Summary of "Stop Believing These ADHD Myths: Get the Real Deal"

Podcast: Change Your Brain Every Day
Hosts: Dr. Daniel Amen & Tana Amen
Guest: Dr. Steven Storridge
Release Date: August 4, 2025

In the episode titled "Stop Believing These ADHD Myths: Get the Real Deal," Dr. Steven Storridge, an associate medical director at Amen Clinics, delves deep into the complexities of Attention Deficit Hyperactivity Disorder (ADHD). He challenges common misconceptions, introduces a nuanced classification of ADHD types based on brain imaging, and explores personalized treatment strategies. This comprehensive discussion equips listeners with a clearer understanding of ADHD and actionable steps for management.

Understanding ADHD: Beyond the Basics

Traditional vs. Modern Perspectives

Dr. Storridge begins by addressing the traditional classification of ADHD, which typically recognizes three types:

1. Inattentive ADHD: Characterized by difficulties in maintaining focus and attention.
2. Hyperactive-Impulsive ADHD: Marked by excessive movement and impulsiveness.
3. Combined ADHD: A mix of both inattentive and hyperactive-impulsive symptoms.

However, Dr. Storridge emphasizes that this tripartite classification oversimplifies the disorder. "In reality, there are seven different types of ADHD," he explains (02:34). This expanded taxonomy is grounded in brain imaging research, particularly using SPECT (Single Photon Emission Computed Tomography) scans, which reveal distinct blood flow patterns associated with each ADHD type.

The Seven Types of ADHD

1. Classic ADHD (Type 1):
   Combines inattentive, hyperactive, and impulsive behaviors. Brain imaging shows reduced activity in the prefrontal cortex, the brain's executive center responsible for focus, planning, and impulse control.

   "Classic ADHD tends to show reduced activity in the prefrontal cortex, making tasks like planning and self-regulation challenging." (02:50)

2. Inattentive ADHD (Type 2):
   Often overlooked, especially in girls, this type manifests as distractibility, difficulty staying on task, and feelings of spaceiness. On SPECT scans, it also shows reduced prefrontal cortex activity.

   "Inattentive ADHD may not create visible disruptions, but it significantly impacts academic and personal performance." (04:15)

3. Overfocused ADHD (Type 3):
   Contrary to what the name might suggest, this type involves difficulty in shifting focus rather than sustaining it. Individuals can hyperfocus on interests but struggle to transition to other tasks. This is linked to increased activity in the anterior cingulate gyrus.

   "Overfocused ADHD is like having a stuck gear shifter, making it hard to transition between tasks." (09:30)

4. Temporal Lobe ADHD (Type 4):
   Affects mood regulation and memory. Individuals experience mood instability and heightened emotions, with associated reduced activity in the temporal lobes and the hippocampus.

   "Temporal lobe ADHD can lead to mood swings and significant memory challenges." (13:10)

5. Limbic ADHD (Type 5):
   Characterized by persistent feelings of depression, sadness, and lack of motivation. The thalamus becomes overactive, disrupting focus and emotional balance.

   "Limbic ADHD intertwines emotional struggles with attention deficits, making daily functioning particularly challenging." (17:45)

6. Ring of Fire ADHD (Type 6):
   Represents extreme brain activity across multiple regions, akin to a brain "on fire." Symptoms include intense emotions, high sensitivity, oppositional behavior, and hyperactivity.

   "Ring of Fire ADHD presents with a brain that's constantly active, leading to heightened emotional responses and hyperactivity." (23:20)

7. Anxious ADHD (Type 7):
   Involves pervasive anxiety and tension that hampers the ability to focus. Brain imaging shows overactivity in the basal ganglia, the brain's fight or flight centers.

   "Anxious ADHD is marked by a racing brain, where anxiety disrupts the executive functions necessary for focus." (29:05)

The Role of Brain Imaging in ADHD

Dr. Storridge underscores the significance of SPECT imaging in accurately diagnosing ADHD types. Traditional diagnoses rely solely on symptom presentation, which can be misleading and result in ineffective treatments. By visualizing blood flow and activity levels in different brain regions, clinicians can tailor interventions more precisely.

"Understanding your brain's activity patterns allows for a more personalized and effective treatment approach." (05:50)

Personalized Treatment Strategies

Natural Treatments: The Three Pillars of Brain Health

Before considering medication, Dr. Storridge advocates for optimizing the three foundational pillars of brain health: sleep, exercise, and nutrition.

1. Sleep:

   • Consistency: Wake up at the same time daily.
   • Sunlight Exposure: Get sunlight in the morning to regulate circadian rhythms.
   • Screen Management: Avoid screens an hour before bedtime to enhance deep sleep.

