The Nervous System: The Development Of The Nervous System

Hypothetically speaking, if patients asked their neurologists to explain what the nervous system is, how would typical neurologists respond to such a question? For the most part, patients ' question on what is the nervous system maybe a simple question for neurologists. In this instance, neurologists possibly explain to patients that the nervous System serves as a communication network that operates and coordinates the body 's activities. Operating and coordinating the body 's activities includes the nervous system to monitor thoughts, learning processes, body temperature, and altering the heart rate-- To name a few of the nervous system 's responsibilities. During the topic of discussion on the nervous system, patients asked their neurologists

Located in the nervous System region, the formation of Synapses begins in the Synaptogenesis stage. As Cohen-Cory (2002) noted that during the Synaptogenesis stage, Synapses are established, matured, and stabilized (p. 770). The beginning stages of the development, maturity, and stabilization of Synapses occurs in the Central nervous system (CNS). In the following manner, Synapses are established and matured in the CNS, Synapses stabilizes it neurons by trading off between the axons and dendrites. Aside from the Synaptogenesis stage of the formation, maturity, and the stabilization of synapses, these type of neuronal structures face the process of elimination. Predominantly, the elimination of synapses according to Cohen-Cory (2002) is, "... A process that requires intimate communication between pre-and-postsynaptic partners" (p. 770). To conclude on the elimination of the excess synapses in the CNS, primarily occurs during the chemical synapse of the Neuromuscular

First, the Electrical synapse relies on having two cells spanning across two membranes and the synaptic cleft between them (Shepard and Hanson, 2014, para. 2). Overall, the purpose of the Electrical synapse for the nervous system is for the synapse to carry out impulses and reflexes. On the contrary, the neuronal structure of the Synapse’s Chemical synapse involves the role of neurotransmitters in the nervous system. Located between the nerve cells, the gland cells, and the muscle cells, the Chemical synapse allows neurons for the CNS to develop interconnected neutral circuits. According to Davis (2007), “Interconnected logical computations that underlie perception and thought” (p.17). Generally, regarding the Chemical synapse’s role in the nervous system, this classification of the Synapse has a valuable role on how drugs affect the nervous system actions on synapses. As a result, the activity of the neurotransmitters becomes the key contributor for the Chemical synapse to effectively process drugs in the nervous system and throughout the human autonomy. Defines as a chemical released across the Synapse of a neuron, neurotransmitters manipulates the body to believe the drugs are neurotransmitters as well (Davis, 2007, p. 19). Significantly, the role of drugs in the human body help prevents the obliteration of neurotransmitters in the nervous system (Davis, 2007, p. 19).