1 |
GV1001; GEM; GM-CSF |
Patients with pancreatic adenocarcinomas |
Inducing telomerase specific immune responses |
2014 |
[95] |
2 |
GV1001 |
MCF7 (human breast adenocarcinoma cell line), Jurkat (human T-cell leukemia cell line), MC38 (murine colon adenocarcinoma) and HeLa (human cervical adenocarcinoma) cells |
Reducing HSP70/90, HIF-1α and VEGF |
2014 |
[96] |
3 |
GV1001; GEM |
Pancreatic ductal adenocarcinomas (PDACs) |
Reducing fibrosis with decreasing TNF-α, interleukin (IL)-6 and IL-1β |
2016 |
[97] |
4 |
GV1001 |
Prostate cancer |
Binding and antagonizing GnRHR through activation of Gαs/cAMP pathway and downregulating releasing of Gαq-coupled Ca2+
|
2019 |
[98] |
5 |
hTERT peptides |
B16F10 melanoma |
Inducing high avidity CD4+ TH1 cells, activating dendritic cells, enhancing primary and memory CTL responses |
2012 |
[99] |
6 |
hTERT peptides |
Hepatocellular carcinoma |
Positive T cell responses |
2018 |
[100] |
7 |
rAAV-/rAdv viral cocktail expressing hTERTC27 |
Melanoma |
Activation of NK cells |
2010 |
[101] |
8 |
hTERT with a lentiviral vector system |
Melanoma |
CD8+ T cell responses |
2010 |
[102] |
9 |
hTERT and HER-2/neu multipeptides |
Various cancers |
Stimulating specific CTLs |
2002 |
[103] |
10 |
TERT and HCV multipeptides; taxanes and alkylating agents |
Hepatocellular carcinoma |
Enhancing specific T cell responses and reducing Treg frequency |
2015 |
[104] |
11 |
TERT and HCV DNA |
Liver cancer |
Inducing multi-cytokine response of CD4+ and CD8+ T cells |
2021 |
[105] |
12 |
CCL21-TERT-Fc DNA; anti-4-1BB mAbs |
Various cancers |
Enhancing the immune responses of NK, CD4+ and CD8+ T cell |
2006 |
[106] |
13 |
TERT DNA and α-CTLA-4/α-PD-1 |
TC-1 tumor |
Improving antigen-specific immune responses |
2018 |
[107] |
14 |
TERT DNA and CCL21 |
Breast cancer |
Augmenting antigen-specific immunity |
2007 |
[108] |
15 |
lenti-hTERT vector- transduced DC vaccines |
Hepatocellular carcinoma |
Stimulating CTLs |
2011 |
[109] |
16 |
rAd-hTERT transduced DCs |
Various tumors |
Inducing CTLs and increasing IFN-γ |
2006 |
[110] |
17 |
Lipid-mediated transfection of hTERT DNA into DCs |
Various tumors |
Inducing specific T-cell-mediated tumor immunity |
2003 |
[111] |
18 |
TERT mRNA transfected DCs |
Melanoma |
Inducing IFN-γ secreting CTLs |
2007 |
[112] |
19 |
hTERT and survivin mRNA, IDO siRNA transfected DCs |
Ovarian cancer |
Inducing antitumor immunity. |
2013 |
[113] |
20 |
hTERT TCR |
Melanoma |
Redirecting CD4+ and CD8+ T cells and promoting inflammatory cytokines |
2021 |
[114] |
21 |
TERT expressed with Mannan-modified adenovirus |
Melanoma |
Inducing antitumor immunity |
2007 |
[115] |
22 |
TERT and VEGFR-2 expressed with mannan-modified adenovirus |
Breast and colon cancer |
Displaying synergistic antitumor immune responses and reducing angiogenesis |
2015 |
[116] |
23 |
5-aza-2′-deoxycytidine |
Chronic myelogenous leukemia |
Decreasing hTERT expression through reducing the binding of c-myc with hTERT promoter |
2014 |
[117] |
24 |
Perylene derivates PM2 and PIPER |
Lung cancer |
Downregulation of hTERT through inducing G-quadruplex formation in telomere and hTERT promoter regions |
2013 |
[118] |
25 |
A retrovirus vector with full-length hTERT antisense complementary DNA |
Ovarian cancer |
Decreasing hTERT expression and telomerase activity |
2016 |
[119] |
26 |
ZD55-hTERT (an oncolytic adenovirus-based shRNA delivery system) |
Renal cancer |
Silencing hTERT expression |
2009 |
[120] |
27 |
PEG-CMCS/CaP nanoparticles loaded with hTERT siRNA |
Hepatocellular carcinoma |
Silencing hTERT expression |
2014 |
[121] |
28 |
Chelidonine |
Breast cancer |
Inhibiting telomerase activity |
2018 |
[122] |
29 |
Rhodospirillum rubrum L-asparaginase mutant RrA |
Various cancers |
