Evaluation of the Relationship between Neurological and Cardiovascular Diseases in Adults and Children with Infection and HTN Basen on pharmacological points

Abstract

High normal blood pressure is characterized by a systolic pressure ranging from 130 to 139 mmHg and a diastolic pressure ranging from 85 to 89 mmHg. Within this study, the correlation between neurological and cardiovascular diseases in young individuals and children with infection and blood pressure has been explored from a pharmacological standpoint. The current investigation entailed a comprehensive examination of over 40 pertinent articles encompassing the subjects of "Neurological and Cardiovascular Diseases," "Infection," "Blood Pressure," and "Patients with Endoscopic Conditions and Evaluation of Wound Healing." By analyzing the findings of the current investigation, it can be asserted that in the presence of stress and anxious tension, certain hormones undergo an augmentation. These hormones elicit an elevation in heart rate and a constriction in blood vessels. One rationale for considering heart rate when selecting medications for blood pressure is the observation that an increased heart rate is a prevalent characteristic in individuals with elevated blood pressure, and furthermore, an augmented heart rate is linked to high blood pressure. The outcomes demonstrated that 15% of individuals with high blood pressure exhibited a resting heart rate of 85 beats per minute, while approximately 27% displayed a heart rate of 80 beats per minute. Moreover, a sustained escalation in heart rate serves as a robust predictor for elevated blood pressure necessitating medical intervention. Heart disease caused by high blood pressure can cause serious problems and is the leading cause of death from high blood pressure. In general, the heart problems caused by this can be divided into two main parts, which include diseases related to the blood vessels feeding the heart and diseases involving the heart pump muscles.