Синтез та властивості магніточутливих поліфункціональних нанокомпозитів для застосування в онкології
Анотація
Наведено результати досліджень, спрямованих на розвиток концепції створення магніточутливих нанокомпозитів (НК) з багаторівневою ієрархічною наноархітектурою та функціями медико-біологічних нанороботів. Синтезовані нанорозмірний магнетит в однодоменному стані і магніточутливі НК на його основі (Fe3O4/дімеркаптосукцинова кислота (ДМСК), Fe3O4/γ-амінопропілсилоксан (γ-АПС), Fe3O4/поліакриламід (ПАА), Fe3O4/гідроксиапатит (ГА), Fe3O4/SiO2, Fe3O4/TiО2, Fe3O4/Al2О3). Отримано ізотерми і вивчено кінетику адсорбції цисплатину в залежності від хімічної природи поверхні наноструктур. Досліджено процеси адсорбції доксорубіцину (ДР) на поверхні НК Fe3O4/ГА з розчину у фізіологічній рідині. Виготовлено та досліджено магнітні рідини, що містять НК Fe3O4/ГА/ДР. Використовуючи ансамбль носіїв Fe3O4 як суперпарамагнітний зонд та теорію парамагнетизму Ланжевена, оцінено розмірні параметри їх оболонки, що підтверджено незалежними вимірюваннями питомої площі поверхні наноструктур та термодинамічної седиментаційної стійкості відповідних магнітних рідин. Отримані результати можуть бути використані при розробках нових форм магнітокерованих лікарських засобів спрямованої доставки і адсорбентів на основі НК типу суперпарамагнітне ядро-оболонка з багаторівневою наноархітектурою та для визначення, контролю і оптимізації розмірних параметрів її компонентів.
Посилання
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