The interplay of exercise and green tea: a new road in cancer therapy

Table 2 Various studies on anti-tumor effects of green tea

Type of cancer	Green tea formulation	Effects	Model	Ref
Melanoma	EGCG	Induced cell death	In vitro, In vivo	[147]
Prostate cancer	Curcumin + Ginger + GT + chamomile	Increased apoptosis	In Vitro	[148]
	Arctigenin + GT + Quercetin	Highly effective in prostate cancer chemoprevention	In vivo	[149]
	GT + Quercetin	No liver toxicity was observed	Human	[150]
Breast cancer	Curcmin + GT	Inhibited tumor growth	In vitro	[151]
Breast cancer	EGCG	Inhibited tumor growth	In vitro, In vivo	[152]
Lung cancer	Niosomes –EGCG	Increased apoptosis	In vitro	[153]
Lung cancer	GT	Not appear to offer protective benefits against lung cancer at a population level	Human	[154]
Digestive cancer	GT	-	Human	[133]
Colorectal cancer	EGCG	Inhibited cell proliferation	In vitro, In vivo	[155]
Colorectal cancer	EGCG	Increased apoptosis and autophagy	In vitro	[156]
pancreatic cancer	GT	Repressed the expression of NF-κB	In slico, in vitro	[157]
Head and Neck	EGCG	Epigenetically silenced tumor suppressors to inhibit the growth of HNSCC cells	In vitro	[158]
Liver cancer	GT	An inverse association between cumulative consumption of tea, especially green tea and the risk of primary liver cancer	Human	[159]
Ovarian cancer	EGCG	Targeted intracellular transducing events that regulate the acquisition of an invasive CSC phenotype.	In vitro	[160]
Bladder cancer	EGCG	Inhibited proliferation, increased autophagy	In vitro, In vivo	[161]
Osteosarcoma	EGCG	Reduced the stemness and abate drug-resistance of osteosarcoma cells	In vitro	[162]

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