treating hypoproteinemias
治疗低蛋白血症
hypoproteinemias cause
低蛋白血症原因
hypoproteinemias associated
低蛋白血症相关
severe hypoproteinemias
严重低蛋白血症
hypoproteinemias result
低蛋白血症结果
chronic hypoproteinemias
慢性低蛋白血症
hypoproteinemias lead
低蛋白血症导致
congenital hypoproteinemias
先天性低蛋白血症
hypoproteinemias manifest
低蛋白血症表现
congenital hypoproteinemias are rare genetic disorders that affect protein synthesis in the body.
先天性低蛋白血症是罕见的遗传性疾病，会影响体内蛋白质的合成。
severe hypoproteinemias can lead to life-threatening complications if left untreated.
未经治疗的严重低蛋白血症可能导致危及生命的并发症。
primary hypoproteinemias result from genetic defects in protein production pathways.
原发性低蛋白血症是由于蛋白质合成通路中的遗传缺陷所致。
secondary hypoproteinemias often develop as complications of other serious diseases.
继发性低蛋白血症通常作为其他严重疾病的并发症而发展。
hypoproteinemias characterized by low albumin levels require careful dietary management.
以低白蛋白水平为特征的低蛋白血症需要仔细的饮食管理。
infants with hypoproteinemias need specialized nutritional support for proper development.
患有低蛋白血症的婴儿需要专门的营养支持以确保正常发育。
hypoproteinemias associated with liver disease impair the organ's synthetic function.
与肝病相关的低蛋白血症会损害器官的合成功能。
treatment of hypoproteinemias typically involves protein supplementation and addressing underlying causes.
低蛋白血症的治疗通常包括蛋白质补充和处理潜在病因。
hypoproteinemias with generalized edema indicate significant fluid imbalance in patients.
伴有全身性水肿的低蛋白血症表明患者存在显著的体液失衡。
chronic hypoproteinemias can weaken the immune system and increase infection risk.
慢性低蛋白血症会削弱免疫系统并增加感染风险。
hypoproteinemias in developing countries are frequently linked to malnutrition.
发展中国家的低蛋白血症通常与营养不良有关。
molecular testing helps diagnose specific types of hypoproteinemias accurately.
分子检测有助于准确诊断特定类型的低蛋白血症。
treating hypoproteinemias
治疗低蛋白血症
hypoproteinemias cause
低蛋白血症原因
hypoproteinemias associated
低蛋白血症相关
severe hypoproteinemias
严重低蛋白血症
hypoproteinemias result
低蛋白血症结果
chronic hypoproteinemias
慢性低蛋白血症
hypoproteinemias lead
低蛋白血症导致
congenital hypoproteinemias
先天性低蛋白血症
hypoproteinemias manifest
低蛋白血症表现
congenital hypoproteinemias are rare genetic disorders that affect protein synthesis in the body.
先天性低蛋白血症是罕见的遗传性疾病，会影响体内蛋白质的合成。
severe hypoproteinemias can lead to life-threatening complications if left untreated.
未经治疗的严重低蛋白血症可能导致危及生命的并发症。
primary hypoproteinemias result from genetic defects in protein production pathways.
原发性低蛋白血症是由于蛋白质合成通路中的遗传缺陷所致。
secondary hypoproteinemias often develop as complications of other serious diseases.
继发性低蛋白血症通常作为其他严重疾病的并发症而发展。
hypoproteinemias characterized by low albumin levels require careful dietary management.
以低白蛋白水平为特征的低蛋白血症需要仔细的饮食管理。
infants with hypoproteinemias need specialized nutritional support for proper development.
患有低蛋白血症的婴儿需要专门的营养支持以确保正常发育。
hypoproteinemias associated with liver disease impair the organ's synthetic function.
与肝病相关的低蛋白血症会损害器官的合成功能。
treatment of hypoproteinemias typically involves protein supplementation and addressing underlying causes.
低蛋白血症的治疗通常包括蛋白质补充和处理潜在病因。
hypoproteinemias with generalized edema indicate significant fluid imbalance in patients.
伴有全身性水肿的低蛋白血症表明患者存在显著的体液失衡。
chronic hypoproteinemias can weaken the immune system and increase infection risk.
慢性低蛋白血症会削弱免疫系统并增加感染风险。
hypoproteinemias in developing countries are frequently linked to malnutrition.
发展中国家的低蛋白血症通常与营养不良有关。
molecular testing helps diagnose specific types of hypoproteinemias accurately.
分子检测有助于准确诊断特定类型的低蛋白血症。
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