   "Developing a consistent sleep routine can significantly reduce ADHD symptoms for over 70% of individuals." (22:10)

2. Exercise:
   Engaging in at least 20 minutes of high-intensity cardio four times a week boosts blood flow to the prefrontal cortex, increases endorphins and serotonin, and enhances overall focus and mood.

   "Regular cardio not only sharpens focus but also calms regions of the brain that contribute to ADHD symptoms." (25:35)

3. Nutrition:

   • Avoid: Refined sugars, gluten, and processed foods as they exacerbate ADHD symptoms by increasing inflammation.
   • Emphasize: A Mediterranean-style diet rich in lean proteins, healthy fats, fruits, vegetables, and complex carbohydrates.

   "A protein-rich breakfast with healthy fats sets a stable foundation for brain function throughout the day." (28:50)

Supplements

While not extensively covered, Dr. Storridge mentions that specific supplements can support brain health, tailored to the individual's ADHD type. He directs listeners to his Instagram and Dr. Amen's book, Healing ADD, for more detailed information.

Medication: A Personalized Approach

When natural treatments are insufficient, medication becomes a consideration. Dr. Storridge emphasizes the importance of matching the right medication to the specific ADHD type.

Stimulants

Common stimulants like Ritalin, Adderall, Vyvanse, and Concerta increase dopamine and norepinephrine to enhance prefrontal cortex activity. They are most effective for Classic and Inattentive ADHD types.

"Stimulants can transform daily functioning for those with a sleepy prefrontal cortex, but they're not a universal solution." (33:20)

Side Effects:

• Reduced appetite
• Difficulty falling asleep if taken too late in the day

Non-Stimulants

For types like Over Anxious ADHD and Ring of Fire ADHD, non-stimulants such as Guanfacine (Intuniv), Clonidine, Atomoxetine (Strattera), and Bupropion (Wellbutrin) are preferable. These medications calm background brain activity while supporting focus.

"Non-stimulants can provide focus without exacerbating anxiety, making them ideal for certain ADHD types." (35:50)

Side Effects:

• Calming effects can lead to fatigue
• Lowered blood pressure
• Gastrointestinal issues with Atomoxetine

Addressing Common ADHD Myths

ADHD as a Disorder vs. a Different Wiring

Dr. Storridge challenges the notion of ADHD as a disorder. He posits that ADHD represents a different neurological wiring rather than a deficit, highlighting the adaptive strengths associated with each type.

"ADHD is a different way of being wired, not necessarily a disorder. It's about mismatched expectations between the brain and the environment." (38:15)

Genetic Predisposition and Evolutionary Advantage

ADHD traits are largely genetic, providing evolutionary benefits such as heightened environmental awareness and dopamine-seeking behaviors essential for survival in ancestral environments.

"In ancient times, ADHD traits like constant scanning and risk-taking could mean the difference between survival and extinction." (39:00)

Misalignment with Modern Environments

The challenges of ADHD often arise from a mismatch between natural brain wiring and contemporary societal demands, such as prolonged periods of sedentary work and standardized educational settings.

"It's a mismatch between wiring and environment, not the other way around." (39:45)

Parental Concerns and Medication Safety

Efficacy and Addiction Risks

Dr. Storridge addresses parental fears regarding ADHD medications, clarifying that treated ADHD leads to better long-term outcomes and reduces the risk of substance abuse.

"Treating ADHD effectively can significantly lower the chances of developing addictive behaviors later in life." (34:10)

Long-Term Safety

Stimulant medications have a well-documented safety profile over long-term use. Concerns about addiction are mitigated by the fact that untreated ADHD poses a higher risk for substance abuse.

"Stimulants are safe for long-term use when monitored appropriately, and they help in reducing the risk of future addiction." (36:45)

Final Recommendations

Dr. Storridge emphasizes that medication should be a personalized decision, made after exploring natural treatments and evaluating the degree to which ADHD symptoms impact an individual's life.

"If ADHD symptoms are hindering your ability to live your best life, it's worth considering all treatment options, including medication." (37:30)

Conclusion and Resources

Dr. Storridge wraps up the episode by reiterating the importance of personalized treatment plans tailored to the specific ADHD type. He encourages listeners to undergo comprehensive evaluations, such as those offered by Amen Clinics, and to utilize available resources like the Healing ADD book and online platforms.

"Optimizing your brain involves understanding its unique wiring and aligning your environment to leverage your strengths." (40:00)

Listeners interested in further exploration can visit amenclinics.com, access the ADHD type test at addtypetest.com, or follow Dr. Storridge on Instagram @Dr.stevenstorridge for more insights.

This episode provides a thorough examination of ADHD, challenging traditional views and advocating for a more individualized approach to diagnosis and treatment. By integrating brain imaging research with practical treatment strategies, Dr. Storridge offers listeners a pathway to better understand and manage ADHD effectively.