What you’ll learn:

• Core principles, models, and language of neuronutrition

• How neuronutrition integrates nutrition, neuroscience, psychology, and systems thinking

• Reframing concepts like identity, memory, behavior, and emotion through a neurobiological lens

• Distinguishing neuronutrition from approaches like nutritional psychiatry and functional nutrition

Why it matters:

• Gain a unifying framework for understanding the intersection of brain, body, and behavior through food

• Develop a clear perspective on how this emerging field can offer new insights and solutions for your clients

How it applies to your practice:

• Integrate the OMMPS Model, Neuronutrition Axis, and Neurobiological Nexus into your practice

• Communicate the unique value of a neuronutrition approach to clients and colleagues

What you’ll learn:

• Key structures, circuits, and signaling systems involved in digestion, emotion, regulation, and decision-making

• The thirteen neuroperceptive processes and their role in sensing and interpreting internal and external cues

• Nutrient sensing, brain rhythms, and the four core functions of the nervous system

• The fundamental principles of neuroplasticity

Why it matters:

• Develop a working knowledge of how the brain and nervous system shape neuronutritional health

• Gain the clarity to interpret patterns and support change with depth and precision

How it applies to your practice:

• Leverage your understanding of neuroanatomy and neurophysiology to design more effective interventions

• Educate clients on the biological mechanisms underlying their experiences and needs

What you’ll learn:

• The role of macronutrients and micronutrients in shaping mood, cognition, and nervous system function

• How neurotransmitters, neuroperception, and gut-brain communication influence appetite, digestion, and emotion

• Concepts like nutritional intelligence, the microbiota-gut-brain axis, and nutrient sensing

• Key research areas and global developments in nutritional neuroscience

Why it matters:

• Build a strong foundation for connecting nutrition with mental, cognitive, and nervous system health

• Understand where the field of neuronutrition is headed and how you can contribute

How it applies to your practice:

• Integrate nutritional strategies that support optimal neurotransmitter function and gut-brain communication

• Stay up-to-date on the latest research and innovations in the field of neuronutrition

What you'll learn:

• The neurobiological and ancestral influences that drive eating behaviors beyond conscious choice

• How neurodivergence, trauma, chronic illness, and stress impact attention, motivation, and sensory processing around food

• Concepts like food cue reactivity, emotional decision-making, expected satiety, and predictive mapping

• The role of identity, culture, and shame in disrupting healthy eating patterns

Why it matters:

• Move beyond outdated "willpower" models to understand the real drivers of eating behavior

• Develop compassion and accuracy when working with clients who struggle with food relationships

How it applies to your practice:

• Assess clients through a behavioral neuronutrition lens that accounts for trauma, stress, and neurodivergence

• Create interventions that address underlying neurobiological factors rather than surface-level symptoms

What you'll learn:

• A dynamic, contextual approach to risk assessment using the 3Ps framework and Neuronutritional Exposome

• How emotional dysregulation, interoceptive disconnection, and early adversity create vulnerability

• Evidence-based factors that help people regain safety, capacity, and nutritional coherence

• The concept of risk modifiability and how to identify what keeps people stuck versus what helps them shift

Why it matters:

• Replace static diagnostic thinking with a nuanced understanding of risk and resilience as dynamic processes

• Identify the specific conditions that allow your clients to heal and thrive

How it applies to your practice:

• Use structured frameworks to assess client vulnerability and protective factors

• Design interventions that build resilience and address root causes of nutritional struggles

What you'll learn:

• A structured methodology for building comprehensive neuronutritional profiles using the Timeline, Axis, and OMMPS model

• Practical tools including food story mapping, the 3Ps framework, and Neuronutritional Connection Statements (NCS)

• Interview strategies and reflective questionnaires that reveal interoception, emotional patterns, and sensory experiences

• How to identify meaningful patterns without reducing clients to symptoms or diagnoses

Why it matters:

• Gain a repeatable, evidence-based process for understanding complex client presentations

• Improve communication and collaboration within healthcare teams

How it applies to your practice:

• Conduct thorough neuronutritional assessments that inform targeted intervention strategies

• Create clear, actionable client profiles that support better outcomes and professional collaboration

What you'll learn:

• How trauma disrupts nervous system function, appetite regulation, and digestion over time

• The physiological imprint of trauma and how food functions as a safety signal for survivors

• Shutdown and hyperactivation patterns that influence eating behaviors and food choices

• Capacity-based approaches that prioritize safety and stabilization over compliance

Why it matters:

• Distinguish between trauma responses and "resistance" to create more compassionate care

• Understand how survival adaptations shape eating patterns in ways that make perfect neurobiological sense

How it applies to your practice:

• Use trauma-informed, neuroaffirming approaches that support nervous system regulation through nourishment

• Design interventions based on client capacity rather than external food rules or protocols

What you'll learn:

• How depression affects appetite, motivation, and food-related executive functioning through the Neurobiological Nexus

• The connection between anhedonia, altered reward signaling, and patterns like meal-skipping or convenience food reliance

• The roles of inflammation, HPA axis dysregulation, serotonin precursors, and energy availability in mood and cognition

• Critical evaluation of popular dietary protocols (anti-inflammatory, Mediterranean, ketogenic, elimination-based) for depression

Why it matters:

• Move beyond one-size-fits-all dietary approaches to understand individual capacity and lived experience

• Develop evidence-informed strategies that account for the real-world challenges of depression

How it applies to your practice:

• Assess clients through the lens of neurobiological changes in depression rather than willpower deficits

• Adapt nutritional interventions to match current capacity and support gradual nervous system healing

What you'll learn:

• How chronic sympathetic activation and heightened interoceptive sensitivity alter appetite and digestion

