Linking Brain and Behavior: Reflections on Neurodegenerative Diseases and Fetal Neural Transplantat

Connecting the Brain and Behavior: Neurodegenerative diseases and neurodegenerative diseases considered about fetal nerve transplantation are caused by dysfunction of the motor function of the nervous system. These dysfunctions caused by the presence or absence of hormones are a direct result of the deterioration of neurons in the brain. Therefore, the brain's biological problem, or the dilemma that occurs during cell binding in the brain, and treatment of these conditions, shows how the brain organizes exercise and behavior (11).

Neural stem cells / progenitor cells (NPCs) generate new neurons in the brain in a complex process called neurogenesis during the lifetime of a person. Neurogenic changes are a common feature of several adult neurodegenerative diseases. Neurogenic waxy lipofuscinosis (NCL) is the most common inherited neurodegenerative disorder affecting mainly children. Pathological features of NCL include lysosomal storage, neuroinflammation and accumulation of neurons.

Brain diseases that occur in the second half of life and accompany nerve cell death (or degeneration) are called neurodegenerative diseases. The most common neurodegenerative disease is Alzheimer's disease (AD). AD is known as dementia because its idea gradually declines and interferes with normal daily activities. AD has nothing to do with Lewy Body formation. The second most common cause of dementia is currently considered DLB. Unfortunately, like PD, there is no single blood test or research, and the doctor is called to be able to order the diagnosis of DLB. Therefore, to diagnose DLB, the physician will look for the very specific signs and symptoms listed in the table below. Since the only way to diagnose the final DLB is to confirm the presence of Lewy bodies by necropsy, the doctor will then diagnose "possible" or "likely" DLB.

With our age, brain aging is characterized by a declining cognitive ability. As older age, some degree of cognitive decline is expected, but if it is too early it may be a sign of a neurodegenerative disease such as dementia. The age at onset of age-related cerebral disease indicates that the impact of the elderly on the brain varies greatly among individuals. MRI is a promising tool for revealing biomarkers of neurodegenerative diseases. These researchers use convolution neural networks and MRI to improve the early detection of neurodegeneration and to predict cognitive decline associated with age.