From: The renin-angiotensin-aldosterone system (RAAS) signaling pathways and cancer: foes versus allies
Type of cancer | Drug | Target receptors | Clinical study | Outcome | Reference |
---|---|---|---|---|---|
Ovarian cancer | Ang II/AT1R | Human epithelial ovarian cancer tissues | In ovarian cancer patients, AT1R could be associated with tumor angiogenesis and a poor prognosis. | [339] | |
Candesartan and PD123319 | AT1R | - Human epithelial ovarian tumor tissues - SKOV-3 and HRA cell line - BALB/c mouse model of peritoneal carcinomatosis | - Ovarian cancer expresses AT1R, which is involved in angiogenesis and tumor growth. - A promising approach to treating ovarian cancer may be AT1R blocking therapy. | [95] | |
losartan and captopril | PAX8 | - OVCAR-4, OVCAR-8 and HEK293T cell lines | - Losartan and captopril can inhibit PAX8 expression and function. Therefore, they may be a suitable pharmacological target for various forms of HGSC. | [179] | |
losartan | Ang II and AT1R and MCS formation | - A2780 and Ovca429 cell lines - The isogenic non-metastatic (NM) and highly metastatic (HM) cells - NOD-SCID mouse | - Ang II increases MCS formation and rise peritoneal metastasis of epithelial ovarian cancer cells. - By overexpression of SCD1, AT1R activation enhances lipid desaturation, which finally can lessen endoplasmic reticulum stress in MCS. | [183] | |
sPRR | − 197 primary epithelial ovarian cancer patients | - sPRR probably doesn’t have prognostic, predictive, or diagnostic value in epithelial ovarian cancer | [176] | ||
Ang 1–7, Ang 1–9 and Ang 3–7 | - OVPA8 cell line | - Peptides from RAS have the ability to regulate how nutrient-deprived tumors adapt to starvation. - The availability of growth factors and nutrition has a significant impact on how angiotensin peptides affect cancer cells. | [340] | ||
ACE | 41epithelial ovarian cancer patients and 19 healthy controls | - serum ACE levels has been increased - circulating ACE is probably related to pathobiologic process | [177] | ||
losartan and CGP42112A | AT1R and AT2R | − 58 human epithelial ovarian cancer tissues − 2774, A2780, PA-1, SKOV3ip1, HeyA8 cell lines - Human umbilical vein endothelial cells (HUVEC) | Dual regulation of AT1R and AT2R, which inhibits angiogenesis and cancer cell survival, might be a potential for treating epithelial ovarian carcinoma. | [178] | |
losartan | AT1R | - SKOV3ip1 and Hey-A8 ovarian cancer cells - orthotopic human ovarian carcinoma xenograft models - mouse fibroblast (10T1/2) - mice (Mus musculus), and rats (Rattus norvegcus) | losartan therapy can improve paclitaxel’s effectiveness losartan can increase medication delivery and improve vessel perfusion. losartan it can lower both the incidence and the volume of ascites produced. | [184] | |
Prostate cancer | Ang II and relaxin 2 | - PNT1A cells | The development of some malignancies, particularly prostate cancer, may be influenced by the dysregulation of locally released peptide hormones including Ang II and relaxin 2. | [189] | |
recombinant adenoviruses encoding AT2R (Ad5-CMV-AT2R-EGFP) | AT1R and AT2R | - DU145 cell lines - BALB/c nude mice | The findings demonstrated that AT2R overexpression can prevent prostate cancer tumor growth in vivo by preventing tumor cell proliferation and triggering apoptosis. The gene AT2R has the potential to be helpful in prostate gene therapy. | [185] | |
an AT2R agonist (C21) | AT2R | - LNCaP cells - transgenic rat for adenocarcinoma of prostate (TRAP) model | A potential new chemo preventive drug against human prostate cancer is AT2R agonist. | [186] | |
fimasartan, losartan, eprosartan and valsartan | AT1R | PC-3, DU-145 and LNCapLN3 cell lines | Prostate cancer cells may exhibit anti-metastatic action and autophagy-associated cell death when exposed to ARBs. | [189] | |
