Focus, Motivation, and Executive Function
Difficulty initiating tasks, sustaining attention, or transitioning between activities is a common experience of ADHD. We explore contributors like nutrient deficiencies, blood sugar variability, sleep debt, and nervous system overload, while building practical strategies that work with your brain, capacity, and sensory needs.
Anxiety, Depression, and Emotional Regulation
ADHD-related emotional sensitivity can be hard to differentiate from true anxiety or mood because they can co-occur. Neurotransmitter support, nervous system regulation, and internal and external stressors are all pieces that can help with emotional stability and regulation.
Hormonal Cycles and ADHD
Hormonal fluctuations have a significant impact on ADHD, which often leads to more support being needed in phases such as perimenopause, postpartum, and premenstrually (PMDD or PMS). Understanding these shifts and receiving support for both your ADHD and your hormones can make these phases feel more manageable.
Sleep and Energy Restoration
Disrupted and difficult sleep is a common co-occurrence with ADHD, which can be worsened by stress and hormonal shifts. Sleep is essential for energy, focus, attention, and emotional regulation. Support is individualized, which can include circadian rhythm shifts, night-time nervous system support, addressing cortisol dysregulation, and sleep routine adjustments.
Gut-Brain Health
Emerging research is continuing to highlight the relationship between gut health, inflammation, and cognitive function. Digestive symptoms, food sensitivities, and microbiome balance are all important pieces for supporting the cognitive and emotional aspects of ADHD.
Nutrition That Works for an ADHD Brain
Nutritional changes are adaptable and take into account sensory needs, food aversions, disordered eating history, and capacity. Rather than restrictive plans, we focus on consistent nourishment that supports energy and overall health. This includes adequate protein, micronutrients needed for neurotransmitter synthesis, and minimizing blood sugar crashes that worsen irritability and inattention.