Tag: mental-health

TED Series, Part III: “Omega-3 Fatty Acids and Emotional Stabilisation”

NeuroAffective-CBT by Daniel Mirea

Abstract

Omega-3 fatty acids, particularly eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA), have attracted growing attention as biologically plausible adjuncts in the treatment of mood and affective disorders. Beyond their cardiovascular benefits, omega-3s play a central role in neuronal membrane structure, inflammatory modulation, neurotransmission, and neuroplasticity—processes directly relevant to emotional regulation, cognitive flexibility, and psychotherapeutic change.

Within the NeuroAffective-CBT® framework, the TED (Tired–Exercise–Diet) model conceptualises lifestyle-related biological states as foundational regulators of the Body–Brain–Affect triangle. This third instalment of the TED series presents a narrative, theory-integrative review of omega-3 fatty acids as a psychometabolic factor influencing mood stability, cognitive performance, and affective resilience. Drawing on evidence from nutritional psychiatry, neuroscience, and clinical trials, the article examines differential roles of EPA and DHA in inflammation regulation, monoaminergic signalling, membrane fluidity, and stress responsivity.

Rather than proposing omega-3 supplementation as a stand-alone intervention, the article situates dietary fats within an ethically integrated, lifestyle-informed adjunct to psychotherapy. Practical TED-aligned strategies are discussed, including dosage considerations, omega-6 to omega-3 balance, habit integration, and synergy with sleep and exercise. It is argued that improving neuronal membrane health and reducing inflammatory load may stabilise the neurobiological conditions necessary for emotional learning, therapeutic engagement, and sustained neuroplastic change.

The paper concludes by outlining clinical implications for assessment and treatment planning within NeuroAffective-CBT®, and highlights directions for future research examining how omega-3–driven metabolic support may enhance psychotherapeutic outcomes.

Keywords: NeuroAffective-CBT, TED model, omega-3, fatty acids, EPA, DHA, emotional regulation, depression, neuroplasticity, psychometabolic health, lifestyle psychiatry, psychotherapy augmentation

New Research Findings and NeuroAffective-CBT® Implications

In this third instalment of the TED (Tired–Exercise–Diet) Series, we explore how omega-3 fatty acids, particularly EPA and DHA, influence mood, cognition, and emotional regulation. Drawing from neuroscience, nutritional psychiatry, and the NeuroAffective-CBT® framework, this article examines the growing evidence that dietary fats do more than protect the heart, they also nourish the mind. Blending practical TED applications with current clinical research, it offers clinicians and readers accessible strategies for integrating omega-3s into a new lifestyle-based approach to mental health.

Introducing TED in the NeuroAffective-CBT® Framework

The TED (Tired–Exercise–Diet) model brings neuroscience, nutritional psychiatry, psychophysiology, and behavioural science into an integrated framework for emotional regulation and mental health. Within the broader NeuroAffective-CBT® (NA-CBT) programme, TED is introduced early to support self-regulation and biological stability, the “Body–Brain–Affect” triangle that underpins shame-based and affective disorders (Mirea, 2023; Mirea, 2025).

Earlier parts of this series explored the roles of creatine and insulin regulation in mood and cognition. This third instalment turns to omega-3 fatty acids, essential nutrients that play a central role in brain health, mood regulation, and anti-inflammatory balance.

Why Omega-3s Matter: The Brain’s Structural Fat

When people hear the word “fat,” they often think of storage fat the kind that accumulates around the waist or organs. But the brain depends on an entirely different type: structural fat, which makes up the cell membranes of neurons. These membranes control how signals and chemicals move between brain cells, and their flexibility directly affects how efficiently neurons communicate (Huberman, 2023).

Omega-3 fatty acids, primarily EPA (eicosapentaenoic acid) and DHA (docosahexaenoic acid) are the building blocks of these membranes. DHA maintains the structure of neurons, while EPA modulates inflammation and neurotransmission, influencing serotonin and dopamine signalling (Freeman et al., 2006; Mocking et al., 2020).

From a TED perspective, this is where Diet meets Affect: better membrane health and lower inflammation translate into improved emotional regulation, resilience to stress, and more stable mood patterns.

What Are EPA and DHA? (In Simple Terms)

When we talk about omega-3 fatty acids, we’re mostly referring to two main types that the body uses for brain and heart health:

  • EPA (Eicosapentaenoic Acid): Think of EPA as the firefighter in your system. It helps reduce inflammation, calm overactive stress responses, and balance the brain’s chemical messengers that affect mood. Studies show that getting enough EPA can help lift low mood and reduce symptoms of depression.
  • DHA (Docosahexaenoic Acid): DHA is more like the architect of your brain. It builds and maintains the structure of your brain cells, especially in areas responsible for memory, focus, and emotional stability. It’s crucial for brain development, but also for keeping adult brains flexible and resilient under stress.

Both EPA and DHA work together , EPA helps your brain feel better, and DHA helps it work better. You can get them from oily fish like salmon, sardines, and mackerel, or from algal oil if you follow a plant-based diet.

TED summary:
EPA supports the Diet part of TED by reducing emotional inflammation, those biochemical “storms” that make you feel tense or flat. DHA supports the Tired part, helping your brain stay sharp and recover faster when you’re mentally drained. Together, they strengthen the brain–body connection that TED and NeuroAffective-CBT® aim to restore. It is important to note that these supplements do not cure mental health conditions but can operate as adjuncts to therapy and medication, supporting recovery and prevention.

