ADHD or attention deficit hyperactivity disorder is commonly seen as a term for kids who are always hyperactive, but this oversimplification hides the true complexity of a condition that impacts individuals of all ages. This blog delves deeper into ADHD, looking beyond the surface to uncover its causes, the unique obstacles faced by those dealing with it, and the wide range of treatment options available. Join us as we explore how the brain plays a role in ADHD, assess the effectiveness of traditional therapies, and step into the promising world of regenerative treatments, like stem cell therapy. So, without delay, let’s delve further to gain a better understanding of this often-misunderstood disorder.
Understanding ADHD and its causes
ADHD, known as attention deficit hyperactivity disorder, is a neurological condition that results in behavioral difficulties. Children with ADHD often show signs of restlessness, impulsiveness, and struggles with focus. While typically diagnosed before the age of twelve, ADHD can also appear later in childhood.
The exact causes of the disorder are not fully understood, but research indicates various contributing factors. Genetics play a significant role; having a family history of the condition increases the likelihood of an individual developing the disorder. However, the genetic aspects of the condition are complex and involve multiple genetic factors.
Imbalances in neurotransmitters in the brain have also been linked to ADHD. These chemical messengers may not function properly in specific areas of the brain, leading to symptoms characteristic of the disorder.
Studies using brain imaging techniques have identified structural differences in the brains of individuals with ADHD compared to those without the condition. These variations in brain activity and size suggest there are neurological irregularities associated with ADHD.
Who is at risk of ADHD?
Research has shown that individuals who have certain conditions may be at higher risk of ADHD.
- Children born prematurely
- Had low weight at birth
- Show signs of epilepsy.
- Had some sort of brain damage in the womb or after birth.
Why does taking medications not always improve the symptoms of ADHD?
As we discussed earlier, many abnormalities in the brain are associated with the development of symptoms of this condition. To help alleviate the symptoms, doctors prescribe several medications, including methylphenidate, lisdexamfetamine, dexamfetamine, atomoxetine, and guanfacine. These five licensed medications also do not cure the condition but help someone with the condition concentrate better, feel calmer, grasp new skills, and be less impulsive.
The medications for attention deficit hyperactivity disorder are taken multiple times a day, and taking the child off of the medication results in them showing more serious symptoms of ADHD. The effects of these medications are short-lived and come with several side effects.
These side effects could make the child experience:
- Insomnia
- Loss of appetite
- Upset stomach that leads to diarrhea
- Feelings of aggression, irritability, and anxiety
- Headaches
- Nausea and vomiting
Because medications have very strong side effects, parents try to keep from giving their children the medications. They are known to prefer behavioral and alternative therapies over medications. One such alternative therapy we will discuss with you includes stem cell therapy for ADHD.
Stem cell therapy for ADHD
Stem cells have potential as a cutting-edge treatment for diseases that is why choose stem cell therapy for ADHD, particularly neurological disorders. Their special ability to transform into different types of cells has garnered interest from medical experts globally. Out of all the major types of stem cells, umbilical cord derived mesenchymal stem cells are the most potent stem cells with a multipotent nature.
Scientists are exploring ways to tackle conditions involving neurological conditions where the damage is done to the brain cells by utilizing the capabilities of stem cells. Once extracted and concentrated, they are introduced into the body and migrate to the parts of the brain that need attention.
The use of stem cell therapy presents advantages because of its ability to
- Replace damaged cells.
- Encourage the growth of nerve cells.
- Facilitate the repair of coatings around nerve fibers.
- Release growth factors that provide nourishment.
- Reduce inflammation of the brain and support the existing brain cells.
While research is still ongoing, the potential impact of stem cell therapy on revolutionizing the treatment of disorders is undeniably promising. This method holds hope for enhancing the quality of life for individuals grappling with these conditions. There are several documented cases where stem cell therapy for ADHD has shown promising results.
For Query Ask The Expert
Key points to consider before procuring stem cells for ADHD
In order to ensure that the stem cells you procure for the treatment of your child are effective, always make sure of the following points:
- The stem cells provided to your doctors are viable and come with a proper certificate of analysis. The certificate must contain information about:
-
- Endotoxins presence (these must not be detected in the analysis)
- Viability of cells (the viability of the stem cells must be greater than 90%)
- Characterization of the cells (it must be a homogeneous pool of umbilical cord-derived stem cells)
- Sterility of stem cells (the cells must be free of contamination)
- The stem cell manufacturer has an in-house GMP-compliant laboratory. It ensures that the cells are obtained ethically with the consent of the donor. Another proof of concept that comes with procuring stem cells from a GMP-compliant lab is that you can be 100% confident that the cells were processed in a strict, sterile environment.
- The stem cells you are procuring have tested negative for HIV, HBV, HCV, CMV, HTLV, and VDRL.
- The technical team of the laboratory is an expert in handling stem cell culture. This guarantees that skilled and experienced individuals process the stem cells.
Other than the points mentioned above, please ensure that the organization is completely transparent to you when providing any information regarding the stem cells. Only trustworthy stem cell manufacturers will be open to discussing the details of the production, with special emphasis on the well-being of the donor and host, all while keeping within ethical standards.
Conclusion
In summary, ADHD is a disorder with a variety of causes. Although conventional treatments provide some help, the quest for better and more enduring solutions persists. The emergence of stem cell therapy presents an advancement that brings optimism to those affected by ADHD. As studies advance, we can expect a comprehensive grasp of this disorder and improved treatment alternatives.
Frequently Asked Questions
What is the success rate of stem cell therapy for ADHD?
The effectiveness of stem cell therapy for ADHD typically falls between 80% and 85%. It’s important to note that outcomes can differ among individuals. Most children experience noticeable enhancements in their symptoms. When selecting a stem cell provider, it’s crucial to consider the key factors we highlighted earlier.
Are there any age restrictions for undergoing stem cell therapy for ADHD?
Stem cell therapy represents the forefront of medicine in the community, providing a personalized approach to treatment. Age limits may be enforced based on factors such as existing conditions, nutritional deficiencies, and psychological assessments. As a result, the decision on whether a child is suitable for stem cell therapy to address ADHD is made individually for each case.
Can stem cell therapy completely cure ADHD?
Stem cell therapy can assist in easing symptoms by lowering brain hyperactivity. Simultaneously, it boosts activity in the areas of the brain that manage attention and focus. This treatment can significantly improve a child’s quality of life. Nonetheless, it is important to note that stem cell therapy is not a solution for ADHD. Usually, behavioral therapy is continued to support the individual in effectively managing their condition.
What is the recovery period after stem cell therapy?
Children who have undergone stem cell therapy for ADHD start to see improvements within the first 8 weeks. The stem cells introduced in the body will continue to work for another 4 to six months, and thus you will start to see continued improvements in your child. These improvements are because of the paracrine effect that stem cells exert by leveraging the power of exosomes.
Do stem cells for ADHD work?
Stem cell therapy for ADHD is helpful in normalizing the activity of the brain. It helps to block the autoimmune process and improve the speech, behavior, and cognitive abilities of the child.
Recent Comments