reactivated patterns can be updated rather than merely suppressed. Real-Time Neuroplasticity™ uses that mechanism to intervene at the moment of template expression, replacing the automated output with a new relational response that builds different neural architecture over time.
The goal of neural recalibration in the context of family-of-origin templates is not to eliminate the person's relational history or to replace the family's influence with something else. The goal is to build new neural pathways that provide alternative automated responses — responses calibrated to the actual relational demands of adult life rather than to the survival requirements of the childhood family system. Over the course of this work, I use three intersecting methodologies.
Real-Time Neuroplasticity™ operates at the moment of template activation — embedding into the person's actual relational contexts to intervene when the family-of-origin circuit is running. This is not retrospective analysis. It is circuit-level intervention in the present moment, targeting the neural event as it occurs rather than discussing it afterward.
Neural Pattern Integration works with the embodied aspects of the template — the physiological signatures that accompany family-of-origin activation. The constriction in the chest before speaking in a group. The hypervigilant scanning that begins when a partner is quiet. The automatic self-monitoring that activates when a performance is evaluated. These are not metaphors for psychological states. They are somatic components of the neural template, encoding the physiological dimensions of the original pattern. Recalibration that does not address the embodied architecture of the template will not produce durable change, because the body is carrying part of the template that the mind alone cannot restructure.
Predictive Recoding addresses the anticipatory architecture of the template — the way family-of-origin encoding shapes what the person predicts will happen in relational contexts before any evidence is available. The adult carrying an anxious attachment template does not wait for evidence of abandonment; the neural system generates the prediction of abandonment from minimal cues and organizes behavior around managing the predicted outcome. Predictive Recoding intervenes at the level of the anticipatory signal, updating the prediction architecture rather than waiting for behavioral evidence to accumulate that the original prediction was inaccurate.
The outcome of these combined methodologies is not a person who has no relationship to their family history. It is a person whose neural responses in relational contexts are driven by their actual adult situation rather than by the automated execution of a childhood program. The template does not disappear. What changes is its dominance — its capacity to preempt conscious choice and drive behavior before the prefrontal cortex can evaluate and redirect. When the template no longer runs automatically, the person can access their intelligence, their values, and their genuine relational desires in contexts where, previously, the automated program would have already determined the outcome before those resources could be deployed.
What clients consistently describe at the other end of this work is not dramatic change. It is a quieter and, in some respects, more profound shift: the first time they responded to relational pressure from their actual adult self rather than from a childhood neural program — and noticed the difference. That noticing is not insight about the past. It is evidence that the architecture has changed.
If the patterns explored in this hub are recognizable in your relational experience — in the behavioral loops that persist despite awareness, in the automatic responses that contradict your conscious intentions, in the ways that stress reduces your adult relational repertoire to something narrower and older — the origin is neural, not characterological. The architecture can be restructured. For more on the foundational relationship patterns that intersect with family-of-origin templates, see our work on relationship patterns and partner selection. For the broader framework governing emotional intelligence and relational capacity, see emotional intelligence mastery.
The articles within the Family Dynamics hub investigate the specific mechanisms through which family-of-origin neural templates are encoded, transmitted, and expressed in adult relational and professional life. They examine the neuroscience of attachment and family system roles — not as conceptual frameworks for understanding behavior but as descriptions of neural architecture that can be specifically identified and restructured.
Topics include how triangulation, enmeshment, and parentification encode as distinct neural circuit configurations; why high-functioning families with no overt dysfunction can produce the most persistent and difficult-to-detect relational templates; the specific neural mechanisms through which family-of-origin patterns transmit across generations; how stress strips prefrontal override and returns high-functioning adults to automated childhood programs; and what the neuroscience of memory reconsolidation reveals about the conditions under which family-of-origin circuitry can be durably restructured — without family participation, without insight work alone, and without the years of gradual behavioral change that conventional approaches require.
What connects every article in this hub is a foundational premise: family dynamics are not primarily psychological constructs. They are neural architecture problems. The patterns that persist across decades, across relationships, across professional contexts — despite awareness, intention, and repeated attempts at change — persist because they are encoded in neural circuits that preempt conscious choice. Changing them requires working at the level of neural architecture itself, not at the level of understanding or behavioral intention.