• The impact of GABAergic and serotonergic signaling changes on food-related decision-making and avoidance

• How nutrient depletion, blood sugar dysfunction, and stimulant intake contribute to anxiety presentations

• Evidence-based evaluation of nutritional interventions including low-histamine, low-FODMAP, and anti-inflammatory protocols

Why it matters:

• Understand how anxiety creates physiological changes that directly impact eating patterns and food tolerance

• Learn to adapt interventions to individual nervous system patterns rather than applying generic protocols

How it applies to your practice:

• Assess clients for anxiety-related digestive and appetite changes that require specialized support

• Design interventions that prioritize nervous system safety, consistency, and gradual physiological regulation

What you'll learn:

• How persistent pain alters eating behavior through neuroimmune system interactions, central sensitization, and stress physiology

• The impact of neuroinflammatory signaling, disrupted sleep, and physical discomfort on appetite suppression and food choices

• Concepts like pain-induced fatigue, reward displacement, and sensory sensitivity in relation to neuronutritional capacity

• Critical evaluation of pain-related dietary protocols (anti-inflammatory, elimination, autoimmune) considering nervous system burden and executive load

Why it matters:

• Understand how chronic pain creates legitimate barriers to nutrition that go beyond motivation or compliance

• Learn to work with pain-related limitations without adding shame or cognitive burden

How it applies to your practice:

• Assess clients for pain-related impacts on meal preparation, food variety, and appetite regulation

• Design sustainable nutrition strategies that accommodate physical limitations and reduce executive load

What you'll learn:

• How disrupted sleep alters hunger hormones, blood sugar regulation, and cognitive functioning

• The bidirectional relationship between sleep and neuronutrition, including circadian rhythm disruption effects on appetite and digestion

• How sleep inertia, late-night eating patterns, and chronic stimulant reliance interfere with natural appetite signaling

• Chrononutrition concepts including meal timing, light exposure, and rhythm entrainment for restoring energy and regulation

Why it matters:

• Recognize sleep disturbances as a root cause of eating pattern disruptions rather than a willpower issue

• Understand how circadian biology directly impacts nutritional behavior and metabolic function

How it applies to your practice:

• Evaluate clients for sleep-related impacts on eating patterns and appetite regulation

• Use chrononutrition principles and targeted interventions to support both sleep quality and nutritional coherence

What you'll learn:

• The neurobiological mechanisms linking substance reliance and reward system dysregulation to eating behaviors

• How dopaminergic exhaustion, executive dysfunction, and disrupted interoception contribute to craving cycles and binge-restrict patterns

• The overlap between malnutrition and substance use, including the impact of ultra-processed foods on reward circuitry

• Critical evaluation of popular addiction recovery nutrition approaches (amino acid therapy, abstinence-based protocols, supplementation strategies)

Why it matters:

• Understand addiction as a neurobiological condition that affects both substance use and food relationships

• Move beyond shame-based approaches to embrace harm-reduction principles grounded in nourishment and agency

How it applies to your practice:

• Assess clients for reward system dysregulation patterns affecting both substances and food

• Implement harm-reduction nutritional strategies that prioritize cellular safety, nervous system healing, and realistic capacity

What you'll learn:

• How autoimmunity disrupts appetite, energy production, and food-body relationships through inflammation, immune activation, and nervous system dysregulation

• The impact of unpredictable symptom flares on eating patterns and the psychosocial burden of restrictive dietary protocols

• How illness identity, bodily fear, and attempts at control shape relationships with food and eating

• Critical evaluation of common autoimmune dietary approaches (elimination diets, AIP, low-histamine protocols) considering capacity, sustainability, and nervous system impact

Why it matters:

• Understand autoimmune conditions as complex neurobiological experiences that affect both physical symptoms and food relationships

• Learn to balance symptom management with psychological well-being and social connection

How it applies to your practice:

• Assess clients for autoimmune-related impacts on appetite, energy, and food tolerance while considering the emotional burden of restrictions

• Design flexible, nuanced approaches that respect the unpredictable nature of autoimmune conditions without increasing stress or isolation

What you'll learn:

• How neurodegenerative conditions affect eating behavior, nutrient needs, and cognitive capacity over time

• The impact of changes in sensory processing, executive function, appetite, and motor coordination on meal preparation and daily nourishment

• The emotional toll and grief associated with cognitive decline for both individuals and caregivers

• Critical review of dietary strategies (ketogenic, MIND, Mediterranean approaches) with attention to accessibility, adaptability, and dignity

Why it matters:

• Recognize neurodegeneration as affecting identity, memory, and relational connection alongside nutritional needs

• Understand the progressive nature of cognitive decline and its impact on food-related independence

How it applies to your practice:

• Prioritize relational care, nutritional stability, and supportive structure in interventions

• Adapt recommendations to honor dignity while accommodating changing cognitive and physical capacities

What you'll learn:

• How concussive injuries and TBI alter neuronutritional behavior, cognitive capacity, and food-body relationships during recovery

• The impact of disrupted energy metabolism, neuroinflammation, autonomic regulation, and sensory processing on eating patterns

• Common post-injury patterns including appetite loss, nausea, food aversion, cognitive fatigue, and reliance on convenience foods

• Dietary strategies and nutritional considerations for brain injury recovery (energy availability, protein needs, fatty acids, micronutrients, hydration) with attention to timing and nervous system burden

Why it matters:

• Understand brain injury as creating legitimate changes in cognitive capacity that directly affect nutritional behavior

• Recognize the fluctuating nature of post-injury symptoms and their impact on meal planning and preparation

How it applies to your practice:

• Support recovery-oriented nourishment that respects fluctuating cognitive capacity and rehabilitation demands

• Design interventions that accommodate the lived experience of life post-injury while supporting neurological healing