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METHOD OF TREATING ONCOLOGICAL DISEASES BY DRUG INJECTIONS

机译:药物注射治疗肿瘤的方法

摘要

FIELD: medicine.;SUBSTANCE: invention refers to medicine and can be used in treating oncological diseases. Method involves introducing a water-containing suspension of liposomes of the same diameter with an encapsulated anti-tumor drug preparation. Prior to administering a suspension of liposomes of the same diameter with an encapsulated anti-tumor drug, a mixture of three suspensions of liposomes of three different diameters having the same lipid composition is administered intravenously, wherein each liposomes of the same diameter contain the same fluorescent dyes, wherein the dyes are selected so that the maximum emission peaks are not completely superimposed on each other. First suspension is obtained by passing a suspension of liposomes containing one of the dyes through an extruder equipped with a membrane with a pore diameter of 200 nm, second suspension is obtained by passing a suspension of liposomes containing another dye through an extruder equipped with a membrane with a pore diameter of 100 nm, a third suspension is obtained by passing a suspension of liposomes containing a third dye through an extruder equipped with a membrane with pore diameter of 50 nm. After the mixture of suspensions of liposomes is introduced, the fluorescence intensity of the liposomes accumulated in the tumor tissue is determined depending on the diameter of the liposomes, and the diameter of the liposomes with the highest degree of accumulation in the tumor tissue is selected. Drug preparation is administered intravenously encapsulated in liposomes with the same lipid composition and diameter providing the highest degree of accumulation in the tumor tissue.;EFFECT: use of the invention provides higher clinical effectiveness ensured by tumor growth retardation.;1 cl, 3 ex
机译:技术领域:药物:本发明是指药物,可以用于治疗肿瘤疾病。该方法涉及将具有相同直径的脂质体的含水悬浮液与胶囊化的抗肿瘤药物制剂一起引入。在用包囊的抗肿瘤药物给予相同直径的脂质体悬浮液之前,静脉内给予三种具有相同脂质组成的不同直径的脂质体的三种悬浮液的混合物,其中相同直径的每个脂质体均含有相同的荧光剂。染料,其中选择染料以使最大发射峰不彼此完全重叠。第一悬浮液通过使包含一种染料的脂质体的悬浮液通过配备有孔径为200 nm的膜的挤出机而获得,第二悬浮液通过使包含另一种染料的脂质体的悬浮液通过配备有膜的挤出机而获得。在具有100nm孔径的膜中,使含有第三种染料的脂质体的悬浮液通过配有孔径为50nm的膜的挤出机,从而获得第三悬浮液。引入脂质体悬浮液的混合物后,根据脂质体的直径确定在肿瘤组织中积累的脂质体的荧光强度,并选择在肿瘤组织中积累程度最高的脂质体的直径。药物制剂通过静脉内包裹在脂质体中的脂质体给药,脂质体具有相同的脂质组成和直径,可在肿瘤组织中提供最高程度的积累。效果:本发明的使用通过肿瘤生长迟缓确保了更高的临床疗效; 1 cl,3 ex

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