Dr. Majid Fotuhi

Falling in Love Is a Brain Function

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Falling in Love Is a Brain Function

“I love you from the bottom of my heart.”

 

We have all said it, or heard it. It is one of the oldest ways we express love, and most of us never stop to question it. We imagine that love lives deep in our heart.

 

But here is the surprising truth: your heart is made up of muscle, and it is not capable of experiencing emotions. Love does not begin in your heart. Love begins in your brain.

 

Let me explain what actually happens.

 

The Message Starts in Your Brain and Ends in Your Chest

 

The feeling of love emerges from the interactions of several brain areas the regions that handle emotion, motivation, reward, and social bonding. When you fall in love with someone, these areas glow with activity. They, in turn, stimulate the part of your brain that regulates hormones in your blood, such as adrenaline.

 

The adrenaline then makes your heart beat faster. That is why, when you see someone you love, your heart pounds.

 

The message begins in your brain and ends up in your heart. You cannot feel the glowing of activity in your brain, but you can feel the pounding of your heart in your chest. And so, understandably, we have spent centuries believing it is the heart that sparks with love.

 

Every Emotion You Feel Is Built by Your Brain

 

I am a neurologist, and I have spent much of my career studying the brain, mostly at Johns Hopkins and Harvard Medical School. One thing that never stops amazing me is this: every emotion we experience fear, joy, excitement, pride, sadness is created by the brain.

 

Different emotions involve different groups of brain regions working together as a network. Love is no exception. In fact, love gives us a beautiful window into how the human brain works when it comes to bonding and forming lasting relationships.

 

Feelings of love also engage the dopamine reward and motivation system. It is the activity of dopamine pathways in the brain that leads to the pleasure, joy, excitement, and motivation that make you want to keep seeing the person you love, over and over again.

 

What Scientists Saw Inside the Brain of Someone in Love

 

The research that uncovered this is fascinating.

 

Helen Fisher and her colleagues studied people who were intensely in love. While these volunteers lay inside a brain MRI scanner, the researchers showed them photographs of the person they loved. Something remarkable happened. The dopamine-rich areas deep inside the brain, including a region called the ventral tegmental area, or VTA, became intensely more active.

 

That surge of dopamine is what gives you the intense sense of pleasure about the person you love, and it is what motivates you to want to be near them at all times.

 

Animal studies help us understand the biology of love and lasting relationships even further. Prairie voles are small, monogamous rodents that form long-lasting pair bonds. Researchers have found that the dopamine system in their brains surges when these animals have to climb over a fence to seek out and reach their partner.

 

In other words, it appears that even the act of seeking the one you love can give you some of the same joy you feel when you are with them. The dopamine pathways in the brain, along with a hormone called oxytocin, help people who love each other bond and stay together.

 

Love Is Bigger Than Romance

 

As we research the biology of love, we have discovered something profound: our brains have evolved to connect with other human beings. Love and connection are part of what makes us human.

 

And this is where I want to expand the meaning of love. When we hear the word “love,” we often think about romance. But the human brain does not reserve something as important as love for romance alone. There is also the love between parents and children.

 

A few years ago, I saw something in the news that I will never forget. After the tsunami in Japan, photographs surfaced of mothers who had been found still holding their children, having used the last moments of their lives shielding them from the water. These women, in the most extreme situation imaginable, sacrificed their own lives for their children. Their love for their child outlived their instinct to save themselves.

 

I remember looking at those images and thinking, “I would do that too.” As I am sure almost every parent would. That is the power of love in the brain.

 

These relationships may look different from one another. But they all involve the same dopamine and oxytocin network in the brain that helps us connect, care, trust, and protect one another.

 

Why Heartbreak Physically Hurts

 

There is another side to this.

 

When an important relationship is lost, the pain can be very real. Research on social rejection and loss has shown that social pain can engage some of the same brain regions involved in physical pain.