Evidence from Research: Depression, Focus, and Emotional Health

EPA and Depression – What Research Shows

A growing number of studies show that omega-3 supplements rich in EPA (about 1 gram per day) can noticeably reduce symptoms of depression. In some cases, the improvements are similar to those seen with common antidepressant medications in people with mild to moderate depression (Peet & Horrobin, 2002; Martins, 2009; Mocking et al., 2020).

One major study compared 1 gram of EPA to fluoxetine (Prozac), a widely used SSRI antidepressant and found that both worked equally well in improving mood. The group that combined EPA and fluoxetine together did even better, suggesting that omega-3s may enhance the effects of antidepressant treatment (Nemets et al., 2006).

Scientists believe EPA helps mood in several ways. It reduces inflammation in the body and brain (which can interfere with mood-regulating chemicals like serotonin) and keeps brain cell membranes flexible, allowing signals to travel more efficiently between neurons (Su et al., 2018).

TED perspective:
In TED terms, EPA acts like a “mood stabiliser” for the body–brain system, calming internal inflammation, improving brain energy flow, and helping emotions move more smoothly through the day.

DHA and Cognition – The Brain’s Structural Support

While EPA helps regulate mood and inflammation, DHA focuses more on the structure and performance of brain cells. It’s especially concentrated in brain areas responsible for memory, focus, and emotional balance, such as the prefrontal cortex and hippocampus.

Research shows that people who get enough DHA perform better on memory and attention tasks, particularly older adults or those who normally eat little fish or other omega-3 sources (Yurko-Mauro et al., 2010). DHA helps brain cells maintain flexible outer membranes, allowing them to communicate efficiently and adapt to new information, a process linked to learning and resilience.

When DHA levels are low, brain signalling can become sluggish, affecting concentration, motivation, and even emotional stability. Regular intake through food (like oily fish) or supplements can help restore this “neural flexibility.”

TED summary:
In TED language, DHA supports the Tired and Diet domains, it helps the brain stay sharp, focused, and emotionally steady, especially under mental fatigue or stress. Think of it as giving your neurons the healthy fat insulation they need to keep your thoughts and emotions running smoothly.

⚖️ Dosage, Ratios, and Practical Guidance

Most research suggests that taking between 1,000 and 2,000 mg per day of omega-3 fatty acids, especially formulations higher in EPA, can noticeably improve mood, focus, and general wellbeing (Martins, 2009; Mocking et al., 2020). For depression and emotional balance, experts often recommend that EPA make up at least 60% of the total omega-3 blend.

You can get these healthy fats from both food and supplements:

  • Natural sources: oily fish such as salmon, sardines, mackerel, and anchovies.
  • Plant-based options: chia seeds, flaxseed, walnuts, and algal oil (a vegan source rich in DHA).
  • Supplements: choose products that are molecularly distilled or third-party tested for purity and heavy-metal safety.

Because omega-3s are fat-soluble, they are best absorbed when taken with meals that include some healthy fat, such as avocado, eggs, or olive oil.

TED summary:
Omega-3s are like the high-quality oil in your brain’s engine, helping neurons glide, communicate, and self-repair. For best results, pair consistent intake with the other TED elements: regular sleep (Tired), sports (Exercise), and nutrient-dense meals (Diet).

TED Practical Layer: Combining Nutrition with Behaviour

The TED approach is about how we live, not just what we take. Omega-3s work best when integrated into daily habits that support absorption, brain function, and emotional balance.

Here are a few practical ways to make that happen:

  1. Take omega-3s with meals that contain healthy fats.
    These fats, like those from eggs, olive oil, or avocado, help your body absorb EPA and DHA more efficiently.
  2. Pair with regular movement.
    Exercise increases enzymes that help omega-3s get into brain cells (Dyall, 2014). Even short daily walks or light strength training enhance this process.
  3. Balance omega-6 intake.
    Many modern diets contain too much omega-6 (from seed oils and processed foods), which can block omega-3 benefits. Aim for a lower omega-6 to omega-3 ratio (around 3:1) to reduce inflammation and support mood regulation (Simopoulos, 2016).
  4. Track mood and focus.
    Keep a brief weekly log of your energy, sleep, and emotional stability. Over a month or two, most people notice more mental clarity and steadier mood.

TED Translation:
Small, consistent actions matter. Taking omega-3s in the morning, walking regularly, and eating real, unprocessed foods all work together to open up the body–brain–affect loop, the very system TED aims to strengthen.

TED and NeuroAffective-CBT® Integration

In the NeuroAffective-CBT® (NA-CBT) framework, the TED model (Tired, Exercise, Diet) bridges the gap between the mind and body. Omega-3 supplementation fits naturally within the Diet domain, but its effects ripple across all three.

Low omega-3 levels have been linked to mood dysregulation, impulsivity, and emotional reactivity — all central features of the body–brain–affect triangle that NA-CBT helps regulate (Mirea, 2025). Supporting neuronal health through dietary means therefore complements core CBT processes such as emotional awareness, behavioural activation, and self-compassion.

