Diets high in protein and low in complex carbs have regularly been shown to help with ADHD symptoms.
Children with ADHD frequently prefer carbohydrates to protein.
Carbohydrates provide patients a brief feeling of well-being, but they eventually promote dopamine depletion, which exacerbate their symptoms.

Our diets are inextricably linked to our health and quality of life.
This is true across cultures as well as within them.
Your health will improve if you eat a healthier diet.
Poor nutrition exacerbates the symptoms of many disorders, and it is no exaggeration to suggest that diet is the single most critical component of a good ADHD treatment plan.
This is why.

Insulin is secreted by the body when you eat a low-protein diet.
Insulin instructs cells to remove dopamine and norepinephrine-producing amino acids from the bloodstream and store them for future use.
As a result, the brain has an insufficient supply of these neurotransmitters.

Dopamine and norepinephrine are chemicals in the brain that help us feel awake, remember things, and stay motivated.
Amino acids included in our meals are used to make neurotransmitters in our brain.
Amino acids in our diet are transported to our brains by a complicated process that involves a slew of other chemicals and molecules, all of which must be in place and in the right amounts in our bodies.
Eating a diet rich in proteins, vitamins, and minerals is the greatest approach to produce this precise mix of amino acids and assistance transporter molecules.

Supplementing with amino acids is rarely beneficial because our bodies are designed to utilise food rather than supplements as neurotransmitter building blocks.
Supplements do not complete the intricate building process, which is why research on their effectiveness in the treatment of ADHD has been uneven.

The amino acid tyrosine is utilized by neurons to make norepinephrine and dopamine.
Protein-rich foods such as meat, milk, eggs, cheese, fish, and other seafood enhance tyrosine levels in the blood and brain, causing neurons to produce more norepinephrine and dopamine.

Toxins in the environment, such as cigarette smoke, sweets, lack of sleep, and stress, reduce dopamine and norepinephrine levels quickly.
Oxidation is easily damaging to Dopamine-using neurons.
Antioxidant vitamins like vitamin C and E are thought to not only shield these neurons from free radical damage, but also aid in the transport of amino acids over the blood brain barrier, which is one of the many processes involved in the production of dopamine and norepinephrine.

Children’s meals are frequently deficient in nutrients and protein, but children with ADHD are pickier eaters than typical children, generally due to Sensory Integration difficulties.
Getting children to consume enough protein might be difficult, but it is necessary if we are to prevent the symptoms of ADHD that are exacerbated by a high-carbohydrate diet.

Attention deficit hyperactivity disorder (ADHD) was previously known as hyperkinesis.
This is a long-term neurological condition that affects roughly 10% of all school-aged children in the United States today.

Hyperactivity, distractibility, and impulsiveness are three types of behaviors associated with ADHD.
Counseling, behavioral treatment, and medication can all help to regulate certain behavioral tendencies.
Due to the fact that ADHD is linked to a chemical imbalance in the brain, drugs like hydrochloride and dextroamphetamine are required to treat it.

ADHD’s Causes

The fundamental cause of ADHD is unknown to the majority of professionals.
However, some people now believe that genetics plays a part.
Some people believe that a person’s nutrition, as well as the therapy of this illness, can play a role.
ADHD may also be caused by a constant and growing intake of processed sugars, excessive carbs, and an abundance of artificial substances in food.

Some believe that a well-balanced diet can help cure ADHD more successfully.
Continuous medicine is merely a temporary fix for them.
Vitamins, minerals, phytonutrients, amino acids, essential fatty acids, phospholipids, and probiotics have all been demonstrated in studies to help with this illness.

Patients with ADHD have reduced quantities of fatty and amino acids in their bodies, according to several studies.
It has been demonstrated that a lack of fatty and amino acids can result in a variety of behavioral issues.
Drug supplementation or food control are the two ways to increase the amount of fatty acids and amino acids in your body.

