Adult ADHD Care - Reno, NV

ADHD Is Not a Character Flaw. It Is a Brain-and-Body Story.

We look beyond the label to understand the biology shaping attention, motivation, emotional regulation, and follow-through, then build care around what your nervous system actually needs.

Many adults have spent years being told to try harder, get organized, or find the right prescription. Sometimes those tools help. But ADHD reflects the interaction between catecholamine signaling, executive networks, cellular energy, sleep, inflammation, and the rest of the person, not willpower or one neurotransmitter alone.

Not Just A Focus Problem. A Systems Problem.

ADHD is worth understanding as a whole-person pattern, not a single deficit.

Signal

How dopamine and norepinephrine tone, BH4-dependent monoamine synthesis, and prefrontal-striatal circuits influence motivation, task initiation, and sustained attention.

Energy & Recovery

How mitochondrial capacity, sleep architecture, circadian timing, iron status, stress physiology, and inflammation shape the brain you bring to each day.

Executive Capacity

How prefrontal network connectivity, biology, environment, habits, and support systems determine whether intention becomes consistent real-world follow-through.

Our Philosophy

We do not treat a label in isolation. We treat a person whose brain is trying to function inside a real life, which means looking at the biology beneath the pattern, the demands around you, and the outcomes you want to feel day to day. Our work is measurement-first and biology-first: clinical judgment, objective data, and a sequenced plan, not a menu of disconnected wellness services.

The Driver Profile

We look for the conditions underneath the pattern. Not every domain is active in every person. The evaluation exists to find which systems may be contributing to your experience, which are most actionable, and what deserves attention first.

  • Catecholamine Regulation (primary driver)

    Dopamine and norepinephrine tone across prefrontal-striatal circuits that support attention, motivation, task initiation, and sustained effort.

  • Executive Network Connectivity

    Prefrontal networks coordinate inhibition, working memory, cognitive flexibility, sequencing, and turning intention into action.

  • Iron & Ferritin Status

    Iron supports dopamine synthesis, oxygen delivery, and cellular energy. Inadequate stores may contribute to fatigue, restlessness, and inconsistent performance.

  • Neuroinflammation

    Inflammatory signaling may amplify cognitive fatigue, emotional reactivity, and inconsistent performance.

  • Stress-Response Regulation

    HPA-axis and autonomic patterns influence arousal, impulsivity, emotional regulation, and how reliably the prefrontal cortex stays online under demand.

  • BH4 & Monoamine Synthesis

    BH4 and related cofactors help the brain produce dopamine, norepinephrine, and serotonin. Constraints here can weaken the chemistry executive function depends on.

  • Sleep Architecture & Circadian Timing

    Sleep depth, timing, and recovery can stabilize attention and emotional regulation, or quietly intensify executive dysfunction.

  • Mitochondrial & Bioenergetic Capacity (co-primary driver)

    The cellular energy available for sustained attention, regulation, decision-making, and follow-through.

  • Gut-Brain Axis

    Digestive, immune, and metabolic signals can shape inflammation, neurotransmitter support, energy, and nervous-system balance.

  • Genetic & Epigenetic Architecture

    Inherited biology and lived exposures help shape catecholamine function, energy production, stress response, and executive circuits.

Measurement Before Assumption

Symptoms and your story matter. But when the goal is to understand why attention and executive function are inconsistent, objective information can show cortical processing, inhibitory control, cognitive flexibility, response timing, and brain-wave patterns a conversation alone cannot.

Brain Gauge and WAVi EEG are used together as a paired objective baseline, interpreted alongside your clinical and laboratory profile:

Brain Gauge
Cortical processing across multiple domains: sensory processing, attention, inhibition, and cognitive consistency over time.
WAVi EEG
Executive-function and electrophysiologic measures including Flanker and Trail Making performance, theta/beta patterns, P300 amplitude and latency, peak alpha frequency, and brain-wave band analysis.

Together, they connect executive-network function with the broader driver profile rather than treating any single measure as the answer.

The Peak Method

Understand
the Pattern

Understand the Pattern

Your history, symptoms, sleep, mood, medications, health, and goals together, not as disconnected checkboxes.

