Identification and antioxidant activity of natural functional microstructures produced with various neutral chemicals and bovine serum albumin

作     者：Zeynep Ziyade Ozacar Atheer Atiroglu Vesen Atiroglu Nuray Güy Mahmut Ozacar 

作者机构：Sakarya UniversityScience&Arts FacultyDepartment of Chemistry54187SakaryaTurkey Sakarya UniversityBiomedicalMagnetic and Semiconductor Materials Application and Research Center(BIMAS-RC)54187SakaryaTurkey Sakarya UniversityBiomaterialsEnergyPhotocatalysisEnzymeTechnologyNan&Advanced MaterialsAdditive ManufacturingEnvironmental Applications and Sustainability Research&Development Group(BIOENAMS R&D Group)54187SakaryaTurkey 

出 版 物：《Food Bioscience》 (食品生物科学（英文）)

年 卷 期：2022年第49卷第5期

页      面：833-841页

核心收录：

学科分类：0832[工学-食品科学与工程（可授工学、农学学位）] 08[工学] 083201[工学-食品科学] 

主　　题：Microstructures Asafoetida Rosemary Resveratrol and ginger 

摘      要：Stress-related conditions are a product of modern practices,and different treatments,such as meditation,yoga,and antistress medications,are utilized to reduce disincentive stress *** medicines are rescued humanity from a variety of illnesses,and they could be able to provide adequate responses to stress-induced *** this article,bovine serum albumin(BSA)microparticles comprising germinated seeds wheat-ginger,germinated seeds wheat-rosemary loaded BSA microparticles(GSW-ROS-MPs),germinated seeds wheat-asafoetida loaded BSA microparticles(GSW-ASA-MPs),ginger-rosemary loaded BSA microparticles(GIN-ROS-MPs),resveratrol-ginger microspheres(RES-GIN-MSs),resveratrol-rosemary microspheres(RES-ROS-MSs),resveratrol-asafoetida microspheres(RES-ASA-MSs),and asafoetida-ginger microspheres(ASA-GIN-MSs)were enhanced to improve the biopharmaceutical features of the neutral *** all MPs kinds synthesized had a so-called spherical morphology,the microspheres were found to be non-porous and with a smooth spherical surface *** antiradical activities were *** activities of RES-ASA-MSs and GIN-ROS-MPs were found to be ***,BSA-containing RES-ASA-MSs and GIN-ROS-MPs can be alternative systems for improving the features of these compounds and administering them therapeutically *** conclusion,all prepared compounds in the present study displayed substantial in vitro free radical-scavenging capability which was dose dependent and be applicate in oxidative stress-based diseases.