Journal of Brain and Neurology

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Perspective - Journal of Brain and Neurology (2022) Volume 5, Issue 4

Role and mechanism of pathophysiological neurological disorders

Taimur Keya*

Department of Medical Laboratory Technology, King Abdulaziz University, Saudi Arabia

*Corresponding Author:
Taimur Keya
Department of Medical Laboratory Technology
King Abdulaziz University, Saudi Arabia

Received: 06-Jul-2022, Manuscript No. AAJBN-22-72453; Editor assigned: 08-Jul-2022, PreQC No. AAJBN-22-72453(PQ); Reviewed: 22-Jul-2022, QC No. AAJBN-22-72453; Revised: 25-Jul-2022, Manuscript No .AAJBN-22-72453(R); Published: 29-Jul-2022, DOI:10.35841/aajbn-5.4.120

Citation: Keya T. Role and mechanism of pathophysiological neurological disorders. J Brain Neurol. 2022;5(4):120

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Policy neurology, Medicine.


Predicting the possible course, time frame, and outcome of a disorder is an important part of its effective treatment. Prognosis aims to reduce patient and physician uncertainty by matching known pathophysiological or observational data with individual patient characteristics to reach the most probable results. These predicates of accurate prognosis, pathophysiological understanding and observational data, are often not available to clinicians. Many diagnoses of neurology lacking a recognized pathophysiological cause suitable for investigation are made based on clinical signs and recognizable phenotypes, rather than technical evidence of the pathology of the nervous system. In a large, representative outpatient neurological cohort, we previously reported that of patients showed complaints that were not as explained by the presentations in this group included a wide range of neurological symptoms that could not be directly related to the pathophysiologically defined state of the nervous system. Some are considered dysfunctions whose mechanism is only partially understood while others are partially recognized as pathophysiological neuropathy [1].

Previously predicted poor outcomes of functional neuropathy at the time of presentation include incurable, co-existing personality, psychiatry, pathophysiological disorders and beliefs in concomitant litigation economic benefits. Protective factors identified include adolescents at onset of symptoms, early diagnosis, good response to diagnosis, and shortened duration of symptoms at onset of symptoms. There are two problems with these prognostic markers. First, they tend to explain only a small part of the dispersion, and second, they have not been tested with accepted pathophysiological neurological presentations, and as a result they are common with bad results. It is unknown whether it is a predictor or applies only to dysfunction. Based on these data many pathogenic assumptions have been made beyond what the data actually indicate. In particular, it is surprising that research on disease perception and psychological factors focuses on dysfunction rather than perceived pathophysiological disorders. These factors are important predictors of poor prognosis throughout the disease spectrum, including ischemic heart disease chronic liver head and neck cancer and Parkinson's disease However, unlike dysfunction studies; it is rarely included in the etiology model. It is also worth noting that while many characteristics may correlate with poor outcomes for dysfunction, they are not combined in a model that can provide predictive usefulness. The choice of predictors to include in such a model is often limited by the lack of an objective and causal framework and depends on the experimenter [2].

Treatment of practical pathology (FND) called conversion reaction may be tough. Despite these challenges and because the understanding of this condition grows new treatment choices square measure rising. One such treatment is psychological state that encompasses a long history of treating FND. Jean-Martin Charcot thought of by several to be the recent neurology used therapeutic psychological state as early because the nineteenth century. This report describes a replacement application of hypnotic physiological condition technology for treating FND presentation as paralysis. Describes the appliance of the technique for a nine year previous lady affected by chronic pain and weakness within the lower extremities to FND. Mistreatment her magic glove technique, she improved speedily and her symptoms disappeared on her sixth month follow-up visit. Review this literature on FND interventions and highlight the necessity for more analysis during this space Friction bias plays an important role in assessing long-term outcomes first comparing baseline data between untraceable and retention groups and then determining baseline characteristics. We investigated whether plasma concentrations of brain biomarkers neurofilament light and glial fibrous acidic proteins may reflect the severity of the disease in multiple pre-eclampsia phenotypes. In addition brain biomarkers were compared with the angiogenic biomarkers soluble forms-like tyrosine kinase placental growth factor, and soluble endogl in. Resection is a very rare condition that is the gold standard for treatment. Although many neurological symptoms are associated with this disease such as embolic infarction, aneurysms and cerebral metastatic myxoma few large studies have addressed them. The purpose of this study was to retrospectively analyze the incidence type and prognosis of these neurological disorders [3].

The brain, behaviours, and cognition are all impacted by neurological disorders; these illnesses typically affect a person's ability to move learn and speak as well as present psychological symptoms. These symptoms are primarily attributed to deficits in neuromuscular and neurocognitive functions. These deficiencies cause complex issues such diminished mobility, decreased quality of life, constrained learning, memory issues, speech issues, cognitive decline, and negative emotions, which represent serious threats to both individual health and societal well-being. Based on its prevalence and incidence, cognitive impairment is a significant indicator of the symptoms and course of many neurological illnesses. These deficiencies may result in decreased functionality and restricted daily activities. Additionally, concomitant cognitive impairment and other neurological illnesses frequent occurrences that restrict patient mobility [4,5].


The ancient, unique, and low-intensity aerobic activity known as Traditional Chinese Exercise (TCE) serves the dual purposes of physical fitness and medicinal care. Tai chi and Qigong are the two TCE that are most widely practised. While Qigong is an exercise based on the theories of Traditional Chinese Medicine (TCM), including static and dynamic training performance, which focuses on coordinating physical training, breathing exercises, and mental states, Tai chi focuses on mind-body practise, including slow movements combining hardness and softness, strength training, reaction training, deep breathing, and meditation.


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