… Biomaterials can promote specific targeting of immune cell … Here, we review recent advances
in biomaterials-based … , tissue-resident immune cells and immune cells at disease sites. …

… with adaptive immune cells have informed immune engineered materials that target specific
… that genetically engineering innate immune mechanisms to control cell function can combat …

… Depending on the biophysical and biochemical characteristics of the biomaterial, immune
cells … from immune cells helps in the recruitment of endogenous progenitor stem cells. These …

… These tumour cells can also be engineered to express pro-inflammatory cytokines such as
… exist to achieve broad clinical efficacy with immune cell targeting biomaterials, including non-…

… immune cells are recruited to the implant site. Examples of … engineered biomaterials to act
as reservoirs or drug carriers. As described in this review (Table 1), engineered biomaterials …

… In this section, we discuss common strategies, summarized in Figure 3, to create
biomaterial-based scaffolds in which immune cells to reside and their subsequent impact on …

… of immune signals and promote migration of immune cells. This allows the engineering of a
… intrinsic immunogenic properties of biomaterials modulate immune cell function, and how …

… These domains can be functionalized into biomaterials to regulate specific immune cell
functions. This section will focus on engineering ECM-derived peptides into various materials for …

… applications, the studies in this section highlight opportunities to modulate immune cell
phenotypes by altering the hydrophobicity, charge, or surface chemical functional groups of …

… functionalization is aimed at directly mediating the interactions of the biomaterial with
immune cells, resulting in reduced scar formation or induction of macrophage polarization. …