Unlike traditional psychiatry, which rarely looks at the brain, Amen Clinics uses brain imaging technology to identify your specific type of Attention Deficit Disorder (ADD) or Attention Deficit Hyperactivity Disorder (ADHD).
Attention Deficit Disorder (ADD) – also known as attention deficit hyperactivity disorder (ADHD), is a neurodevelopmental disorder marked by pervasive problems with attention, and in many cases, impulsive and hyperactive behavior as well. These often lead to a range of behavior issues, causing significant challenges in school and at work, and interfering with social development and peer interactions. ADD/ADHD is a national health crisis that continues to grow—yet it remains one of the most misunderstood and incorrectly treated illnesses today.
According to the Center for Disease Control (CDC), 9.4% of children between the ages of 2 and 17 have been diagnosed with ADD/ADHD. To further complicate things, it is not uncommon for a child with this condition to also have a learning disorder, thus adding to the academic challenges they face. While the symptoms of ADD/ADHD emerge in childhood, if left untreated, they can persist throughout a person’s life. In fact, the National Institute of Mental Health has found that 5.4% of adult men and 3.2% of adult women have ADD/ADHD, and other research has shown that only about 20% of them have ever been diagnosed or received treatment. This condition is often overlooked in females because their primary issue is inattention, and they are less likely to exhibit the disruptive hyperactivity that is so often seen in males with ADHD.
Statistics show that 33% of kids with ADD/ADHD never finish high school (3 times the national average) so they end up in jobs that don’t pay well. Another study has found that children with untreated ADD/ADHD are nearly twice as likely to develop an alcohol use disorder or other substance abuse problem, and that they tend to start using at an earlier age compared to other kids.
Untreated ADD/ADHD is associated with higher incidences of:
It’s important to know that some of the symptoms of ADD/ADHD overlap with those of other mental health conditions, including oppositional defiant disorder, anxiety, autism spectrum disorder, and bipolar disorder, but the underlying cause and appropriate treatment for each is considerably different.
Having a first-degree relative with ADD/ADHD significantly increases the risk for it. And while genetics, low birth weight, birth trauma, maternal smoking and alcohol or drug use, jaundice, brain infections, and head injury can play a causative role in ADD/ADHD symptoms, the increase in people being diagnosed with it is also likely related to numerous unhealthy influences in our world today that negatively affect brain function, including:
Through our brain imaging work, we have identified 7 types of ADD/ADHD. Each type has its own set of symptoms, and when it comes to treatment, one size does not fit all. What works well for one person with ADD/ADHD may not work at all for another—or could even make the symptoms worse. This is why we create a personalized treatment plan for each of our patients. Read below to learn more about how we use brain SPECT imaging to determine which of the 7 types of ADD/ADHD a patient has so our doctors can target treatment specific to their needs.
In a healthy brain, concentration causes blood flow to increase appropriately in certain regions, especially the prefrontal cortex. This helps us to focus, plan ahead, stay organized, and follow through on tasks. However, when people with ADD/ADHD try to concentrate, blood flow decreases in the prefrontal cortex, making it more difficult for them to focus and filter out distractions. In fact, the harder they try to concentrate, the harder it can get.
SPECT (single photon emission computed tomography) is a nuclear medicine study that evaluates blood flow and activity in the brain. Basically, it shows three things: healthy activity (blood flow), too little activity, or too much activity. The healthy surface brain SPECT scan on the left shows full, even symmetrical activity. The ADD/ADHD scan on the right, taken during a concentration task, reveals decreased blood flow (the areas that look like “holes”) in the prefrontal cortex. Note that this is only 1 of the 7 brain patterns associated with ADD/ADHD. Learn about the 7 types in the section below.
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Contact UsThis first type of ADD is usually evident early in life. As babies, they tend to be colicky, active, and wiggly. As children, they tend to be restless, noisy, talkative, impulsive, and demanding. Their hyperactivity and conflict-driven behavior gets everyone’s attention early on. Classic ADD is often called ADHD, with an emphasis on the hyperactive behavior trait. At Amen Clinics, we do not use the term ADHD exclusively because not all the ADD types are hyperactive.
Parents of these kids are often tired, overwhelmed, and even embarrassed by the behavior of their non-stop and hard-to-control children. Classic ADD tends to be more frequently seen in boys. Even as adults, those with this type of ADD tend to have a great deal of energy and a preference for physical activity rather than a more sedentary lifestyle.
