2005•Unpublished venueRequires access

Changes in anti-oxidative ability of brain in D-galactose induced senile mice

Wang Huaiying, Wei Zhang, Shi S, Zhijie Hu

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Abstract

Objective:To observe the changes in anti-oxidative ability of brain in aging mice induced by D-galactose.(Methods:)Mice were divided into two groups : normal control group and senile model group.Mice in senile model group were injected with D-galactose 150mg kg~(-1)by intra peritoneum,while the controls were given normal saline per day.Eight weeks later,mice were killed to make electron microscope specimens and to observe the changes of anti-oxidative ability of brain.Results:In senile model group,the activities of SOD and NOS decreased,the levels of MDA and lipofuscin increased and the NO level decreased.Conclusions:The Anti-oxidative ability of brain in D-galactose induced senile mice decreased.

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Objective:To observe the changes in anti-oxidative ability of brain in aging mice induced by D-galactose.(Methods:)Mice were divided into two groups : normal control group and senile model group.Mice in senile model group were injected with D-galactose 150mg kg~(-1)by intra peritoneum,while the controls were given normal saline per day.Eight weeks later,mice were killed to make electron microscope specimens and to observe the changes of anti-oxidative ability of brain.Results:In senile model group,the activities of SOD and NOS decreased,the levels of MDA and lipofuscin increased and the NO level decreased.Conclusions:The Anti-oxidative ability of brain in D-galactose induced senile mice decreased.

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Available abstract

Objective:To observe the changes in anti-oxidative ability of brain in aging mice induced by D-galactose.(Methods:)Mice were divided into two groups : normal control group and senile model group.Mice in senile model group were injected with D-galactose 150mg kg~(-1)by intra peritoneum,while the controls were given normal saline per day.Eight weeks later,mice were killed to make electron microscope specimens and to observe the changes of anti-oxidative ability of brain.Results:In senile model group,the activities of SOD and NOS decreased,the levels of MDA and lipofuscin increased and the NO level decreased.Conclusions:The Anti-oxidative ability of brain in D-galactose induced senile mice decreased.

Key concepts: Lipofuscin, Galactose, Oxidative phosphorylation, Internal medicine, Endocrinology, Saline, Senile dementia, Oxidative damage

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