 

So if you have ever experienced heartbreak and thought, “Why does this hurt so much?” there is a neurological reason for it. Some of the same brain areas that light up with physical pain also light up with the emotional pain of losing someone you love.

 

Your brain takes social connection seriously. From an evolutionary point of view, belonging to a group was essential for survival.

 

The Lesson From the Longest Study of Human Life

 

This brings me to something I believe is even more important than romantic love: human connection is a genuine part of brain health.

 

One of the longest-running studies of human life is the Harvard Study of Adult Development, which has followed people for more than eight decades. One of its most important lessons is remarkably simple: the quality of our relationships matters enormously for our health and happiness. People who have stronger, more supportive relationships tend to be healthier and live longer.

 

And this is not just one study. Large studies and meta-analyses involving hundreds of thousands of people have found associations between loneliness and a higher risk of dementia, and between social isolation and a higher risk of premature death.

 

I want to be careful here. That does not mean loneliness automatically causes dementia, or that one loving relationship guarantees a longer life. But the message from decades of research is remarkably consistent: we are social creatures. Our brains and bodies do better when we have meaningful connections.

 

Don’t Let Technology Replace What Makes Us Human

 

So as AI becomes more present in our lives, I think we have a responsibility: do not let technology replace the relationships that make us human.

 

Protect the connections you already have. Call your parents. Check on your friends. Make time for the people who matter. And be willing to let new people into your life.

 

Every time you reach out to someone, listen deeply, share a laugh, offer comfort, or allow someone to help you, you are participating in the life of another human being. You are also giving your own brain an experience it was designed to have. Connection. Belonging. Love.

 

A Challenge for You This Week

 

So now, I have a challenge for you.

 

Think of three people who matter to you. Not three people you follow. Not three people you text with an emoji. Three people who truly matter.

 

And sometime this week, reach out to them. Call them. Meet them. Tell them what they mean to you. Tell them you love them from the bottom of your heart, even though you now know your love for them actually resides in your brain, not your heart.

And know this: the connection you share with them will contribute to your own brain vitality and longevity for years to come.

 

 

Dr. Majid Fotuhi is a Harvard- and Johns Hopkins-trained neurologist, bestselling author of The Invincible Brain (USA TODAY Bestseller), and one of the world’s leading experts on brain health and cognitive performance. He has spent more than three decades studying the brain’s capacity for growth and repair. To discover your brain health score and receive a personalized 10-page report, take the free Invincible Brain Assessment at invincible.drfotuhi.com.

 

📺 Watch https://youtu.be/OwfFXOhhBKY on Dr. Fotuhi’s YouTube Channel.

 

Keep up with Dr. Fotuhi on LinkedIn & Instagram.

 

 

 

References

 

1. Aron, A., Fisher, H., Mashek, D. J., Strong, G., Li, H., & Brown, L. L. (2005). Reward, motivation, and emotion systems associated with early-stage intense romantic love. Journal of Neurophysiology, 94(1), 327–337.

 

2. Eisenberger, N. I., Lieberman, M. D., & Williams, K. D. (2003). Does rejection hurt? An fMRI study of social exclusion. Science, 302(5643), 290–292.

 

3. Fisher, H., Aron, A., & Brown, L. L. (2005). Romantic love: An fMRI study of a neural mechanism for mate choice. Journal of Comparative Neurology, 493(1), 58–62.

 

4. Holt-Lunstad, J., Smith, T. B., Baker, M., Harris, T., & Stephenson, D. (2015). Loneliness and social isolation as risk factors for mortality: A meta-analytic review. Perspectives on Psychological Science, 10(2), 227–237.

 

5. Liu, Y., & Wang, Z. X. (2003). Nucleus accumbens oxytocin and dopamine interact to regulate pair bond formation in female prairie voles. Neuroscience, 121(3), 537–544.