For clinicians, this integration can be structured through a few evidence-informed steps:

  1. Screen for dietary insufficiency or inflammation markers (e.g., high omega-6 intake, poor diet quality).
  2. Psychoeducate clients on the body–mind connection — explain how stabilising the body’s biochemistry supports cognitive flexibility.
  3. Encourage gradual habit stacking, introducing omega-3s alongside TED routines (sleep hygiene, consistent exercise).
  4. Monitor outcomes, tracking not just mood changes, but energy, focus, and emotional resilience.

TED translation:
Think of omega-3s as emotional lubricants, subtle but powerful agents that help the brain’s communication systems run smoothly, making it easier for CBT tools to “click.” Combined with good sleep and movement, they form part of a whole-person therapy that builds physiological and psychological balance from the inside out.

Summary & Outlook

The evidence around omega-3 fatty acids, particularly EPA and DHA, continues to grow, positioning them as safe, low-cost, and biologically plausible adjuncts for improving mood, cognition, and emotional regulation. In depression, EPA-dominant formulations (~1 g/day) have demonstrated antidepressant effects comparable to SSRIs in mild-to-moderate cases (Nemets et al., 2006; Mocking et al., 2020). DHA, on the other hand, plays a structural and neuroprotective role, supporting long-term cognitive resilience.

From the TED viewpoint, omega-3s bridge physiology and psychology. They not only support neuronal efficiency but also improve the emotional flexibility required for therapeutic change, embodying TED’s principle that lifestyle science and psychotherapy are most effective when integrated.

Within the TED (Tired–Exercise–Diet) framework, omega-3s exemplify how dietary micro-interventions can amplify psychotherapeutic outcomes. Combined with good sleep, consistent exercise, and emotional processing, the three TED pillars, they help restore the physiological stability necessary for deeper psychological change.

For clinicians, the takeaway is practical:

  • Screen for dietary quality and omega-3 intake early in assessment.
  • Encourage balanced omega-3 to omega-6 ratios.
  • Integrate nutritional strategies alongside CBT interventions.
  • Track progress using both subjective (mood, focus) and objective (diet logs) measures.

Final thought from TED:
Omega-3s don’t just feed the body, they fuel the brain. When woven into the TED lifestyle and NeuroAffective-CBT® framework, they help restore energy, sharpen thinking, and smooth the emotional landscape, supporting the long-term goal of mind–body regulation.

⚠️ Disclaimer

These articles do not replace medical or psychological assessment. Regular health checks, including blood lipid and inflammatory markers, are recommended. Always consult your GP or prescribing clinician before starting supplementation, particularly if taking psychiatric medication or anticoagulants.

References

Allen, P.J., D’Anci, K.E. & Kanarek, R.B. (2024) ‘Creatine supplementation in depression: bioenergetic mechanisms and clinical prospects’, Neuroscience & Biobehavioral Reviews, 158, 105308.
Dyall, S.C. (2014) ‘Long-chain omega-3 fatty acids and the brain: A review of the independent and shared effects of EPA, DHA and ALA’, Frontiers in Aging Neuroscience, 6, 52.
Freeman, M.P. et al. (2006) ‘Omega-3 fatty acids: Evidence basis for treatment and future research in psychiatry’, Journal of Clinical Psychiatry, 67(12), pp. 1954–1967.
Huberman, A. (2023) Food and Supplements for Mental Health. The Huberman Lab Podcast, Stanford University.
Martins, J.G. (2009) ‘EPA but not DHA appears to be responsible for the efficacy of omega-3 supplementation in depression’, Journal of Affective Disorders, 116(1–2), pp. 137–143.
Mirea, D. (2023) Tired, Exercise and Diet Your Way Out of Trouble (TED Model). NeuroAffective-CBT®. ResearchGate.
Mirea, D. (2025) TED Series, Part III: Omega-3 and Mental Health. NeuroAffective-CBT®. Available at: https://neuroaffectivecbt.com/2025/10/18/ted-series-part-iii-omega-3-and-mental-health/ [Accessed 18 October 2025].
Mocking, R.J.T. et al. (2020) ‘Meta-analysis and meta-regression of omega-3 polyunsaturated fatty acid supplementation for major depressive disorder’, Translational Psychiatry, 10, 190.
Nemets, B., Stahl, Z. & Belmaker, R.H. (2006) ‘Addition of omega-3 fatty acid to maintenance medication treatment for recurrent unipolar depressive disorder’, American Journal of Psychiatry, 163(6), pp. 1098–1100.
Simopoulos, A.P. (2016) ‘An increase in the omega-6/omega-3 fatty acid ratio increases the risk for obesity and metabolic syndrome’, Nutrients, 8(3), 128.
Su, K.P. et al. (2018) ‘Omega-3 fatty acids in major depressive disorder: A preliminary double-blind, placebo-controlled trial’, European Neuropsychopharmacology, 28(4), pp. 502–510.
Yurko-Mauro, K. et al. (2010) ‘Beneficial effects of docosahexaenoic acid on cognition in age-related cognitive decline’, Alzheimer’s & Dementia, 6(6), pp. 456–464.

TED Series, Part I: “Could Creatine Play an Important Role to Mental Health?”