Treatment Methods

Different tools, one clinical purpose. Each is used only when it connects to the problem in front of us: attention, executive function, mental health, or cognitive performance.
Real-World Function

Structure, environmental design, movement, accountability, and coordination with therapy or coaching so changes show up in work, relationships, and daily follow-through.

Recovery

Restoring sleep and circadian alignment, because a brain that cannot recover cannot consistently focus.

Neuroplasticity Agents

When appropriate, selected agents may support learning, cognitive flexibility, mood, and remodeling of executive circuits. The goal is better capacity for change, not stimulation for its own sake.

AIVNT (Advanced IV Nutrient Therapy)

May support the mitochondrial and bioenergetic side of the profile, including redox balance, nutrient delivery, and neuroinflammatory load when tied to cognitive fatigue or inconsistent follow-through.

Neural Therapy

Distinct from IVNT. When autonomic reactivity or persistent nerve-signaling patterns are relevant, targeted neural therapy may support regulation and executive capacity.

Neuropeptides

Selected signaling molecules may be considered for neuroprotection, stress-response regulation, sleep, mitochondrial function, or cognitive resilience, for a defined clinical purpose, not as a supplement menu.

Small Molecules

Targeted small-molecule treatment and nutritional cofactors may support catecholamine and BH4-dependent monoamine pathways, iron-related physiology, sleep, stress, inflammation, or the substrate for executive function.

Psychiatric Care

Stimulant and non-stimulant medication may be considered alongside your history, physiology, goals, sleep, and response. Medication is one part of a complete plan, not the entire plan.

What We Are Working Toward

We care about data because it drives better decisions, and about function because that is where your life happens:

More stable attention across the day
Easier task initiation and follow-through
Less cognitive fatigue and mental friction
More consistent emotional regulation
A clearer sense of energy and motivation
Sustainable performance that fits real life

IS THIS A FIT?

This may be a fit if you:
Want to understand the pattern, not just quiet it
Want a serious adult ADHD evaluation
Want your sleep, mood, health, and biology considered together
Are willing to use measurement and follow-through to guide care
Want improvement to show up in daily life, not only on paper
This may not be a fit if you:
Are looking for a quick prescription with no broader evaluation
Need acute crisis, detoxification, or a higher level of psychiatric support
Are not able to participate in follow-up and reassessment
Want a one-size-fits-all protocol or a guarantee of a specific outcome

F.A.Q.

Do you prescribe ADHD medication?

Yes, when it is the right tool. Stimulant and non-stimulant options may be considered alongside your history, physiology, sleep, and response. Medication is one part of a complete ADHD plan, not the whole plan, and a full evaluation comes first.

Is this a medication-free ADHD program?

No. We are neither medication-only nor anti-medication. Medication is used when it is the right tool, within a broader biology-first, measurement-first plan.

What happens before my first appointment?

We gather your history, symptoms, and goals, and when clinically useful we arrange baseline measurement (laboratory analysis, Brain Gauge, and WAVi EEG) so the evaluation starts from real information rather than a checklist.

Why use Brain Gauge and WAVi EEG together?

They form a paired objective baseline: Brain Gauge maps cortical processing, attention, and inhibition, while WAVi adds executive and electrophysiologic measures such as Flanker, Trail Making, theta/beta, P300, and peak alpha frequency. Together they connect executive function to the broader driver profile.

How is this different from a standard ADHD appointment?

Rather than a symptom checklist and a prescription, we evaluate the biological drivers behind attention and follow-through (catecholamine signaling, energy, sleep, iron, stress, inflammation) and build an individualized, measured plan.

Who is this approach not for?

Anyone wanting a quick prescription with no evaluation, needing acute crisis or higher-level care, unable to take part in follow-up, or seeking a one-size-fits-all protocol or a guaranteed outcome.

Do you diagnose adult ADHD?

Yes. This is a serious adult ADHD evaluation that considers sleep, mood, health, and biology together, not the label alone.

You do not have to keep guessing

If you are ready to understand your ADHD through a wider clinical lens, the next step is a conversation about your history, goals, and whether Peak is the right fit.

This page is for general education and is not a diagnosis or a substitute for individualized medical advice. Care and any medication are determined by your clinician following a complete evaluation, and no specific outcome is guaranteed. If you are in crisis, call or text 988, call 911, or go to the nearest emergency department.

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