 

6. Livingston, G., Huntley, J., Sommerlad, A., et al. (2020). Dementia prevention, intervention, and care: 2020 report of the Lancet Commission. The Lancet, 396(10248), 413–446.

 

7. Pierce, A. F., Protter, D. S. W., Watanabe, Y. L., Chapel, G. D., Cameron, R. T., & Donaldson, Z. R. (2024). Nucleus accumbens dopamine release reflects the selective nature of pair bonds. Current Biology, 34(3), 519–530.

 

8. Waldinger, R., & Schulz, M. (2023). The Good Life: Lessons from the World’s Longest Scientific Study of Happiness. Simon & Schuster.

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Test Your Own Brain Health in Ten Questions

Over about 30 years of clinical research and teaching, mostly at Johns Hopkins and Harvard Medical School, I built a 12-week brain fitness program. I have used it with patients who have attention deficit disorder, with people recovering from persistent concussion symptoms, and with those dealing with age-related memory loss. Around 80% of our patients improved with it.

 

I am proud of the program, and I want to make it useful to people who will never set foot in my clinic. So I want to give you one of the first tools we use with every patient: the brain health score. It takes a few minutes; you can do it at home, and you can repeat it week after week to watch your progress.

 

How the score works

 

There are ten questions. You rate yourself from 1 to 5 on each, which gives you a total out of 50.

 

A score of 40 or higher means you are in good shape, and your brain is set up to stay healthy now and in the years ahead. A score down around 15 or 20 means there is real work to do. The good news is that this number moves quickly once you start paying attention to it. Most people can raise it within 12 weeks.

 

One thing before you begin. You are the judge of your own answers, and you will be the same judge next week and the week after. So it does not matter much whether a given answer is a 3 or a 4. What matters is that you use the same standard each time, so the trend you see is honest.

 

Here are the ten questions.

 

1. Exercise

 

The goal is about three hours a week. If you hit that, give yourself a 5. If you are a couch potato, that is a 1. Anywhere in between earns a middle score.

 

2. Diet

 

If you eat a Mediterranean-style diet every day, give yourself a 5. If you eat junk food daily and rarely touch fruits and vegetables, that is a 1. Score 2 to 4 for everything in between.

 

3. Portion size

 

If your portions are reasonable and you eat about three times a day instead of grazing five or six times, give yourself a 5. If you eat huge portions and keep going until you are stuffed, that is a 1. The aim is to eat enough that you feel satisfied, without feeling full.

 

4. Omega-3

 

Omega-3 fatty acids are one of the most important ingredients for building a stronger brain. This is the one supplement I recommend to everyone, and I take it myself and give it to my own family. I suggest an omega-3 that includes DHA and EPA, at around 1000 mg a day. Take it daily and give yourself a 5. Never take it, and that is a 1. A day or two a week is a 2, and so on up the scale.

 

5. Stress

 

Your state of mind shapes how healthy your brain is. Here is something I find fascinating: your brain determines your state of mind, and then your state of mind turns around and affects the health of your brain. You have more control over that loop than you might think. If you stay calm and relaxed through the normal stress of a day, give yourself a 5. If every small thing sets you off, that is a 1. If you are generally steady but still get thrown by a missed bus or a hard moment at work, give yourself a 3, and score around there based on how easily you get stressed.

 

6. Meditation

 

Meditation raises BDNF in the brain, increases blood flow, and lowers cortisol. It is one of the best things you can do for yourself. I recommend 10 to 15 minutes a day. If a seated meditation is hard for you, do a simple breathing exercise instead: breathe in for a count of seven, hold for seven, breathe out for seven. Do it daily and give yourself a 5. Never do it, and that is a 1.

 

7. Attitude

 

You decide how you look at the world. If you are optimistic and generally expect things to work out, give yourself a 5. If you assume nothing will work and worry over every detail, that is a 1. Your daily outlook has a real effect on how healthy your brain is today and how healthy it will be later.

