Difference between revisions of "Encrypted code: Ephaptic transmission"

Figure 1, on the other hand, corresponds to the 'CNN' model proposed and it can be seen how the first stage of acquisition is composed of a single node while the 'Machine learning' at the first node, the more incoming variables have the greater the 'Prediction' in exit. As mentioned, it should be taken into account that the first node is of fundamental importance because it already derives from a clinical cognitive process that led the ' <math>\tau</math> Coherence Demarcator' to determine a first-ever choice of field. From the initialization command, therefore, the neural network evolves in a series of states composed of a large number of nodes and then terminates at a first step of one or two nodes and then reiterates in a subsequent loop of several nodes until ending in the 'last conclusive node (decryption of the code). The initialization process of the first node, the last and the reiteration of the loop is exclusive to the human cognitive process of the clinician and not to a statistical automatism of machine learning, much less 'Hidden' stages. All open and closed loops must be known to the clinician.       

* '''Coherence Demarcator <math>\tau</math>:''' As we have previously described, the first stap is a network analysis initialization command that derives, in fact, from a previous cognitive processing of the assertions in the dental context <math>\delta_n</math> and the neurological one <math>\gamma_n</math> to which the ' <math>\tau</math> Coherence Demarcator' gave absolute weight by effectively eliminating the dental context <math>\delta_n</math> from the process . From what emerges from the neurological assertions <math>\gamma_n</math> the 'State' of the Trigeminal Nervous System appears unstructured highlighting anomalies of the trigeminal reflexes for which the 'Initialization' command is the '[https://pubmed.ncbi.nlm.nih.gov/?term=trigeminal+reflex+&size=200 Trigeminal Reflex]' to go and test <nowiki/>the database (Pubmed).

*<nowiki/><nowiki/>'''1^st loop open:''' This 'Initialize' command, therefore, is considered as initial input for the Pubmed database which responds with 2,466 clinical and experimental data available to the clinician. The opening of the first true cognitive analysis is elaborated precisely on the analysis of the first result of the 'CNN' corresponding to 'Trigeminal Reflex'. In this phase we realize that a discrete percentage of data reveal a correspondence between trigeminal reflex abnormalities and demyelination problems, therefore the 1^st loop open will correspond to: '[https://pubmed.ncbi.nlm.nih.gov/?term=trigeminal+reflex+demyelinating+neuropathy+&size=200 Demyelinating neuropathy]<nowiki>''</nowiki> which will return 14 sensitive data. Behind the choice of this key there is an active and dynamic cognitive process of the clinician. From the assertions in the neurological context, a neuropathic pathology was hypothesized in which the demyelinating aspect should also be consid<nowiki/><nowiki/>ered.

*'''2^st loop o'''<nowiki/><nowiki/>'''pen:''' The process continues by focusing in ever greater detail on the keywords that correspond to our electrophysiological anomalous result data, i.e. the latency of the jaw jerk. This input corresponds to '[https://pubmed.ncbi.nlm.nih.gov/?term=trigeminal+reflex+demyelinating+neuropathy+latency Latency]' and returns 6 sensitive data on which to process a further iteration of the loop.

*'''3^st loop open:''' In the statements of the neurological context, an anomaly is also observed in the amplitude of the jaw jerk as well as in latency. This 3^st open loop corresponds to '[https://pubmed.ncbi.nlm.nih.gov/?term=trigeminal+reflex+demyelinating+neuropathy+latency+amplitude Amplitude]' and returns only 2 data points on which to dwell to decide the keyword to reiterate the loop or definitively close the process. The result shows an article describing the electrophysiological evaluation of cranial neuropathies that was considered of low specific weight for our purposes while the other article highlights some trigeminal methodologies to test latency, amplitude of masticatory muscles including H-reflex .

*'''7^st loop open:''' From a careful analysis of this 7th open loop one wonders if these electrophysiological anomalies can be highlighted in patients with sclerosis and being present in the patient's clinical history, a previous diagnosis of 'Morphea' it was opted to interrogate the 'Network' of a further keyword and focused on 'Sclerosis' which gave only one sensitive data 'heteronymous H-refex on the temporalis muscle in patients with Amyotrophic Lateral Sclerosis. From a careful analysis of this 7th open loop one wonders if these electrophysiological anomalies can be highlighted in patients with sclerosis and being present in the patient's clinical history, a previous diagnosis of 'Morphea' it was opted to interrogate the 'Network' of a another keyword focused on 'Sclerosis' which gave only one sensitive data '[https://pubmed.ncbi.nlm.nih.gov/31164256/ Heteronymous H reflex in temporal muscle as sign of hyperexcitability in ALS patients]

*'''9^st loop open:''' By studying the 137 articles that appeared in Pubmed, the clinician intuits that the response abnormalities in the temporal muscle through the H-reflex test depend on a spread of the stimulus current in the unstructured axon and therefore further investigates the loop by interrogating the network for a further keyword the 'Lateral hope impulses' which definitively closes the cognitive process of the 'Neural Network' with a close article to our clinical hypotheses concerning the patient Mary Poppins and that is '[https://pubmed.ncbi.nlm.nih.gov/27072096/ '''Ephaptic transmission''' is the origin of the abnormal muscle response seen in hemifacial spasm]'<center>[[File:Immagine 17-12-22 alle 11.44.jpeg|center|600x600px|thumb|'''Figure 4:''' The active links of the 'CNN' highlighted in the template correspond to the 'Pubmed' database and can be documented.]]