, ;where Wg is the number of CYP1A2 gene polymorphisms (main pathway biotransformation of chlorpromazine); Ai – change of speed biotransformation of chlorpromazine depending on the genotype for each polymorphic marker of the CYP1A2 gene. If change is defined as speed deviation biotransformation of chlorpromazine by 50 % and higher, replacement of the drug is recommended. If change is defined as deceleration of speed biotransformation of chlorpromazine less than by 50 %, dose reduction is recommended. At change, defined as speed acceleration biotransformation of chlorpromazine more than by 50 %, dose increase is recommended.;EFFECT: use of this method enables individual dose selection chlorpromazine, determining degree of manifestation of deviation of its speed biotransformation depending on the genotype for each polymorphic marker of the CYP1A2 gene.;1 cl, 1 tbl"/> METHOD FOR PREDICTION OF CHLORPROMAZINE THERAPY EFFECTIVENESS EVALUATION FOR TREATING DISORDERS ACCOMPANYING DEVELOPMENT OF PSYCHOTIC SYMPTOMS
首页> 外国专利> METHOD FOR PREDICTION OF CHLORPROMAZINE THERAPY EFFECTIVENESS EVALUATION FOR TREATING DISORDERS ACCOMPANYING DEVELOPMENT OF PSYCHOTIC SYMPTOMS

METHOD FOR PREDICTION OF CHLORPROMAZINE THERAPY EFFECTIVENESS EVALUATION FOR TREATING DISORDERS ACCOMPANYING DEVELOPMENT OF PSYCHOTIC SYMPTOMS

机译:氯吡嗪治疗效果评估与心理症状发展相关的方法

摘要

FIELD: medicine.;SUBSTANCE: invention refers to medicine, namely to pharmacogenetics, and can be used for selecting an antipsychotic drug dose chlorpromazine in patients with psychotic symptoms. That is ensured by the results of genotyping using polymorphic markers of CYP1A2 genes to calculate the resultant rate change biotransformation of chlorpromazine (parameter P) by formula ; , ;where Wg is the number of CYP1A2 gene polymorphisms (main pathway biotransformation of chlorpromazine); Ai – change of speed biotransformation of chlorpromazine depending on the genotype for each polymorphic marker of the CYP1A2 gene. If change is defined as speed deviation biotransformation of chlorpromazine by 50 % and higher, replacement of the drug is recommended. If change is defined as deceleration of speed biotransformation of chlorpromazine less than by 50 %, dose reduction is recommended. At change, defined as speed acceleration biotransformation of chlorpromazine more than by 50 %, dose increase is recommended.;EFFECT: use of this method enables individual dose selection chlorpromazine, determining degree of manifestation of deviation of its speed biotransformation depending on the genotype for each polymorphic marker of the CYP1A2 gene.;1 cl, 1 tbl
机译:技术领域本发明涉及药物,即药理遗传学,可用于选择精神病症状患者的抗精神病药物剂量氯丙嗪。通过使用CYP1A2基因多态性标记进行基因分型的结果来保证通过公式计算氯丙嗪的速率变化生物转化(参数P); ,其中W g 是CYP1A2基因多态性的数目(氯丙嗪的主要途径生物转化); A i –氯丙嗪的生物转化速度变化,取决于CYP1A2基因每个多态性标记的基因型。如果将变化定义为氯丙嗪的速度偏差生物转化率达到50%或更高,则建议更换药物。如果将变化定义为氯丙嗪的速度生物转化速度降低小于50%,则建议降低剂量。发生变化时,定义为氯丙嗪的速度加速生物转化超过50%,建议增加剂量;效果:使用此方法可以单独选择氯丙嗪的剂量,并根据每种基因型确定其速度生物转化的偏差表现程度CYP1A2基因的多态性标记物; 1 cl,1 tbl

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