What is Rabson-Mendenhall Syndrome? Let's talk about this rare condition.

The most basic thing that happens in our bodies is that the food we eat gives us energy. It's like putting gas in a car. Here, our body gets energy from sugar (glucose). This whole process is controlled by a hormone called insulin . It is this insulin that tells the sugar in the blood to be sent into the cells that need energy. It's like opening the doors of the cells and letting the sugar in. However, in the body of a person with Rabson-Mendenhall Syndrome, this process doesn't happen properly. That is, their body cannot use insulin properly. This is a very, very rare condition.

So what exactly is this syndrome?

When insulin cannot do its job properly, it directly affects a child's growth. Imagine, the effect of this begins even before the child is born, that is, while he is still in the mother's womb. Babies with this condition are usually small in size. Even after birth, their weight gain and body growth occur very slowly. Medically speaking, Rabson-Mendenhall syndrome is a disease that belongs to a large group called severe insulin resistance syndromes. Donohue syndrome and type A insulin resistance syndrome are two other diseases that belong to this group.

What is the reason for this situation?

Simply put, this is a genetic condition. That is, it is inherited from the parents to the child . This is caused by a glitch in the gene called `INSR` in our body. Now let's see how this happens. In every cell of our body, there are two copies of every gene. One from the mother, and one from the father. In order for the child to develop Rabson-Mendenhall syndrome, both copies of the `INSR` gene that the child receives must have the said defect. If only one copy has the defect, the disease will not develop. In other words, for a child to develop this disease, both the mother and father must have one copy of this defective gene and one copy of the healthy gene. Then, the child must receive both defective copies from both of them by chance. This is why it is so rare because it usually does not happen three times out of four times.

What are the symptoms of this condition?

Symptoms usually begin to appear within the first year of a child's life. Also, the severity of these symptoms can vary from person to person. Let's take a look at the main symptoms that can be seen.

Other diseases that may occur due to this

In addition to these basic symptoms, this syndrome can also cause other serious conditions.

• Cysts in the ovaries of girls.
• Diabetes . This can sometimes lead to a life-threatening condition called ketoacidosis .
• Kidney problems.

How is the diagnosis made?

One of the challenges in diagnosing this condition is differentiating it from other conditions that look similar (such as Donahue syndrome). Your child's doctor will perform a thorough physical examination, ask about your child's symptoms and family health history, and will likely order several blood tests to check your child's blood sugar and insulin levels . This is the only way to make an accurate diagnosis.

How is it treated?

Treatment for Rabson-Mendenhall syndrome usually requires the help of a large team, including various specialists, surgeons, and dentists. Counseling can also be very important for families to manage the stress and emotions that come with having a child with this rare condition. Treatment is often specific to each symptom. For example, surgery to remove ovarian cysts, dental treatment for dental problems, etc. In some cases, doctors prescribe high doses of insulin or other drugs that stimulate insulin use, but these are often not effective in the long term.

New treatments under investigation

Experts are continuing to research better treatment options for high blood sugar levels (hyperglycemia) associated with severe insulin resistance. Although these treatments have shown some promising results, further research is needed.

• Biguanides: These are a type of medication that reduces the body's production of sugar and increases the use of insulin .
• Leptin: This protein has been found to help control blood sugar and insulin levels.
• rhIGF-I (Recombinant insulin-like growth factor I): This protein is used to treat ketoacidosis, a condition caused by severe insulin resistance .

Rabson-Mendenhall Syndrome, insulin resistance, genetic diseases, pediatric diseases, acanthosis nigricans, ketoacidosis, diabetes