The authors regret that the original publication did not include the funding number 82125018 from the National Natural Science Founda-tion of China.The corrected Acknowledgments section is as follows:This work was fin...The authors regret that the original publication did not include the funding number 82125018 from the National Natural Science Founda-tion of China.The corrected Acknowledgments section is as follows:This work was financially supported by the National Natural Science Foundation of China(82125018,82061148010,and 92068204)and Beijing Municipal Science&Technology Commission(Z181100001818005)展开更多
The efficacy of cell therapy is compromised by the suboptimal survival and function of transplanted cells,which can be partly attributed to uncontrolled immunomodulation.To address this issue,the dual role of biomater...The efficacy of cell therapy is compromised by the suboptimal survival and function of transplanted cells,which can be partly attributed to uncontrolled immunomodulation.To address this issue,the dual role of biomaterials in assisting immune activation and evasion can be used to fine-tune immune responses and improve the efficacy and safety of cell therapy.Herein,we summarize different methods used to engineer therapeutic cells with biomaterials across multiple spatial scales and review how biomaterials assist in immune activation or evasion in cell therapy based on a discussion of the effects of biomaterials on endogenous immune cells.We also discuss the appealing features of biomaterials that polarize immune responses toward type 1 or type 2 immunity.In future studies,the biophysical and biochemical properties of biomaterials could be better leveraged for immunomodulatory purposes to fuel prominent improvements in cell therapy,and the relevant regulatory mechanisms should be investigated in a more systematic and in-depth manner.展开更多
文摘The authors regret that the original publication did not include the funding number 82125018 from the National Natural Science Founda-tion of China.The corrected Acknowledgments section is as follows:This work was financially supported by the National Natural Science Foundation of China(82125018,82061148010,and 92068204)and Beijing Municipal Science&Technology Commission(Z181100001818005)
基金financially supported by the National Natural Science Foundation of China(82061148010,92068204)Beijing Municipal Science&Technology Commission(Z181100001818005).
文摘The efficacy of cell therapy is compromised by the suboptimal survival and function of transplanted cells,which can be partly attributed to uncontrolled immunomodulation.To address this issue,the dual role of biomaterials in assisting immune activation and evasion can be used to fine-tune immune responses and improve the efficacy and safety of cell therapy.Herein,we summarize different methods used to engineer therapeutic cells with biomaterials across multiple spatial scales and review how biomaterials assist in immune activation or evasion in cell therapy based on a discussion of the effects of biomaterials on endogenous immune cells.We also discuss the appealing features of biomaterials that polarize immune responses toward type 1 or type 2 immunity.In future studies,the biophysical and biochemical properties of biomaterials could be better leveraged for immunomodulatory purposes to fuel prominent improvements in cell therapy,and the relevant regulatory mechanisms should be investigated in a more systematic and in-depth manner.