NeuroAffective-CBT by Daniel Mirea

Abstract

Creatine, long associated with skeletal muscle performance, has attracted growing interest within neuroscience and psychiatry due to its role in cerebral energy metabolism, mitochondrial function, and stress resilience. Evidence from animal models, neuroimaging studies, and early-stage human trials suggests that creatine supplementation may enhance brain bioenergetics, buffer cognitive and emotional functioning under metabolic stress, and augment established treatments for depression when used adjunctively. Preliminary randomised controlled data indicate greater reductions in depressive symptoms when creatine supplementation is combined with cognitive-behavioural therapy compared to psychotherapy alone.

Although findings remain heterogeneous and exploratory, they support a neuroaffective perspective in which cellular energy availability may enable, or constrain, emotional regulation, learning, and psychotherapeutic change. This first instalment of the TED (Tired–Exercise–Diet) series examines creatine as a foundational metabolic substrate within a broader lifestyle neuroscience framework relevant to affect regulation, fatigue, and motivation. The article reviews what creatine is, why it may matter for the emotional brain, and what the current evidence does, and does not, support, while underscoring the need for larger, well-controlled clinical trials prior to routine clinical implementation.

More broadly, this article aims to bridge psychotherapy and lifestyle neuroscience in a grounded, theory-integrative manner, offering relevance to mental health clinicians, researchers, and advanced readers interested in biologically informed approaches to emotional regulation.

Keywords

NeuroAffective-CBT®, TED model, creatine supplementation, lifestyle interventions, affect regulation, shame-based disorders, depression, psychotherapy augmentation, brain energy metabolism, mitochondrial function, fatigue, affect dysregulation

The TED Series: Rationale, Order, and Structure

This article opens the TED (Tired–Exercise–Diet) series, an eight-part examination of how lifestyle-related variables shape emotional regulation, cognitive performance, and mental health. The series addresses not only supplements, but also behavioural and physiological regulators that operate largely outside conscious awareness while exerting significant influence over mood, motivation, self-control, and learning capacity.

TED is organised around three interdependent pillars:

  • T – Tired: sleep, fatigue, circadian rhythm, and recovery
  • E – Exercise: movement, strength, metabolic resilience, and stress adaptation
  • D – Diet: nutrition, hydration, and gut–brain biochemical signalling

Although conceptually simple, each pillar encompasses multiple interacting neurobiological mechanisms. For this reason, the series both begins and ends with “Diet”. Nutrition supplies the molecular substrates required for neural energy production, neurotransmission, immune balance, and plasticity. Sleep restores and exercise activates; diet sustains the biochemical conditions upon which both depend.

Rather than opening with dietary patterns or prescriptive guidance, Part I focuses on a single, well-characterised nutritional compound central to cellular energy availability. This establishes a physiological foundation upon which subsequent instalments progressively address broader metabolic, neurochemical, behavioural, and restorative processes.

The sequence of the TED series is as follows:

Introducing TED within the NeuroAffective-CBT® Framework

Within NeuroAffective-CBT® (NA-CBT®), TED functions as a biologically grounded scaffold of self-regulation that supports emotional learning, affect tolerance, and therapeutic engagement. Rather than serving as an adjunctive wellness strategy, TED is embedded as a core regulatory module designed to stabilise the physiological conditions upon which affective and cognitive interventions depend.

A central clinical observation underpinning the TED model is that shame-based and affect-dysregulated presentations, characterised by self-loathing, entrenched self-criticism, fatigue, and motivational collapse, frequently co-occur with sleep disruption, metabolic strain, low physical activity, and dysregulated eating. These states are associated with reduced neural flexibility, impaired stress tolerance, and diminished capacity for emotional integration. When such physiological constraints remain unaddressed, engagement with psychotherapy may be limited regardless of insight or motivation.

TED targets three interdependent domains that operate largely outside conscious awareness yet exert powerful influence over mood, motivation, self-control, and learning capacity. Its aim is not optimisation or performance enhancement, but regulation: establishing sufficient physiological stability to widen the window for emotional regulation and psychotherapeutic change.

In NA-CBT®, TED is introduced early in treatment, following assessment and case conceptualisation. Addressing sleep, movement, and nutritional regulation at this stage helps establish the metabolic and neurophysiological conditions necessary for deeper affective and cognitive work. Lifestyle variables are therefore treated as modifiable neuro-behavioural levers capable of influencing dopamine signalling, serotonin synthesis, immune activity, circadian rhythm, and vagus-mediated gut–brain communication.

Daniel Mirea (2023 and 2025) articulated the TED model as “Tired, Exercise, and Diet Your Way Out of Trouble,” positioning it as a bridge between neuroscience, nutritional psychiatry, psychophysiology, and behavioural science. Within this framework, psychological change is constrained, but not determined, by metabolic capacity. TED thus supports, rather than replaces, affect-focused psychotherapy.

In this context, it is important to distinguish the TED framework from performance-first lifestyle or “biohacking” models that prioritise optimisation, productivity, or symptom elimination. Whereas performance-oriented approaches often aim to push cognitive, emotional, or physical output beyond baseline, TED is explicitly regulatory rather than augmentative. Its goal is not to enhance performance, resilience, or motivation per se (although these could be byproducts) but to stabilise the physiological conditions required for emotional tolerance, learning, and self-regulation. Within TED, sleep, movement, and nutrition are not leveraged to maximise efficiency or willpower, but to reduce background physiological noise that constrains affective processing and psychotherapeutic change. In this sense, TED operates as a constraint-reducing framework rather than a performance-enhancing one, supporting psychological work without reframing distress as a failure of optimisation or effort.

