血浆同型半胱氨酸的表达及变化在不同病因大细胞贫血患者中的鉴别及治疗意义

Objective To examine the serum homocysteine,folic acid and Vitamin B12 levels in macrocytic anemia patients and observe their dynamic changes following therapy. Methods Homocysteine,folic acid and Vita-min B12 were analyzed by electro-chemiluminescence immunoassay. Complete blood cell count was analyzed by opti-cal method and resistance method. Results The homocysteine is significantly higher in nutritional megaloblastic a-nemia[ (71.26±27.84)μmoL/L ] than in drug-induced megaloblastic anemia[(11.44±5.06)μmol/L],in myel-odysplastic syndrome[ (9.51±4.13)μmol/L] and in the normal control group[(8.74±5.42)μmoL/L] (P<0.01). After treated with low-dosage folic acid and Vitamin B12,the patients with megaloblastic anemia presented slow declining but eventually normal homocysteine levels,compared with those received high-dosages. Conclusion Homocysteine can be used for differential diagnosis of macrocytic anemia. The duration of remaining of abnormal ho-mecysteine levels is related to the dosage of folic acid and Vitamin B12.     

血浆同型半胱氨酸的表达及变化在不同病因大细胞贫血患者中的鉴别及治疗意义

Objective To examine the serum homocysteine,folic acid and Vitamin B12 levels in macrocytic anemia patients and observe their dynamic changes following therapy. Methods Homocysteine,folic acid and Vita-min B12 were analyzed by electro-chemiluminescence immunoassay. Complete blood cell count was analyzed by opti-cal method and resistance method. Results The homocysteine is significantly higher in nutritional megaloblastic a-nemia[ (71.26±27.84)μmoL/L ] than in drug-induced megaloblastic anemia[(11.44±5.06)μmol/L],in myel-odysplastic syndrome[ (9.51±4.13)μmol/L] and in the normal control group[(8.74±5.42)μmoL/L] (P<0.01). After treated with low-dosage folic acid and Vitamin B12,the patients with megaloblastic anemia presented slow declining but eventually normal homocysteine levels,compared with those received high-dosages. Conclusion Homocysteine can be used for differential diagnosis of macrocytic anemia. The duration of remaining of abnormal ho-mecysteine levels is related to the dosage of folic acid and Vitamin B12.     

血浆同型半胱氨酸的表达及变化在不同病因大细胞贫血患者中的鉴别及治疗意义

Objective To examine the serum homocysteine,folic acid and Vitamin B12 levels in macrocytic anemia patients and observe their dynamic changes following therapy. Methods Homocysteine,folic acid and Vita-min B12 were analyzed by electro-chemiluminescence immunoassay. Complete blood cell count was analyzed by opti-cal method and resistance method. Results The homocysteine is significantly higher in nutritional megaloblastic a-nemia[ (71.26±27.84)μmoL/L ] than in drug-induced megaloblastic anemia[(11.44±5.06)μmol/L],in myel-odysplastic syndrome[ (9.51±4.13)μmol/L] and in the normal control group[(8.74±5.42)μmoL/L] (P<0.01). After treated with low-dosage folic acid and Vitamin B12,the patients with megaloblastic anemia presented slow declining but eventually normal homocysteine levels,compared with those received high-dosages. Conclusion Homocysteine can be used for differential diagnosis of macrocytic anemia. The duration of remaining of abnormal ho-mecysteine levels is related to the dosage of folic acid and Vitamin B12.     

血浆同型半胱氨酸的表达及变化在不同病因大细胞贫血患者中的鉴别及治疗意义

Objective To examine the serum homocysteine,folic acid and Vitamin B12 levels in macrocytic anemia patients and observe their dynamic changes following therapy. Methods Homocysteine,folic acid and Vita-min B12 were analyzed by electro-chemiluminescence immunoassay. Complete blood cell count was analyzed by opti-cal method and resistance method. Results The homocysteine is significantly higher in nutritional megaloblastic a-nemia[ (71.26±27.84)μmoL/L ] than in drug-induced megaloblastic anemia[(11.44±5.06)μmol/L],in myel-odysplastic syndrome[ (9.51±4.13)μmol/L] and in the normal control group[(8.74±5.42)μmoL/L] (P<0.01). After treated with low-dosage folic acid and Vitamin B12,the patients with megaloblastic anemia presented slow declining but eventually normal homocysteine levels,compared with those received high-dosages. Conclusion Homocysteine can be used for differential diagnosis of macrocytic anemia. The duration of remaining of abnormal ho-mecysteine levels is related to the dosage of folic acid and Vitamin B12.     

血浆同型半胱氨酸的表达及变化在不同病因大细胞贫血患者中的鉴别及治疗意义

Objective To examine the serum homocysteine,folic acid and Vitamin B12 levels in macrocytic anemia patients and observe their dynamic changes following therapy. Methods Homocysteine,folic acid and Vita-min B12 were analyzed by electro-chemiluminescence immunoassay. Complete blood cell count was analyzed by opti-cal method and resistance method. Results The homocysteine is significantly higher in nutritional megaloblastic a-nemia[ (71.26±27.84)μmoL/L ] than in drug-induced megaloblastic anemia[(11.44±5.06)μmol/L],in myel-odysplastic syndrome[ (9.51±4.13)μmol/L] and in the normal control group[(8.74±5.42)μmoL/L] (P<0.01). After treated with low-dosage folic acid and Vitamin B12,the patients with megaloblastic anemia presented slow declining but eventually normal homocysteine levels,compared with those received high-dosages. Conclusion Homocysteine can be used for differential diagnosis of macrocytic anemia. The duration of remaining of abnormal ho-mecysteine levels is related to the dosage of folic acid and Vitamin B12.     