 

8. Sleep

 

Seven to eight hours a night is one of the most important things for your brain. If you sleep well most nights, give yourself a 5. If you struggle to fall asleep or stay asleep, that is a 1. Sleep is a big topic on its own, so if it is a real concern for you, read my separate article on how to improve it.

 

9. Organization

 

If you start the day by writing down the three things that must get done, finish them, and handle more as time allows, you are in charge of your day, and that is a 5. If you are always running late and always behind, that is a 1. Staying organized keeps you from feeling overwhelmed, and that protects your brain.

 

10. Mental challenge

 

Your brain is a use-it-or-lose-it organ. If you do brain exercises or take on things that genuinely challenge your mind every day, give yourself a 5. If you avoid anything that requires hard thinking, that is a 1.

 

What your number means

 

Add up your ten answers.

 

If you are at 40 or higher, you are in good shape. You do not need to overhaul anything. Keep nudging individual scores up when you can.

 

If you are below 40, this is your starting line, and it is a useful one. Repeat the same ten questions every week for the next 12 weeks, and set a goal to reach 40 or higher. Watch which numbers are dragging the total down, and put your attention there first. Most people find the climb easier than they expected, because small, steady changes in sleep, diet, movement, and mindset add up fast.

 

The reason I like this score is that it turns a vague worry about your brain into something you can see and act on. You stop guessing about whether you are doing enough, and you start working from a number that tells you where you stand.

 

Frequently asked questions

 

What is a good brain health score?
40 or higher out of 50 means you are in good shape. Below 40 means there are specific areas worth working on.
How often should I score myself?
Once a week. Use the same judgment each time so your week-to-week trend is meaningful.
How long does it take to improve my score?
Most people can raise it within 12 weeks by working on their weakest areas.
Does it matter if I score an answer a 3 instead of a 4?
Not really. Since you are scoring yourself consistently over time, the trend matters far more than any single rating.
What omega-3 dose do you recommend?
An omega-3 supplement with DHA and EPA, at around 1000 mg a day. It is the one supplement I recommend to everyone.
I do not enjoy sitting meditation, Is there an alternative?
Yes, try a breathing exercise instead: in for a count of seven, hold for seven, out for seven, for about ten minutes.
My lowest score is sleep, Where do I start?
Sleep has its own set of fixes, so read my separate article on improving sleep and begin there.
Can I really change my brain at my age?
Yes, the brain responds to how you live at every age, which is the whole reason this score is worth tracking.
What is the lowest possible score, and what does it mean?
The lowest is 10, which means all ten areas need attention. It is not a verdict on your future, just a clear signal of where to begin.
Do I need any special equipment or tests to score myself?
No, You answer the ten questions honestly and add them up. The assessment on my website does the scoring for you and adds a written report.
Which of the ten should I fix first?
Start with your single lowest score, since that is where you will see the biggest gain for the least effort.
Can I improve more than one area at once?
Yes, and they tend to help each other. Better sleep makes exercise easier, and exercise improves sleep, so progress in one area often lifts the others.
Is a score of 40 a reason to stop trying?
No, 40 means you are in good shape, not that you are finished. Keep your habits going and raise individual scores when you can..
How is this different from the free assessment on your website?
The ten-question score is a quick self-check you can repeat at home. The Invincible Brain Assessment takes about 10 minutes, scores you across all five pillars, and sends back a personalized 10-page report.
Is this a diagnosis?
No, It is a self-assessment to track your habits and progress, not a medical diagnosis. If you have real concerns about your memory, see a physician.

 

 

Dr. Majid Fotuhi is a Harvard- and Johns Hopkins-trained neurologist, bestselling author of The Invincible Brain (USA TODAY Bestseller), and one of the world’s leading experts on brain health and cognitive performance. He has spent more than three decades studying the brain’s capacity for growth and repair. To discover your brain health score and receive a personalized 10-page report, take the free Invincible Brain Assessment at invincible.drfotuhi.com.