candesartan | AT1R and Caveolin-1 | - Metastatic prostate adenocarcinoma cells (PC-3) | - The mRNA and protein levels of caveolin expression may be regulated by candesartan. - growth inhibition of metastatic PC3 cell line | [341] | |
olmesartan | AT1R, ACE and Ang I/II | - DU145 and LNCaP cells - human prostate cancer cell lines - prostate stromal cells (PrSCs) | Prostatic RAS is overexpressed in hormone-resistant prostate cancer tissue, and different types of hormonal stimulation affect the expression of its components. | [342] | |
Ang 1–7 | Ang 1–7 | - Human PC3 prostate cancer cells - SCID mice | For advanced prostate cancer, Ang 1–7 may function as an anti-metastatic agent and anti-angiogenic. | [343] | |
Ang 1–7 | Ang 1–7 | - LNCaP human prostate cancer cells - Male athymic mice | A potential anti-angiogenic therapy for prostate cancer may be Ang 1–7. | [344] | |
Ang 1–9 and Ang 3–7 | AT1R AT2R AT4R Mas receptor | PNT1A cell line | Ang1-9 and Ang3-7 have opposite effects Ang1-9: cause cell divisions, increase cell motility, and stimulate the expression of genes including VEGF, HIF-1, VIM, and REL Ang3-7: exhibit no mitogenic action | [193] | |
Ang 1–9 and Ang 3–7 | AT1R AT2R AT4R Mas receptor | LNCaP cell line PC3 cell line | Ang 1–9 and Ang 3–7 might alter the overall number of steroid receptors in aggressive prostate cells. the switch from hormone-dependent prostate cancer to hormone-refractory illness may be facilitated by Ang 1–9 and Ang 3–7 | [194] | |
Breast cancer | Candesartan | AT1R | Xenograft mice model | Inhibition of tumor growth and angiogenesis | [345] |
Ibesartan | AT1R | BC cell line | Suppression of cell proliferation | [346] | |
Olmesartan | AT1R | BC cell line | Apoptosis induction | [347] | |
Losartan | AT1R | Mouse model | Suppression of tumor cell proliferation, Reduction of inflammatory cytokines. | [348] | |
BC Cell line | Reverse the Ang II-induced cancer cell proliferation and VGEF-A upregulation, Reduction in cell adhesion and invasion | ||||
4T1 and EMT6 murine TNBC cell lines | Improves the Antitumor Efficacy of Dox-L Chemotherapy, Combination Therapy Involved α-PD1 Immunotherapy Alleviates Primary Tumor Burden and Lung Metastases | [240] | |||
mouse (E0771 and 4T1 models) | Reduces stromal fibrosis, signalling Reduced solid stress, increase blood perfusion in tumours, enhance drug and oxygen delivery. | [77] | |||
Captopril | ACE1 | TAM resistant BC cell line | Prevention of TAM resistant cells | [349] | |
BC cell line with adipocyte-CM exposure | Reduction of cancer growth and inflammation in TME | [350] | |||
BC cell line | Inhibition of TF and VEGF expression | [351] | |||
Perindopril | ACE1 | Mouse tumor xenograft and corneal micropocket model | Inhibition of tumor growth and angiogenesis | [352] | |
ACEI and / or ARBs | ACE 1and / or AT1R | Human studies (Meta-Analysis) | Decreased breast cancer risk with long-term ACEI /ARB use | [353] | |
Human studies: Retrospective study | No association with ACEI /ARB use and with disease free or overall survival | [242] | |||
higher incidence of invasive lobular carcinoma subtype | [354] | ||||
CRC | Telmisartan | AT1 | In vitro | Inhibit cell proliferation, G0/G1 cell cycle arrest, | [254] |
Captopril | ACE | Mouse Model | Reduce EMT and invasive phenotype, Reduced tumor growth, reduction in volume of colorectal cancer liver metastases | ||
Ibesartan | AT1R | Mouse Model | Reduced tumor growth, reduction in volume of colorectal cancer liver metastases | [169] | |
Candesartan | AT1R | In vitro / CRC mouse models | Inhibition of CRC cell growth and migration, enhanced necrosis in CRC cells and tumors | [356] | |
Valsartan | AT1R | In vitro/CRC mouse models | Inhibition of tumor cell growth, Induction of apoptosis, Inhibition of cell migration, ameliorate inflammation | [357] | |
Losartan | AT1R | Xenograft Model | Inhibition of tumor growth, migration and angiogenesis, increase pro-inflammatory cytokines | [358] | |