Classic ADD SPECT scan findings often show normal activity at rest, but during concentration there tends to be decreased activity in the underside of the prefrontal cortex as well as in the cerebellum and basal ganglia. The latter are structures deep in the brain that produce dopamine, a neurotransmitter that is critical for motivation, attention, and setting the body’s idle speed.
Inattentive ADD is the second most common type of ADD. Those suffering with this type are usually quiet, more introverted, and appear to daydream a lot. They may be labeled as unmotivated—even slow or lazy. Inattentive ADD is common but is often missed because children with this type tend to have fewer behavioral problems. They don’t draw the negative attention to themselves as do those with Classic ADD.
Inattentive ADD is the perfect example of why the general term “ADHD” does not fit all ADD types. If clinicians and parents are looking for hyperactivity to reach a diagnosis, those with this type, which does not have hyperactivity, may be left untreated and go on living life below their true potential.
SPECT scan findings of Inattentive ADD show normal activity at rest, but during concentration there tends to be decreased activity in the underside of the prefrontal cortex, cerebellum, and basal ganglia.
In order to focus, it is necessary to be able to shift your attention as needed. People suffering with Overfocused ADD have most of the ADD features, but rather than not being able to pay attention, they have difficulty shifting their attention; they become hyper-focused on certain things while tuning out everything else. These folks tend to get stuck or locked into negative thought patterns and behaviors. This type of ADD is often found in substance abusers as well as the children and grandchildren of alcoholics.
Overfocused ADD SPECT scan findings show increased activity at rest and during concentration in the anterior cingulate gyrus (the brain’s “gear-shifter”), as well as decreased activity in the underside of the prefrontal cortex, cerebellum, and basal ganglia.
People with this type of ADD have the hallmark features of ADD plus symptoms associated with temporal lobe problems, such as issues with learning, memory, mood instability, aggression, temper outbursts, and sometimes, even violence. It is not unusual to see this type of ADD in people who have had head injuries.
Temporal Lobe ADD SPECT scan findings show decreased activity (and occasionally increased) activity in the temporal lobes at rest and during concentration, as well as decreased activity in the underside of the prefrontal cortex, cerebellum, and basal ganglia during concentration.
In Limbic ADD, the prefrontal cortex is underactive during concentration while the deep limbic area—which sets your emotional tone, controlling how happy or sad you are—is overactive. Depression is also associated with overactivity in the deep limbic area, yet a person’s developmental history in addition to some subtle differences on SPECT scans (between Limbic ADD and depression) helps us differentiate between the two conditions so we can choose the best course of treatment to resolve symptoms.
Limbic ADD SPECT scan findings typically show increased deep limbic activity at rest and during concentration. There is also decreased activity in the prefrontal cortex, cerebellum, and basal ganglia during concentration.
In Ring of Fire ADD, there is a pattern of overall high activity in the brain. Those with this type tend to have difficulty “turning off” their brains and typically feel overwhelmed with thoughts and emotions. This type tends to get much worse on stimulant medications alone. Ring of Fire ADD can be related to some form of allergy, infection, or inflammation in the brain, or it can be related to bipolar disorder. There are some subtle differences between Ring of Fire ADD and bipolar disorder in the scan data as well as some differences in the presentation of a person’s symptoms. For instance, we have found that the kids with Ring of Fire ADD tend to have their problems all the time whereas bipolar kids tend to cycle with their mood and behavior problems. Adults with bipolar disorder have episodes of mania or hypo-mania, whereas adults with Ring of Fire ADD do not—their behavior issues tend to be consistent over long periods of time.
Of note: It is possible to have both conditions—in fact some research studies suggest that as many as 50% of those with bipolar disorder also have ADD.
Ring of Fire ADD SPECT scan findings show patchy increased activity in many areas of the brain, which looks like a “ring” of overactivity. We have found that there is some variability in Ring of Fire patterns from individual to individual. In differentiating between bipolar disorder and Ring of Fire ADD, it is important to consider the SPECT scan data in addition to the patient’s clinical history.
With Anxious ADD, there is low activity in the prefrontal cortex while there is overactivity in the basal ganglia, which sets the body’s “idle speed” and is related to anxiety. The ADD symptoms in people suffering with this type tend to be magnified by their anxiety. Treatment for people with Anxious ADD often includes both calming and stimulating the brain.
Anxious ADD SPECT scan findings show increased activity in the basal ganglia at rest and during concentration. Additionally, there is decreased activity in the prefrontal cortex and cerebellum during concentration.
“With A Better Brain Comes A Better Life”
– Daniel G. Amen, M.D.