OBJECTIVE: To study the effects of nutritional intervention on changes of @entity1154 in @entity35 brain, certain @entity1522 in rats serum and maze behaviors caused by high +Gy exposure. METHOD: The @entity19 were arranged into control group (Group A), +Gy group (Group B) and +Gy nutritional intervention group (group C). Group A was not exposed to +Gy. Both Group B and group C were exposed to +10 Gy for 8 min. Three hours before +Gy exposure distilled water was given to @entity19 in group B by gavage. The day before exposure pyridoxal fortified water was given and 3 h before exposure mixed @entity1522 solution were given by gavage to group C. Maze test scores were recorded for all groups. After the maze test was completed, blood was collected through the eyes for serum @entity1522 and brain tissue was collected by decollation for @entity1154 and @entity5428 transferase (GGT) activity determinations. RESULT: After +Gy exposure maze test scores and brain NE concentrations decreased and abnormal behaviors were found. While other @entity1154 transmitters increased significantly. In group C maze behaviors improved and biochemical changes induced by +Gy exposure alleviated. CONCLUSION: High +Gy exposure can induce changes of neural transmitters coming from nutritional metabolites in central nervous system. As a result, brain functions are affected. Nutritional intervention can alleviate this negative effect to some extent.

[Effects of nutritional intervention on brain functions and its related biochemical indexes in XXXX exposed to high +Gy].

@entity5428 :: ('CHEBI:24190', 'Chemical') :: ['gamma-glutamyl'] @entity1522 :: ('CHEBI:33709', 'Chemical') :: ['amino acids'] @entity19 :: ('10090', 'Species') :: ['mice'] @entity1154 :: ('CHEBI:25375', 'Chemical') :: ['monoamine', 'monoamines'] @entity35 :: ('10116', 'Species') :: ['rats']
@entity19 :: (10090,Species) :: ['mice']
