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Statistical-based approach to the analysis of blood oxygen saturation

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DOI: 10.23977/medsc.2022.030315 | Downloads: 5 | Views: 511

Author(s)

Lixin Liu 1

Affiliation(s)

1 Intelligent Equipment Academy, Shandong University of Science and Technology, Tai'an, Shandong, 271001

Corresponding Author

Lixin Liu

ABSTRACT

Blood oxygen saturation refers to the percentage of the volume of oxygenated hemoglobin bound by oxygen to the total volume of hemoglobin that can be bound in the blood. Blood oxygen saturation can reflect the oxygen carrying capacity of human blood. It is clinically believed that blood oxygen saturation is closely related to the patient's blood oxygen content. The physiological signal of blood oxygen saturation occupies a very important position in measuring our physical health indicators. Monitoring blood oxygen saturation can not only reduce the incidence of cardiovascular and cerebrovascular diseases, but also keep abreast of the current physical condition. we used quantification methods such as average calculation and digital quantification to quantify the four types of information of participants. First, by integrating the data given by the topic, we obtained relevant data about the participants, including the age, BMI, gender, smoking history (current smoking status), blood oxygen saturation, average blood oxygen saturation, and standard deviation of blood oxygen saturation. We use MATLAB to calculate the average blood oxygen saturation and the standard deviation of blood oxygen saturation by using the blood oxygen saturation per hertz given to each person in one hour. We will take the average oxygen saturation of each person as the dependent variable, age, BMI, gender, and smoking history as the independent variables, bring the quantified data into the model, and use MATLAB for multiple linear regression calculations to obtain the corresponding regression coefficients, and the correlation coefficient, P value, error, etc., to analyze the regression results. Thus, the regression equation is obtained, and the relevant parameters are obtained to characterize a person. 

KEYWORDS

Multiple regression linear analysis, Digital quantification, Statistical analysis, MATLAB, SPSS

CITE THIS PAPER

Lixin Liu, Statistical-based approach to the analysis of blood oxygen saturation. MEDS Clinical Medicine (2022) Vol. 3: 90-103. DOI: http://dx.doi.org/10.23977/medsc.2022.030315.

REFERENCES

[1] Li JC, Sun YUE, Nyima QUTSO, Sun ZONGKE, Zhang W, Wang ZE, Yao XIAOYUAN, Zhang B, Xu N. Study on the relationship between blood oxygen saturation and heart rate of emergency personnel and the occurrence of plateau reaction symptoms[J]. Modern preventive medicine, 2020, 47(21):3871-3875.
[2] Zhang M, Shen G.L.,Qian Feiyang. Analysis of risk factors and prevention strategies for decreased oxygen saturation during in-hospital transfer of critically ill children[J/OL]. Chinese general medicine, 2020(11):1864-1868 [2020-12-05].
[3] Mao JX, Xiao D, Luo Y, Zhang Y, Wang XUL. Exploration of near-infrared spectroscopy in determining cerebral oxygen saturation and determining the degree of intestinal necrosis in neonatal necrotizing small intestinal colitis[J]. Lingnan Modern Clinical Surgery, 2020, 20(05):562-566+572.
[4] Huang C, Wang X. Effect of endoscopic pneumatic mask oxygenation on oxygen saturation in patients undergoing painless gastroscopy[J]. Chinese clinical research,2020,33(10):1442-1445.
[5] Wei ZQ, Pang XN. Research on the calculation of emergency oxygen supplementation in passenger cabin based on blood oxygen saturation[J]. Aerospace Medicine and Medical Engineering, 2020, 33(05):422-426.
[6] Zeng Wen. Effect of central negative pressure suction closed suction on oxygen saturation and psychological state of patients with emergency mechanical ventilation[J]. Medical Equipment, 2020, 33(19):155-156.

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