Experiments have shown that a well controlled diet yields effects that are comparable to those obtained by people receiving medication and counseling.
The best option is to listen to your doctor’s advise and eat a well-balanced diet rich in vitamins and minerals.

ADHD is thought to be caused by a shortage of the neurotransmitters dopamine and norepinephrine, according to Western medicine.
While there is nothing wrong with attributing the problem to a lack of neurotransmitters, it would be myopic to focus on treating the condition with stimulant medicine rather than identifying the source of the deficiency.

Amino acids, the basic building blocks of proteins, are used to make all neurotransmitters at the biological level.
There are 20 different types of amino acids available, which are divided into two groups: necessary amino acids, which the body cannot produce, and non-essential amino acids, which the body may make from proteins or other amino acids.
The practice of taking amino acid dietary supplements to boost neurotransmitter production – also known as “precursor loading” – has been around for a long time and is supported by science and study.
A number of amino acids that can aid with ADHD are listed below.

Tyrosine and phenylalanine are two amino acids.

Tyrosine, which is phenylalanine, is used in the production of every neurotransmitter.
These amino acids are found in nutritious, protein-rich foods including poultry, beans, seeds, almonds, and eggs, as well as dietary supplements.
Begin by getting your youngster to consume 500 mg of tyrosine before breakfast, during the morning, and in the mid-afternoon.
Increase the dosage to 1,000 mg after three days.
Increase the drug to 1,000 mg once every three days after adding 500 mg of L-phenylalanine seven days later.

Glutamine

Glutamine is the precursor to GABA, a calming neurotransmitter.
GABA is a neurotransmitter that helps the central nervous system relax, and a lack of it can lead to panic attacks, uneasiness, and insomnia.
Not only will glutamine increase GABA production, but it will also help to mend the intestines, which is a prevalent problem in children with ADHD.
Proteins include glutamine, however the amount delivered by meals may not be adequate to correct a shortage.
Your youngster may need to take a supplement that contains raw glutamine and vitamin B6.
You can give one to two thousand milligrams of glutamine each day, or 500 milligrams of GABA in the afternoon and another 500 milligrams before bedtime.

Tryptophan

Tryptophan is a precursor to serotonin, a neurotransmitter that helps us feel happy and regulates our emotions.
Serotonin may also be required for the production of melatonin, a hormone involved in the sleep cycle.
To supplement, take 500 mg of tryptophan twice a day, once in the afternoon and once before bedtime.
When the stomach is empty, take the supplement an hour or two before meals.
You can also give 5HTP, an amino acid generated by tryptophan and used to make serotonin and melatonin.
Eat fifty milligrams of caffeine twice a day, once in the mid-afternoon and once before bedtime.
Because refined sugar and food allergies like casein or gluten affect serotonin metabolism, make sure your youngster avoids them.
Vitamin B6 must be added to the tryptophan since this is the process by which serotonin and melatonin are created from tryptophan.

Taurine

Taurine is a type of amino acid that also functions as a metabolic transmitter.
When we are frustrated, it increases the production of GABA, has a cleaning effect, and inhibits magnesium from entering the cells.

Glycine

Glycine is an amino acid that has the same atomic structure as glucose (blood glucose) and glycogen (glucose stored in the liver).
Carl Pfeiffer, a physician, recently discovered that glycine can lower sugar cravings and calm aggression in children with attention deficit hyperactivity disorder.
By delaying nervousness-related messages delivered through the limbic system, glycine, in combination with GABA and glutamine, is likely to reduce hyperactivity and impulsivity.
Because glycine has a sweet flavor, it might be utilized to replace excessive sugar content in meals like tea.

Seek the opinion of a knowledgeable holistic health care provider before giving the child any amino acid supplements.
Randomly supplementing your child may not produce the desired benefits and may have unwanted side effects.
Your child’s body can be examined by a qualified professional to establish the proper dosage and treatment.