Table 4.
Reaction Type | Tumor Labeling | Targeting Agent | Tumor Model | Purpose | Reference | |||
---|---|---|---|---|---|---|---|---|
Labeling Method | Labeling Agent | Administration Route | Targeting Agent | Administration Route | ||||
SPAAC | MGE | Ac4ManNAz | it | DBCO-liposome | iv | A549 subcutaneous tumor | Imaging | [40] (2012) |
SPAAC | MGE | RR-S-Ac3ManNAz | it | DBCO-Cy5.5 | iv | HT-29 subcutaneous tumor | Imaging | [84] (2016) |
SPAAC | MGE | DCL-AAM | iv | DBCO-Cy5 | iv | LS174T subcutaneous tumor | Imaging | [41] (2017) |
DBCO-VC-Dox | LS174T and MDA-MB-231 subcutaneous tumor and4T1 lung metastatic tumor | Therapy | ||||||
SPAAC | MGE | Ac4ManNAz-loaded CNPs | iv | BCN-Ce6-CNPs | iv | A549 subcutaneous tumor | Imaging and therapy | [83] (2014) |
SPAAC | MGE | Ac4ManNAz-liposome | iv | DBCO-ZnPc-liposome | iv | A549 subcutaneous tumor | Imaging andtherapy | [43] (2017) |
SPAAC | MGE | Nano-MPs | iv | Cy5.5 labeled BCN-liposome | iv | U87 and MCF7 subcutaneous tumor | Imaging | [37] (2017) |
SPAAC | MGE | Ac4ManNAz loaded microbubble | iv | DBCO-Cy5 | iv | 4T1 subcutaneous tumor | Imaging | [85] (2016) |
SPAAC | Azide-labeling cells | Azide-labeling MSCs | it | NIR-dye containing DBCO-NPs | iv | A549-Luc subcutaneous tumor | Imaging | [33] (2016) |
ip | Paclitaxel-loaded DBCO-NPs | ip | MA148 metastatic ovarian tumor | Therapy | ||||
SPAAC | Nanoparticles | DBCO-PEG-MSNs | iv | 18F-azide | iv | U87 MG subcutaneous tumor | Imaging | [86] (2013) |
SPAAC, Staudinger ligation and iEDDA | MGE | Ac4GalNAz | ip | Tz-DyLight | iv | LL2 subcutaneous tumor | Imaging | [87] (2013) |
TMDIBO-TCO and PHOS-TCO | iv | |||||||
iEDDA | Antigen-antibody reaction | CD49-TCO | iv | 111 In-Tz | iv | Colon carcinoma xenograft | Imaging | [88] (2010) |
iEDDA | Antigen-antibody reaction | A33-TCO | iv | 64Cu-Tz-Bn-NOTA | iv | SW1222 subcutaneous tumor | Imaging | [89] (2013) |
iEDDA | Antigen-antibody reaction | mAb-TCO | iv | 18F-Tz | iv | A431 and BT-474 subcutaneous tumor | Imaging | [90] (2017) |
iEDDA | Antigen-antibody reaction | A33-TCO | iv | Polymer-modified Tz | iv | LS174 subcutaneous tumor | Imaging | [91] (2012) |
iEDDA | Antigen-antibody reaction | CC49-TCO | iv | 177Lu-Tz | iv | LS174T subcutaneous tumor | Imaging | [92] (2013) |
iEDDA | Antigen-antibody reaction | CC49-TCO | iv | 111In-Tz | iv | LS174T subcutaneous tumor | Imaging | [93] (2013) |
iEDDA | Antigen-antibody reaction | TCO-oxymethylacetamide-tagged CC49 | iv | 111In-Tz | iv | LS174T subcutaneous tumor | Imaging | [94] (2014) |
iEDDA | Antigen-antibody reaction | A33-TCO | iv | 68Ga-Tz-DTPA dextran | iv | LS174T subcutaneous tumor | Imaging | [95] (2014) |