LP2 | AT2R | Xenograft model | Apoptosis in patient-derived xenografts of colorectal carcinoma, synergism demonstrated in combination of LP2 with 5-FU and the EGFR inhibitor erlotinib | [251] | |
ACEis/ARBs | ACE1/AT1R | Human studies: Retrospective cohort study | association with a lower colorectal cancer risk in a duration-response manner | [359] | |
Human studies: Cohort analysis of SEER-Medicare database | ACE inhibitors associated with decreased mortality | [257] | |||
Human studies : Retrospective study | ACEI/ARB + BB exposure was associated with decreased mortality compared to unexposed individuals, decrease in cancer progression, decrease cancer-related hospitalizations | [259] | |||
ACEI/ARB treatment may reduce tumor recurrence in left-sided CRC and early-stage CRC. | [260] | ||||
Gastric cancer | CandesartanTelmisartan | AT1R | Human GC cell line | Reduce cellular proliferation | [266] |
Candesartan | Xenograft Model | Inhibition of Tumor growth, Suppression of EMT and fibrosis | |||
TCV-116 | AT1R | Xenograft Model | Inhibition of tumor growth, reduce VEGF | [360] | |
Olmesartan | AT1R | N87 and MKN45 cell lines (Human GC cell line) | significant decrease in invasive ability of cancer cells | [263] | |
RAAS inhibitors | ACE1/AT1R | Human studies: Cohort studies | Lower incidence of GC rate | [361] | |
Pancreatic cancer | Losartan | AT1R | Orthotopic PDAC in mice | Increase drug uptake and functional microvasculature, Inhibition of Cell proliferation and VEGF expression, improve survival rate | |
A Phase 2 Clinical Trial (Total Neoadjuvant Therapy With FOLFIRINOX in Combination With Losartan Followed by Chemoradiotherapy for Locally Advanced Pancreatic Cancer) | Prolonged progression-free and overall survival. | [243] | |||
Captopril | ACE1 | In vitro and In vivo studies | Targeted delivery of captopril to the CAFs, significantly down-regulated the deposition of ECM by blocking the TGF-β1-Smad2 and consequently enhance the liposome-encapsulated chemotherapeutic agent gemcitabine. | [364] | |
Irbesartan | AT1R | In vitro and In vivo studies | effectively reduced chemoresistance in PDAC | [292] | |
Telmisartan | AT1 | In vitro | Inhibit the human PDAC cell pro;iferation by cell cycle arrest, The miRNA expresseion profile was markedly altered | [365] | |
Orthotopic PDAC mice model | increased vascular perfusion and reduced hypoxia, | [366] | |||
Wistar Bonn/Kobori (WBN/Kob) rat | Prevented the development of chronic pancreatitis and fibrosis. | [276] | |||
Human studies: Retrospective analysis | longer overall survival in PDAC patients with non-metastatic disease and resected PDAC patients, improve clinical outcomes in patients with advanced pancreatic cancer in combination with Gemcitabine | ||||
A population study | Improve survival | ||||
Hepatic cancer | Candesartan | AT1R | Hepatic carcinoma cell line | Inhibition of proliferation | [306] |
Telmisartan | AT1R | non-alcoholic steatohepatitis (NASH) rats | Prevent hepatocarcinogenesis through inhibition of angiogenesis | [371] | |
Irbesartan | AT1R | Xonegraft model | Inhibition of HCC growth and Metastasis, Weaken adhesion to endothelial cells | [311] | |
Losartan | AT1R | diethylnitrosamine-induced hepatocellular carcinoma in mice | Decrease cell migration, Metastasis, Inhibition of Neovascularization | [372] | |
Fosinopril | ACE | ||||
Perindopril | ACE | ||||
Azilsartan | AT1R | hepatocellular adenocarcinoma cell line | Induce cell apoptosis | [373] | |
Losartan | AT1R | Mouse model of HCC | reduced liver and peritumoral fibrosis , lenhance anti-PD-1-triggered HCC regression in | [374] | |
Esophageal cancer | Telmisartan | AT1R | EAC Cell lines | Inhibition of proliferation and cell cycle arrest | [332] |
Xenograft Model | Inhibition of tumor growth | ||||
Benazepril | ACE | Xenograft Model | Inhibition of tumor growth and angiogenesis | [335] | |
ACEi and/ or ARBs | ACE/AT1R | Human studies: a nested case control study | Decrease the risk of ESCC and EAC in high daily doses | [375] |