Recent days,aggregatable nanoparticles,which can specifically respond to certain stimulus,have shown great potential in tumor-targeted drug delivery with prolonged retention and deeper penetration.In this review,we su...Recent days,aggregatable nanoparticles,which can specifically respond to certain stimulus,have shown great potential in tumor-targeted drug delivery with prolonged retention and deeper penetration.In this review,we summarize recent advances in design of aggregatable nanoparticles by different stimuli.Internal(pH and enzyme)and external(light,temperature and ROS)stimuli are introduced for a comprehensive description.Moreover,the aggregated nanoparticles usually exhibit photothermal,photoacoustic,PET and enhanced MRI contrast,which is also described.In the end,we discuss about the potential applications and challenges for the future clinical translation.展开更多
Background: A new method of immune-based therapies has been made and applied on multiple sclerosis patients in last decades. Some of these treatments have a high efficacy and reasonable side effects. In slowing diseas...Background: A new method of immune-based therapies has been made and applied on multiple sclerosis patients in last decades. Some of these treatments have a high efficacy and reasonable side effects. In slowing disease progression, present treatments have significant limitations, but often associated with significant adverse effects of immunosuppression, with having a bit low capability to counter the disability. Methods: This is a review meta-analysis of treatment of multiple sclerosis. Results: Thus a valuable aim for multiple sclerosis clinical research is to introduce more effective therapies. Conclusion: It is absolutely necessary to increase the individualized therapy planes development in respect to make better planes to disease-modifying treatments.展开更多
基金supported by the National Natural Science Foundation of China(No.81961138009)the Young Elite Scientists Sponsorship Program by CAST(No.2017QNR001)+1 种基金the Fundamental Research Funds for the Central Universities,111 Project(No.B18035)RFBR and National Natural Science Foundation of China Collaboration Project(No.19-58-55001)。
文摘Recent days,aggregatable nanoparticles,which can specifically respond to certain stimulus,have shown great potential in tumor-targeted drug delivery with prolonged retention and deeper penetration.In this review,we summarize recent advances in design of aggregatable nanoparticles by different stimuli.Internal(pH and enzyme)and external(light,temperature and ROS)stimuli are introduced for a comprehensive description.Moreover,the aggregated nanoparticles usually exhibit photothermal,photoacoustic,PET and enhanced MRI contrast,which is also described.In the end,we discuss about the potential applications and challenges for the future clinical translation.
文摘Background: A new method of immune-based therapies has been made and applied on multiple sclerosis patients in last decades. Some of these treatments have a high efficacy and reasonable side effects. In slowing disease progression, present treatments have significant limitations, but often associated with significant adverse effects of immunosuppression, with having a bit low capability to counter the disability. Methods: This is a review meta-analysis of treatment of multiple sclerosis. Results: Thus a valuable aim for multiple sclerosis clinical research is to introduce more effective therapies. Conclusion: It is absolutely necessary to increase the individualized therapy planes development in respect to make better planes to disease-modifying treatments.