What Does the Evidence Suggest.. and What Doesn’t

Creatine has traditionally been viewed as a sports supplement valued for muscular performance. More recently, neuroscience research has examined creatine as a neurometabolic compound relevant under conditions of cerebral stress. Although the liver and brain synthesise small endogenous amounts, supplementation appears most relevant during periods of elevated cognitive demand, sleep deprivation, depression, or neurodegenerative vulnerability, states characterised by energetic strain, inflammation, and oxidative stress.

Animal models, neuroimaging studies, and early-stage human trials suggest that creatine supplementation may enhance brain bioenergetics, buffer cognitive performance under metabolic stress, and support emotional functioning. However, the evidence base remains emergent and heterogeneous, with effects varying by population, dose, and context. Current findings therefore support cautious optimism rather than clinical certainty.

From a NeuroAffective-CBT® perspective, these findings raise the possibility that cellular energy availability may function as a permissive factor for emotional regulation and psychotherapeutic learning, rather than as a direct treatment mechanism.

The Rationale: Bioenergetics, Oxidative Stress, and Brain Demand

Creatine functions as a rapid energy-buffering system, maintaining cellular ATP availability during periods of high demand via the phosphocreatine system. Although commonly associated with muscle tissue, the brain consumes approximately 20% of the body’s resting energy expenditure.

In depression, anxiety, and chronic stress, mitochondrial inefficiency and elevated oxidative stress are frequently observed. These processes are associated with impaired neural signalling, reduced synaptic efficiency, and diminished capacity for affect regulation. By supporting mitochondrial efficiency and stabilising cellular energy availability, creatine supplementation may mitigate some of these constraints.

Animal models demonstrate reduced stress markers and depression-like behaviours following creatine administration, while early human findings remain cautiously promising. Together, these mechanisms suggest a plausible link between bioenergetic support and emotional regulation, although causal pathways remain under investigation.

TED summary: Creatine may help stabilise cerebral energy supply under stress, reducing metabolic interference with emotional regulation and learning.

Human Evidence: Mood, Cognition, and Stress Conditions

Mood and Depression

Controlled trials indicate that creatine may accelerate and potentiate antidepressant effects when used adjunctively. Studies combining creatine with selective serotonin reuptake inhibitors, as well as a recent randomised pilot trial combining creatine with cognitive-behavioural therapy, report greater reductions in depressive symptoms compared to treatment alone, without increased adverse events.

Neuroimaging studies demonstrate increased cerebral phosphocreatine following supplementation, potentially addressing reduced brain-energy states observed in mood disorders. Reviews consistently conclude that creatine shows greatest promise as an adjunct rather than a stand-alone intervention.

TED perspective: By supporting metabolic stability, creatine may enhance engagement with psychotherapy and emotional learning.

Cognition, Memory, and Sleep Deprivation

Systematic reviews suggest that creatine can improve memory, processing speed, and cognitive endurance under conditions of metabolic stress, including sleep deprivation and sustained mental effort. Benefits are most consistently observed in older adults or individuals with compromised energy regulation, while effects in young, well-rested populations are minimal.

Experimental sleep-deprivation models indicate that acute high-dose creatine can reverse cognitive deficits and, in some paradigms, restore performance to near baseline levels. These findings point to relatively rapid effects on cerebral energy metabolism rather than slow structural adaptation.

TED perspective: Creatine may support cognitively and emotionally tired brains under pressure, bridging the Tired and Diet domains.

Key Questions and Practical Considerations

Dose and Brain Uptake

While low-dose creatine (3–5 g/day) effectively supports muscular performance, evidence suggests higher doses may be required to meaningfully elevate brain creatine levels once muscular stores are saturated. Brain uptake appears slower and more variable, which may explain why cognitive and mood effects often emerge gradually. These observations are mechanistic rather than prescriptive.

Electrolytes and Hydration

Creatine transport relies on sodium- and chloride-dependent transporters. Adequate hydration and electrolyte intake may facilitate cellular uptake, although brain-specific effects remain under investigation.

Safety

Extensive evidence supports the safety of creatine monohydrate at standard doses. Rare reports of manic switching underscore the need for monitoring in vulnerable populations, particularly individuals with bipolar spectrum conditions.

Implications for TED and NeuroAffective-CBT®

Creatine should be understood as a supportive metabolic adjunct rather than a substitute for psychotherapy or pharmacotherapy. Its potential value lies in stabilising bioenergetic foundations that may enhance emotional learning, affect regulation, and therapeutic engagement.

From a NeuroAffective-CBT® perspective, insufficient bioenergetic capacity may constrain the brain’s ability to tolerate affect, regulate emotion, and engage in self-reflection. Addressing such constraints may widen the therapeutic window within which affect-focused and cognitive interventions can operate. When integrated within the TED framework—alongside sleep optimisation, structured movement, and nutrient-dense nutrition—creatine may contribute to synergistic effects that support psychological change.