This is Pillar 3 content — Relationship Intelligence — and the work in this hub addresses family systems and inherited relational patterns at the level of neural architecture, not behavioral surface.
If you recognize the architecture described here — the relational programs that run despite your awareness of them, the childhood roles that surface under adult pressure, the family-of-origin patterns that your intelligence can identify but your nervous system continues to execute — the problem is not insight-resistant. It is not characterological. It is a neural architecture problem, and neural architecture can be specifically restructured through targeted intervention at the circuit level.
Schedule a strategy call with Dr. Ceruto to examine how the family-of-origin templates mapped in this hub are operating in your specific relational and professional context, and what Real-Time Neuroplasticity™ would look like applied to your particular neural architecture.
Founder & CEO of MindLAB Neuroscience, Dr. Sydney Ceruto is the pioneer of Real-Time Neuroplasticity™ — a proprietary methodology that permanently rewires the neural pathways driving behavior, decisions, and emotional responses. Dr. Ceruto holds a PhD in Behavioral & Cognitive Neuroscience (NYU) and two Master's degrees — Clinical Psychology and Business Psychology (Yale University). Lecturer, Wharton Executive Development Program — University of Pennsylvania.
Feldman, R. (2017). The neurobiology of human attachments. Trends in Cognitive Sciences, 21(2), 80–99. https://doi.org/10.1016/j.tics.2016.11.007
Nader, K., Schafe, G. E., & LeDoux, J. E. (2000). Fear memories require protein synthesis in the amygdala for reconsolidation after retrieval. Nature, 406(6797), 722–726. https://doi.org/10.1038/35021052
Sroufe, L. A., Egeland, B., Carlson, E. A., & Collins, W. A. (2005). The development of the person: The Minnesota study of risk and adaptation from birth to adulthood. Guilford Press. ISBN: 978-1-59385-071-8
This article explains the neuroscience underlying family-of-origin neural templates and their role in adult relational behavior. For personalized neurological assessment and intervention, contact MindLAB Neuroscience directly.
Family-of-origin patterns are not stored as conscious beliefs — they are encoded as neural templates in the amygdala and basal ganglia during periods of peak synaptic plasticity in childhood. These templates execute automatically in response to pattern-matched cues, firing in the milliseconds between trigger and awareness — before the prefrontal cortex can evaluate or redirect. Knowing that you are repeating a family pattern does not stop the repetition, because the pattern is not executing at the level of conscious knowledge. In my practice, Real-Time Neuroplasticity™ targets these circuits during the live moments of template activation, when the reconsolidation window makes the synaptic architecture accessible to modification rather than mere intellectual observation.
The family does not need to change for the neural template to change. The family-of-origin template is stored in the individual's neural architecture — not in the family system. The family can be deceased, distant, or entirely unwilling to examine their patterns, and none of that is relevant to whether the circuitry can be restructured. What is required is access to the moments when the template is actively running in the person's current relational life — the specific instances when stress strips prefrontal override and the childhood program surfaces in an adult context. Those moments create the reconsolidation window through which the original synaptic encoding can be updated.
Families that function well externally — organized, achievement-oriented, emotionally managed — often operate on implicit rules that the child encodes without ever having a framework to question: worth is conditional on performance, emotional needs are private liabilities, conflict must be managed rather than engaged. These templates persist precisely because of their functional adequacy — the child who learned to suppress vulnerability and perform competence grew into an effective adult, so the template was never confronted with sufficient evidence of its costs. In my experience, the architecture becomes visible only when adult intimacy or leadership demands genuine emotional presence that the template structurally cannot generate. This content is for educational performance optimization and does not constitute medical advice.
Family relationships activate the brain’s social evaluation circuitry through a fundamentally different mechanism than professional contexts. Aron’s self-expansion model and subsequent neuroimaging research demonstrated that close family relationships involve literal neural self-other overlap in the medial prefrontal cortex — family members are represented partly within the self-concept network, which means their behavior is processed as personally relevant and emotionally amplified in ways professional relationships are not. The communication strategies, boundary-setting, and influence skills that are effective in professional contexts rely on psychological distance that the medial prefrontal cortex dissolves in intimate family contexts. Simultaneously, early family attachment patterns encoded during critical developmental windows create automatic neural responses that activate specifically with family members — responses that do not transfer from professional contexts regardless of competency level.
