Transcriptomic analysis by RNA-seq reveals AP-1 pathway as key regulator that green tea may rely on to inhibit lung tumorigenesis

Medicine and Dentistry

• Gene 66%
• RNA Sequencing 50%
• Polyphenon E 50%
• Cells 50%
• Polyphenol 33%
• H1299 33%
• Analysis 33%
• Cell Line 33%
• Non-Small Cell Lung Cancer 33%
• Gene Expression 16%
• In Vitro 16%
• Binding Site 16%
• Lung Cancer 16%
• Cell Growth 16%
• Carcinogenesis 16%
• Cancer Inhibition 16%
• Gene Expression Profiling 16%
• Chemoprophylaxis 16%
• Doxycycline 16%
• Lung 16%

Agricultural and Biological Sciences

• Green Tea 100%
• Genes 66%
• RNA-Seq 50%
• Cells 50%
• Polyphenol 33%
• H1299 33%
• Mice 33%
• Lungs 33%
• Gene Expression 16%
• Transcriptomics 16%
• Cell Growth 16%
• Doxycycline 16%
• Humans 16%
• Tea 16%

Pharmacology, Toxicology and Pharmaceutical Science

• Polyphenon E 50%
• Polyphenol 33%
• Binding Site 16%
• Lung Cancer 16%
• Cancer Inhibition 16%
• Transgenic Mouse 16%
• Mouse 16%
• Carcinogenesis 16%
• Doxycycline 16%
• Chemopreventive Agents 16%