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. 2023 Sep 12;6:0211. doi: 10.34133/research.0211

Table.

Supramolecular biomaterials for cancer immunotherapy.

Immunotherapeutic strategy Supramolecular biomaterial Function Morphology Immune agents Reference
Immunogenic cell death β-CD/ferricinium Responsive domain Nanoparticle DOX [57]
β-CD/adamantane Carrier Nanoparticle ICG/I-MT/resiquimod [58]
Drug-polymer Inducer Nanoparticle DOX [64]
C16-cypate-RRKK-PEG8-COOH Inducer Nanoparticle Cypate [66]
FFG Assembly domain Nanoclusters TPA-S-RDN [73]
Immune checkpoint blockade GDFDFDY Assembly domain Hydrogel DPPA-1/indoximod [86]
SOPC Carrier Nanoparticle Selumetinib/supratinib [92]
PLGLAG Assembly domain Nanotubes/hydrogel Camptothecin/anti–PD-1 [95]
HA-DEG/UPy Carrier Hydrogel DPPA-1 [96]
FFVLK Assembly domain Nanofiber/hydrogel Tetraphenylethylene [97]
β-CD/adamantane Carrier Nanorod CRISPR/Cas9/Au [102]
DC maturation NapGFFpY-OMe Assembly domain Hydrogel OVA [135]
DNA network Carrier Hydrogel CpG [136]
β-CD/adamantane Carrier Nanoparticle Pt(IV)/CpG [43]
Macrophage regulation DSPE-PEG2000 Carrier Nanoparticle BLZ-945/selumetinib [170]
β-CD/lysine Carrier Nanoparticle Resiquimod [172]
M2pep Responsive domain Nanorod M2pep/Au [176]
T lymphocyte activation PEG2000 Carrier Nanoparticle OVA/Bec1 [183]
PLGLAG Assembly domain Nanoparticle DPPA-1/NLG919 [186]
Poly-l-lysine Carrier Nanoparticle Au/VC/carnosic acid [187]
MDSC depletion Tadalafil/ICG/Fe3+ Inducer/carrier Nanoparticle Tadalafil/ICG/Fe3+ [199]