Question

Consider a neural circuit of a person without Alzheimer’s disease and a person with Alzheimer’s disease, specifically the pre-synaptic cell and post-synaptic cell. In 3-5 sentences describe how the cell structure and function differs between them. (If you wish, you can use a labelled diagram to answer the question instead)

Answer 1

Alzheimer's disease is a progressive disorder that leads to cause the damage of the phrase cells. This is one of the most common causes of dementia in which the person fails to think about their behavior and mental Skill. Brain cells are also connected within the cell themselves which eventually destroyed the memory to perform important mental functions. The main cause of Alzheimer's disease is caused by cell degeneration that leads to affect the Nerve cells and their connections.

a neural circuit of the person without Alzheimer's disease represents the amyloid pathology in the person without dementia. Patient experience this kind of sensory and memory loss they have relevant pathological features which impact on the neural circuit to perform the function in the better way. This is the progressive loss of memory in which there is no specific cure.

b.Alzheimer's disease-specific synaptic cell and postsynaptic cell involves the different genetic mutations. They have different treatment strategies in which the synaptic loss is considered as the pathological cognitive declination of disease. This also affects the cholinergic, glutamatergic involvement of neurotransmitters.

The neural circuit cell structure and function difference involve the arrangement of the cell. One can also observed the structural basis of the organism which are the main component of the function that provides support as well as structure to the organisms.