根据脑电图和肌电图给出的数据，研究人员能够鉴别在紧急制动反应测试中发出的电信号。

With the resulting EEG and EMG data, the researchers were able to identify signals that occurred consistently during emergency brake response situations.

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由印第安纳大学团队鉴别的这套信号系统可以作为阻断孢囊转化或攻击孢囊形式寄生虫的靶点。

The signaling system identified by the IU team could serve as a target to block the transformation into the cyst form or to attack the parasite while in the cyst form.

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结论：本研究中鉴别的基因尤其是疼痛信号和炎症相关基因可能是腰神经病分子治疗的潜在靶点。

Conclusion. The genes identified in this study, especially those involved in pain signaling and inflammation, serve as potential targets for molecular-based therapy for lumbar radiculopathy.

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