Brain communication pathways and the role of addiction
Brain communication pathways and the role of addiction. Mental health problems and substance abuse
Brain communication pathways and the role of addiction: Neuronal
The study of some of the elements that cause health problems in our life can be very interesting. Understanding the brains functions and how it can be affected by addiction and various substances is very important. The brain communication pathways are always the biggest casualties whenever there is an attack by the abuse of substances. The brain’s electro-chemical communication system is a communication system that sends information through a vast network of interconnecting neurons. Through this the brain communication pathways begins to develop a preferred or standard conduit of sending signals between neurons (neural pathways). Experts at AWAREmed Health and Wellness Resource Center under the able leadership of doctor Dalal Akoury MD and founder of the facility can now confirm that in the past it was believed that the brain’s neural pathways will be completely formed by the time we reached adulthood.
Brain communication pathways and the role of addiction: Neurons ability of adapting to changing circumstances
Progressively the scientific findings have established that this is a continuous process and in fact the human brain continues to create new neurons and form neural pathways throughout our entire lifespan. That is why neurons are seen as dynamic cells that are constantly adapting to changing circumstances. It therefore means that if an injury or damages happens to an individual’s brain (such as a stroke or injury) the neurons will make new communication route around the damaged area. Scientifically doctor Akoury says that this ability of recreation of neurons is known as neuronal plasticity.
Brain communication pathways and the role of addiction: Neuronal plasticity
Doctor Akoury says that neuroplasticity is responsible for the regulation of our learning processes and this enables us to adapt to our surroundings conveniently. To better understand neuroplasticity let us consider using this illustration. The brain forms neural pathways in a way that is similar to the formation of a demarcated hiking pathway. The more we travel a path, the faster, easier, and more familiar that path becomes. As the routine continues it becomes more visible, smoother, and easier to travel on. And with time this becomes a preferred route for many. This is also how neural pathways are formed. With time the brain forms familiar neural pathways which then become habitual routes. And in the event that the familiar route is blocked the brain responds swiftly by forming a new route around the blockage.
From the illustration, suppose you walk through the bush each day to visit a friend. You use the same trail each time and one day as you travel along your familiar path, you discover a huge tree has fallen over. It’s blocking your passage. You will need to forge a new path to go around the tree. At first, this new path will be narrow, difficult, and slow. It might even be uncomfortable. However with time, it will become a well-worn, comfortable path. It will be just as easy as the original path.
Brain communication pathways and the role of addiction: Neuronal
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