Reducing telomerase activity |
2017 |
[123] |
30 |
Suramin |
Various cancers |
Inhibiting telomerase activity |
2015 |
[124] |
31 |
2’-O-methyl-RNA delivered with chitosan-coated polylactide-coglycolide (PLGA) nanoparticles |
Lung cancer |
Inhibiting telomerase activity |
2010 |
[125] |
32 |
Gold nanoparticles (AuNPs) functionalized with 111In-labelled oligonucleotides |
Various cancers |
Inhibiting telomerase activity |
2021 |
[126] |
33 |
BIBR11532 |
Cervical cancer |
Evoking TEL mutation and reducing the recruitment of telomerase to telomere |
2013 |
[127] |
34 |
TPP1-OB domain overexpression with lentivirus transduction |
Lung cancer |
Inhibiting the recruitment of telomerase to telomeres and enhancing the sensitivity to paclitaxel |
2019 |
[128] |
35 |
Cisplatin derivate Tetra-Pt |
Various cancers |
Inhibiting ALT pathway |
2017 |
[129] |
36 |
Withaferin-A |
Various cancers |
Blocking ALT pathway |
2017 |
[130] |
37 |
TMPyP4 |
Osteosarcoma |
Blocking ALT pathway and inducing formation of telomere and FAK G-quadruplex |
2021 |
[131] |
38 |
6-thio-2’-deoxyguanosine (6-thio-dG) |
Lung cancer |
Inducing telomere dysfunction |
2015 |
[132] |
39 |
6-thio-dG |
Melanoma |
Inducing telomere dysfunction and overcoming therapy resistance |
2018 |
[133] |
40 |
Tolyl terpyridin-Pt complex (Pt-ttpy) |
Ovarian carcinoma |
Inducing telomere dysfunction through binding to G-quadruplex (G4) structures |
2021 |
[134] |
41 |
Terpyridine platinum (Pt-tpy) |
Fibrosarcoma |
Inducing telomere dysfunction |
2021 |
[135] |
42 |
RuII-PtII complexes encapsulated with biotin-functionalized DNA cages |
Various cancers |
Inducing telomere dysfunction through stabilizing G-quadruplex |
2022 |
[136] |
43 |
BRACO-19 |
Glioblastoma |
Inducing telomere dysfunction through binding to G-quadruplex |
2016 |
[137] |
44 |
Telomestatin |
Glioblastoma |
Inducing telomere dysfunction through stabilizing G-quadruplex |
2016 |
[138] |
45 |
Schizocommunin derivative |
Various cancers |
Inducing telomere dysfunction through formation of G-quadruplex |
2018 |
[139] |
46 |
Pyridostatin analogues |
Various cancers |
Inducing telomere dysfunction through stabilizing G-quadruplex |
2012 |
[140] |
47 |
Lpid nanoparticles (LNPs) containing miR-182-3p |
Breast cancer |
Inducing telomere dysfunction |
2023 |
[141] |
48 |
5-azacytidine (5-AZA) |
Acute myeloid leukemia |
Concomitantly inducing telomere dysfunction and telomere length shortening |
2015 |
[142] |
49 |
Bortezomib |
Leukemic and gastric cancer |
Concomitantly inducing telomere dysfunction and telomere length shortening |
2015 |
[143] |
50 |
MST-312 |
Breast cancer |
Concomitantly inducing telomere dysfunction and telomere length shortening |
2014 |
[144] |
51 |
Au@Ag nanorods loaded with DOX |
Cervical cancer |
Releasing DOX to telomerase positive cells |
2014 |
[145] |
52 |
MSNP-NH2-DOX-DNA system |
Various cancers |
Slow and sustained releasing of DOX to telomerase positive cells |
2018 |
[146] |
53 |
dCas9-MSNs/DOX/DNA |
Cervical cancer |
Releasing DOX into the nuclei of telomerase positive cells |
2021 |
[147] |
54 |
PtNPs@DNA |
Gastric cancer |
Releasing PtNPs to telomerase positive cells and overcoming drug resistance |
2018 |
[148] |
55 |
AS1411/nanotube/RTA |
Various cancers |
Releasing RTA to telomerase positive cells |
2021 |
[149] |
56 |
Self-assembled DNA polymer |
Various cancers |
Detecting and in situ monitoring telomerase activity of cancer cells |
2018 |
[150] |
57 |
Dox-AuNP-MB |
Various cancers |
Detecting the intracellular telomerase activity and releasing DOX to telomerase positive cells |
2016 |
[151] |
58 |
Au-MPs-DOX |
Various cancers |
Detecting the intracellular telomerase activity and releasing DOX to telomerase positive cells |
2017 |
[152] |