1. Effects of electromagnetic pulse on the tight junction of mice blood-testis-barrier
- Author
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Xie Xue-Jun, Zhao Tao, Guo Guozhen, Liu Xiao-Wei, Zhang Jie, Miao Xia, Zeng Li-Hua, Wang Xiao-Wu, Su Xiao-Ming, and Ding Gui-Rong
- Subjects
biology ,Tight junction ,Pulse (signal processing) ,business.industry ,Chemistry ,Confocal ,Vimentin ,Cell biology ,Optics ,Permeability (electromagnetism) ,biology.protein ,business ,Electromagnetic pulse ,Blood–testis barrier - Abstract
AIM. To investigate the changes of the mice testes and the tight junction (Tj) relative molecular and to identify the molecular mechanisms of the mice blood-testis-barrier (BTB) permea- bility increasing after the mice were exposed to electromagnetic pulse (EMP). METHODS. Observe the changes vimentin of the mice testes by laser scanning confocal technique. RESULTS. After the 200 kVm-1 EMP (the accumulative pulse times was 200) exposure, the vimentin in sustentacular cells of testis became irregularly shortened and derangement, and the intensity of immuno- fluorescence also showed ununiformity compared with control. CONCLUSION. The increasing of mice BTB permeability perhaps caused by the changing of vimentin.
- Published
- 2008