血浆同型半胱氨酸的表达及变化在不同病因大细胞贫血患者中的鉴别及治疗意义

Objective To examine the serum homocysteine,folic acid and Vitamin B12 levels in macrocytic anemia patients and observe their dynamic changes following therapy. Methods Homocysteine,folic acid and Vita-min B12 were analyzed by electro-chemiluminescence immunoassay. Complete blood cell count was analyzed by opti-cal method and resistance method. Results The homocysteine is significantly higher in nutritional megaloblastic a-nemia[ (71.26±27.84)μmoL/L ] than in drug-induced megaloblastic anemia[(11.44±5.06)μmol/L],in myel-odysplastic syndrome[ (9.51±4.13)μmol/L] and in the normal control group[(8.74±5.42)μmoL/L] (P<0.01). After treated with low-dosage folic acid and Vitamin B12,the patients with megaloblastic anemia presented slow declining but eventually normal homocysteine levels,compared with those received high-dosages. Conclusion Homocysteine can be used for differential diagnosis of macrocytic anemia. The duration of remaining of abnormal ho-mecysteine levels is related to the dosage of folic acid and Vitamin B12.     

血浆同型半胱氨酸的表达及变化在不同病因大细胞贫血患者中的鉴别及治疗意义

Objective To examine the serum homocysteine,folic acid and Vitamin B12 levels in macrocytic anemia patients and observe their dynamic changes following therapy. Methods Homocysteine,folic acid and Vita-min B12 were analyzed by electro-chemiluminescence immunoassay. Complete blood cell count was analyzed by opti-cal method and resistance method. Results The homocysteine is significantly higher in nutritional megaloblastic a-nemia[ (71.26±27.84)μmoL/L ] than in drug-induced megaloblastic anemia[(11.44±5.06)μmol/L],in myel-odysplastic syndrome[ (9.51±4.13)μmol/L] and in the normal control group[(8.74±5.42)μmoL/L] (P<0.01). After treated with low-dosage folic acid and Vitamin B12,the patients with megaloblastic anemia presented slow declining but eventually normal homocysteine levels,compared with those received high-dosages. Conclusion Homocysteine can be used for differential diagnosis of macrocytic anemia. The duration of remaining of abnormal ho-mecysteine levels is related to the dosage of folic acid and Vitamin B12.     

血浆同型半胱氨酸的表达及变化在不同病因大细胞贫血患者中的鉴别及治疗意义

Objective To examine the serum homocysteine,folic acid and Vitamin B12 levels in macrocytic anemia patients and observe their dynamic changes following therapy. Methods Homocysteine,folic acid and Vita-min B12 were analyzed by electro-chemiluminescence immunoassay. Complete blood cell count was analyzed by opti-cal method and resistance method. Results The homocysteine is significantly higher in nutritional megaloblastic a-nemia[ (71.26±27.84)μmoL/L ] than in drug-induced megaloblastic anemia[(11.44±5.06)μmol/L],in myel-odysplastic syndrome[ (9.51±4.13)μmol/L] and in the normal control group[(8.74±5.42)μmoL/L] (P<0.01). After treated with low-dosage folic acid and Vitamin B12,the patients with megaloblastic anemia presented slow declining but eventually normal homocysteine levels,compared with those received high-dosages. Conclusion Homocysteine can be used for differential diagnosis of macrocytic anemia. The duration of remaining of abnormal ho-mecysteine levels is related to the dosage of folic acid and Vitamin B12.     

血浆同型半胱氨酸的表达及变化在不同病因大细胞贫血患者中的鉴别及治疗意义

Objective To examine the serum homocysteine,folic acid and Vitamin B12 levels in macrocytic anemia patients and observe their dynamic changes following therapy. Methods Homocysteine,folic acid and Vita-min B12 were analyzed by electro-chemiluminescence immunoassay. Complete blood cell count was analyzed by opti-cal method and resistance method. Results The homocysteine is significantly higher in nutritional megaloblastic a-nemia[ (71.26±27.84)μmoL/L ] than in drug-induced megaloblastic anemia[(11.44±5.06)μmol/L],in myel-odysplastic syndrome[ (9.51±4.13)μmol/L] and in the normal control group[(8.74±5.42)μmoL/L] (P<0.01). After treated with low-dosage folic acid and Vitamin B12,the patients with megaloblastic anemia presented slow declining but eventually normal homocysteine levels,compared with those received high-dosages. Conclusion Homocysteine can be used for differential diagnosis of macrocytic anemia. The duration of remaining of abnormal ho-mecysteine levels is related to the dosage of folic acid and Vitamin B12.     

Relation of plasma homocysteine with folic acid and Vitamine B12 in patients with cerebral infarction

Objective:To discuss the relationship of cerebral infarction with hyperhomocysteinemia and the relationship between hyperhomocysteinemia and folic acid and Vitamine B12.Method:We measured the concentrations of homocysteine with FIPA(fluorescence polarization immunoassay ) and Vitamin B12 and folic acid with chemiluminescent competitive immunoassay in 40 cerebral infarction patients and 30 healthy controls.Results:The concentration of homocysteine in study group was higher than the controls‘ (P&lt;0.01).Serum folic acid level in study group was lower than that in control group (P&lt;0.05).There is negative correlation between plasma homocysteine and serum folic acid (P&lt;0.05).Conclusions:Hyperhomocysteinemia is an independent risk factor of atherosclerotic cerebral infarction.One reason of increased level of homocysteine in blood is that the deficiency of cofactors of enzymes involved in metabolism process.