بقلم الطالب عبد الله وهاب رزاق <br />سفير الأستدامة في كلية الصيدلة <br /><br />Parkinson's<br />Parkinson's, known as tremor, is a disorder that affects people, especially those over the age of 60, and also began to appear at an early age after the Covid-19 pandemic and began to appear more seriously among young people affecting the nervous system and parts of the body such as nerve-controlled movement, which is caused by abnormal occurrence in neurotransmitters that represent the essential part of neurons that they use to communicate with each other to transmit signals to and from the brain and from neurotransmitters associated with Parkinson's disease, are dopamine, serotonin, and acetylcholine. <br />In addition to traditional treatments for Parkinson's disease, other treatments are being done using cutting-edge modern technology: a deep brain stimulation battery (dbsb).<br />DBS is an innovative approach that the medical world has begun using, which offers promising results for treating Parkinson's disease and other neurological disorders. DBS involves sending electrical impulses to certain areas of the brain to change its activity.<br />One of the measures we take for the patient before implanting the battery is to undergo a medical examination and we transfer all the patient's data to his computer program. We have a period of inactivity, Period of dysfunction, The period of movement, The period of slow movement, and The tremor period. The Unified Parkinson's Disease Rating Scale (UPDRS) tracks the extent of movement<br />impediment due to illness and this system is an effective system for accurately monitoring a patient's condition before stimulation and also lasts after a few days. Parkinson's battery implantation is done using a state-of-the-art American Boston DBS that has shown good results for treating the disease. Battery electrodes are implanted in the Parkinson's process. MER micropolar registration procedure may help identify target areas without the patient sleeping (under the influence of local anesthesia).<br />Progress is made by talking to the patient. We will observe small activity patterns by monitoring the sounds of cells in the brain by recording microphones<br />Two electrodes will then be placed permanently in the area where the patient's results improve.<br />The patient is completely anesthetized after movement improves and electronic sticks placed under the skin are connected with the help of an extension cable with the battery placed under the collarbone<br />After the transplant has been successfully performed and the patient regains consciousness, the battery is programmed for five years and a diet schedule followed by the patient to regulate the level of nutrition in the body called the Mediterranean diet, which contains a group of vegetables and balanced olive oil