Summary and Outlook

Taken together, current evidence suggests that creatine could play a limited but meaningful role in mental health, not as a stand-alone intervention, but as a metabolic support that may enhance emotional regulation and psychotherapeutic change under conditions of fatigue and stress. Within the TED model, this reflects a broader principle: psychological change is constrained by metabolic capacity. When bioenergetic resources are insufficient, the brain’s ability to tolerate affect, sustain motivation, and engage in emotional learning may be reduced.

By examining creatine in the first instalment of the TED series, this article establishes a physiological foundation for understanding how lifestyle-related variables shape mental health outcomes. Creatine emerges as a scientifically plausible example of how targeted metabolic support may stabilise cerebral energy availability, thereby widening the window within which affect-focused and cognitive interventions can operate. Its value lies in facilitation rather than substitution.

Subsequent instalments examine insulin sensitivity, fatty acid composition, micronutrient sufficiency, sleep architecture, and movement, progressively outlining how lifestyle regulation can support emotional regulation, cognitive flexibility, and neuroplastic change. The final instalment returns to Diet as a whole, reframing nutrition not merely as fuel but as information—a continuous stream of biochemical signals shaping emotional states, cognition, and behaviour. Within this framework, creatine is best understood not as a cure, but as a metabolic ally supporting tired brains so psychotherapy can work more effectively.

⚠️ Disclaimer

This article is not intended to replace professional medical or psychological assessment or treatment. Lifestyle or supplement changes should always be discussed with qualified health professionals, including a GP, psychiatrist, registered nutritionist, particularly when managing mental health or metabolic conditions.

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Shame: The Central Mechanism in Chronic Low Self-Esteem, a NeuroAffective-CBT® perspective

NeuroAffective-CBT by Daniel Mirea

How Early Life Experiences Shape Our Sense of Self

From the moment we are born, our earliest interactions with caregivers begin shaping the lens through which we view ourselves and the world. While overt mistreatment, such as physical punishment, neglect, or abuse, is widely recognised, subtler forms of emotional harm can leave equally lasting psychological imprints. Persistent criticism, emotional invalidation, or unspoken parental expectations may quietly distort a child’s emerging sense of self.

Donald Meichenbaum’s early work on narrative-constructivism (Meichenbaum Free Publications, 2024) offers a powerful framework for understanding how early experiences form the foundation of identity. According to his model, children unconsciously develop internal narratives, or life scripts, based on the emotional messages they receive from caregivers. Behaviourist Daniel Mirea (2018) refers to these internalisations as “narrow lenses” through which we learn to interpret ourselves and our world. These scripts often hinge on perceived conditions for acceptance: “Be perfect,” “Don’t disappoint,” or “Always succeed”. They become internal blueprints for behaviour and identity.

When individuals deviate from these internalised rules, whether intentionally or not, it can evoke intense psychological distress. For instance, someone who grew up believing they must always please others may feel overwhelming shame and guilt when attempting to assert a boundary. Others might experience anxiety or self-sabotage when success feels incompatible with early messages that achievement would lead to rejection or disapproval. In these moments, the distress often doesn’t arise from the external situation itself, but from the unconscious violation of internal survival strategies. Breaking the script can feel like a betrayal of self, evoking shame, guilt, confusion, or resurfaced emotional pain. Therapeutic work that brings these early narratives to light, and helps individuals examine and reframe them, is often essential for healing and for the development of a more authentic, self-compassionate identity.

Just as overt mistreatment leaves scars, subtle emotional neglect and persistent invalidation can be just as damaging. Environments that emphasise a child’s flaws while ignoring their strengths, repeating phrases like “You could’ve done better”, or comparing them to siblings or peers, can lead to internalised shame. Over time, such experiences may cultivate what is often referred to as core shame: a deep, embodied sense of being defective, unworthy, or inherently unacceptable (Mirea, 2018). This shame can become embedded within the self-concept, reinforced by experiences of ridicule, teasing, or belittlement.

As children grow, the role of peer relationships becomes increasingly central to their self-esteem. During late childhood and adolescence, physical appearance, popularity, and social belonging rise in importance. Children who feel different, due to body image, skin conditions, or social exclusion, are especially vulnerable to shame-based beliefs such as “I’m ugly”, “I’m weird” or “No one likes me”. These beliefs are often intensified by social media, which promotes narrow, unrealistic standards of attractiveness and worth.

Social identity also plays a critical role. How society views and treats the communities we belong to, our culture, class, or ethnicity, shapes how we come to view ourselves. If one’s cultural group is marginalised or discriminated against, societal messages of inferiority or invisibility can deeply seep into the personal identity, compounding feelings of shame or self-doubt.

Importantly, not all harm stems from overt abuse or criticism. Sometimes it’s the absence of nurturing experiences, affection, praise, encouragement, or emotional presence that causes the most damage. Children with caregivers who are physically present but emotionally disengaged may grow up feeling unloved or unseen. Even when their material needs are met, the emotional void can lead to a persistent sense of being fundamentally flawed. Later in life, comparisons with peers who received emotional warmth can deepen this sense of inadequacy.

Such was the case with James. Throughout his childhood, he endured chronic emotional abuse, marked by relentless criticism, verbal attacks, and public humiliation, most often at the hands of his father during family gatherings or in front of peers. Over time, James internalised the belief that he could never measure up, that he would always fall short of his father’s expectations. To cope, he began to rely heavily on external validation and constant reassurance, grasping for fleeting moments of feeling “good enough”.