 

📺 Watch the full video on Dr. Fotuhi’s YouTube Channel.

 

Test your Brain Power in 7 Minutes

 

Keep up with Dr. Fotuhi on LinkedIn & Instagram.

How HIV Affects the Brain, Even When the Virus Is Controlled

Most people know that HIV attacks the immune system. Fewer know that HIV can also affect the brain. And here is the part that surprises people most. Even when HIV is very well controlled with medication, some people still have trouble with memory, attention, or thinking speed.

 

I saw this for myself many years ago, during my neurology residency at Johns Hopkins.

 

The Patient I Never Forgot

 

A man in his 40s had been admitted to the hospital because of dizziness. When I sat down to talk with him, I noticed something beyond why he was there. He was awake and alert, but his answers came unusually slowly. He had trouble staying focused on our conversation, and he could not remember the names of his own medications. He was not confused or sleepy. His thinking had simply slowed down.

 

Then I learned that he had HIV, and that it was very well controlled. His viral load was almost zero, and his immune system was quite strong. So I kept asking myself the same question. Why was his thinking so slow? That question stayed with me for years.

 

ART Changed Everything, but Not for the Brain Alone

 

Antiretroviral therapy (ART) has been a lifesaving treatment for people with HIV. It turned a disease that was once fatal into one that many people live with for decades, and controlling the virus is essential.

 

When it comes to the brain, though, ART is not always the whole story. Even when the virus is under excellent control, some people living with HIV still experience problems with memory, attention, concentration, or slow thinking. Doctors sometimes call this HAND, which stands for HIV-associated neurocognitive disorder.

 

There is an important point to make here, and it changes how we should respond. Not every memory problem in a person living with HIV is caused by the virus.

 

The Brain Has Many Things Working on It

 

Think of your brain as a complicated system, with many things capable of putting stress on it. HIV can be one of them. So can aging, high blood pressure, diabetes, and poor sleep. So can depression, stress, alcohol, head injury, and other medical conditions.

 

When someone with HIV has trouble with memory or thinking, there are often several of these causes working together. That points to a useful idea. Instead of focusing on one cause, it often makes more sense to care for the brain from several directions at the same time.

 

Where This Idea Came From

 

This way of thinking grew out of my own clinical work. For years I treated people who came to me with memory loss and other cognitive difficulties, and I kept noticing the same thing. Rarely did anyone have only one problem. A single person might have poor sleep, high stress, low physical fitness, and a poor diet, along with difficulties in attention and memory, all at the same time.

 

In 2016, I published a study of a 12-week Brain Fitness Program in 127 older adults with mild cognitive impairment. The program combined cognitive training, biofeedback, and brain coaching built around physical fitness, diet, and stress reduction. After 12 weeks, 84% of the participants showed a statistically significant improvement on cognitive testing. We also looked at brain MRIs in a smaller group who had quantitative scans before and after. Half of them showed either no further shrinkage of the hippocampus or an actual increase in its volume. Those were encouraging findings, and I went on to develop the program for patients with concussion and ADHD as well, with similar results.

 

That experience led me to the idea at the center of my work. Brain health does not come from doing one thing. It comes from caring for the brain from several directions at once. Over the years, I organized this into what I call the five pillars of brain health: exercise, sleep, nutrition, managing stress with a positive mindset, and brain training through continued learning and challenge. Picture the five as members of a team. You do not have to be perfect at any single one. The goal is to work on all of them together.

 

A Landmark Study, and Its Limit

 

This idea was not unique to me. Researchers around the world were asking similar questions. One of the most important studies was a European clinical trial called FINGER, conducted in Finland with more than 1,200 older adults who had an increased risk of cognitive decline. Rather than asking people to do just one thing, the researchers combined several approaches at once: exercise, healthy eating, brain training, and more. After two years, the people in the multi-domain program had better overall cognitive performance than those who received general health advice.

