BACKGROUND: Hypertension is a common disease of the cardiovascular system. So far, the pathogenesis of primary hypertension remains unclear. The elaboration of its pathogenesis is an important topic in the field which calls for urgent resolution. The aim of this study was to probe into the metabolic imbalance of homocysteine (Hcy) and hydrogen sulfide (H(2)S) in children with essential hypertension, and its significance in the pathogenesis of essential hypertension. METHODS: Twenty-five children with essential hypertension and 30 healthy children with normal blood pressure were enrolled in the study. The medical history was investigated and a physical examination was conducted on the subjects. Plasma Hcy content was examined by fluorescence polarization immunoassay (FPIA). The plasma H(2)S level was detected by a modified method with a sulfide electrode. Data were presented as mean +/- standard deviation. The t test was applied to the mean values of both groups. Pearson linear correlation analysis was applied to the plasma Hcy and H(2)S as well as to the systolic pressure against the plasma H(2)S/Hcy ratio. RESULTS: Plasma Hcy, an intermittent metabolite of the endogenous methionine pathway, was markedly increased but plasma H(2)S, a final product of this pathway was significantly decreased in hypertensive cases when compared with normal subjects ((Hcy: (12.68 +/- 9.69) micromol/L vs (6.62 +/- 4.79) micromol/L (t = 2.996, P < 0.01); H(2)S: (51.93 +/- 6.01) micromol/L vs (65.70 +/- 5.50) micromol/L) (t = -8.670, P < 0.01)). The ratio of plasma H(2)S/Hcy in children with hypertension was 5.83 +/- 2.91, while that of the control group was 11.60 +/- 3.30, and the difference is significant with a t = -6.610 and P < 0.01. A negative correlation existed between plasma Hcy and H(2)S concentrations, r = -0.379, P < 0.05. And a negative correlation was found between systolic blood pressure and the plasma H(2)S/Hcy ratio, r = -0.687, P < 0.05. CONCLUSION: There was a metabolic imbalance of homocysteine and hydrogen sulfide in essential hypertensive children.
BACKGROUND:Hypertension is a common disease of the cardiovascular system. So far, the pathogenesis of primary hypertension remains unclear. The elaboration of its pathogenesis is an important topic in the field which calls for urgent resolution. The aim of this study was to probe into the metabolic imbalance of homocysteine (Hcy) and hydrogen sulfide (H(2)S) in children with essential hypertension, and its significance in the pathogenesis of essential hypertension. METHODS: Twenty-five children with essential hypertension and 30 healthy children with normal blood pressure were enrolled in the study. The medical history was investigated and a physical examination was conducted on the subjects. Plasma Hcy content was examined by fluorescence polarization immunoassay (FPIA). The plasma H(2)S level was detected by a modified method with a sulfide electrode. Data were presented as mean +/- standard deviation. The t test was applied to the mean values of both groups. Pearson linear correlation analysis was applied to the plasma Hcy and H(2)S as well as to the systolic pressure against the plasma H(2)S/Hcy ratio. RESULTS: Plasma Hcy, an intermittent metabolite of the endogenous methionine pathway, was markedly increased but plasma H(2)S, a final product of this pathway was significantly decreased in hypertensive cases when compared with normal subjects ((Hcy: (12.68 +/- 9.69) micromol/L vs (6.62 +/- 4.79) micromol/L (t = 2.996, P < 0.01); H(2)S: (51.93 +/- 6.01) micromol/L vs (65.70 +/- 5.50) micromol/L) (t = -8.670, P < 0.01)). The ratio of plasma H(2)S/Hcy in children with hypertension was 5.83 +/- 2.91, while that of the control group was 11.60 +/- 3.30, and the difference is significant with a t = -6.610 and P < 0.01. A negative correlation existed between plasma Hcy and H(2)S concentrations, r = -0.379, P < 0.05. And a negative correlation was found between systolic blood pressure and the plasma H(2)S/Hcy ratio, r = -0.687, P < 0.05. CONCLUSION: There was a metabolic imbalance of homocysteine and hydrogen sulfide in essential hypertensivechildren.
Authors: Joana Krämer; Rui Kang; Laura M Grimm; Luisa De Cola; Pierre Picchetti; Frank Biedermann Journal: Chem Rev Date: 2022-01-07 Impact factor: 60.622
Authors: Gian Paolo Volpato; Robert Searles; Binglan Yu; Marielle Scherrer-Crosbie; Kenneth D Bloch; Fumito Ichinose; Warren M Zapol Journal: Anesthesiology Date: 2008-04 Impact factor: 7.892