This emotional backdrop seeded a chronic sense of internalised shame, a deep “felt-sense” that he was fundamentally flawed. To emotionally survive this environment, James developed a set of coping strategies, what we might call life strategies, to navigate social situations and relationships where he felt undeserving or defective. These strategies helped him appear functional and even successful on the outside, but internally, they were rooted in fear, shame, and emotional self-protection.

Even minor interpersonal situations could trigger his shame. For example, if a university acquaintance asked him for a loan, even someone he barely knew or trusted, James felt unable to say “no,” even when his financial situation was precarious. Embarrassed and afraid of being disliked, he would give away money he couldn’t afford to lose. Despite sensing the relationship was one-sided or exploitative, he was unable to assert his needs.

After such encounters, James would spiral into self-criticism. He would replay the event, berating himself for not setting a boundary. In the days that followed, he felt guilt, sadness, and depression, compounded by the recognition that the money would likely never be returned. These episodes only reinforced his internal narrative of unworthiness and deepened his shame.

James’s patterns of behaviour reflected three common shame-based coping strategies: overcompensation, avoidance, and capitulation. He would overcompensate by being excessively generous and accommodating, often at the expense of his own wellbeing. He avoided assertiveness and confrontation, fearing rejection. And ultimately, he capitulated, silently accepting that betrayal of his own needs was the price of being liked. “If even my own father didn’t accept me”, he often thought, “why would anyone else?”

Over time, these strategies would become automatic, like an emotional autopilot. Through repeated use, they formed an internalised maintenance program, a hidden operating system, that reinforced his shame and shaped his sense of self across time. What began as a useful defence – a way to survive childhood, ended up as the foundation for chronic low self-esteem and shame, manifesting in symptoms that spanned both anxiety and depression.

Shame as a Core Mechanism

Shame often lies beneath overt symptoms of emotional distress. While clients frequently seek help for anxiety or depression, it is often shame that quietly drives much of their inner turmoil. In this light, chronic low self-esteem may be best understood as a shame-based condition.

Despite its central role, shame is often overlooked in psychotherapy, not out of neglect, but because it tends to remain hidden beneath more visible symptoms that feel immediate to the client. Clients typically tend to present symptoms of anxiety and depression, while the deeper, silent driver, shame, goes unaddressed. Yet neuroaffective research identifies shame as a core emotion, evolutionarily essential for social survival. Without the capacity for shame, early humans would have struggled to understand social hierarchies, maintain group cohesion, or follow communal norms. In this sense, shame originally served an adaptive purpose: to guide behaviour in socially acceptable ways (Matos, Pinto-Gouveia & Duarte, 2013).

Like all other core emotions, shame functions as a sudden “call to action“. It generates immediate internal distress, a state of hyper or hypo-arousal, which demands urgent behavioural regulation. People may respond with submission, withdrawal, compliance, or people-pleasing. These reactions serve as social survival mechanisms, especially for those raised in emotionally unsafe environments.

It is only natural that, when adaptive regulation is lacking, individuals revert to maladaptive strategies like lying, substance use, excessive niceness, or self-betrayal, often learned in childhood through repeated exposure to shame and invalidation.

And so, in a perceived social crisis when emotionally overwhelmed (i.e., activating event), individuals often unconsciously revert to coping mechanisms such as overcompensation, avoidance, or capitulation (i.e., surrendering to shame) in no particular order. These strategies may feel protective in the moment, offering a temporary sense of control or relief. However, they are often subtle forms of self-sabotage and ironically, they end up reinforcing the very shame they were unconsciously trying to manage or escape.

For instance, overcompensation may manifest as perfectionism, over-working to exhaustion, clinging to abusive relationships, giving away money one cannot afford to lose, pretending to like people one inwardly distrusts, or engaging in overly self-sacrificing behaviour, all in a desperate effort to gain acceptance or avoid perceived rejection. These actions may appear altruistic or generous on the surface but are often driven by deep fears of abandonment or worthlessness.

Capitulation occurs when a person begins to behave in ways that conflict with their true self, often to fit in or fulfil internalised narratives of inadequacy. In some cases, this leads to acting out beliefs like: “Since I’m already bad, I might as well be bad and show everyone just how bad I really am”. This distorted logic can result in self-destructive behaviours like compulsive gambling, excessive drinking, drug use, not necessarily driven by desire, but by hopelessness, self-punishment, or a deep yearning to belong. These behaviours serve as powerful, if maladaptive, emotional regulation tools. They may temporarily ease anxiety or internal chaos, but in the long term, they reinforce the painful identity narrative the person is trying to escape: the belief that they are defective, unworthy, or beyond help.

Avoidance strategies may involve a chronic inability to say “no”, withdrawing from social settings, procrastinating, or avoiding interactions that risk judgment or criticism. These behaviours offer immediate emotional relief but are rarely sustainable. Over time, their short-term success becomes neurologically reinforced, because they “worked” once, the brain learns to default to them automatically, even when they are no longer adaptive or helpful.

After the triggering event passes and the individual is left alone and reflective, a second emotional wave often emerges. Long episodes of rumination characterised by intrusive thoughts such as “Why am I like this?”, “I’m useless”, “I always give money I don’t have,” or “No one ever helps me in return” begin to surface. This cascade of self-criticism and self-blame induces a temporary hypo-aroused state of guilt, thus reinforcing the shame cycle.

