Comparison between tumors in plants and human beings: Mechanisms of tumor development and therapy with secondary plant metabolites

Chemistry

• Plant Metabolite 86%
• Metabolite 40%
• Cytostatic Agent 28%
• Semisynthetic Derivative 28%
• Phytoalexin 28%
• Angiogenic 27%
• Oncogenic 26%
• Chemical Warfare Agent 24%
• Chemical Agent 23%
• Reaction Yield 23%
• Lethal 22%
• Xenobiotic Agent 22%
• UV Radiation 21%
• Cell Death 20%
• Radioactivity 19%
• Toxic 14%
• Antimicrobial Agent 13%
• Strain 13%
• Resistance 11%
• Drug 10%
• Protein 7%

Medicine & Life Sciences

• Plant Tumors 100%
• Neoplasms 18%
• Phytochemicals 12%
• Immune System 12%
• Carcinogenesis 11%
• Therapeutics 9%
• Animals 7%
• Aphids 6%
• T-DNA 6%
• Plant Development 6%
• phytoalexins 6%
• Wasps 5%
• Agrobacterium tumefaciens 5%
• Defense Mechanisms 5%
• Vitis 4%
• Body Remains 4%
• Weapons 4%
• Angiogenesis Inhibitors 4%
• ATP-Binding Cassette Transporters 4%
• Biotransformation 4%
• Plant Extracts 4%
• Cytostatic Agents 4%
• Prodrugs 4%
• Xenobiotics 4%
• Human Development 4%
• Neoplastic Stem Cells 4%
• Insecta 3%
• Multiple Drug Resistance 3%
• Liver 3%
• Ultraviolet Rays 3%
• Radioactivity 3%
• Cellular Immunity 3%
• Oncogenes 3%
• Drug Development 3%
• Drug Resistance 3%
• Epigenomics 3%
• DNA Damage 3%
• Immunity 3%
• Economics 2%
• Cell Death 2%
• Poisons 2%
• Bacteria 2%
• Viruses 2%
• Anti-Bacterial Agents 2%
• Mortality 1%
• Health 1%
• Incidence 1%
• Infections 1%
• Genes 1%
• Proteins 1%