 

FINGER mattered because it showed that protecting the brain may require more than one strategy at a time. But there is an important limit for our purposes. FINGER did not study people living with HIV, so we cannot assume the same approach will work the same way in this group. It has to be tested.

 

The Gap I Found in the Research

 

While preparing a lecture I recently gave at Johns Hopkins on this topic, I looked at the research with a simple question in mind. What happens when we use lifestyle changes to protect thinking in people living with HIV?

 

The answer surprised me. A 2026 systematic review, commissioned by the World Health Organization and published in The Lancet Healthy Longevity, screened almost 6,000 scientific papers. Only five met the strict criteria for the review, and all five tested medications. Not one tested a lifestyle program built on exercise, healthy eating, better sleep, stress management, and brain training.

 

That is a real gap in the science. We know a great deal about how to control HIV. We know a great deal about the value of lifestyle for brain health in the general population. We know much less about whether a comprehensive brain-health program can help people living with HIV who have cognitive problems. That is the question worth answering now.

 

Back to the Man at Johns Hopkins

 

So let me return to the patient I met all those years ago.

 

I cannot tell you exactly why his thinking was so slow. HIV may have played a part. Other things may have too. Most likely several factors were involved at once. But if I saw him again today, here is what I would say to him. Controlling the virus is essential. Let us also take care of your brain. Let us work on your exercise, look more carefully at your sleep, talk about your nutrition, manage your stress, and keep your brain active.

 

The brain is not a passive victim of disease. It is an organ that responds to how we live. We have made remarkable progress in treating HIV. I think it is time to ask a new question. How can we help people living with HIV keep their brains healthy for the rest of their lives?

 

We do not have all the answers yet. But we know enough to start asking, and to start looking. For now, my recommendation is simple. Control the virus. Take care of your body, your sleep, your mind, and your brain, because your brain is your biggest asset, and it is worth protecting, with or without HIV.

 

 

Dr. Majid Fotuhi is a Harvard- and Johns Hopkins-trained neurologist, bestselling author of The Invincible Brain (USA TODAY Bestseller), and one of the world’s leading experts on brain health and cognitive performance. He has spent more than three decades studying the brain’s capacity for growth and repair. To discover your brain health score and receive a personalized 10-page report, take the free Invincible Brain Assessment at invincible.drfotuhi.com.

 

📺 Watch the full video on Dr. Fotuhi’s YouTube Channel.

 

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Keep up with Dr. Fotuhi on LinkedIn & Instagram.

Why I Stopped Accepting "It's Just Alzheimer's"

I want to tell you about myself, and about how I came to practice medicine the way I do.

 

I graduated from Harvard Medical School in 1997, and by then I was already deeply interested in Alzheimer’s disease. When I began my neurology residency at Johns Hopkins, I chose to focus on age-related cognitive decline. The more patients I saw, the more one thing troubled me. People who arrived carrying a diagnosis of Alzheimer’s usually had a whole mix of different problems feeding their decline, and many of those problems could be treated.

 

So I began writing review articles making a case for a different approach. Rather than labeling everyone with memory trouble as having Alzheimer’s and sending them off to a nursing home, we should treat the medical conditions pulling them down, and work directly on improving their brain function through diet, sleep, and mental challenge. I kept writing about this after I became an assistant professor of neurology at Johns Hopkins. Then one day I realized I needed to stop writing about it and start doing it. In 2012, I opened my own neurology practice and built a program I called the Brain Fitness Program.

 

Carol

 

One of my very first patients was Carol, a woman in her 70s with serious cognitive decline.

 

Her sister was the one who brought her in, and she had a clear purpose. She wanted me to confirm Carol’s Alzheimer’s diagnosis so she could obtain power of attorney, sell Carol’s house, and pay for a nursing home. She told me Carol just sat in front of the television all day and did nothing at all.

 

I asked her to wait a moment. Because when I looked at Carol, I saw a long list of conditions that could be treated. She had high blood pressure, diabetes, obesity, sleep apnea, and depression, and she was taking multiple medications for pain.

 

So we went to work. We reduced her pain medications, treated her depression, addressed her back problems, and worked on her diet. She began coming to our brain center twice a week to work with our brain coaches, who are trained to encourage patients to do more, to eat better, and to challenge their brains.

 

Little by little, Carol came to life. She started walking five minutes a day, then ten. She stayed with the program, and by the time she finished she was a different woman, full of energy, as though she had woken up. I finally got to meet the real Carol, and she turned out to be warm and funny and a pleasure to talk to.

 

Carol was not a lucky exception. I ran this program for many older patients with mild cognitive impairment or early-stage Alzheimer’s, and 84% of them showed significant, measurable improvement on their cognitive tests. I published those results in the Journal of Prevention of Alzheimer’s Disease.

 

Lisa

 

After that, I began offering the same program to younger people dealing with memory and thinking problems. One of them was Lisa.

 

Lisa was a schoolteacher in her 50s, worn down by both her work and her personal life. She was going through a divorce. She could not keep up at school. Her knees hurt, she had gained 20 pounds, she could not sleep, and she had headaches. She looked at me and said, “I’m a mess.” She was sure she was developing Alzheimer’s disease.

 

Her evaluation told a very different story. At her first visit, I had her fill out what I call spider-grams, diagrams built from 35 questions that map out exactly where a person is struggling, whether that is memory, attention, concentration, or processing speed, each rated from 0 to 10. Lisa scored as significantly affected across most of those areas.

 

Then I did formal cognitive testing to see which domains were truly weak. Her memory performance came back at the 5th percentile for her age. Her executive function was also struggling, though her processing speed was still fairly good. Her blood tests showed that her vitamin D was low and her B12 was low. None of that is Alzheimer’s disease, and all of it can be addressed.

 

When Lisa started the program, she worked with our brain coaches twice a week, 90 minutes at a time. They helped her exercise more, sleep better, take better care of herself, and receive brain training. After six weeks, her results were remarkable. Her memory had improved from the 5th percentile to the 35th, and her processing speed had climbed to about the 99th.

 

She was thrilled. I remember her telling me that in a way it was a good thing she had gotten so bad, because now she finally had a reason to take care of herself. She became more engaged with her students. By the time she finished the program she was a new person, full of energy and optimism. Her cognitive testing and her spider-grams, which had been mostly in the red when she started, were mostly in the green by the end.

 

The Pattern Behind the Book

 

Carol and Lisa were not isolated successes. I went on to see 223 other patients with memory loss or persistent cognitive symptoms, and they improved too. 80% of them showed objective improvement on their cognitive tests.

 

I want to be clear about what that means, because it is the heart of everything I do. These patients did not simply feel better, sleep better, and report being happier, although they did. Their objective cognitive testing showed real gains in attention, concentration, executive function, and mental speed.

 

This is the foundation of my book, The Invincible Brain. The lesson I learned from Carol, from Lisa, and from hundreds of others is one I want you to carry with you. A frightening label is not the end of the story. Underneath it there are almost always treatable causes, and the brain has a real capacity to recover when you give it the chance.

 

 

Dr. Majid Fotuhi is a Harvard- and Johns Hopkins-trained neurologist, bestselling author of The Invincible Brain (USA TODAY Bestseller), and one of the world’s leading experts on brain health and cognitive performance. He has spent more than three decades studying the brain’s capacity for growth and repair. To discover your brain health score and receive a personalized 10-page report, take the free Invincible Brain Assessment at invincible.drfotuhi.com.

 

📺 Watch the full video on Dr. Fotuhi’s YouTube Channel.

 

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Keep up with Dr. Fotuhi on LinkedIn & Instagram.