Neurodegenerative diseases are a category of disorders that significantly affect the quality of life of millions of people around the world.

Characterised by the progressive deterioration of the nervous system, these diseases pose complex challenges to the scientific and medical community, but also to pharmaceutical companies that are constantly working to develop effective new therapies.

For most of these conditions there is no definitive cure yet. However, there are treatments available that can provide relief from the symptoms associated with each of these conditions: let’s see what is available, together.

What are neurodegenerative diseases?

Neurodegenerative diseases are central nervous system disorders resulting in the progressive loss of neurons in precise areas of the brain. They include conditions such as Alzheimer’s Disease,  Parkinson’s Disease,  multiple sclerosis, various types of  dementia and other less-known but equally devastating neurological diseases.

The deterioration of the nervous system associated with these diseases leads to a decline in cognitive and motor functions, deeply affecting the daily lives of these patients.

Key Features

Neurodegenerative diseases share some key characteristics, including the gradual progression of symptoms and the significant impact on the autonomy and quality of life of patients. Despite the different causes and manifestations, the common denominator is the deterioration of neural abilities, which leads to motor difficulties, memory problems, mood changes and other complications.

Why is treating these diseases so difficult? Messages in the intricate neurone network are transmitted through the synapses, where two nerve cells are in contact. Here, electrical impulses are turned into neurochemical signals through the release of specific molecules called neurotransmitters. As a result, if synapses are damaged, the function of that area of the brain is compromised.

It should also be added that nerve cells do not have the ability to replicate and, therefore, cannot be replaced. This is precisely why neuronal damage is irreversible. In addition, because each neuron performs distinct functions, damage to a specific nerve cell leads to pathological manifestations that vary depending on the area involved.

Care and treatment

How can symptom progression be slowed? There is currently no definitive cure for most of these neurological diseases, but treatments are available that can help manage them. Research is constantly evolving, with new experimental therapies under development. An integrated approach is also important, which includes pharmacological therapiesphysiotherapy and interventions on lifestyle.

Supplements for the central nervous system

A key aspect of managing neurodegenerative diseases is supporting brain function by using central nervous system supplements.

Cogiton is an example of how supplementation can provide benefits in terms of cognitive support: the clinical studies carried out have shown its effectiveness in combination with drugs for the treatment of Alzheimer’s, such as Donepezil. Thanks to targeted ingredients such as vitamins B2, EC and selenium (Se), Cogiton protects nerve cells from the effects of oxidative stress and contributes to the reduction of the associated symptoms.

Another significant risk factor for the development of neurodegenerative diseases are high homocysteine levels. Maintaining optimal levels of homocysteine through diet, healthy lifestyle and, when needed, dietary supplements, can help prevent or slow the progression of these diseases.

In conclusion,  while nervous system diseases pose significant challenges, ongoing research and developments in pharmaceuticals and dietary supplements offer excellent prospects for improving patient quality of life. To learn more about supporting central nervous system health, visit the Corcon International catalogue.