Journal of Pharmaceutical Sciences and Research
Vol.10, Issue8, P. 1991-1994
Аннотация:
Creation of medicinal drugs for directed use with physical factors will significantly expand the range of pharmaco-physiotherapeutic methods of rehabilitation of patients with various diseases, increase their effectiveness, and shorten the time between the promotion of the idea of a new method and its introduction into medical practice. The scope is to develop the composition and optimal terms of obtaining multicomponent herbal medicinal product-a phytocomplex and to explore the possibilities of its use for electro-and phonophoresis in the rehabilitation of the patients with osteoarthritis. The phytocomplex was obtained from the crude marsh cinquefoil, creeping alfalfa and common hop. The optimum conditions of extraction were determined according to the multifactor experiment rules. The predominant flavonoids were isolated by thin-layer chromatography. The flavonoids were quantified by spectrophotometric method. Stability of the phytocomplex flavonoids to the action of pulse currents a
Ключевые слова:
Electrophoresis; Flavonoids; Osteoarthritis; Phonophoresis; Plant extract; Quercetin; Rutin
amino acid; common hop extract; coumestan; creeping alfalfa extract; herbaceous agent; marsh cinquefoil extract; phenolcarboxylic acid; phytochemical; plant extract; plant medicinal product; polyamide; polysaccharide; quercetin; rutoside; tannin; unclassified drug; vitamin; antiinflammatory activity; Article; cell polarity; common hop; creeping alfalfa; drug stability; electrophoresis; electrophoretic mobility; human; Humulus lupulus; marsh cinquefoil; medicinal plant; optical density; osteoarthritis; spectrophotometry; spray drying; sublimation (phase transition); thermogravimetry; thin layer chromatography; ultrasound
Babaskina L. I. Lyudmila Ivanovna 1952-
Litvinova T. M. Tat`yana Mikhaylovna 1962-
Babaskin D. V. Dmitrij Vladimirovich 1979-
Бабаскина Л. И. Людмила Ивановна 1952-
Литвинова Т. М. Татьяна Михайловна 1962-
Бабаскин Д. В. Дмитрий Владимирович 1979-
Key points in the development of medicinal products for electro-and phonophoresis based on a phytocomplex in the rehabilitation of patients with osteoarthritis
Key points in the development of medicinal products for electro-and phonophoresis based on a phytocomplex in the rehabilitation of patients with...
Текст визуальный непосредственный
Journal of Pharmaceutical Sciences and Research
Vol.10, Issue8 P. 1991-1994
2018
Статья
Electrophoresis Flavonoids Osteoarthritis Phonophoresis Plant extract Quercetin Rutin
amino acid common hop extract coumestan creeping alfalfa extract herbaceous agent marsh cinquefoil extract phenolcarboxylic acid phytochemical plant extract plant medicinal product polyamide polysaccharide quercetin rutoside tannin unclassified drug vitamin antiinflammatory activity Article cell polarity common hop creeping alfalfa drug stability electrophoresis electrophoretic mobility human Humulus lupulus marsh cinquefoil medicinal plant optical density osteoarthritis spectrophotometry spray drying sublimation (phase transition) thermogravimetry thin layer chromatography ultrasound
Creation of medicinal drugs for directed use with physical factors will significantly expand the range of pharmaco-physiotherapeutic methods of rehabilitation of patients with various diseases, increase their effectiveness, and shorten the time between the promotion of the idea of a new method and its introduction into medical practice. The scope is to develop the composition and optimal terms of obtaining multicomponent herbal medicinal product-a phytocomplex and to explore the possibilities of its use for electro-and phonophoresis in the rehabilitation of the patients with osteoarthritis. The phytocomplex was obtained from the crude marsh cinquefoil, creeping alfalfa and common hop. The optimum conditions of extraction were determined according to the multifactor experiment rules. The predominant flavonoids were isolated by thin-layer chromatography. The flavonoids were quantified by spectrophotometric method. Stability of the phytocomplex flavonoids to the action of pulse currents a