iEDDA | Antigen-antibody reaction | TCO-antiVEGFR2 | iv | MBTZ | iv | SKOV-3 subcutaneous tumor | Imaging | [96] (2014) |
iEDDA | Antigen-antibody reaction | 5B1-TCO | iv | 64Cu-NOTA-PEG7-TCO | iv | Capan-2 and BxPC3 subcutaneous tumor | Imaging | [97] (2016) |
iEDDA | Antigen-antibody reaction | 5B1-TCO | iv | 177Lu-DOTA-PEG7-Tz | iv | BxPC3 subcutaneous tumor | Therapy | [98] (2017) |
89Zr-Tz | Imaging | |||||||
iEDDA | Antigen-antibody reaction | Ts29.2-PEG-TCO | iv | Tz-Cy5 | iv | HT29 subcutaneous tumor | Imaging | [99] (2017) |
35A7-PEG-TCO | iv | Tz-Cy5 | ip | A431-CEA-Luc peritoneal carcinomatosis tumor | ||||
iEDDA | Membrane inserted peptide | pHLIP-Tz | it | 18F-TCO-liposome | iv | SKOV-3 subcutaneous tumor | Imaging | [100] (2013) |
iEDDA | Aptamer (peptide) | GEBP11-TCO | iv | Cy5.5-Tz | iv | SGC-7901 subcutaneous tumor | Imaging | [45] (2017) |
iEDDA | Antigen-antibody reaction | CC49-TCO-DOX | iv | Radio-labeled Tz | iv and ip | LS174T subcutaneous tumor | Therapy | [101] (2016) |
iEDDA | Antigen-antibody reaction | TAG72-TCO-MMAE | iv | Tz-DOTA | iv | LS174T and OVCAR 3 subcutaneous tumor | Therapy | [102] (2018) |
MGE, metabolic glycoengineering; it, intratumoral injection; DBCO-liposome, DBCO conjugated PEGylated liposome (PEG = poly[ethylene glycol]); iv, intravenous injection; LST174T, human colon cancer cell line; DBCO-ZnPc-LP, DBCO-modified zinc (II)-phthalocyanine-loaded liposome; U87, human glioblastoma cell line; MCF7, human breast cancer cell line; ip, intraperitoneal injection; DBCO-PEG-MSNs, DBCO-functionalized PEGylated mesoporous silica nanoparticles; Ac4GalNAz, tetraacetylated N-Azidoacetyl-galactosamine; TMDIBO-TCO, tetramethoxydibenzocyclooctyne-TCO; PHOS-TCO, bifunctional TCO-phosphine; Tz-DyLight, fluorescently labeled Tz; LL2, murine small cell lung cancer cell line; SW1222, human colorectal cancer cell line; A431, human epidermoid carcinoma cell line; BT-474, human breast carcinoma cell line; TCO-anti-VEGFR2, TCO-conjugated anti-vascular endothelial growth factor receptor 2; MBtz, Tz-labeled gas-filled microbubbles; SKOV-3, human ovarian carcinoma cell line; 5B1-TCO, TCO-modified a human anti-CA19.9 monoclonal antibody 5B1; Capan-2, human pancreas adenocarcinoma cell line Cpan-2; BxPC3, human pancreatic cancer cell line; Ts29.2-PEG-TCO, anti-TSPAN8 monoclonal antibody (Ts29.2)-PEG-TCO; 35A7-PEG-TCO, anti-CEA monoclonal antibody (35A7)-PEG-TCO; A431-CEA-Luc, colon carcinoma transfected with constructs encoding both carcinoembryonic antigen and luciferase; pHLIP-Tz, Tz-conjugated pH (low) insertion peptide; GEBP11-TCO, a vascular-homing peptide (GEBP11)-TCO conjugate; SGC-7901, human gastric carcinoma cell line SGC-7901; MMAE, monomethyl auristatin E.