Objective To explore the relation between the number of B-lines and clinical parameters in hemodialysis patients.Methods A total of 49consecutive patients receiving maintenance hemodialysis were enrolled in this study.Lung ultrasound was performed using Mradray(R) (M7,Shenzhen China).Bilateral scanningof the anterior and lateral chest walls was performed for the patients,and the total number of B-lines was estimated.Results Patients'heart rate was positively correlated with serum log [NT-proBNP] level (P =0.01 and 0.00,respectively),and body weight and the serum albumin and creatinine level were negatively correlated with the number of B-lines (P =0.02,0.00,and 0.01,respectively).Conclusion The number of B-lines is positively correlated with the serum N-terminal pro-brain natriuretic peptide level.Body weight and the serum albumin and creatinine level are negatively correlated with the number of B-lines.

Objective To explore the relation between the number of B-lines and clinical parameters in hemodialysis patients.Methods A total of 49consecutive patients receiving maintenance hemodialysis were enrolled in this study.Lung ultrasound was performed using Mradray(R) (M7,Shenzhen China).Bilateral scanningof the anterior and lateral chest walls was performed for the patients,and the total number of B-lines was estimated.Results Patients'heart rate was positively correlated with serum log [NT-proBNP] level (P =0.01 and 0.00,respectively),and body weight and the serum albumin and creatinine level were negatively correlated with the number of B-lines (P =0.02,0.00,and 0.01,respectively).Conclusion The number of B-lines is positively correlated with the serum N-terminal pro-brain natriuretic peptide level.Body weight and the serum albumin and creatinine level are negatively correlated with the number of B-lines.

The use of non-invasive blood glucose detection techniques can help diabetic patients to alleviate the pain of intrusive detection, reduce the cost of detection, and achieve real-time monitoring and effective control of blood glucose. Given the existing limitations of the minimally invasive or invasive blood glucose detection methods, such as low detection accuracy, high cost and complex operation, and the laser source's wavelength and cost, this paper, based on the non-invasive blood glucose detector developed by the research group, designs a non-invasive blood glucose detection method. It is founded on dual-wavelength near-infrared light diffuse reflection by using the 1 550 nm near-infrared light as measuring light to collect blood glucose information and the 1 310 nm near-infrared light as reference light to remove the effects of water molecules in the blood. Fourteen volunteers were recruited for
Blood Glucose ; Diabetes Mellitus ; Humans ; Nonlinear Dynamics