癫痫发生

Epileptogenesis is a complex process that occurs after a brain insult, leading to the development of epilepsy.
这是一个复杂的过程，发生在脑部损伤后，导致癫痫的发生。
Early intervention can significantly reduce the risk of epileptogenesis following a stroke.
早期干预能显著降低中风后发生癫痫生成的风险。
Researchers have identified genetic factors that may play a role in epileptogenesis.
研究人员已经发现了可能在癫痫生成过程中起作用的遗传因素。
Seizures during the neonatal period can be a precursor to epileptogenesis later in life.
新生儿期的癫痫发作可能是日后发生癫痫生成的先兆。
The timing and severity of brain injury can greatly influence the course of epileptogenesis.
脑损伤的时间和严重程度极大地影响了癫痫生成的进程。
Epileptogenesis often involves changes in neural circuitry and synapse formation.
癫痫生成通常涉及神经回路的改变和突触形成。
Scientists are studying the molecular mechanisms involved in epileptogenesis to develop new therapeutic targets.
科学家正在研究参与癫痫生成的分子机制，以开发新的治疗靶点。
Prevention strategies for epileptogenesis focus on reducing inflammation and promoting neuroprotection after brain damage.
预防癫痫生成的策略集中在减少脑损伤后的炎症并促进神经保护。
Long-term monitoring and management of epilepsy risk factors can help halt or delay epileptogenesis.
对癫痫风险因素的长期监测和管理有助于阻止或延缓癫痫生成。
Epileptogenesis is not a uniform process; it varies among individuals and can occur at different stages of life.
癫痫生成不是一个统一的过程，它在个体间有所不同，并可能在生命的不同阶段发生。