In this way, individuals can become trapped in recurring emotional loops, cycles of shame, anxiety, guilt, and depression, that are externally triggered, internally reinforced, and sustained by long-standing behavioural and neurobiological patterns. Over time, these behaviours cease to be mere reactions to isolated stressors; they evolve into a default operating system through which the individual interprets and navigates daily life. The underlying core shame remains unexamined, silently shaping emotional responses, relationship dynamics, and everyday decision-making.

Conclusion

Chronic low self-esteem is not merely a collection of negative thoughts or surface-level insecurities, it may be the visible tip of a deeper, shame-based emotional system. Often hidden beneath symptoms of anxiety or depression, shame fuels emotional dysregulation, self-sabotaging behaviours, and entrenched beliefs of unworthiness. Left unexamined, it becomes a silent architect of identity, shaping how one sees themselves, relates to others, and makes daily decisions.

Bringing shame into therapeutic awareness is rarely straightforward, yet it is essential. One of the challenges lies in the confusion that surrounds this complex and often misunderstood emotion. Shame is frequently mistaken for guilt, though the two serve distinct psychological functions. Guilt is behaviour-focused, “I did something wrong”, whereas shame is identity-based, “I am something wrong.” According to the NeuroAffective-CBT developmental model, guilt tends to emerge later in development, while shame takes root earlier, forming a foundational layer of the emotional system.

To loosen shame’s grip, it must be called out and named, explored, and brought into conscious awareness. Only then can individuals begin to interrupt its influence and develop more compassionate, flexible ways of relating to themselves and others.

Crucially, shame should not be demonised. It is part of an adaptive emotional system that evolved over thousands of years, to promote social cohesion and survival. The problem arises when shame becomes chronic and dominant, distorting self-perception, shaping behaviour, and stalling emotional growth. Shame is only painful when it governs the internal world unchecked. The goal in therapy is not to eliminate shame, but to understand its origins, normalise its presence, and dismantle the reinforcing patterns that keep it active.

In doing so, individuals begin to reclaim agency, authenticity, and emotional resilience. Despite its power, shame is not immutable. Through compassionate therapeutic inquiry and reflective self-awareness, people can challenge the narratives that shaped their inner world. By uncovering the roots of shame and gradually rewriting these internal scripts, individuals like James can move from survival toward authenticity, from emotional self-protection to genuine self-acceptance.

Glossary:

Adaptive vs. Maladaptive Behaviours
Adaptive behaviours are healthy coping mechanisms that support resilience, the ability to adapt constructively to difficult or stressful situations. They promote long-term emotional growth and psychological flexibility. In contrast, maladaptive coping mechanisms may offer short-term relief but ultimately reinforce avoidance, overcompensation, or capitulation. These strategies are unproductive and often harmful, preventing individuals from developing more adaptive ways of relating to themselves and others.

Core Emotions
In this article, core emotions (or core affects) are defined as primary emotional systems essential to survival, shared by most mammals. According to neuroaffective research and the work of neuroscientist Jaak Panksepp (2012), these include SEEKING (expectancy/curiosity), FEAR (anxiety), RAGE (anger), LUST (sexual excitement), CARE (nurturance), PANIC/GRIEF (sadness/loss), and PLAY (social joy). Clinical theorist Mirea proposes that SHAME, while derivative of FEAR, also functions as a core affect in humans, distinct yet equally vital for social survival. For example, the behaviour of a shamed or embarrassed dog illustrates how shame functions as a primitive, embodied emotional state.

Deeply-Rooted Beliefs (DRBs)
DRBs first mentioned by Mirea (2018) when describing the fundamentals of NeuroAffective-CBT, refer to early internalised felt-senses accompanied by corresponding beliefs and affective responses. These experiences are typically nonverbal and rooted in emotionally charged moments, often occurring before the individual has the language to articulate them. Originating in childhood, DRBs shape a rigid sense of identity and self-perception. As language develops, these implicit emotional experiences may later be verbalised, often for the first time in adulthood, particularly within a therapeutic setting. DRBs are resistant to change without external support, as individuals frequently dismiss conflicting evidence through cognitive distortions such as mental filtering, a mechanism explored in detail in Mirea’s approach NeuroAffective-CBT.

Felt-Sense / Gut-Sense / Gut-Feelings
These terms are used interchangeably throughout the paper to describe internal sensory experiences that arise in response to perceived threats or rewards. A felt-sense serves as an embodied memory of prior emotional events, functioning as an internal alarm system. It can manifest as a subtle tension, discomfort, or intuitive knowing, guiding decisions and emotional reactions even before conscious thought occurs.

References:

Panksepp, J. & Biven, L. (2012). The Archaeology of Mind: Neuroevolutionary Origins of Human Emotion. W. W. Norton & Company.

Matos, M., Pinto-Gouveia, J. and Duarte, C., 2013. Shame as a functional and adaptive emotion: A biopsychosocial perspective. Journal for the Theory of Social Behaviour, 43(3), pp.358-379. https://doi.org/10.1111/jtsb.12016

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Edited and supported by:

Dr Mark Paget URL: https://www.drmarkpaget.com/