Ainsworth and Bowlby’s attachment research, later extended by neuroimaging, demonstrated that early caregiver relationships establish synaptic patterns in the orbital prefrontal cortex, anterior cingulate, and amygdala that serve as the brain’s template for all subsequent close relationships. Schore’s affective neuroscience of attachment established that these early experiences literally shape the structural development of the right hemisphere’s limbic circuitry — the neural substrate of emotional attunement, implicit relational knowledge, and regulatory capacity. The critical finding is that these circuits operate implicitly and automatically: they activate in family contexts before conscious awareness, producing emotional and behavioral responses that bypass deliberate executive function. Adults do not choose to re-enact family patterns. Their neural architecture implements them automatically until the circuits themselves are restructured.
Porges’ polyvagal theory provides the neural mechanism: the ventral vagal circuit that governs social engagement — facial expression, prosodic speech, genuine attunement — requires a specific physiological state to operate. In a nervous system chronically operating in sympathetic activation (the sustained arousal state of high-performance professional demand), the ventral vagal system is dampened. The parent is physically present but neurologically unable to generate the synchronized, bidirectional social engagement that attachment requires. Their child’s nervous system, calibrated to detect authentic social engagement, reads the muted signals accurately. Siegel’s interpersonal neurobiology research demonstrated that the disconnect children experience is not imagined or oversensitive — it reflects the actual neural state of a parent whose autonomic nervous system is not in the social engagement mode that co-regulation requires.
The research on attachment plasticity supports meaningful restructuring throughout adulthood. Hesse and Main’s Adult Attachment Interview research identified the “earned secure” attachment classification — adults who began with disrupted attachment histories and achieved secure functioning through deliberate relational and neural work. The neural mechanism is reconsolidation: Nader and colleagues established that memories, including the implicit relational memories that drive attachment behavior, become malleable during retrieval and can be modified before reconsolidation. Targeting the specific neural circuits that generate the relational pattern — rather than building cognitive insight about it — is the distinction between lasting restructuring and temporary behavioral modification. The orbitofrontal-limbic circuits that encode implicit family relationship patterns are plastic, but plasticity requires reaching the circuit during its live activation.
The most structurally impactful patterns share three characteristics: they activate automatically across different family members and contexts (indicating a neural circuit rather than a specific relationship problem), they persist despite genuine conscious intention to change (indicating prefrontal override has failed), and they are recognizable as historically familiar — variants of patterns present in the family of origin. The final marker is specificity: you can articulate what you want to do differently, and you cannot sustain it. That gap between intention and execution is the location of the neural circuit that requires restructuring. Mapping that circuit within the context of your specific family dynamics, and determining the intervention approach that reaches it, is what a strategy call with Dr. Ceruto is designed to provide.
A strategy call is one hour of precision, not persuasion. Dr. Ceruto will map the neural patterns driving your most persistent challenges and show you exactly what rewiring looks like.
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Neuro-Advisor & Author
Dr. Sydney Ceruto holds a PhD in Behavioral & Cognitive Neuroscience from NYU and master's degrees in Clinical Psychology and Business Psychology from Yale University. A lecturer in the Wharton Executive Development Program at the University of Pennsylvania, she has served as an executive contributor to Forbes Coaching Council since 2019 and is an inductee in Marquis Who's Who in America.
As Founder of MindLAB Neuroscience (est. 2000), Dr. Ceruto works with a small number of high-capacity individuals, embedding into their lives in real time to rewire the neural patterns that drive behavior, decisions, and emotional responses. Her forthcoming book, The Dopamine Code, will be published by Simon & Schuster in June 2026.
Learn more about Dr. CerutoNeuroscience-backed analysis on how your brain drives what you feel, what you choose, and what you can’t seem to change — direct from Dr. Ceruto.
