Study on relationship among expression of IGF-1 in peri-hematomal brain region,excessive and depletion syndrome of stroke after cerebral hemorrhage / 国际中医中药杂志

Objective To observe the expression of IGF-1 in the peri-hematomal brain region of Intracerebral Hemorrhage(ICH) patients,and to investigate the relationship among IGF-1,excessive and depletion syndrome of stroke.Methods 28 patients were evenly and randomly recruited into 3groups:Yin excessive group,Yang excessive group and depletion group.Additional 6 persons of normal death within 3 hours were taken their brain tissue.The IGF-1 expression was detected with Western blotting method.The correlation among the expression of IGF-1,excessive and depletion syndromes were observed.Results The expression of IGF-1 in the peri-hematomal brain region of ICH patients significantly increased in comparison with the normal control group (P=0.00).The expression of IGF-1 was significantly different among Yang excessive,Yin excessive and the depletion syndromes [ (0.696±0.111)、(1.151 ±0.185)、(1.697±0.108),P＜0.01],with the expression of IGF-1 of depletion syndrome ranked the highest,followed by Yin excessive and Yang excessive syndrome.Conclusion The expression of IGF-1 could reflect the degree of brain impairment.

Autophagy and stroke / 国际脑血管病杂志

Autophagy is a vital phenomena which widely exists in eukaryotic cells.It runs through the cellular normal growth,development,and physiological pathology processes.Studies in recent years have shown that autophagy involves in the pathological process after stroke,and affects the survival and death of nerve cells,This article reviews the classification,formation process,molecular mechanism and detection of autophagy as well as its relation with stroke.Our purpose is to provide a new direction for clinical treatment of stroke.

Mechanisms of hemoglobin and its degradation products in brain edema formation after intracerebral hemorrhage / 国际脑血管病杂志

The peak of the brain edema after intracerebral hemorrhage usually begins after 3 to 4 days.A large quantity of hemoglobin releases and degrades during this process,and its degradation products iron ion,bilirubin and carbon monoxide,etc play important roles in the process of cerebral edema.They all involve in the formation Of delayed brain edema after intracerebral hemorrhage.The research of hemoglobin and its degradation products is expected to find out a new way for the treatment of intracerebral hemorrhage.