Noebels and his team investigated why the mice die and whether Kv1.1, in particular, is a possible factor for SUDEP.
Noebels和他的团队研究了小鼠的死因和Kv 1.1成为癫痫猝死的可能因素的原因。
Schwartzkroin also pointed out that similar tests have yet to be tried for humans, and there may be multiple genes that contribute to SUDEP in different people.
Schwartzkroin还指出类似的测试可以用在人类身上，不同的人可能具有多重引发癫痫猝死的基因。
"Now that we are starting to grasp the genes and proteins underlying SUDEP, we can begin to predict and find ways to reduce the risk of death in patients with epilepsy," Noebels said.
“目前我们已对引起癫痫猝死的基因和蛋白逐步了解，我们可以预测并找到减少癫痫患者死亡几率的方法，”Noebels说。
"Now that we are starting to grasp the genes and proteins underlying SUDEP, we can begin to predict and find ways to reduce the risk of death in patients with epilepsy," Noebels said.
“目前我们已对引起癫痫猝死的基因和蛋白逐步了解，我们可以预测并找到减少癫痫患者死亡几率的方法，”Noebels说。
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