低钾性周期性麻痹,Hypokalemic periodic paralysis
1)Hypokalemic periodic paralysis低钾性周期性麻痹
1.Hypokalemic periodic paralysis: report of a Chinese pedigree with a novel mutation site in SCN4A gene;目的通过检测相关基因的突变位点来研究低钾性周期性麻痹 (HOKPP)这一常染色体显性遗传疾病的遗传学病因。
2)hypokalemic periodic paralysis低血钾型周期性麻痹
1.Results Six cases of FPP were diagnosed ashypokalemic periodic paralysis,and all occured as an autosomal do.结果6例为家族性低血钾型周期性麻痹,具有常染色体显性遗传的特征;发作时血清钾1。
3)Hypokalemic periodic paralysis低钾型周期性麻痹
1.Objective To find if the mutations that had been reported abroad exist in a patient with hypokalemic periodic paralysis.目的探讨低钾型周期性麻痹患者是否存在相关基因的突变。
2.Object:Hypokalemic periodic paralysis has gene disorders in chromosomes.目的:低钾型周期性麻痹为一种常染色体发生基因突变的疾病,可以是由遗传获得性的突变基因,少数病例也可以是因受孕时生殖细胞发生基因突变而产生。
英文短句/例句
1.Investigation and analysis of Dongguan region with hypoka lemic periodic paralysis and its nursing新莞人低钾型周期性麻痹的调查分析及护理
2.The gene alteration of hypokalemic periodic paralysis低钾型周期性麻痹一家系相关基因分析
3.Clinical Analyze on Abnormal Serum Ceatinase for Patients with Idiopathic Hypo kalemic Periodic Paralysis原发性低钾型周期性麻痹患者血清肌酶学异常的临床分析
4.Genetic Research of Ion Channel Gene Mutations and Clinical Study on Primary Hypokalemic Periodic Paralysis;原发性低钾型周期性麻痹的离子通道基因突变及临床研究
5.CACNA1S Gene and Low-potassium Periodic ParalysisCACNA1S基因与低钾周期性麻痹
6.The research progress on thyrotoxic hypokalemic periodic paralysis caused by CACNA1S genetic polymorphismCACNA1S基因多态性引起甲状腺毒性低钾周期性麻痹的研究进展
7.Fuctional Expression of a Novel Mutation R675Q Identified in a Chinese Normakalemic Periodic Paralysis Family;正常血钾型周期性麻痹SCN4A基因新突变R675Q的功能研究
8.cyclic oculomotor paralysis周期性动眼神经麻痹
9.A case of severe hypokaliemic paralysis treated by high concentration and large dose of potassium solution高浓度大剂量补钾治疗严重低钾性麻痹一例报告
10.The effects of acut peripheral facial paralysis by physical therapy物理治疗急性期周围性面神经麻痹的疗效观察
11.Genetic Research of Disease-related Mutations and Clinical Study on Periodic Paralyses;周期性麻痹的临床及相关基因突变研究
12.Efficacy Analysis of ~(131)I in Treatment of Hyperthyroidism with Periodic Paralysis~(131)I治疗甲亢合并周期性麻痹疗效初步分析
13.Violent model: Cent period, prodromal stage, excitement period and paralytic period.狂暴型：分三期，前驱期、兴奋期和麻痹期。
14.The Clinical Observation on the Treatment of Acute Peripheral Facial Paralysis by "Jing Jin" Acupuncture Method“经筋刺法”治疗急性期周围性面神经麻痹的临床观察
15.Clinical observation on therapeutic effect of different acupuncture therapies on acute peripheral facial paralysis周围性面神经麻痹急性期不同针灸方法疗效观察
16.Effect of Meridional Muscle Region Puncture on the Blink Reflex in Acute Infranuclear Facial Palsy经筋刺法对急性期周围性面神经麻痹患者瞬目反射的影响
17.A Clinical Observation and Treatment of Peripheral Bell?s Palsy in 112 Patients112例周围性面神经麻痹的治疗与观察
18.Clinical Observation on the Effect of Acupuncture plus Blood-letting with Three-edged Needle on 50 Patients with Bell"s Palsy in the Acute Stage针刺配合三棱针放血治疗风热型Bell麻痹急性期50例临床观察
相关短句/例句
hypokalemic periodic paralysis低血钾型周期性麻痹
1.Results Six cases of FPP were diagnosed ashypokalemic periodic paralysis,and all occured as an autosomal do.结果6例为家族性低血钾型周期性麻痹,具有常染色体显性遗传的特征;发作时血清钾1。
3)Hypokalemic periodic paralysis低钾型周期性麻痹
1.Objective To find if the mutations that had been reported abroad exist in a patient with hypokalemic periodic paralysis.目的探讨低钾型周期性麻痹患者是否存在相关基因的突变。
2.Object:Hypokalemic periodic paralysis has gene disorders in chromosomes.目的:低钾型周期性麻痹为一种常染色体发生基因突变的疾病,可以是由遗传获得性的突变基因,少数病例也可以是因受孕时生殖细胞发生基因突变而产生。
4)low-potassium periodic paralysis of human人低钾周期性麻痹
1.CACNA1S gene was the coding gene of α1 subunit of L-type calcium channel,its mutation would inducelow-potassium periodic paralysis of human and high-temperature syndrom of pig.CACNA1S基因是L-型钙离子通道α1亚单位的编码基因,CACNA1S的基因突变会引起人低钾周期性麻痹及猪高温综合症,有关研究推测该基因是影响猪肉质性状的候选基因。
5)Idiopathic hypokalemic periodic paralysis原发性低钾型周期性麻痹
6)hypokalemic periodic paralysis/ etiology低钾性周期性麻痹/病因学
延伸阅读
性周期性周期sexualcycle雌性哺乳动物自初情期到性功能衰退的生命阶段中，在性行为以及生殖系统结构和功能上的周期性变化。在性周期中，除了卵巢排卵外，生殖器官的其他部分亦有变化，如子宫壁在排卵前后增厚。在排卵时期，动物性欲旺盛，故性周期也叫发情周期或动情周期。雌性灵长类（包括人类）性周期的显著特点是在性周期中，与子宫内膜周期性脱落的同时，子宫出血并从阴道流出。一般28天左右一次，叫月经或月经来潮，因而灵长类的性周期也叫月经周期。雌性哺乳动物发情周期的时间，或指上一次发情开始至下一次发情开始，或指上一次排卵至下一次排卵之间的时间间隔。在发情周期中卵巢、子宫与阴道等主要附属性器官的变化见表。表：发情周期的主要变化性周期的调节机制还不完全明了。一种学说认为，中枢神经系统经一定的时间间隔发出神经冲动，经下丘脑、垂体的体液性调节而发生周期性排卵。另一种学说则认为，下丘脑-垂体-卵巢内分泌途径的反馈作用系统影响周期性的变化。因而，新周期的开始就成为前一周期结束的必然结果，性周期得以周而复始。目前一般接受第二种学说的较多。
