Incidence of Climate on the Number of Admissions and Deaths Due to Cerebrovascular Diseases Through Mathematical Modeling In Sagua La Grande, Villa Clara, Cuba

The number of deceased cases and admissions for annual cerebrovascular diseases were modeled in Sagua la Grande, Villa Clara province, Cuba, between 1993 and 2017. A statistical description of these two variables was made, with an average admission of 148 .7 cases, with a standard deviation of 24.9. The deceased had an average of 35.7 with a standard deviation of 13.2, the results were obtained using the Regressive Objective Regression (ROR) methodology. The impact of the minimum temperature and atmospheric pressure of the Sagua La Grande station was studied, reaching the conclusion that as the minimum temperature increases, the income and deaths increase, so this impact is related to the climate change, when the minimum temperature increases by 1 °C, deaths increase by 9 cases, while when the maximum temperature increases by 1 °C, deaths increase by 11.6 cases. In the case of revenue, as the atmospheric pressure increases by 2 hPa, the amount of revenue decreases by 1 case.