The mechanisms of cognitive impairment caused by carotid diseases are associated with hypoperfusion, leukodystrophy, silent or lacunar infarcts and neuronal degeneration.

颈动脉疾病认知障碍可能与低灌注、白质病变、无症状梗死、腔隙性梗死和神经元变性有。

Insufficient or poorly working myelin causes a number of diseases, including a rare and fatal congenital disorder called pediatric leukodystrophy that affects thousands of children.

磷脂不足或作状态差可系列疾病，包括影响几千个孩子的种罕见与命的遗传病：小儿脑白质营养不良。

The mechanisms of cognitive impairment caused by carotid diseases are associated with hypoperfusion, leukodystrophy, silent or lacunar infarcts and neuronal degeneration.

脉疾病导致认知障碍可能与低灌注、白质病变、无症状梗死、腔隙性梗死和神经元变性有关。

Insufficient or poorly working myelin causes a number of diseases, including a rare and fatal congenital disorder called pediatric leukodystrophy that affects thousands of children.

髓磷脂不足或作状态差可导致一系列疾病，包括影响几千个孩子的一种罕见与致命的遗传病：小儿脑白质营养不良。

The mechanisms of cognitive impairment caused by carotid diseases are associated with hypoperfusion, leukodystrophy, silent or lacunar infarcts and neuronal degeneration.

颈动脉疾病导致认知能与低灌注、白质病变、无症状梗死、腔隙性梗死和神经元变性有关。

Insufficient or poorly working myelin causes a number of diseases, including a rare and fatal congenital disorder called pediatric leukodystrophy that affects thousands of children.

髓磷脂不足或作状态差导致一系列疾病，包括影响几千个孩子的一种罕见与致命的遗传病：白质营养不良。

The mechanisms of cognitive impairment caused by carotid diseases are associated with hypoperfusion, leukodystrophy, silent or lacunar infarcts and neuronal degeneration.

颈动脉疾病导致认知障碍可能与低灌注、白质病、状梗死、腔隙性梗死和神经元性有关。

Insufficient or poorly working myelin causes a number of diseases, including a rare and fatal congenital disorder called pediatric leukodystrophy that affects thousands of children.

髓磷脂不足或作状态差可导致系列疾病，包括影响几千个孩子的见与致命的遗传病：小儿脑白质营养不良。

The mechanisms of cognitive impairment caused by carotid diseases are associated with hypoperfusion, leukodystrophy, silent or lacunar infarcts and neuronal degeneration.

颈动脉疾病导致认知障碍可能与低灌注、白质病变、无症状梗、性梗和神经元变性有关。

Insufficient or poorly working myelin causes a number of diseases, including a rare and fatal congenital disorder called pediatric leukodystrophy that affects thousands of children.

髓磷脂不足或作状态差可导致一系列疾病，包括影响几子的一种罕见与致命的遗传病：小儿脑白质营养不良。

The mechanisms of cognitive impairment caused by carotid diseases are associated with hypoperfusion, leukodystrophy, silent or lacunar infarcts and neuronal degeneration.

颈动导致认知障碍可能与低灌注、白质变、无症状梗死、腔隙性梗死和神经元变性有关。

Insufficient or poorly working myelin causes a number of diseases, including a rare and fatal congenital disorder called pediatric leukodystrophy that affects thousands of children.

髓磷脂足或作状态差可导致一系列，包括影响几千个孩子的一种罕见与致命的遗传：小儿脑白质营养。

The mechanisms of cognitive impairment caused by carotid diseases are associated with hypoperfusion, leukodystrophy, silent or lacunar infarcts and neuronal degeneration.

颈动脉疾病导认知障碍可能低灌、病变、无症状梗死、腔隙性梗死和神经元变性有关。

Insufficient or poorly working myelin causes a number of diseases, including a rare and fatal congenital disorder called pediatric leukodystrophy that affects thousands of children.

髓磷脂不足或作状态差可导一系列疾病，包括影响几千个孩子的一种罕见的遗传病：小儿脑营养不良。

The mechanisms of cognitive impairment caused by carotid diseases are associated with hypoperfusion, leukodystrophy, silent or lacunar infarcts and neuronal degeneration.

颈动脉疾病知障碍可能与低灌注、白病变、无症状梗死、腔隙性梗死和神经元变性有关。

Insufficient or poorly working myelin causes a number of diseases, including a rare and fatal congenital disorder called pediatric leukodystrophy that affects thousands of children.

髓磷脂不足或作状态差可一系列疾病，包括影响几千个孩子的一种罕见与命的遗传病：小儿脑白不良。

The mechanisms of cognitive impairment caused by carotid diseases are associated with hypoperfusion, leukodystrophy, silent or lacunar infarcts and neuronal degeneration.

颈动脉疾病导致认知障碍可能与低灌注、病变、无症状梗死、腔隙性梗死和神经元变性有关。

Insufficient or poorly working myelin causes a number of diseases, including a rare and fatal congenital disorder called pediatric leukodystrophy that affects thousands of children.

髓磷脂不足或作状态差可导致一系列疾病，包括影响几千个孩子的一种罕见与致命的遗传病：小儿脑养不良。