ADHD: A different approach
Understanding the ADHD Brain
One of the challenges with ADHD advice is that it is often written for people who do not have ADHD.
Many people with ADHD know what they “should” be doing. The challenge is not a lack of knowledge. The challenge is translating intention into action consistently.
The ADHD brain is often described as being driven by interest, novelty, urgency and reward. Tasks that feel stimulating or meaningful can be completed with incredible focus, while tasks that are repetitive, administrative or lacking immediate reward can feel almost impossible to start. This should not be a barrier to healing and doesnt need to be.
This is why motivation in ADHD is often misunderstood. It is not laziness, a lack of discipline or a lack of care. It is often a difference in how the brain responds to reward, dopamine and activation.
A whole-body approach acknowledges this complexity. Rather than relying on willpower alone, we look at ways to reduce friction, increase support and create systems that work with the brain rather than against it, incrreasing regulation, dopamine style routine and tips and tricks to make the plan engaging.
This may involve:
creating routines that are flexible rather than rigid
linking habits to existing interests and rewards
supporting dopamine through movement, achievement and meaningful activities
reducing decision fatigue
improving energy availability through nutrition and blood sugar stability
supporting sleep and nervous system regulation
identifying barriers that make tasks difficult to initiate or maintain
When motivation, energy, sleep, nutrition and routine are all working together, daily life can feel more manageable. The goal is not perfection. The goal is to create sustainable strategies that support the unique way an ADHD brain operates.
It is also important to address underlying drivers and deficiencies that can worsen the ADHD symptom picture, such as iron, which plays a key role in sleep regulation, serotonin and energy. Ensuring gut motility is functioning well is also important, as this can impact nervous system regulation. It is also important to consider whether overgrowths in the microbiome are negatively impacting the gut-brain connection, including serotonin and GABA pathways.
Curious to know more: book in a free disocery call today to see how I can help:
