Managing Dopamine Imbalance Scoliosis: Expert Insights

Key Highlights

• A problem with dopamine in the body may be tied to the development and the way idiopathic scoliosis gets worse.
• Knowing more about neurotransmitter levels is now an important part of how doctors do scoliosis treatment.
• New research shows that brain chemistry can have an effect on spinal health.
• Genes can change dopamine levels. This can raise the chances of getting idiopathic scoliosis.
• If you know the signs of a dopamine imbalance, you can better manage adolescent idiopathic scoliosis.
• Using focused nutrient therapies may help balance neurotransmitter levels. This can lead to better results for scoliosis treatment.

Introduction

Have you ever thought that scoliosis might be about more than just a curved spine? New findings show there could be a close link between brain chemistry and spinal health. A dopamine imbalance may have a big impact on how scoliosis starts and moves forward. For scoliosis patients, knowing about this can give them new ideas for treatment. It shows how important the communication is between the brain and the spinal cord to manage this condition better.

The Connection Between Dopamine Imbalance and Scoliosis

People are getting more interested in how dopamine imbalance can lead to scoliosis development. Some researchers are now looking into the way chemical messengers in the nervous system can help form a spinal curve. This shows that scoliosis may not only be about the way the spine looks. It may also be linked to how the nervous system works.

Understanding this link may change the way we deal with scoliosis. If a dopamine imbalance is part of this condition, it could be important to treat it as part of a full care plan. Below, we talk about what a dopamine imbalance is, how it might have an effect on your spine, and what early studies have found.

What Is Dopamine Imbalance?

A dopamine imbalance happens when there is too much or not enough dopamine in the brain. Dopamine is one of the main chemical messengers. It is very important for movement, mood, and how you feel about doing things. Dopamine moves signals between nerve cells. It helps to control many things that happen in your nervous system.

Your brain chemistry needs to stay balanced. When you have changes in dopamine levels, this balance can be off. This often leads to different mental health issues, including bipolar disorder, and body symptoms. You may feel mood swings. It can also be hard to focus. Some people get problems with muscle control or the way they stand. All these signs come from how your brain chemistry works.

It is important to know what can cause this imbalance. Things like your genes, what you eat, stress, and how you live each day can all change your dopamine levels. Knowing if you have a dopamine imbalance can be the first step to finding ways to feel better and help your overall health.

How Dopamine Imbalance Can Impact Spinal Health

An imbalance in dopamine can affect your spinal health. Dopamine is very important for the central nervous system. The central nervous system helps control your posture and how your muscles move. If the level of dopamine is not right, the nervous system cannot send signals well. This can make it harder for the brain and the muscles in your back to work together.

This problem can change how your body keeps your posture and balance. If you have scoliosis when you are a teenager in the United States, this can be a big deal. A body that is not balanced may have a hard time fixing a spinal curve as it grows. This means it can play a part in the progression of idiopathic scoliosis.

The nerve cells that help control your muscles need chemical signals to work well. If these signals are not strong or steady, often because of a shift in dopamine, the postural muscles can get weaker. This can make it harder for you to keep your spine straight and keep up good spinal health.

Early Research Linking Dopamine and Scoliosis

Recent studies are starting to show a link between dopamine levels and idiopathic scoliosis. This research says that people with adolescent idiopathic scoliosis can have different brain chemicals. Their dopamine levels may not be the same as those without the condition.

These findings are interesting because they show there may be a brain part to scoliosis that people did not look at before. Scientists are now looking into how low or uneven dopamine levels can add to problems with standing or movement in scoliosis patients.

These first studies are a good sign, but we need more research to really know how things work. They show there could be new ways to find and treat adolescent idiopathic scoliosis that look at brain chemistry, not only the curve in the body, which may include methods like physical therapy. This could change the way we think about and handle idiopathic scoliosis in young people.

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Neurotransmitter Pathways in Scoliosis

Neurotransmitters are the chemical messengers that help your nervous system talk to the rest of your body. They also work with your spinal cord. In scoliosis patients, when these chemical messengers are not balanced, it may change how the condition starts and gets worse.

It is important to know how these pathways work for making good treatments. If some neurotransmitters are not balanced, this can change how you control your posture or move your muscles. Let’s talk about the main neurotransmitters that matter here and see how they connect to spine health.

Overview of Key Neurotransmitters: Dopamine, Serotonin, Norepinephrine

There are several important chemical messengers, made from amino acids, in the body that help control mood, body movement, and posture. These chemical messengers are known as neurotransmitters. The levels of neurotransmitters need to be balanced for your body to work well. If these levels of neurotransmitters are not right, it can affect the body in many different ways.

The main neurotransmitters that are linked to scoliosis are:

• Dopamine: This messenger helps control how we move. It also plays a part in how we feel.
• Serotonin: This is known for helping control mood and how the body feels pain. Many scoliosis patients have low serotonin levels. Having low serotonin can be common for them.
• Norepinephrine: This chemical helps you feel alert and can bring anxiety. People with scoliosis often have high norepinephrine levels. High norepinephrine makes anxiety worse for some.

When the levels of certain chemicals like serotonin and norepinephrine are not right in the body, it can cause a problem with how the brain and spine talk to each other. This weak brain-spine link can make it hard to keep good posture. Research shows that many scoliosis patients have high norepinephrine levels and low serotonin levels. This mix of low serotonin and high norepinephrine levels can change how well treatment works for them.

The Role of Dopamine in Spine Development

Dopamine has a more important part in spine growth and staying healthy than we once knew. It is a key part of the nervous system. Dopamine helps the body with motor control and muscle movement. These things are important to keep the spine straight.

During growth and development, the spinal cord and the muscles near it need the right messages from the brain. Dopamine is one of the chemical messengers that help these signals travel the right way. If there is a problem with dopamine levels, these messages may not get passed as they should.

This can cause problems with how the body keeps balance. A spinal curvature may start or get worse, especially when someone is growing fast. That is why focusing on dopamine in scoliosis therapy may help the brain to better control how the spine lines up and works.

How Other Neurotransmitters Affect Scoliosis Progression

Dopamine matters, but other neurotransmitters like serotonin and norepinephrine also play a big part in how scoliosis gets worse. Serotonin is very important for posture and your mood. People with scoliosis often have low serotonin levels. Having low serotonin or low serotonin levels can make you sit or stand poorly, and this may make the curve in your back worse over time.

Norepinephrine is tied to the body’s stress response. When you have high levels of norepinephrine, it can raise anxiety and make your muscles feel tense. This tight feeling lasts and can change the muscle tone near the spine. Over time, this may make a spinal curve worse.

Low levels of serotonin and high norepinephrine can often happen in people who have idiopathic scoliosis. This mix gets in the way of good communication in the body that helps keep the spine healthy. Because of this, it is important to look at levels of serotonin and how they change in scoliosis treatment today. This can help people who are dealing with idiopathic scoliosis and low serotonin feel better.

Brain-Spine Communication and Scoliosis

The way your brain connects with your spine is much like a busy road filled with messages. The nervous system sends signals using chemical messengers. This controls things like how you sit and how you move. When someone has scoliosis, this line of talk can break down. That happens in part because of changes in brain chemistry.

The right balance of neurotransmitters is important for good brain function and for sending clear signals to the spinal cord. If this balance is not right, it can change how your spine grows and lines up. Let’s look at how this the communication between the brain and spinal cord works. We can also see what happens when something goes wrong.

How the Brain Communicates With the Spine

Your brain and your spine talk to each other through the central nervous system. The nervous system is made up of many nerve cells. This network sends and gets signals. These signals help control your body’s posture, balance, and movement. You can think of the central nervous system as the body’s own way to send quick messages inside.

Chemical messengers, called neurotransmitters, help nerve cells talk to each other. They send signals from one nerve cell to the next. This helps the brain send out commands so your muscles can support the spinal cord. All of this happens all the time. You do not have to think about it for it to work. The spinal cord and chemical messengers do their job in the background.

A good connection between your brain and spine is important for your overall health. When these signals are strong and clear, your body can stay in line and quickly react when you move. But if there is a problem with the signals, it can cause problems with how you sit or stand, like scoliosis.

Brain Function Differences in Scoliosis Patients

Research shows that scoliosis patients can have differences in brain function when you compare them to people who do not have the condition. The way the brain takes in and uses sensory information, and how it controls balance and posture, can be different, too. This means that scoliosis may not only be about the spine, and in some cases, may necessitate spinal fusion surgery. It could also have something to do with how the brain works.

Many of these differences are because of neurotransmitter problems. For example, when there is not the right amount of dopamine, serotonin, or norepinephrine, this can change how some parts of the brain work. These parts help with movement and knowing where your body is in space. When these chemicals are not balanced, the brain and the body can feel a bit out of sync.

This problem can affect how the central nervous system keeps the spine straight. A spinal curve can start or get worse because of this. Learning more about brain function in people with scoliosis helps us make better treatments. These treatments are becoming more targeted and helpful for scoliosis patients.

Impact of Neurotransmitter Balance on Brain-Spine Health

Keeping a good neurotransmitter balance, including a healthy heart rate, is important for your brain and spine health. When these chemical messengers work well together, your brain can talk to the muscles that support your spine. This helps you have better posture and feel more steady.

But when the body is out of balance, it can cause more than problems with how you stand or sit. It can also hurt mental health, leading to things like anxiety or mood swings. For people who have adolescent idiopathic scoliosis, this makes things even harder. This can change the way they feel about their quality of life.

By working to bring back balance in neurotransmitters, we can help support the brain and spine link. This kind of approach does more than help with the body’s problems in scoliosis. It can also be good for mental health. When both the body and mind feel better, treatment can work better too. This can give people a higher quality of life.

Genetic Factors Influencing Dopamine Levels

Did you know that your genes play a big role in your dopamine levels? Some small changes in your genes can change how your body makes and uses dopamine. This is a process called dopamine metabolism. Because of this, people can have different amounts of dopamine in their bodies.

One thing that researchers are studying is the COMT genetic variant. Learning how your genes change your dopamine can help you know more about your chance of getting some health problems, like scoliosis. Let’s look at how this gene is linked to scoliosis in more detail.

Introduction to the COMT Genetic Variant

The COMT gene gives the body a set of steps to make an enzyme. This enzyme helps with the level of some feel-good chemicals in the brain like dopamine. A usual change in the COMT gene, called the COMT genetic variant, can change how well this enzyme does its job.

This type affects how the body handles dopamine. It is important for the prefrontal cortex in your brain. This is the area that helps with planning and making choices. The version of the gene that you have can make your body process dopamine at a fast or slow rate. This can change how much dopamine is in your system to start with.

Knowing about your COMT status can help you learn more about your brain chemistry. This can show why you or other people may get some health problems more easily. It also helps to explain why you may not react to treatment the same way as others. This type of genetic information is now a big part of how we treat each person in a new way in the field of medicine.

Genes Linked to Dopamine Metabolism in Scoliosis

Researchers are looking into how some genes tied to dopamine may link to scoliosis development. Dopamine helps the body with posture and movement. If a person has gene changes that change dopamine levels, this could impact the nervous system. Because of this, the nervous system might not keep the spine straight.

Genes like COMT are now being looked at. If someone has genes that cause their dopamine to be low or unbalanced much of the time, it can make it hard for the body to send the right signals. This may get in the way of good posture control.

Having a genetic predisposition does not mean a person will for sure get scoliosis. But, it can add to the risk. This is more likely if the person also faces some environmental or lifestyle factors. Finding these genetic links helps us understand better how complex scoliosis can be.

How Genetics May Alter Scoliosis Risk

The genes you have can play a big part in your risk of getting idiopathic scoliosis. Small changes in some genes may change your nervous system because of how they influence important neurotransmitter levels. When there are ups and downs in key neurotransmitters like serotonin, especially when there is not enough serotonin, and dopamine, it could affect the central nervous system and even impact spinal health. These imbalances might play a role in the development and progression of idiopathic scoliosis.

Recent studies show that knowing more about your own genetics and the status of these neurotransmitters can lead to better scoliosis treatment options. If you want to read more, look at the commentary about neurotransmitter status and idiopathic scoliosis here. For even more about the link between your nervous system and scoliosis, read Clayton J. Stitzel’s book, “It’s All In Your Head: Scoliosis & Neurotransmitter Disorders.” Find it here.

Recognizing Dopamine Imbalance Symptoms in Scoliosis

Seeing signs of dopamine imbalance is important if you have scoliosis. These signs might be mild, and at times look the same as other problems. But, if you know what to look for, you can find help sooner. The things you feel or notice can show up in your body and in how you feel emotionally.

You may see changes in your muscles or notice things like mood swings. If you pay close attention to these signs, you can get a good idea about what is going on with your brain chemistry. In the next parts, we will talk about what to look for.

Physical Signs to Watch For

In scoliosis patients, a problem with dopamine in the body can lead to clear signs. These signs may look like they are from scoliosis, but they can be a hint of a deeper problem with neurotransmitters.

Knowing about these signs can help you talk with your healthcare provider in a better way. Some common signs you may feel in your body are:

• Muscle stiffness or tension
• Poor coordination or balance
• Changes in posture that do not seem to be about the spinal curvature
• Restless legs or movements you cannot control
• More back pain or you feel tired in a way that is not usual

If you or your child has scoliosis and feel these symptoms, it may mean there is a dopamine imbalance. Fixing this imbalance can help with these body signs. It can also make managing scoliosis work better.

Emotional and Behavioral Indicators

A dopamine imbalance does not just affect your body. It can also show up in your feelings and actions. Dopamine is very important for mood and drive. So, if you have this imbalance, it can change your mental health in a big way.

Sometimes, these behavioral changes can be tough to handle. This is true for many people, but can be even harder for young people, as they feel the pressure of their condition. You may notice these common signs:

• You may get mood swings often or feel upset for no reason.
• It can be hard to focus or pay attention, a bit like what people feel with hyperactivity disorder.
• You might feel like you do not care much or do not want to do anything.
• It is common to feel nervous or feel like there is no hope.

Noticing these signs is the first step. If you see these changes in yourself or your child, know that they may be linked to brain chemistry. Taking steps to fix the dopamine imbalance can make mood and well-being better for you or your child.

Differences Between Childhood and Adolescent Symptoms

The symptoms of a dopamine imbalance can show up in different ways during childhood and as kids get older. In younger kids, a dopamine imbalance may lead to problems with moving their bodies or in how they act. For example, kids can feel more active than others or may find it hard to move smoothly. These symptoms in the early years can be soft and very easy to miss.

When children reach their teenage years, the signs of adolescent idiopathic scoliosis can change. A dopamine imbalance in those with idiopathic scoliosis can start to show through mood swings, anxiety, or not feeling motivated. These new feelings can be hard to deal with, especially when teens are growing fast and making new friends.

It is important to know about these age differences for early treatment. Finding a possible dopamine imbalance early can help control how scoliosis gets worse and support the child’s spine and well-being during this key time as they grow.

Current Testing Methods for Dopamine Imbalance

If you think you may have a problem with dopamine, you might want to know how to check for it. There are tests in the lab now that can show your neurotransmitter status. This kind of dopamine testing can give you some good information that other tests, like a basic scoliosis check, may not show.

These tests can help give you a better look at your health. But it is good to know what they can and can’t do. Let’s look at the types of tests you can get. We will talk about their benefits and how you can use the results to manage scoliosis.

Laboratory Testing for Neurotransmitter Levels

Lab testing can give you a look at your neurotransmitter levels. These tests often use your urine to measure the amount of important neurotransmitters and their byproducts. This helps show any imbalances that might not be clear from just your symptoms. Learn more about scoliosis neurotransmitter testing online.

Testing can show the levels of dopamine, serotonin, and norepinephrine in your body. These results can help your healthcare provider see what your brain chemistry is like.

Here’s a quick look at what these tests check for:

Neurotransmitter	What It Measures	Ideal Range
Dopamine	Levels of this key motor control and motivation messenger.	Balanced for stable mood and coordination.
Serotonin	Levels of the “feel-good” chemical that regulates mood and posture.	Optimal for emotional well-being.
Norepinephrine	Levels of the stress-response messenger.	Not too high to avoid anxiety and muscle tension.

These tests can help when they are used as one part of a full checkup for scoliosis.

Benefits and Limitations of Dopamine Testing

Dopamine testing can help people who are having scoliosis treatment. One big advantage is that it gives clear information about your neurotransmitter status. This can show if your symptoms are linked to an imbalance. It also helps your doctor make treatment strategies that fit you best.

But, there are limits to what you can learn from this. A urine test shows the total amount of neurotransmitters your body makes. It does not tell you the exact amount in your brain. Levels can change during the day. Some people in the field are not sure how helpful these tests are for practice because of these reasons.

Many people feel that the information is useful, even with the limits it has. A skilled doctor can look at your test results and use them to suggest the best nutrient therapy and tips about how you live. This may help you get a better and more complete way to take care of scoliosis.

Using Test Results for Scoliosis Management

Test results from neurotransmitter testing can help make better scoliosis management plans that fit you. When you know about your own imbalances, your healthcare provider can make treatment strategies that are just right for you.

For example, if the test shows your dopamine or serotonin is low, the plan may contain certain nutrient therapies. There can also be lifestyle changes to help boost these levels in a natural way. This way, there is not just one plan for everyone. The plan will be made for your body and what you need.

In the end, using these results can help to make better and more complete treatment plans. When you work on fixing the main neurotransmitter imbalances and address the potential chemical imbalances, it can support your overall health. This may also help you get better results from other scoliosis treatments. Over time, this can lead to better long-term results.

Review of “Neurotransmitter Status and Idiopathic Scoliosis”

A recent article called “Neurotransmitter Status and Idiopathic Scoliosis” , Dr. Mark Morningstar looks at new research about how the chemicals in our brains can be linked to idiopathic scoliosis. The text talks about how an imbalance in neurotransmitters can impact the way the brain sends signals to the body. This may have a big part in the development and progression of idiopathic scoliosis. The author also asks why most standard treatments do not pay much attention to the connection between neurotransmitter status, brain chemistry, and scoliosis.

The text talks about looking at scoliosis in a bigger way, including adult scoliosis. It says that doctors should think about all parts of the patient’s body, including how their nerves and hormones are working. When doctors understand more about these things, they can make treatment plans that fit each person better and not just focus on the spinal curve. This new way of thinking could be a good step for how we treat idiopathic scoliosis.

Key Findings and Clinical Takeaways

The talk about neurotransmitter status and idiopathic scoliosis shares several main points that are helpful for both patients and doctors. The main idea is that idiopathic scoliosis is not only a problem in the spine. It is a condition that involves the whole body and has something to do with the nerves and how the brain works.

Here are some key things to remember from the article:

• Neurotransmitter imbalances are often seen in people with idiopathic scoliosis.
• These issues can change how the spinal curve gets worse.
• Checking neurotransmitter status can give good information to help make treatment plans.
• Fixing these imbalances may help other treatment options work better.
• A holistic approach that looks at neurological health is important to get the best results for people with idiopathic scoliosis.

These points show that it is important to go beyond just looking at the spine when treating scoliosis. We should also think about what is happening with the brain chemistry in each person. This way, treatment can be more helpful and feel suited for each person.

Relevance of Pathways Testing

The text talks about “pathways testing,” which means doing lab tests to check neurotransmitter status. This kind of testing can be very important for someone with scoliosis. It helps people see what is happening in the brain and body and how it may connect to the condition. By looking at neurotransmitter status, doctors might understand more about why scoliosis happens.

When a doctor knows about a person’s own neurotransmitter profile, they can stop using common treatments that are the same for everyone. Instead, they can start using treatment strategies that fit that one person. For example, if a test shows that you have less dopamine or serotonin, your treatment plan can focus on fixing that problem with dopamine agonists, which can help address issues related to dopamine levels.

This way, doctors can focus on what causes scoliosis early. They do not just wait and react when the curve gets worse. Pathways testing lets doctors help with the main reasons that lead to scoliosis, which plays a significant role in achieving better long-term results. The person with scoliosis may also have a better quality of life.

For people interested in knowing more about this topic, the full commentary gives a clear view of the research and what it means for care. It is good for scoliosis patients, their families, and healthcare workers who want to learn more about this new way to help scoliosis patients.

Reading more of the article will help you learn about the science behind neurotransmitter testing. You will also see how it is used to find better treatment options. The article gives hope and useful details for people who want something other than common bracing and surgery.

To read more about idiopathic scoliosis and neurotransmitter status, you can go to the full article here: Neurotransmitter Status and Idiopathic Scoliosis: A Commentary on Pathways, Testing, Clinical Utility, and Treatment.

Expert Insights from “It’s All In Your Head: Scoliosis & Neurotransmitter Disorders”

In his book, “It’s All In Your Head: Scoliosis & Neurotransmitter Disorders,” Dr. Clayton J. Stitzel shares a new way to look at scoliosis. He says that this problem is tied to neurotransmitter disorders and the health of the nervous system. The book goes over the ScoliSMART approach. This idea is to find and fix these problems first. That way, people can schedule a no-cost phone consultation to get better outcomes without big surgeries. This is good news for people who care about their overall health.

This guide shows why it is not enough to just brace a curve, as a brace should not be the only plan. It helps you learn how your brain chemistry can affect your spine. You also get steps you can follow for a treatment that does not need surgery. You can meet with a ScoliSMART doctor of your choice to use these ideas and feel more in charge of your scoliosis care.

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Clayton J. Stitzel’s Approach to Dopamine and Scoliosis

Dr. Clayton J. Stitzel thinks that to help with scoliosis, you need to bring balance back to the brain. He says that when the brain does not have enough or has too much dopamine, it can mess up how the body stands and moves. This is important for anyone looking for a good scoliosis treatment plan.

The ScoliSMART approach looks for problems in brain chemistry, like low levels of dopamine. After finding the problem, they make treatment plans that fit each person. The treatment plans often use special nutrients and changes in the way you live to help fix these issues. This can help support good brain chemistry.

This method works by looking at the main nerve causes under the scoliosis. It does more than just stop the newer curves from getting worse. It helps change how the brain and spine work together. The goal is to make your spine stronger and healthier for the long run.

Main Messages and Practical Steps From the Book

“It’s All In Your Head” has a few main messages and steps that families can follow for scoliosis, especially for cases involving small curves. The main idea of the book is that you have a lot more control over this condition than you may think. It also shares that treatment options that are not invasive can work very well.

The book shows a clear plan that helps you move ahead. It gives several steps you can really use.

• Get tested for neurotransmitter imbalances to find out the main cause.
• Use the right nutrient therapies to fix any imbalances you have by addressing the drivers of progression.
• Do certain exercises, like the ones given in the scoliosis boot camp, to help your posture get better.
• Make lifestyle changes to help your whole brain and spine stay healthy.

These simple steps show you a clear way to handle scoliosis with more action. They help people feel able to do more than just wear a brace. You get to be more active in your own care and feel better about what you can do for your health.

Patient Success Stories Focusing on Neurotransmitter Balance

The book has many stories from patients who saw good results. These stories show how people got better when they worked on neurotransmitter balance. By doing this, they were able to fix the real nerve problems behind their scoliosis and did not need surgery.

Many people say that not only does their curve get better or stay the same, but their quality of life also goes up. When their neurotransmitter balance is brought back, they feel less pain. Their mood gets better and they have more energy. These stories show that this way can give better results than old methods by themselves.

These successes are strong examples that show how well the ScoliSMART approach works. They give hope and let people see that, by looking at the whole person and not just the spine, there can be lasting success for patients. This can lead to a better quality of life.

Conclusion

To sum up, knowing how dopamine imbalance and idiopathic scoliosis are linked is very important for finding ways to help people manage this condition. The recent commentary about neurotransmitter status and idiopathic scoliosis, along with Clayton J. Stitzel’s book “It’s All In Your Head: Scoliosis & Neurotransmitter Disorders,” has information that helps both patients and healthcare workers. They point out why it matters to notice symptoms and use the right tests, so people can get better results. When people work on balancing neurotransmitters, those with scoliosis may find new ways to feel better or improve. If you want to read more about these ideas, read the full commentary here or look at the book here.

Frequently Asked Questions

Is neurotransmitter testing recommended for all scoliosis patients?

Neurotransmitter testing is still not done in every place, but it is very helpful for scoliosis patients. This test can show imbalances in the body. These may change what treatment options are best. The information from this testing helps your doctor give a diagnosis that is right for you. With this, care can be more focused and helpful for the patient, not just about the curve.

Can targeting dopamine levels help manage scoliosis progression?

Yes, working on dopamine levels can help with managing scoliosis progression. When you use treatment strategies that bring back dopamine balance, these treatment plans can make the brain and spine talk to each other better. This also helps with how well you control your posture. It is a big part of today’s non-invasive scoliosis treatment ways.

What are the symptoms that may signal a dopamine imbalance in scoliosis?

Symptoms of a dopamine imbalance in scoliosis can show up in different ways. This may include mood swings, anxiety, or having a hard time focusing. A person may have problems with muscle tone too. You might feel more back pain or see signs like poor coordination. If you notice these signs, you can get a better checkup and make a good treatment plan.